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13 The SVG transform Attribute |
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skew-test1 |
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SVG |
Testing 1 - skew()
- The lime square in this test has a skew method applied : 30deg on x and 20deg on y. The red polygon should be totally hidden by the lime skewed square. Both start at 0,0
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svg-document-styles-001 |
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SVG |
Document transform style on SVG element with presentation attribute style on the same element
- Document transform styles on SVG elements should override presentation attribute styles on the same element. The rect in the test should be rotated by 90 degrees clockwise and not scaled.
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svg-document-styles-002 |
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SVG |
Document transform style on SVG child element with presentation attribute styles on the parent and child elements
- Document transform styles on SVG elements should override presentation attribute styles on the same element. Presentation attribute styles on its parent should also be applied. The rect in the test should be rotated by 90 degrees clockwise, moved up 100 pixels, and not scaled.
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svg-document-styles-003 |
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SVG |
Document transform style on SVG group element and presentation attribute style on child element
- Document transform styles on SVG group elements should be pre-multipled on the child elements. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels.
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svg-document-styles-004 |
= |
SVG |
Document transform style on SVG group element and presentation attribute style on group and child elements
- Document transform styles on SVG group elements override presentation attribute styles on the same element. Presentation attribute styles on child elements should be post-multiplied. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels and not scaled.
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svg-document-styles-005 |
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SVG |
Fall back to presentation attribute style of SVG element with invalid document transform style
- Invalid document transform styles on SVG elements should fall back to presentation attributes styles on the same element. The rect in the test should be rotated by 90 degrees clockwise.
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svg-document-styles-006 |
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SVG |
Fall back to presentation attribute styles of SVG element with invalid document transform style and presentation attribute style on group
- Invalid document transform styles on SVG elements should fall back to presentation attributes styles on the same element. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels.
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svg-document-styles-007 |
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SVG |
Invalid document transform style on SVG child element with valid presentation attribute style on group and invalid presentation attribute style on child
- When both the document and presentation attribute styles on an element are invalid, no transform should be applied. However, valid presentation attribute styles on the group should still be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled down or flipped.
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svg-document-styles-008 |
= |
SVG |
Invalid document and presentation attribute styles on an SVG element
- When both the document and presentation attribute styles are invalid, no transform should be applied. The rect in the test should not be scaled down or flipped.
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svg-document-styles-009 |
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SVG |
Invalid document transform style on SVG group with valid presentation attribute style on child element
- Invalid document transform styles on group elements should not be applied, but valid presentation attribute styles on the child should be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled.
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svg-document-styles-010 |
= |
SVG |
Invalid document transform style on SVG group with valid presentation attribute styles on group and child elements
- Invalid document transform styles on group elements should fall back to presentation attribute styles on the same element. Presentation attribute styles on the child should also be applied. The rect in the test should be rotated by 90 degrees clockwise, moved up 100 pixels and not scaled.
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svg-document-styles-011 |
= |
SVG |
Invalid document transform style and invalid presentation attribute style on SVG group and valid presentation attribute style on child
- When both the document and presentation attribute styles on a group are invalid, no transform should be applied. However, the valid presentation attribute style on the child should be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled down or flipped.
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svg-document-styles-012 |
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SVG |
Document style of rotate with three arguments on SVG element with presentation attribute style on the same element
- Document style of rotate with three arguments on SVG elements should override presentation attribute styles on the same element. The rect in the test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions and not scaled.
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svg-document-styles-013 |
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SVG |
Fall back to presentation attribute style of rotate with three arguments of SVG element with invalid document style
- Invalid document styles on SVG elements should fall back to presentation attributes styles of rotate with three arguments on the same element. The rect in the test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions.
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svg-document-styles-014 |
= |
SVG |
Invalid document and presentation attribute styles on an SVG element using rotate with three arguments
- When both the document and presentation attribute styles are invalid, no transform should be applied. The rect in the test should not be scaled down or rotated.
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svg-external-styles-001 |
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SVG |
External transform style on SVG element with presentation attribute style on the same element
- External styles on SVG elements should override presentation attribute styles on the same element. The rect in the test should be rotated by 90 degrees clockwise and not scaled.
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svg-external-styles-002 |
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SVG |
External transform style on SVG child element with presentation attribute styles on the parent and child elements
- External styles on SVG elements should override presentation attribute styles on the same element. Presentation attribute styles on its parent should also be applied. The rect in the test should be rotated by 90 degrees clockwise, moved up 100 pixels, and not scaled.
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svg-external-styles-003 |
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SVG |
External transform style on SVG group element and presentation attribute style on child element
- External styles on SVG group elements should be pre-multipled on the child elements. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels.
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svg-external-styles-004 |
= |
SVG |
External transform style on SVG group element and presentation attribute style on group and child elements
- External styles on SVG group elements override presentation attribute styles on the same element. Presentation attribute styles on child elements should be post-multiplied. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels and not scaled.
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svg-external-styles-005 |
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SVG |
Fall back to presentation attribute style of SVG element with invalid external transform style
- Invalid external transform styles on SVG elements should fall back to presentation attributes styles on the same element. The rect in the test should be rotated by 90 degrees clockwise.
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svg-external-styles-006 |
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SVG |
Fall back to presentation attribute styles of SVG element with invalid external transform style and presentation attribute style on group
- Invalid external transform styles on SVG elements should fall back to presentation attributes styles on the same element. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels.
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svg-external-styles-007 |
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SVG |
Invalid external transform style on SVG child element with valid presentation attribute style on group and invalid presentation attribute style on child
- When both the external and presentation attribute styles on an element are invalid, no transform should be applied. However, valid presentation attribute styles on the group should still be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled down or flipped.
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svg-external-styles-008 |
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SVG |
Invalid external and presentation attribute styles on an SVG element
- When both the external and presentation attribute styles are invalid, no transform should be applied. The rect in the test should not be scaled down or flipped.
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svg-external-styles-009 |
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SVG |
Invalid external transform style on SVG group with valid presentation attribute style on child element
- Invalid external transform styles on group elements should not be applied, but valid presentation attribute styles on the child should be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled.
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svg-external-styles-010 |
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SVG |
Invalid external transform style on SVG group with valid presentation attribute styles on group and child elements
- Invalid external transform styles on group elements should fall back to presentation attribute styles on the same element. Presentation attribute styles on the child should also be applied. The rect in the test should be rotated by 90 degrees clockwise, moved up 100 pixels and not scaled.
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svg-external-styles-011 |
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SVG |
Invalid external transform style and invalid presentation attribute style on SVG group and valid presentation attribute style on child
- When both the external and presentation attribute styles on a group are invalid, no transform should be applied. However, the valid presentation attribute style on the child should be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled down or flipped.
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svg-external-styles-012 |
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SVG |
External style of rotate with three arguments on SVG element with presentation attribute style on the same element
- Rotate with three arguments external style on SVG elements should override presentation attribute styles on the same element. The rect in the test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions and not scaled.
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svg-external-styles-013 |
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SVG |
Fall back to presentation attribute style of rotate with three arguments of SVG element with invalid external style
- Invalid external styles on SVG elements should fall back to presentation attributes styles of rotate with three arguments on the same element. The rect in the test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions.
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svg-external-styles-014 |
= |
SVG |
Invalid external and presentation attribute styles on an SVG element
- When both the external and presentation attribute styles are invalid, no transform should be applied. The rect in the test should not be scaled down or rotated.
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svg-gradienttransform-001 |
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SVG |
SVG gradientTransform presentation attribute and translateX with translation-value argument without unit
- The gradientTransform attribute must support functions with unit less arguments for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-002 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with pixel unit on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-003 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with point unit on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-004 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with pica unit on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-005 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with millimeter unit on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-006 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with centimeter unit on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-007 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with inch unit on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-008 |
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AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with em unit on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-009 |
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SVG |
SVG gradientTransform presentation attribute and translateX with translation-value and a unit less argument in scientific notation
- The gradientTransform attribute must support functions with unit less arguments in scientific numbers for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-010 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with pixel unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-011 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with point unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-012 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with pica unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-013 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with millimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-014 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with centimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-015 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with inch unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-016 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with em unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-017 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value unit less argument in scientific notation with a negative exponent
- The gradientTransform attribute must support functions with unit less arguments in scientific numbers with negative exponents for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-018 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-019 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-020 |
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SVG |
SVG gradientTransform presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-021 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-022 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-023 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-024 |
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AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-025 |
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SVG |
SVG gradientTransform presentation attribute and translateX with a negative translation-value argument without unit
- The gradientTransform attribute must support functions with negative unit less arguments for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-026 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative pixel unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the absolute length unit 'px' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-027 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative point unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the absolute length unit 'pt' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-028 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative pica unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the absolute length unit 'pc' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-029 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative millimeter unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the absolute length unit 'mm' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-030 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative centimeter unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the absolute length unit 'cm' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-031 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative inch unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the absolute length unit 'in' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-032 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with negative em unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the relative length unit 'em' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-033 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value and a negative unit less argument in scientific notation
- The gradientTransform attribute must support functions with negative unit less arguments in scientific numbers for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-034 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-035 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with point unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-036 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pica unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-037 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-038 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-039 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with inch unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-040 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with em unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-041 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value unit less negative argument in scientific notation with a negative exponent
- The gradientTransform attribute must support functions with unit less arguments in negative scientific numbers with negative exponents for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-042 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-043 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-044 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-045 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-046 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-047 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-048 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-049 |
= |
SVG |
SVG transform presentation attribute on the gradient element - has no effect
- The gradientTransform attribute does not support the transform presentation attribute. The gradient in the test should not be moved.
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svg-gradienttransform-combination-001 |
= |
SVG |
SVG gradientTransform presentation attribute with translateX applied twice
- The gradientTransform attribute must support multiple transform functions the same element. The gradient in the test should be moved 100 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-combination-002 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with translateX applied once in pixels and once in pt units
- The gradientTransform attribute must support multiple transform functions on the same element with different translation-value units. The gradient in the test should be moved 100 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-combination-003 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with translateX applied in both directions
- The gradientTransform attribute must support multiple transform functions in both directions. The gradient in the test should be moved 100 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-ex-unit-001 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with ex unit on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-ex-unit-002 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with ex unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-ex-unit-003 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-ex-unit-004 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with negative ex unit on translateX
- The gradientTransform attribute must support functions with negative numbers in the relative length unit 'ex' on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-ex-unit-005 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with ex unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-ex-unit-006 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-gradienttransform-relative-001 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with percentage unit on translateX - has no effect
- Arguments in percentage units in gradientTransform functions should have no affect. The gradient in the test should be not be moved.
|
|
svg-gradienttransform-relative-002 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with negative percentage unit on translateX - has no effect
- Arguments in percentage units in gradientTransform functions should have no affect. The gradient in the test should be not be moved.
|
|
svg-gradienttransform-relative-003 |
= |
SVG |
SVG gradientTransform presentation attribute with rotate and translateX in percentage units, the latter has no effect
- Arguments in percentage units in gradientTransform functions should have no affect. The gradient in the test should be not be translated but should be rotated.
|
|
svg-inline-styles-001 |
= |
SVG |
Inline transform style on SVG element with presentation attribute style on the same element
- Inline styles on SVG elements should override presentation attribute styles on the same element. The rect in the test should be rotated by 90 degrees clockwise and not scaled.
|
|
svg-inline-styles-002 |
= |
SVG |
Inline transform style on SVG child element with presentation attribute styles on the parent and child elements
- Inline styles on SVG elements should override presentation attribute styles on the same element. Presentation attribute styles on its parent should also be applied. The rect in the test should be rotated by 90 degrees clockwise, moved up 100 pixels, and not scaled.
|
|
svg-inline-styles-003 |
= |
SVG |
Inline transform style on SVG group element and presentation attribute style on child element
- Inline styles on SVG group elements should be pre-multipled on the child elements. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels.
|
|
svg-inline-styles-004 |
= |
SVG |
Inline transform style on SVG group element and presentation attribute style on group and child elements
- Inline styles on SVG group elements override presentation attribute styles on the same element. Presentation attribute styles on child elements should be post-multiplied. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels and not scaled.
|
|
svg-inline-styles-005 |
= |
SVG |
Fall back to presentation attribute style of SVG element with invalid inline transform style
- Invalid inline transform styles on SVG elements should fall back to presentation attributes styles on the same element. The rect in the test should be rotated by 90 degrees clockwise.
|
|
svg-inline-styles-006 |
= |
SVG |
Fall back to presentation attribute styles of SVG element with invalid inline transform style and presentation attribute style on group
- Invalid inline transform styles on SVG elements should fall back to presentation attributes styles on the same element. The rect in the test should be rotated by 90 degrees clockwise and moved up 100 pixels.
|
|
svg-inline-styles-007 |
= |
SVG |
Invalid inline transform style on SVG child element with valid presentation attribute style on group and invalid presentation attribute style on child
- When both the inline and presentation attribute styles on an element are invalid, no transform should be applied. However, valid presentation attribute styles on the group should still be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled down or flipped.
|
|
svg-inline-styles-008 |
= |
SVG |
Invalid inline and presentation attribute styles on an SVG element
- When both the inline and presentation attribute styles are invalid, no transform should be applied. The rect in the test should not be scaled down or flipped
|
|
svg-inline-styles-009 |
= |
SVG |
Invalid inline transform style on SVG group with valid presentation attribute style on child element
- Invalid inline styles on group elements should not be applied, but valid presentation attribute styles on the child should be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled.
|
|
svg-inline-styles-010 |
= |
SVG |
Invalid inline transform style on SVG group with valid presentation attribute styles on group and child elements
- Invalid inline transform styles on group elements should fall back to presentation attribute styles on the same element. Presentation attribute styles on the child should also be applied. The rect in the test should be rotated by 90 degrees clockwise, moved up 100 pixels and not scaled.
|
|
svg-inline-styles-011 |
= |
SVG |
Invalid inline transform style and invalid presentation attribute style on SVG group and valid presentation attribute style on child
- When both the inline and presentation attribute styles on a group are invalid, no transform should be applied. However, the valid presentation attribute style on the child should be applied. The rect in the test should be rotated by 90 degrees clockwise and not scaled down or flipped.
|
|
svg-inline-styles-012 |
= |
SVG |
Inline style of rotate with 3 arguments on SVG element with presentation attribute style on the same element
- Rotate with three arguments inline style on SVG elements should override presentation attribute styles on the same element. The rect in the test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions and not scaled.
|
|
svg-inline-styles-013 |
= |
SVG |
Fall back to presentation attribute style of rotate with three arguments of SVG element with invalid inline style
- Invalid inline styles on SVG elements should fall back to presentation attributes style of rotate with three arguments on the same element. The rect in the test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions.
|
|
svg-inline-styles-014 |
= |
SVG |
Invalid inline and presentation attribute styles on an SVG element using rotate with three arguments
- When both the inline and presentation attribute styles are invalid, no transform should be applied. The rect in the test should not be scaled down or rotated
|
|
svg-matrix-001 |
= |
SVG |
SVG presentation attribute and matrix scaling up horizontally only: 2 0 0 1 0 0
- The rect in the test should be scaled up horizontally.
|
|
svg-matrix-002 |
= |
SVG |
SVG presentation attribute and matrix scaling down horizontally only: 0.5 0 0 1 0 0
- The rect in the test should be scaled down horizontally.
|
|
svg-matrix-003 |
= |
SVG |
SVG presentation attribute and matrix scaling up vertically only: 1 0 0 2 0 0
- The rect in the test should be scaled up vertically.
|
|
svg-matrix-004 |
= |
SVG |
SVG presentation attribute and matrix scaling down vertically only: 1 0 0 0.5 0 0
- The rect in the test should be scaled down vertically.
|
|
svg-matrix-005 |
= |
SVG |
SVG presentation attribute and matrix flipping left and scaling up horizontally: -2 0 0 1 100 0
- The rect in the test should be flipped left and scaled up horizontally.
|
|
svg-matrix-006 |
= |
SVG |
SVG presentation attribute and matrix flipping left and scaling down horizontally: -0.5 0 0 1 100 0
- The rect in the test should be flipped left and scaled up horizontally.
|
|
svg-matrix-007 |
= |
SVG |
SVG presentation attribute and matrix flipping up and scaling up vertically: 1 0 0 -2 0 100
- The rect in the test should be flipped up and scaled up vertically.
|
|
svg-matrix-008 |
= |
SVG |
SVG presentation attribute and matrix flipping up and scaling down vertically: 1 0 0 -0.5 0 100
- The rect in the test should be flipped up and scaled down vertically.
|
|
svg-matrix-009 |
= |
SVG |
SVG presentation attribute and matrix scaling up horizontally and vertically with scientific numbers: -0.2e1 0 0 0.2e1 0 0
- The matrix function must support scientific numbers. The rect in the test should be scaled up horizontally and vertically.
|
|
svg-matrix-010 |
= |
SVG |
SVG presentation attribute and matrix flipping up and left and scaling up horizontally and vertically with scientific numbers: -0.2e1 0 0 -0.2e1 100 100
- The matrix function must support scientific numbers. The rect in the test should be flipped up and left and scaled up horizontally and vertically.
|
|
svg-matrix-011 |
= |
SVG |
SVG presentation attribute and matrix scaling down horizontally and vertically in scientific numbers with negative exponents: 5e-1 0 0 5e-1 0 0
- The matrix function must support scientific numbers with negative exponents. The rect in the test should be scaled down horizontally and vertically.
|
|
svg-matrix-012 |
= |
SVG |
SVG presentation attribute and matrix flipping up and left and scaling down horizontally and vertically with scientific numbers with negative exponents: -5e-1 0 0 -5e-1 100 100
- The matrix function must support scientific numbers with negative exponents. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-013 |
= |
SVG |
SVG presentation attribute and matrix scaling up horizontally and down vertically: 2 0 0 0.5 0 0
- The rect in the test should be scaled up horizontally and down vertically.
|
|
svg-matrix-014 |
= |
SVG |
SVG presentation attribute and matrix scaling down horizontally and up vertically: 0.5 0 0 2 0 0
- The rect in the test should be scaled down horizontally and up vertically.
|
|
svg-matrix-015 |
= |
SVG |
SVG presentation attribute and matrix flipping up and left and scaling up horizontally and down vertically: -2 0 0 -0.5 100 100
- The rect in the test should be flipped up and left and scaled up horizontally and down vertically.
|
|
svg-matrix-016 |
= |
SVG |
SVG presentation attribute and matrix flipping up and left and scaling down horizontally and up vertically: -0.5 0 0 -2 100 100
- The rect in the test should be flipped up and left and scaled down horizontally and up vertically.
|
|
svg-matrix-017 |
= |
SVG |
SVG presentation attribute and matrix flipping up and scaling up horizontally and vertically: 2 0 0 -2 0 100
- The rect in the test should be flipped up scaled up horizontally and vertically.
|
|
svg-matrix-018 |
= |
SVG |
SVG presentation attribute and matrix flipping up and scaling down horizontally and vertically: 0.5 0 0 -0.5 0 100
- The rect in the test should be flipped up scaled down horizontally and vertically.
|
|
svg-matrix-019 |
= |
SVG |
SVG presentation attribute and matrix flipping left and scaling down horizontally and vertically: -0.5 0 0 0.5 100 0
- The rect in the test should be flipped left and scaled down horizontally and vertically.
|
|
svg-matrix-020 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and scaling up horizontally and down vertically: 2 0 0 -0.5 0 100
- The rect in the test should be flipped up and scaled up horizontally and down vertically.
|
|
svg-matrix-021 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and scaling up horizontally and down vertically: -2 0 0 0.5 100 0
- The rect in the test should be flipped left and scaled up horizontally and down vertically.
|
|
svg-matrix-022 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and scaling down horizontally and up vertically: 0.5 0 0 -2 0 100
- The rect in the test should be flipped up and scaled down horizontally and up vertically.
|
|
svg-matrix-023 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and scaling down horizontally and up vertically: -0.5 0 0 2 100 0
- The rect in the test should be flipped left and scaled down horizontally and up vertically.
|
|
svg-matrix-024 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and scaling up horizontally and vertically: -2 0 0 2 100 0
- The rect in the test should be flipped left and scaled up horizontally and vertically.
|
|
svg-matrix-025 |
= |
SVG |
SVG presentation attribute and matrix and flipping left: -1 0 0 1 100 0
- The rect in the test should be flipped left.
|
|
svg-matrix-026 |
= |
SVG |
SVG presentation attribute and matrix and flipping up: 1 0 0 0 -1 0 100
- The rect in the test should be flipped up.
|
|
svg-matrix-027 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and up: -1 0 0 0 -1 100 100
- The rect in the test should be flipped left and up.
|
|
svg-matrix-028 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and scaling up horizontally: 2 0 0 -1 0 100
- The rect in the test should be flipped up and scaled up horizontally.
|
|
svg-matrix-029 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and left and scaling up horizontally with scientific numbers: -2 0 0 -1 10e1 10e1
- The matrix function must support scientific numbers. The rect in the test should be flipped up and left and scaled up horizontally.
|
|
svg-matrix-030 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and scaling down horizontally: 0.5 0 0 -1 0 100
- The rect in the test should be flipped up and scaled down horizontally.
|
|
svg-matrix-031 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and left and scaling down horizontally: -0.5 0 0 -1 100 100
- The rect in the test should be flipped up and left and scaled down horizontally.
|
|
svg-matrix-032 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and scaling up vertically: -1 0 0 2 100 0
- The rect in the test should be flipped left scaled up vertically.
|
|
svg-matrix-033 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and left and scaling up vertically with scientific numbers with negative exponents: -1 0 0 -2 1000e-1 1000e-1
- The matrix function must support scientific numbers with negative exponents. The rect in the test should be flipped up and left scaled up vertically.
|
|
svg-matrix-034 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and scaling down vertically: -1 0 0 0.5 100 0
- The rect in the test should be flipped left scaled down vertically.
|
|
svg-matrix-035 |
= |
SVG |
SVG presentation attribute and matrix and flipping left and up and scaling down vertically: -1 0 0 -0.5 100 100
- The rect in the test should be flipped left and up scaled down vertically.
|
|
svg-matrix-036 |
= |
SVG |
SVG presentation attribute and matrix and skewing right: 1 0 1 1 0 0
- The rect in the test should skewed right horizontally.
|
|
svg-matrix-037 |
= |
SVG |
SVG presentation attribute and matrix and skewing down: 1 1 0 1 100 0
- The rect in the test should skewed down horizontally.
|
|
svg-matrix-038 |
= |
SVG |
SVG presentation attribute and matrix and skewing left: 1 0 -1 100 50
- The rect in the test should be skewed left horinzontally.
|
|
svg-matrix-039 |
= |
SVG |
SVG presentation attribute and matrix and skewing up: 1 -1 0 1 50 100
- The rect in the test should be skewed up vertically.
|
|
svg-matrix-040 |
= |
SVG |
SVG presentation attribute and matrix and skewing up and left with scientific numbers: 1 -0.05e1 -0.05e1 1 100 50
- The matrix function must support scientific numbers. The rect in the test should be skewed up vertically and left horizontally.
|
|
svg-matrix-041 |
= |
SVG |
SVG presentation attribute and matrix and skewing down and right with scientific numbers: 1 0.05e1 0.05e1 1 50 0
- The matrix function must support scientific numbers. The rect in the test should be skewed down vertically and right horizontally.
|
|
svg-matrix-042 |
= |
SVG |
SVG presentation attribute and matrix and skewing down and left: 1 -0.5 0.5 1 50 50
- The rect in the test should be skewed down vertically and left horizontally.
|
|
svg-matrix-043 |
= |
SVG |
SVG presentation attribute and matrix and skewing up and right: 1 0.5 -0.5 1 100 0
- The rect in the test should be skewed up vertically and right horizontally.
|
|
svg-matrix-044 |
= |
SVG |
SVG presentation attribute and matrix and scaling up and skewing down and right: 2 0.5 0.5 2 50 0
- The rect in the test should be scaled up vertically and horizontally and skewed down vertically and right horizontally.
|
|
svg-matrix-045 |
= |
SVG |
SVG presentation attribute and matrix and scaling down and skewing up and left: 0.75 -0.5 -0.5 0.75 190 150
- The rect in the test should be scaled down vertically and horizontally and skewed up vertically and left horizontally.
|
|
svg-matrix-046 |
= |
SVG |
SVG presentation attribute and matrix and flipping left, scaling up, and skewing down and right with scientific numbers with negative exponents: -2 5e-1 5e-1 2 250 0
- The matrix function must support scientific numbers with negative exponents. The rect in the test should be flipped left, scaled up, and skewed down vertically and right horizontally.
|
|
svg-matrix-047 |
= |
SVG |
SVG presentation attribute and matrix and flipping up, scaling down, and skewing up and left with scientific numbers with negative exponents: 0.5 -5e-1 0 -5e-1 250 100
- The matrix function must support scientific numbers with negative exponents. The rect in the test should be flipped down, scaled down, and skewed up vertically and left horizontally.
|
|
svg-matrix-048 |
= |
SVG |
SVG presentation attribute and matrix and flipping up and left, scaling up horizontally and down vertically, and skewing right and down: -2 0.25 0.25 -0.5 200 200
- The rect in the test should be flipped up and left, scaled up horizontally and down vertically, and skewed right and down.
|
|
svg-matrix-049 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas and no spaces
- The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-050 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas with spaces before the comma
- The matrix function must support arguments separated by commas with spaces before the commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-051 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas with spaces after the comma
- The matrix function must support arguments separated by commas with spaces after the commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-052 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas with spaces before and after the comma
- The matrix function must support arguments separated by commas with spaces before and after the commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-053 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas with multiple spaces before the comma
- The matrix function must support arguments separated by commas with multiple spaces before the commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-054 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas with multiple spaces after the comma
- The matrix function must support arguments separated by commas with multiple spaces after the commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-055 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by commas with multiple spaces before and after the comma
- The matrix function must support arguments separated by commas with multiple spaces before and after the commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-056 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by multiple spaces
- The matrix function must support arguments separated by multiple spaces. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-057 |
= |
SVG |
SVG presentation attribute and matrix function arguments separated by a mix of spaces and commas
- The matrix function must support arguments separated by a mix of spaces and commas. The rect in the test should be flipped up and left and scaled down horizontally and vertically.
|
|
svg-matrix-058 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'a' value
- The matrix function does not support percentage values. If one argument is invalid, no transform should take place so the rect in this test should remain the same.
|
|
svg-matrix-059 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'b' value
- The matrix function does not support degree units. If one argument is invalid, no transform should take place so the rect in this test should remain the same.
|
|
svg-matrix-060 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'c' value
- The matrix function does not support gradian units. If one argument is invalid, no transform should take place so the rect in this test should remain the same.
|
|
svg-matrix-061 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'd' value
- The matrix function does not support percentage units. If one argument is invalid, no transform should take place so the rect in this test should remain the same.
|
|
svg-matrix-062 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'e' value
- The matrix function does not support px units. If one argument is invalid, no transform should take place so the rect in this test should remain the same.
|
|
svg-matrix-063 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'f' value
- The matrix function does not support pt units. If one argument is invalid, no transform should take place so the rect in this test should remain the same.
|
|
svg-matrix-064 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'a' value with another transform function
- The matrix function does not support percentage values. If one argument is invalid in one function, none of the transforms in the function list should happen. The rect in this test should remain the same.
|
|
svg-matrix-065 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'b' value with another transform function
- The matrix function does not support radian units. If one argument is invalid in one function, none of the transforms in the function list should happen. The rect in this test should remain the same.
|
|
svg-matrix-066 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'c' value with another transform function
- The matrix function does not support turn units. If one argument is invalid in one function, none of the transforms in the function list should happen. The rect in this test should remain the same.
|
|
svg-matrix-067 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'd' value with another transform function
- The matrix function does not support percentage units. If one argument is invalid in one function, none of the transforms in the function list should happen. The rect in this test should remain the same.
|
|
svg-matrix-068 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'e' value with another transform function
- The matrix function does not support pc units. If one argument is invalid in one function, none of the transforms in the function list should happen. The rect in this test should remain the same.
|
|
svg-matrix-069 |
= |
SVG |
SVG presentation attribute and matrix function with invalid 'f' value with another transform function
- The matrix function does not support mm units. If one argument is invalid in one function, none of the transforms in the function list should happen. The rect in this test should remain the same.
|
|
svg-origin-relative-length-001 |
= |
SVG |
SVG presentation attribute transform-origin, first value absolute value and missing second argument
- If only one value is specified, the second value is assumed to be 'center'. The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-002 |
= |
SVG |
SVG presentation attribute transform-origin, first value 'center' value and missing second argument
- If only one value is specified, the second value is assumed to be 'center'. The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-003 |
= |
SVG |
SVG presentation attribute transform-origin, first value '50%' value and missing second argument
- If only one value is specified, the second value is assumed to be 'center'. The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-004 |
= |
SVG |
SVG presentation attribute transform-origin, '50% 50%'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-005 |
= |
SVG |
SVG presentation attribute transform-origin, '50% center'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-006 |
= |
SVG |
SVG presentation attribute transform-origin, 'center 50%'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-007 |
= |
SVG |
SVG presentation attribute transform-origin, 'center center'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-008 |
= |
SVG |
SVG presentation attribute transform-origin, '75 center'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-009 |
= |
SVG |
SVG presentation attribute transform-origin, '75 50%'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-010 |
= |
SVG |
SVG presentation attribute transform-origin, 'center 75'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-011 |
= |
SVG |
SVG presentation attribute transform-origin, '50% 75'
- The rect should be rotated around its center point at 75,75
|
|
svg-origin-relative-length-012 |
= |
SVG |
SVG presentation attribute transform-origin, '0'
- The initial point of origin gets translated to 0,75. Since the second argument is missing, it is set to 'center'.
|
|
svg-origin-relative-length-013 |
= |
SVG |
SVG presentation attribute transform-origin, '150'
- The initial point of origin gets translated to 150,75. Since the second argument is missing, it is set to 'center'.
|
|
svg-origin-relative-length-014 |
= |
SVG |
SVG presentation attribute transform-origin, '100%'
- The initial point of origin gets translated to 150,75. Since the second argument is missing, it is set to 'center'.
|
|
svg-origin-relative-length-015 |
= |
SVG |
SVG presentation attribute transform-origin, 'right'
- The initial point of origin gets translated to 150,75. Since the second argument is missing, it is set to 'center'.
|
|
svg-origin-relative-length-016 |
= |
SVG |
SVG presentation attribute transform-origin, 'left'
- The initial point of origin gets translated to 75,75. Since the second argument is missing, it is set to 'center'.
|
|
svg-origin-relative-length-017 |
= |
SVG |
SVG presentation attribute transform-origin, '25%'
- If the second argument is missing, it is assumed to be center. The initial point of origin gets translated to 37.5,75.
|
|
svg-origin-relative-length-018 |
= |
SVG |
SVG presentation attribute transform-origin, 'top'
- The initial point of origin gets translated to 75,0. A single argument 'top' gets interpreted as 'center top'.
|
|
svg-origin-relative-length-019 |
= |
SVG |
SVG presentation attribute transform-origin, 'bottom'
- The initial point of origin gets translated to 75,150. A single argument 'bottom' gets interpreted as 'center bottom'.
|
|
svg-origin-relative-length-020 |
= |
SVG |
SVG presentation attribute transform-origin, '0% 0%'
- The initial point of origin gets translated to 75,75 since '0% 0%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-021 |
= |
SVG |
SVG presentation attribute transform-origin, 'top right'
- The initial point of origin gets translated to 225,75 since 'top right' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-022 |
= |
SVG |
SVG presentation attribute transform-origin, 'top left'
- The initial point of origin gets translated to 75,75 since 'top left' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-023 |
= |
SVG |
SVG presentation attribute transform-origin, 'top center'
- The initial point of origin gets translated to 150,75 since 'top center' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-024 |
= |
SVG |
SVG presentation attribute transform-origin, 'bottom left'
- The initial point of origin gets translated to 75,225 since 'bottom left' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-025 |
= |
SVG |
SVG presentation attribute transform-origin, 'bottom center'
- The initial point of origin gets translated to 150,225 since 'bottom center' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-026 |
= |
SVG |
SVG presentation attribute transform-origin, 'bottom right'
- The initial point of origin gets translated to 225,225 since 'bottom right' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-027 |
= |
SVG |
SVG presentation attribute transform-origin, 'right top'
- The initial point of origin gets translated to 225,75 since 'right top' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-028 |
= |
SVG |
SVG presentation attribute transform-origin, 'right center'
- The initial point of origin gets translated to 225,150 since 'right center' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-029 |
= |
SVG |
SVG presentation attribute transform-origin, 'right bottom'
- The initial point of origin gets translated to 225,225 since 'right bottom' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-030 |
= |
SVG |
SVG presentation attribute transform-origin, 'right 75'
- The initial point of origin gets translated to 225,75 since 'right 75' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-031 |
= |
SVG |
SVG presentation attribute transform-origin, 'right 0%'
- The initial point of origin gets translated to 225,75 since 'right 0%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-032 |
= |
SVG |
SVG presentation attribute transform-origin, 'right 100%'
- The initial point of origin gets translated to 225,225 since 'right 100%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-033 |
= |
SVG |
SVG presentation attribute transform-origin, 'left top'
- The initial point of origin gets translated to 75,75 since 'left top' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-034 |
= |
SVG |
SVG presentation attribute transform-origin, 'left center'
- The initial point of origin gets translated to 75,150 since 'left center' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-035 |
= |
SVG |
SVG presentation attribute transform-origin, 'left bottom'
- The initial point of origin gets translated to 75,225 since 'left bottom' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-036 |
= |
SVG |
SVG presentation attribute transform-origin, 'left 75'
- The initial point of origin gets translated to 75,75 since 'left 75' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-037 |
= |
SVG |
SVG presentation attribute transform-origin, 'left 0%'
- The initial point of origin gets translated to 75,75 since 'left 0%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-038 |
= |
SVG |
SVG presentation attribute transform-origin, 'left 100%'
- The initial point of origin gets translated to 75,225 since 'left 100%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-039 |
= |
SVG |
SVG presentation attribute transform-origin, 'center top'
- The initial point of origin gets translated to 150,75 since 'center top' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-040 |
= |
SVG |
SVG presentation attribute transform-origin, 'center bottom'
- The initial point of origin gets translated to 150,225 since 'center bottom' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-041 |
= |
SVG |
SVG presentation attribute transform-origin, 'center left'
- The initial point of origin gets translated to 75,150 since 'center left' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-042 |
= |
SVG |
SVG presentation attribute transform-origin, 'center right'
- The initial point of origin gets translated to 225,150 since 'center right' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-043 |
= |
SVG |
SVG presentation attribute transform-origin, 'center 100%'
- The initial point of origin gets translated to 150,225 since 'center 100%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-044 |
= |
SVG |
SVG presentation attribute transform-origin, '0 center'
- The initial point of origin gets translated to 0,150 since '0 center' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-045 |
= |
SVG |
SVG presentation attribute transform-origin, 'center 0%'
- The initial point of origin gets translated to 150,75 since 'center 0%' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-046 |
= |
SVG |
SVG presentation attribute transform-origin, 'center 0'
- The initial point of origin gets translated to 150,0 since 'center 0' is relative to the bounding box of the object.
|
|
svg-origin-relative-length-invalid-001 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'top 100%'
- Spec does not allow first value to be vertical if at least one of the first two passed values are not keywords. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-002 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'bottom 100%'
- Spec does not allow first value to be vertical if at least one of the first two passed values are not keywords. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-003 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'top 150'
- Spec does not allow first value to be vertical if at least one of the first two passed values are not keywords. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-004 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'bottom 150'
- Spec does not allow first value to be vertical if at least one of the first two passed values are not keywords. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-005 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'top top'
- Spec does not allow two vertical values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-006 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'bottom bottom'
- Spec does not allow two vertical values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-007 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'top bottom'
- Spec does not allow two vertical values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-008 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'bottom top'
- Spec does not allow two vertical values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-009 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'left left'
- Spec does not allow two horizontal values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-010 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'left right'
- Spec does not allow two horizontal values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-011 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'right right'
- Spec does not allow two horizontal values. Fallback to 0,0
|
|
svg-origin-relative-length-invalid-012 |
= |
SVG |
SVG presentation attribute transform-origin, invalid arguments 'right left'
- Spec does not allow two horizontal values. Fallback to 0,0
|
|
svg-patterntransform-001 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value argument without unit
- The patternTransform attribute must support functions with unit less arguments for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-002 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pixel unit on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-003 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with point unit on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-004 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pica unit on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-005 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with millimeter unit on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-006 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with centimeter unit on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-007 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with inch unit on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-008 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with em unit on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-009 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value and a unit less argument in scientific notation
- The patternTransform attribute must support functions with unit less arguments in scientific numbers for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-010 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pixel unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-011 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with point unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-012 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pica unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-013 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with millimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-014 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with centimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-015 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with inch unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-016 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with em unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-017 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value unit less argument in scientific notation with a negative exponent
- The patternTransform attribute must support functions with unit less arguments in scientific numbers with negative exponents for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-018 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-019 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-020 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-021 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-022 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-023 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-024 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-025 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with a negative translation-value argument without unit
- The patternTransform attribute must support functions with negative unit less arguments for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-026 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative pixel unit on translateX
- The patternTransform attribute must support functions with negative numbers in the absolute length unit 'px' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-027 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative point unit on translateX
- The patternTransform attribute must support functions with negative numbers in the absolute length unit 'pt' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-028 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative pica unit on translateX
- The patternTransform attribute must support functions with negative numbers in the absolute length unit 'pc' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-029 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative millimeter unit on translateX
- The patternTransform attribute must support functions with negative numbers in the absolute length unit 'mm' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-030 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative centimeter unit on translateX
- The patternTransform attribute must support functions with negative numbers in the absolute length unit 'cm' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-031 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative inch unit on translateX
- The patternTransform attribute must support functions with negative numbers in the absolute length unit 'in' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-032 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with negative em unit on translateX
- The patternTransform attribute must support functions with negative numbers in the relative length unit 'em' on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-033 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value and a negative unit less argument in scientific notation
- The patternTransform attribute must support functions with negative unit less arguments in scientific numbers for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-034 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-035 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with point unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-036 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pica unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-037 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-038 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-039 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with inch unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-040 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with em unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-041 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value unit less negative argument in scientific notation with a negative exponent
- The patternTransform attribute must support functions with unit less arguments in negative scientific numbers with negative exponents for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-042 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-043 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-044 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-045 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-046 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-047 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-048 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-049 |
= |
SVG |
SVG transform presentation attribute on the pattern element - not supported
- The pattern element does not support the transform attribute. The pattern in the tests should not be moved resulting in a solid green rect.
|
|
svg-patterntransform-combination-001 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with translateX applied twice
- The patternTransform attribute must support multiple transform functions the same element. The pattern in the test should be moved 50 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-combination-002 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with translateX applied once in pixels and once in pt units
- The patternTransform attribute must support multiple transform functions on the same element with different translation-value units. The pattern in the test should be moved 50 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-combination-003 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with translateX applied in both directions
- The patternTransform attribute must support multiple transform functions in both directions. The pattern in the test should be moved 50 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-001 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with ex unit on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-002 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with ex unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in scientific numbers on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-003 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-004 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with negative ex unit on translateX
- The patternTransform attribute must support functions with negative numbers in the relative length unit 'ex' on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-005 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with ex unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-006 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-relative-001 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with percentage unit having no effect on translateX
- Arguments in percentage units in patternTransform functions should have no affect. The gradient in the test should be not be moved resulting in a solid green rect.
|
|
svg-patterntransform-relative-002 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with negative percentage unit having no effect on translateX
- Arguments in percentage units in patternTransform functions should have no affect. The gradient in the test should be not be moved resulting in a solid green rect.
|
|
svg-patterntransform-relative-003 |
= |
SVG |
SVG patternTransform presentation attribute with rotate and translateX in percentage units, the latter has no effect
- Arguments in percentage units in patternTransform functions should have no affect. The gradient in the test should be not be translated, but should be rotated resulting in a solid green rect.
|
|
svg-rotate-3args-001 |
= |
SVG |
SVG rotate with three arguments with deg on rotate and pixel on translate
- The rotate transform function must support three arguments with the unit 'deg' on angle arguments and the absolute length unit 'px' on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-002 |
= |
SVG |
SVG rotate with three arguments without units on rotate or translate values
- The rotate transform function must support three arguments without units on angle arguments or translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in the vertical and horizontal direction to completely cover the red rect.
|
|
svg-rotate-3args-003 |
= |
SVG |
SVG rotate with three arguments with grad on rotate and pt on translate
- The rotate transform function must support three arguments with the unit 'grad' on angle arguments and the absolute length unit 'pt' on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-004 |
= |
SVG |
SVG rotate with three arguments with turn on rotate and pc on translate
- The rotate transform function must support three arguments with the unit 'turn' on angle arguments and the absolute length unit 'pc' on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-005 |
= |
SVG |
SVG rotate with three arguments with rad on rotate and mm on translate
- The rotate transform function must support three arguments with the unit 'rad' on angle arguments and the absolute length unit 'mm' on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-006 |
= |
SVG |
SVG rotate with three arguments with negative rotate
- The rotate transform function must support three arguments with a negative angle argument. The green rect in this test should be rotated 90 degrees counter-clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-007 |
= |
SVG |
SVG rotate with three arguments with negative translateX
- The rotate transform function must support three arguments with a negative translationX-value argument. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by -20 pixels the horizontal directions and 20 pixels in the vertical direction to completely cover the red rect.
|
|
svg-rotate-3args-008 |
= |
SVG |
SVG rotate with three arguments with negative translateY
- The rotate transform function must support three arguments with a negative translationY-value argument. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in the horizontal direction and -20 pixels in the vertical direction to completely cover the red rect.
|
|
svg-rotate-3args-009 |
= |
SVG |
SVG rotate with three arguments with scientific numbers on degree angles
- The rotate transform function must support three arguments, with scientific numbers for angle arguments in degree. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-010 |
= |
SVG |
SVG rotate with three arguments with pixel units in scientific notation on translate
- The rotate transform function must support three arguments, with absolute length unit 'px' in scientific numbers on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-011 |
= |
SVG |
SVG rotate with three arguments with deg on rotate and percentage units on translate
- The rotate transform function must support three arguments with the unit 'deg' on angle arguments and the relative length unit '%' on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-012 |
= |
SVG |
SVG rotate with three arguments with deg on rotate and negative percentage units on translate
- The rotate transform function must support three arguments with the unit 'deg' on angle arguments and the relative length unit '%' on translation-value arguments. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by -20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-013 |
= |
SVG |
SVG rotate with three arguments with space delimited arguments
- The rotate transform function must support three arguments, where the arguments are separated by spaces with no commas. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-014 |
= |
SVG |
SVG rotate with three arguments with comma delimited arguments
- The rotate transform function must support three arguments, where the arguments are separated by commas with no spaces. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-015 |
= |
SVG |
SVG rotate with three arguments with comma delimited arguments with a space after the comma
- The rotate transform function with three arguments can have the arguments be separated by optional commas with a space after the comma. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-016 |
= |
SVG |
SVG rotate with three arguments with comma delimited arguments with multiple spaces before the commas
- The rotate transform function with three arguments can have the arguments be separated by optional commas with multiple spaces before the commas. The green rect in this test should be rotated 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-rotate-3args-017 |
= |
SVG |
SVG rotate with three arguments with transform-origin with length values - 40px 40px
- The rotate transform function must support three arguments in combination with transform-origin using absolute values. First, the transform-origin should translate the origin by 40px in both the vertical and horizontal directions temporarily to (40px 40px). Second, the green rect should be rotated by 90 degrees clockwise after the transform origin has been translated by an additional 20 pixels in both the horizontal and vertical directions, making the origin (60px 60px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-018 |
= |
SVG |
SVG rotate with three arguments with transform-origin with first value 'center' and missing second argument
- The rotate transform function must support three arguments in combination with transform-origin using one keyword value. First, the transform-origin value of 'center' should translate the origin by 40px in both the vertical and horizontal directions temporarily to (0px 40px), which is the center of the green rect. Second, the green rect should be rotated 90 degrees clockwise after the transform origin has been translated by 20 pixels in both the vertical and horizontal directions, making the origin (20px 60px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-019 |
= |
SVG |
SVG rotate with three arguments with transform-origin with first value '50%' and missing second argument
- The rotate transform function must support three arguments in combination with transform-origin using one relative value. First, the transform-origin value of '50%' should translate the origin by 40px in both the vertical and horizontal directions temporarily to (0px 40px), which is the center of the green rect. Second, the green rect should be rotated 90 degrees clockwise after the transform origin has been translated by 20 pixels in both the vertical and horizontal directions, making the origin (20px 60px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-020 |
= |
SVG |
SVG rotate with three arguments with transform-origin with first value 'right' and second value 'top'
- The rotate transform function must support three arguments in combination with transform-origin using two keyword values. First, the transform-origin value of 'right top' should translate the origin by 40px in the horizontal direction and by 80px in the vertical direction temporarily to (40px 80px), which is the top right corner of the green rect. Second, the green rect should be rotated 90 degrees clockwise after the transform origin has been translated by 20 pixels in both the vertical and horizontal directions, making the origin (60px 100px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-021 |
= |
SVG |
SVG rotate with three arguments with relative translation-values combined with absolute transform-origin length values
- The rotate transform function must support three arguments with relative translation-values in combination with transform-origin using two absolute pixel values. First, the transform-origin value of '40px 40px' should translate the origin by 40px in both the vertical and horizontal directions temporarily to (40px 40px). Second, the green rect should be rotated 90 degrees clockwise after the transform origin has been translated by an additional 20 pixels in both the horizontal and vertical directions, making the origin (60px 60px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-022 |
= |
SVG |
SVG rotate with three arguments with absolute translation-values combined with relative transform-origin length values
- The rotate transform function must support three arguments with absolute translation-values in combination with transform-origin using two relative values. First, the transform-origin value of '25% 25%' should translate the origin by 20px in both the vertical and horizontal directions temporarily to (-20px 20px). Second, the green rect should be rotated 90 degrees clockwise after the transform origin has been translated by an additional 40 pixels in both the horizontal and vertical directions, making the origin (20px 60px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-023 |
= |
SVG |
SVG rotate with three arguments with relative translation-values combined with relative transform-origin length values
- The rotate transform function must support three arguments with relative translation-values in combination with transform-origin using two relative values. First, the transform-origin value of '25% 25%' should translate the origin by 20px in both the vertical and horizontal directions temporarily to (-20px 20px). Second, the green rect should be rotated 90 degrees clockwise after the transform origin has been translated by an additional 40 pixels in both the horizontal and vertical directions, making the origin (20px 60px) temporarily. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-invalid-001 |
= |
SVG |
SVG rotate with three arguments with one absolute translation-value argument
- The rotate transform function takes two optional translation values. If one of the translation values is not provided, then both translation-value parameters fall back to zero. The green rect in this test should be rotated by 90 degrees clockwise but the transform origin should not be translated. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-invalid-002 |
= |
SVG |
SVG rotate with three arguments with no translation-value arguments and a comma
- The rotate transform function takes two optional translation values. If no translation values are provided, and there is a comma after the rotate argument, then the entire argument list is invalid and therefore no transform is applied. The green rect in this test should not be rotated and the transform origin should not be translated. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-invalid-003 |
= |
SVG |
SVG rotate with three arguments, with a third absolute translation-value argument
- The rotate transform function takes two optional translation values. If a third absolute translation-value argument is provided, then all translation-value parameters fall back to zero. The green rect in this test should be rotated by 90 degrees clockwise, but the transform origin should not be translated. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-invalid-004 |
= |
SVG |
SVG rotate with three arguments with one relative translation-value argument
- The rotate transform function takes two optional translation values. If one of the translation values is not provided, then both translation-value parameters fall back to zero. The green rect in this test should be rotated by 90 degrees clockwise but the transform origin should not be translated. The green rect should completely cover the red rect.
|
|
svg-rotate-3args-invalid-005 |
= |
SVG |
SVG rotate with three arguments, with a third relative translation-value argument
- The rotate transform function takes two optional translation values. If a third relative translation-value argument is provided, then all translation-value parameters fall back to zero. The green rect in this test should be rotated by 90 degrees clockwise, but the transform origin should not be translated. The green rect should completely cover the red rect.
|
|
svg-rotate-angle-45-001 |
= |
SVG |
SVG presentation attribute and angle argument without unit on rotate
- The rotate transform function must support unit less arguments for angle. The green rect in the test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-002 |
= |
SVG |
SVG presentation attribute and angle argument with degree unit on rotate
- The rotate transform function must support the unit 'degree' on angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-003 |
= |
SVG |
SVG presentation attribute and angle argument with grad unit on rotate
- The rotate transform function must support the unit 'grad' on angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-004 |
= |
SVG |
SVG presentation attribute and angle argument with turn unit on rotate
- The rotate transform function must support the unit 'turn' on angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-005 |
= |
SVG |
SVG presentation attribute and angle argument with radian unit on rotate
- The rotate transform function must support the unit 'rad' on angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-006 |
= |
SVG |
SVG presentation attribute and rotate with negative, unit less turn
- The rotate transform function must support negative unit less angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-007 |
= |
SVG |
SVG presentation attribute and rotate with negative degrees
- The rotate transform function must support negative 'degree' angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-008 |
= |
SVG |
SVG presentation attribute and rotate with negative gradians
- The rotate transform function must support negative 'grad' angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-009 |
= |
SVG |
SVG presentation attribute and rotate with negative radians
- The rotate transform function must support negative 'rad' angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-010 |
= |
SVG |
SVG presentation attribute and rotate with negative turns
- The rotate transform function must support negative 'turn' angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-011 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with unit less angle
- The rotate transform function must support 'modulo whole circle' for unit less angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-012 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in degree
- The rotate transform function must support 'modulo whole circle' for angle arguments in degree. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-013 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in gradian
- The rotate transform function must support 'modulo whole circle' for angle arguments in gradian. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-014 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in radian
- The rotate transform function must support 'modulo whole circle' for angle arguments in radian. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-015 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in turn
- The rotate transform function must support 'modulo whole circle' for angle arguments in turns. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-016 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on unit less angles
- The rotate transform function must support scientific numbers for unit less angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-017 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on degree angles
- The rotate transform function must support scientific numbers for angle arguments in degree. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-018 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on gradian angles
- The rotate transform function must support scientific numbers for angle arguments in gradians. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-019 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on radian angles
- The rotate transform function must support scientific numbers for angle arguments in radians. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-020 |
= |
SVG |
SVG presentation attribute and with scientific numbers on turns
- The rotate transform function must support scientific numbers for angle arguments in turns. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-021 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for unit less arguments
- The rotate transform function must support scientific numbers with negative exponents for unit less angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-022 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in degree
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in degree. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-023 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in gradian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in gradian. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-024 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in radian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-025 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in turns
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in turns. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-90-001 |
= |
SVG |
SVG presentation attribute and angle argument without unit on rotate
- The rotate transform function must support unit less arguments for angle. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-002 |
= |
SVG |
SVG presentation attribute and angle argument with degree unit on rotate
- The rotate transform function must support the unit 'degree' on angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-003 |
= |
SVG |
SVG presentation attribute and angle argument with grad unit on rotate
- The rotate transform function must support the unit 'grad' on angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-004 |
= |
SVG |
SVG presentation attribute and angle argument with turn unit on rotate
- The rotate transform function must support the unit 'turn' on angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-005 |
= |
SVG |
SVG presentation attribute and angle argument with radian unit on rotate
- The rotate transform function must support the unit 'rad' on angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-006 |
= |
SVG |
SVG presentation attribute and rotate with negative, unit less turn
- The rotate transform function must support negative unit less angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-007 |
= |
SVG |
SVG presentation attribute and rotate with negative degrees
- The rotate transform function must support negative 'degree' angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-008 |
= |
SVG |
SVG presentation attribute and rotate with negative gradians
- The rotate transform function must support negative 'grad' angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-009 |
= |
SVG |
SVG presentation attribute and rotate with negative radians
- The rotate transform function must support negative 'rad' angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-010 |
= |
SVG |
SVG presentation attribute and rotate with negative turns
- The rotate transform function must support negative 'turn' angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-011 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with unit less angle
- The rotate transform function must support 'modulo whole circle' for unit less angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-012 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in degree
- The rotate transform function must support 'modulo whole circle' for angle arguments in degree. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-013 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in gradian
- The rotate transform function must support 'modulo whole circle' for angle arguments in gradian. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-014 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in radian
- The rotate transform function must support 'modulo whole circle' for angle arguments in radian. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-015 |
= |
SVG |
SVG presentation attribute and more than full circle rotate with angle in turn
- The rotate transform function must support 'modulo whole circle' for angle arguments in turns. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-016 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on unit less angles
- The rotate transform function must support scientific numbers for unit less angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-017 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on degree angles
- The rotate transform function must support scientific numbers for angle arguments in degree. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-018 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on gradian angles
- The rotate transform function must support scientific numbers for angle arguments in gradians. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-019 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on radian angles
- The rotate transform function must support scientific numbers for angle arguments in radians. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-020 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on turns
- The rotate transform function must support scientific numbers for angle arguments in turns. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-021 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for unit less arguments
- The rotate transform function must support scientific numbers with negative exponents for unit less angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-022 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in degree
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in degree. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-023 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in gradian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in gradian. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-024 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in radian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in radian. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-025 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in turns
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in turns. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-scale-001 |
= |
SVG |
SVG presentation attribute and scale 0.5 with only one parameter specified
- If the second parameter of the scale function is not provided, it is takes a value equal to the first. The red rect in this test should be scaled down 0.5 vertically and horizontally to be completely hidden by the green rect.
|
|
svg-scale-002 |
= |
SVG |
SVG presentation attribute and scale 1.5 with only one parameter specified
- If the second parameter is not provided, it is takes a value equal to the first. The green rect in this test should be scaled up 1.5 vertically and horizontally to completely cover the red rect.
|
|
svg-scale-003 |
= |
SVG |
SVG presentation attribute and scale 2 with only one parameter specified
- If the second parameter is not provided, it is takes a value equal to the first. The green rect in this test should be scaled up 2 vertically and horizontally to completely cover the red rect.
|
|
svg-scale-004 |
= |
SVG |
SVG presentation attribute and scale 0.5 with parameters separated by commas + no whitespace
- Parameters in the scale function can be separated by commas and no whitespace. The red rect in this test should be scaled down 0.5 to completely cover the green rect.
|
|
svg-scale-005 |
= |
SVG |
SVG presentation attribute and scale with percent values - not supported
- Percent values are not supported. The green rect in the test should not be scaled and the red rect should remain completely covered.
|
|
svg-scale-006 |
= |
SVG |
SVG presentation attribute and scale horizontally 0.5 and vertically 1.5
- The green rect in the test should be scaled down horizontally and up vertically to form a square and completely cover the red rect.
|
|
svg-scale-007 |
= |
SVG |
SVG presentation attribute and scale horizontally 1.5 and vertically 0.5
- The green rect in the test should be scaled up horizontally and down vertically to form a square completely cover the red rect.
|
|
svg-scale-008 |
= |
SVG |
SVG presentation attribute and scale 0.5 on the g element
- The group containing the red rect in this test should be scaled down 0.5 to be completely hidden behind the green rect.
|
|
svg-scale-009 |
= |
SVG |
SVG presentation attribute and scale 0.5 on the g element and scale 0.5 on the rect element
- The group containing the red rect in this test should be scaled down 0.5 and the red rect should be scaled down again 0.5 to be completely hidden behind the green rect.
|
|
svg-scale-010 |
= |
SVG |
SVG presentation attribute and scale -0.5 with only one parameter specified
- Scaling by a negative value should flip the element and if the second parameter of the scale function is not provided, it is takes a value equal to the first. The green rect in this test should be flipped downward and rightward into view and scaled down 0.5 horizontally and vertically to completely cover the red background.
|
|
svg-scale-011 |
= |
SVG |
SVG presentation attribute and scale -2 with only one parameter specified
- Scaling by a negative value should flip the element and if the second parameter of the scale function is not provided, it is takes a value equal to the first. The green rect in this test flipped rightward and downard into view and scaled up 2 to completely cover the red background.
|
|
svg-scale-012 |
= |
SVG |
SVG presentation attribute and scale -0.5 with parameters separated by commas + no whitespace
- Scaling by a negative value should flip the element and parameters to the scale function can be separated by commas with no whitespace. The green rect in this test should be flipped downward and rightward into view right scaled down 0.5 to to completely cover the red background.
|
|
svg-scale-013 |
= |
SVG |
SVG presentation attribute and scale horizontally -0.5 and vertically -1.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped downward and rightward into view and scaled down horizontally and up vertically to completely cover the red background.
|
|
svg-scale-014 |
= |
SVG |
SVG presentation attribute and scale horizontally -1.5 and vertically -0.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped downward and rightward into view and scaled up horizontally and down vertically to completely cover the red background.
|
|
svg-scale-015 |
= |
SVG |
SVG presentation attribute and scale horizontally -0.5 and vertically 1.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped rightward into view and scaled down horizontally and up vertically to completely cover the red background.
|
|
svg-scale-016 |
= |
SVG |
SVG presentation attribute and scale horizontally 1.5 and vertically -0.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped downward into view and scaled up horizontally and down vertically to completely cover the red background.
|
|
svg-scale-017 |
= |
SVG |
SVG presentation attribute and scale -0.5 on the g element
- Scaling by a negative value should flip the element. The group containing the green rect in this test should be flipped downard and rightward into view and scaled down horizontally and vertically to completely cover the red background.
|
|
svg-scalex-001 |
= |
SVG |
SVG presentation attribute and scaleX 0.5
- The red rect in this test should be horizontally scaled down 0.5 to be hidden behind the green rect.
|
|
svg-scalex-002 |
= |
SVG |
SVG presentation attribute and scaleX 1.5
- The green rect in this test should be horizontally scaled up 1.5 to completely cover the red rect.
|
|
svg-scalex-003 |
= |
SVG |
SVG presentation attribute and scaleX with percent argument - not supported
- The scaleX transform function does not support percentage values. The green rect in this test should not be scaled so the red background is not visible.
|
|
svg-scalex-004 |
= |
SVG |
SVG presentation attribute and scaleX -0.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped rightward into view and scaled horizontally down 0.5 to completely cover the red background.
|
|
svg-scalex-005 |
= |
SVG |
SVG presentation attribute and scaleX -1.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped rightward into view and horizontally scaled up 1.5 to completely cover the red rect.
|
|
svg-scaley-001 |
= |
SVG |
SVG presentation attribute and scaleY 0.5
- The red rect in this test should be vertically scaled down 0.5 to be completely hidden by the green rect.
|
|
svg-scaley-002 |
= |
SVG |
SVG presentation attribute and scaleY 1.5
- The rect in the test should be vertically scaled up 1.5 to 150x150
|
|
svg-scaley-003 |
= |
SVG |
SVG presentation attribute and scaleY with percent argument - not supported
- The scaleY transform function does not support percentage values. The green rect in this test should not be scaled and should completely cover the red rect.
|
|
svg-scaley-004 |
= |
SVG |
SVG presentation attribute and and scaleY -0.5
- Scaling by a negative value should flip the element. The green in this test should be flipped downward into view and vertically scaled down to completely cover the red background.
|
|
svg-scaley-005 |
= |
SVG |
SVG presentation attribute and scaleY -1.5
- Scaling by a negative value should flip the element. The green rect in this test should be flipped downward into view and vertically scaled up 1.5 to completely cover the red background.
|
|
svg-skewx-001 |
= |
SVG |
SVG presentation attribute and angle argument without unit on skewX
- The skewX transform function must support unit less arguments for angle. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-002 |
= |
SVG |
SVG presentation attribute and angle argument with degree unit on skewX
- The skewX transform function must support the unit 'degree' on angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-003 |
= |
SVG |
SVG presentation attribute and angle argument with grad unit on skewX
- The skewX transform function must support the unit 'grad' on angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-004 |
= |
SVG |
SVG presentation attribute and angle argument with turn unit on skewX
- The skewX transform function must support the unit 'turn' on angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-005 |
= |
SVG |
SVG presentation attribute and angle argument with radian unit on skewX
- The skewX transform function must support the unit 'rad' on angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-006 |
= |
SVG |
SVG presentation attribute and skewX with negative, unit less turn
- The skewX transform function must support negative, unit less angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-007 |
= |
SVG |
SVG presentation attribute and skewX with negative degrees
- The skewX transform function must support negative, 'degree' angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-008 |
= |
SVG |
SVG presentation attribute and skewX with negative gradians
- The skewX transform function must support negative 'grad' angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-009 |
= |
SVG |
SVG presentation attribute and skewX with negative radians
- The skewX transform function must support negative 'rad' angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-010 |
= |
SVG |
SVG presentation attribute and skewX with negative turns
- The skewX transform function must support negative 'turn' angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-011 |
= |
SVG |
SVG presentation attribute and more than full circle skewX with unit less angle
- The skewX transform function must support 'modulo whole circle' for unit less angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-012 |
= |
SVG |
SVG presentation attribute and more than full circle skewX with angle in degree
- The skewX transform function must support 'modulo whole circle' for arguments in. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-013 |
= |
SVG |
SVG presentation attribute and more than full circle skewX with angle in gradian
- The skewX transform function must support 'modulo whole circle' for arguments in gradian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-014 |
= |
SVG |
SVG presentation attribute and more than full circle skewX with angle in radian
- The skewX transform function must support 'modulo whole circle' for arguments in radian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-015 |
= |
SVG |
SVG presentation attribute and more than full circle skewX with angle in turn
- The skewX transform function must support 'modulo whole circle' for arguments in turn. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-016 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on unit less angles
- The skewX transform function must support scientific numbers for unit less angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-017 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on unit less angles
- The skewX transform function must support scientific numbers for angle arguments in degree. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-018 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on gradian angles
- The skewX transform function must support scientific numbers for angle arguments in gradians. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-019 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on radian angles
- The skewX transform function must support scientific numbers for angle arguments in radians. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-020 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on turns
- The skewX transform function must support scientific numbers for angle arguments in turns. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-021 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers with negative exponents for unit less arguments
- The skewX transform function must support scientific numbers with negative exponents for unit less angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-022 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers with negative exponents for arguments in degree
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in degree. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-023 |
= |
SVG |
SVG presentation attribute and skewX and scientific numbers with negative exponents for arguments in gradian
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in gradian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-024 |
= |
SVG |
SVG presentation attribute and skewX and scientific numbers with negative exponents for arguments in radian
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-025 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers with negative exponents for arguments in turns
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewxy-001 |
= |
SVG |
SVG presentation attribute with skewX and skewY
- The green rect in this test should be skewed horizontally 45 degrees and vertically 45 degrees to completely cover the red path.
|
|
svg-skewxy-002 |
= |
SVG |
SVG presentation attribute with skewX and skewY with different units
- The green rect in this test should completely cover the red path by being skewed horizontally 45 degrees and vertically 45 degrees specified in different units in each function
|
|
svg-skewy-001 |
= |
SVG |
SVG presentation attribute and angle argument without unit on skewY
- The skewY transform function must support unit less arguments for angle. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-002 |
= |
SVG |
SVG presentation attribute and angle argument with degree unit on skewY
- The skewY transform function must support the unit 'degree' on angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-003 |
= |
SVG |
SVG presentation attribute and angle argument with grad unit on skewY
- The skewY transform function must support the unit 'grad' on angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-004 |
= |
SVG |
SVG presentation attribute and angle argument with turn unit on skewY
- The skewY transform function must support the unit 'turn' on angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-005 |
= |
SVG |
SVG presentation attribute and angle argument with radian unit on skewY
- The skewY transform function must support the unit 'rad' on angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-006 |
= |
SVG |
SVG presentation attribute and skewY with negative, unit less turn
- The skewY transform function must support negative, unit less angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-007 |
= |
SVG |
SVG presentation attribute and skewY with negative degrees
- The skewY transform function must support negative, 'degree' angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-008 |
= |
SVG |
SVG presentation attribute and skewY with negative gradians
- The skewY transform function must support negative 'grad' angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-009 |
= |
SVG |
SVG presentation attribute and skewY with negative radians
- The skewY transform function must support negative 'rad' angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-010 |
= |
SVG |
SVG presentation attribute and skewY with negative turns
- The skewY transform function must support negative 'turn' angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-011 |
= |
SVG |
SVG presentation attribute and more than full circle skewY with unit less angle
- The skewY transform function must support 'modulo whole circle' for unit less angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-012 |
= |
SVG |
SVG presentation attribute and more than full circle skewY with angle in degree
- The skewY transform function must support 'modulo whole circle' for arguments in. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-013 |
= |
SVG |
SVG presentation attribute and more than full circle skewY with angle in gradian
- The skewY transform function must support 'modulo whole circle' for arguments in gradian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-014 |
= |
SVG |
SVG presentation attribute and more than full circle skewY with angle in radian
- The skewY transform function must support 'modulo whole circle' for arguments in radian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-015 |
= |
SVG |
SVG presentation attribute and more than full circle skewY with angle in turn
- The skewY transform function must support 'modulo whole circle' for arguments in turn. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-016 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on unit less angles
- The skewY transform function must support scientific numbers for unit less angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-017 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on unit less angles
- The skewY transform function must support scientific numbers for angle arguments in degree. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-018 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on gradian angles
- The skewY transform function must support scientific numbers for angle arguments in gradians. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-019 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on radian angles
- The skewY transform function must support scientific numbers for angle arguments in radians. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-020 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on turns
- The skewY transform function must support scientific numbers for angle arguments in turns. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-021 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers with negative exponents for unit less arguments
- The skewY transform function must support scientific numbers with negative exponents for unit less angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-022 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers with negative exponents for arguments in degree
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in degree. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-023 |
= |
SVG |
SVG presentation attribute and skewY and scientific numbers with negative exponents for arguments in gradian
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in gradian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-024 |
= |
SVG |
SVG presentation attribute and skewY and scientific numbers with negative exponents for arguments in radian
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-025 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers with negative exponents for arguments in turns
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-transform-group-001 |
= |
SVG |
SVG presentation attribute and translate on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be translated, therefore the child element should be translated to completely cover the red rect.
|
|
svg-transform-group-002 |
= |
SVG |
SVG presentation attribute and translateX on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be translated horizontally, therefore the child element should be translated horizontally to completely cover the red rect.
|
|
svg-transform-group-003 |
= |
SVG |
SVG presentation attribute and translateY on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be translated vertically, therefore the child element should be translated vertically to completely cover the red rect.
|
|
svg-transform-group-004 |
= |
SVG |
SVG presentation attribute and scale on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be scaled, therefore the child element should be scaled to completely cover the red rect.
|
|
svg-transform-group-005 |
= |
SVG |
SVG presentation attribute and scaleX on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be scaled horizontally, therefore the child element should be scaled horizontally to completely cover the red rect.
|
|
svg-transform-group-006 |
= |
SVG |
SVG presentation attribute and scaleY on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be scaled vertically, therefore the child element should be scaled vertically to completely cover the red rect.
|
|
svg-transform-group-007 |
= |
SVG |
SVG presentation attribute and rotate on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be rotated, therefore the child element should be rotated. The green rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-transform-group-008 |
= |
SVG |
SVG presentation attribute and skewX on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be skewed horizontally, therefore the child element should be skewed horizontally to completely cover the red rect.
|
|
svg-transform-group-009 |
= |
SVG |
SVG presentation attribute and skewY on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be skewed vertically, therefore the child element should be skewed vertically to completely cover the red rect.
|
|
svg-transform-group-010 |
= |
SVG |
SVG presentation attribute and matrix on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should have the transform matrix applied, therefore the child element should be scaled and translated to completely cover the red rect.
|
|
svg-transform-group-011 |
= |
SVG |
SVG presentation attribute and rotate with three arguments on group
- Transforms on a parent element should be pre-multiplied to a child element. The group of elements should be rotated and translated, therefore the child element should be rotated and translated. The green rect in this test should be rotated by 90 degrees clockwise after the transform origin is translated by 20 pixels in both the vertical and horizontal directions to completely cover the red rect.
|
|
svg-transform-list-separations-001 |
= |
SVG |
No separations between transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with no separation between the 3 transform functions in the list
|
|
svg-transform-list-separations-002 |
= |
SVG |
Comma + no whitespace separations between transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by commas with no whitespace.
|
|
svg-transform-list-separations-003 |
= |
SVG |
Comma + whitespace separations between transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by commas with whitespace.
|
|
svg-transform-list-separations-004 |
= |
SVG |
Whitespace separations between transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by whitespace.
|
|
svg-transform-list-separations-005 |
= |
SVG |
Comma, whitespace, and no separations between transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 4 transform functions in the list delimited by a comma, whitespace, and nothing.
|
|
svg-transform-list-separations-006 |
= |
SVG |
Multiple spaces between transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 4 transform functions in the list with multiple spaces between them
|
|
svg-transform-list-separations-007 |
= |
SVG |
Multiple spaces before and after transform functions on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with multiple spaces before and after the transform function list
|
|
svg-transform-list-separations-008 |
= |
SVG |
Transform functions separated by commas separations with multiple spaces before the commas on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by commas with whitespace before the commas.
|
|
svg-transform-list-separations-009 |
= |
SVG |
Transform functions separated by commas separations with spaces before and after the commas on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by commas with whitespace before the commas.
|
|
svg-transform-list-separations-010 |
= |
SVG |
Transform functions separated by newlines on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by newlines
|
|
svg-transform-list-separations-011 |
= |
SVG |
Transform functions separated by commas and newlines on SVG presentation attribute
- The rect in the test should have an x offset of 100, a y offset of 100, and should be rotated 90 degrees clockwise with 3 transform functions in the list delimited by commas and newlines
|
|
svg-transform-nested-001 |
= |
SVG |
SVG presentation attribute and translate on group, translate on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be translated. Additionally, the child rect should be translated.
|
|
svg-transform-nested-002 |
= |
SVG |
SVG presentation attribute, translateX on group, translateX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be translated horizontally. Additionally, the child rect should be translated horizontally.
|
|
svg-transform-nested-003 |
= |
SVG |
SVG presentation attribute, translateY on group, translateY on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be translated vertically. Additionally, the child rect should be translated vertically.
|
|
svg-transform-nested-004 |
= |
SVG |
SVG presentation attribute, scale on group, scale on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled. Additionally, the child rect should be scaled.
|
|
svg-transform-nested-005 |
= |
SVG |
SVG presentation attribute, scaleX on group, scaleX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled horizontally. Additionally, the child rect should be scaled horizontally.
|
|
svg-transform-nested-006 |
= |
SVG |
SVG presentation attribute, scaleY on group, scaleY on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled vertically. Additionally, the child rect should be scaled vertically.
|
|
svg-transform-nested-007 |
= |
SVG |
SVG presentation attribute, rotate on group, rotate on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be rotated. Additionally, the child rect should be rotated.
|
|
svg-transform-nested-008 |
= |
SVG |
SVG presentation attribute, skewX on group, skewX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be skewed horizontally. Additionally, the child rect should be skewed horizontally.
|
|
svg-transform-nested-009 |
= |
SVG |
SVG presentation attribute, skewY on group, skewY on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be skewed vertically. Additionally, the child rect should be skewed vertically.
|
|
svg-transform-nested-010 |
= |
SVG |
SVG presentation attribute, matrix on group, matrix on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled and translated. Additionally, the child rect should be scaled and translated.
|
|
svg-transform-nested-011 |
= |
SVG |
SVG presentation attribute, translate on group, scale on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be translated. Additionally, the child rect should be scaled.
|
|
svg-transform-nested-012 |
= |
SVG |
SVG presentation attribute, translateX on group, scaleY on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be translated horizontally. Additionally, the child rect should be scaled vertically.
|
|
svg-transform-nested-013 |
= |
SVG |
SVG presentation attribute, translateY on group, skewX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be translated vertically. Additionally, the child rect should be skewed horizontally.
|
|
svg-transform-nested-014 |
= |
SVG |
SVG presentation attribute, scale on group, skewY on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled. Additionally, the child rect should be skewed vertically.
|
|
svg-transform-nested-015 |
= |
SVG |
SVG presentation attribute, scaleX on group, rotate on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled horizontally. Additionally, the child rect should be rotated.
|
|
svg-transform-nested-016 |
= |
SVG |
SVG presentation attribute, scaleY on group, translateX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled vertically. Additionally, the child rect should be translated horizontally.
|
|
svg-transform-nested-017 |
= |
SVG |
SVG presentation attribute, rotate on group, translateY on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be rotated. Additionally, the child rect should be translated vertically.
|
|
svg-transform-nested-018 |
= |
SVG |
SVG presentation attribute, skewX on group, scaleX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be skewed horizontally. Additionally, the child rect should be scaled horizontally.
|
|
svg-transform-nested-019 |
= |
SVG |
SVG presentation attribute, skewY on group, translate on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be skewed vertically. Additionally, the child rect should be translated.
|
|
svg-transform-nested-020 |
= |
SVG |
SVG presentation attribute, matrix on group, scaleX on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled and translated. Additionally, the child rect should be scaled horizontally.
|
|
svg-transform-nested-021 |
= |
SVG |
SVG presentation attribute, translate on group, scaleY on child1, rotate on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be translated. Additionally, the first rect should be scaled vertically and the second rect should be rotated.
|
|
svg-transform-nested-022 |
= |
SVG |
SVG presentation attribute, translateX on group, scaleX on child1, matrix on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be translated horizontally. Additionally, the first rect should be scaled horizontally and the second rect should have the transform matrix applied.
|
|
svg-transform-nested-023 |
= |
SVG |
SVG presentation attribute, translateY on group, translate on child1, scale on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be translated vertically. Additionally, the first rect should be translated and the second rect should be scaled.
|
|
svg-transform-nested-024 |
= |
SVG |
SVG presentation attribute, scale on group, translateX on child1, scaleX on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be scaled. Additionally, the first rect should be translated horizontally and the second rect should be scaled horizontally.
|
|
svg-transform-nested-025 |
= |
SVG |
SVG presentation attribute, scaleX on group, translateY on child1, scale on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be scaled horizontally. Additionally, the first rect should be translated vertically and the second rect should be scaled.
|
|
svg-transform-nested-026 |
= |
SVG |
SVG presentation attribute, scaleY on group, translate on child1, rotate on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be scaled vertically. Additionally, the first rect should be translated and the second rect should be rotated.
|
|
svg-transform-nested-027 |
= |
SVG |
SVG presentation attribute, rotate on group, translateX on child1, scaleY on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should be rotated. Additionally, the first rect should be translated horizontally and the second rect should be scaled vertically.
|
|
svg-transform-nested-028 |
= |
SVG |
SVG presentation attribute, matrix on group, scaleY on child1, translateY on child2
- Transforms on parent elements should be pre-multiplied to transforms on child elements. The group of elements should have the transform matrix applied. Additionally, the first rect should be translated vertically and the second rect should be scaled vertically.
|
|
svg-transform-nested-029 |
= |
SVG |
SVG presentation attribute, scaleX on group, rotate with three arguments on child
- Transforms on a parent element should be pre-multiplied to transforms on a child element. The group of elements should be scaled horizontally. Additionally, the child rect should be rotated after the transform origin is translated.
|
|
svg-translate-001 |
= |
SVG |
SVG presentation attribute and translate with translation-value arguments without unit
- The translate transform function must support unit less arguments for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-002 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pixel units on translate
- The translate transform function must support the absolute length unit 'px' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-003 |
= |
SVG |
SVG presentation attribute and translation-value arguments with point units on translate
- The translate transform function must support the absolute length unit 'pt' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-004 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pica units on translate
- The translate transform function must support the absolute length unit 'pc' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-005 |
= |
SVG |
SVG presentation attribute and translation-value arguments with millimeter units on translate
- The translate transform function must support the absolute length unit 'mm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-006 |
= |
SVG |
SVG presentation attribute and translation-value arguments with centimeter units on translate
- The translate transform function must support the absolute length unit 'cm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-007 |
= |
SVG |
SVG presentation attribute and translation-value arguments with inch units on translate
- The translate transform function must support the absolute length unit 'in' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-008 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with em units on translate
- The translate transform function must support the relative length unit 'em' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-009 |
= |
SVG |
SVG presentation attribute and translate with translation-value and unit less arguments in scientific notation
- The translate transform function must support unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-010 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pixel units in scientific notation on translate
- The translate transform function must support the absolute length unit 'px' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-011 |
= |
SVG |
SVG presentation attribute and translation-value arguments with point units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pt' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-012 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pica units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pc' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-013 |
= |
SVG |
SVG presentation attribute and translation-value arguments with millimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'mm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-014 |
= |
SVG |
SVG presentation attribute and translation-value arguments with centimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'cm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-015 |
= |
SVG |
SVG presentation attribute and translation-value arguments with inch units in scientific notation on translate
- The translate transform function must support the absolute length unit 'in' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-016 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with em units in scientific notation on translate
- The translate transform function must support the relative length unit 'em' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-017 |
= |
SVG |
SVG presentation attribute and translate with translation-value unit less arguments in scientific notation with negative exponents
- The translate transform function must support unit less arguments in scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-018 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pixel units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-019 |
= |
SVG |
SVG presentation attribute and translation-value arguments with point units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-020 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pica units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-021 |
= |
SVG |
SVG presentation attribute and translation-value arguments with millimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-022 |
= |
SVG |
SVG presentation attribute and translation-value arguments with centimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-023 |
= |
SVG |
SVG presentation attribute and translation-value arguments with inch units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-024 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with em units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-025 |
= |
SVG |
SVG presentation attribute and translate with negative translation-value arguments without unit
- The translate transform function must support negative unit less arguments for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-026 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative pixel units on translate
- The translate transform function must support negative numbers in the absolute length unit 'px' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-027 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative point units on translate
- The translate transform function must support negative numbers in the absolute length unit 'pt' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-028 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative pica units on translate
- The translate transform function must support negative numbers in the absolute length unit 'pc' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-029 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative millimeter units on translate
- The translate transform function must support negative numbers in the absolute length unit 'mm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-030 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative centimeter units on translate
- The translate transform function must support negative numbers in the absolute length unit 'cm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-031 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative inch units on translate
- The translate transform function must support negative numbers in the absolute length unit 'in' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-032 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with negative em units on translate
- The translate transform function must support negative numbers in the relative length unit 'em' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-033 |
= |
SVG |
SVG presentation attribute and translate with translation-value and negative unit less arguments in scientific notation
- The translate transform function must support negative unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-034 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pixel units in scientific notation on translate
- The translate transform function must support the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-035 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with point units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-036 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pica units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-037 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-038 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with centimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-039 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch units in scientific notation on translate
- The translate transform function must support the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-040 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with em units in scientific notation on translate
- The translate transform function must support the relative length unit 'em' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-041 |
= |
SVG |
SVG presentation attribute and translate with translation-value unit less negative arguments in scientific notation with negative exponents
- The translate transform function must support unit less arguments in negative scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-042 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pixel units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-043 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with point units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-044 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pica units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-045 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with millimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-046 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with centimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-047 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with inch units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-048 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with em units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-049 |
= |
SVG |
SVG presentation attribute and translate with one translation-value argument
- The translate transform function takes tx as the first translation-value parameter and ty is the optional second translation-value parameter. If ty is not provided, ty has zero as a value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translate-050 |
= |
SVG |
SVG presentation attribute and translate with one negative translation-value argument
- The translate transform function takes tx as the first translation-value parameter and ty is the optional second translation-value parameter. If ty is not provided, ty has zero as a value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translate-051 |
= |
SVG |
SVG presentation attribute and translate with comma delimited arguments with no spaces
- The translate transform function arguments can be separated by an optional comma with no spaces. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-052 |
= |
SVG |
SVG presentation attribute and translate with comma delimited arguments with a space in between
- The translate transform function arguments can be separated by an optional comma with a space in between. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-053 |
= |
SVG |
SVG presentation attribute and translate with arguments separated by multiple spaces
- The translate transform function arguments can multiple spaces. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-054 |
= |
SVG |
SVG presentation attribute and translate with comma delimited arguments with multiple spaces before the comma
- The translate transform function arguments can be separated by an optional comma with multiple spaces before the comma. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-055 |
= |
SVG |
SVG presentation attribute and translate with comma delimited arguments with multiple spaces before and after the comma
- The translate transform function arguments can be separated by an optional comma with multiple spaces before and after the comma. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-abs-unit-combinations-001 |
= |
SVG |
SVG presentation attribute and translation-value arguments with different absolute units on translate - x in px, y unit less
- The translate transform function must support different absoulute units on translation-value arguments. The rect in the test should be moved 100 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-abs-unit-combinations-002 |
= |
SVG |
SVG presentation attribute and translation-value arguments with different absolute units on translate - x unit less, y in px
- The translate transform function must support different absoulute units on translation-value arguments. The rect in the test should be moved 100 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-abs-unit-combinations-003 |
= |
SVG |
SVG presentation attribute and translation-value arguments with different absolute units on translate - x in cm, y in mm
- The translate transform function must support different absoulute units on translation-value arguments. The rect in the test should be moved 100 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-abs-unit-combinations-004 |
= |
SVG |
SVG presentation attribute and translation-value arguments with different absolute units on translate - x in pc, y in pt
- The translate transform function must support different absoulute units on translation-value arguments. The rect in the test should be moved 100 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-abs-unit-combinations-005 |
= |
SVG |
SVG presentation attribute and positive and negative translation-value arguments different absolute units on translate - x negative in inches, y positive in px
- The translate transform function must support different absoulute units on translation-value arguments. The rect in the test should be moved 100 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-abs-unit-combinations-006 |
= |
SVG |
SVG presentation attribute and positive and negative translation-value arguments different absolute units on translate - x positive in px, y negative in cm
- The translate transform function must support different absoulute units on translation-value arguments. The rect in the test should be moved 100 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-ex-unit-001 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with ex units on translate
- The translate transform function must support the relative length unit 'ex' on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-002 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with ex units in scientific notation on translate
- The translate transform function must support the relative length unit 'ex' in scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-003 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with ex units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-004 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with negative ex units on translate
- The translate transform function must support negative numbers in the relative length unit 'ex' on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-005 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with ex units in scientific notation on translate
- The translate transform function must support the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-006 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with ex units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-multiple-001 |
= |
SVG |
SVG presentation attribute and translation-value arguments with translate applied twice
- The translate transform function can be called multiple times on the same element. The rect in the test should be moved 50 pixels in the X direction and 75 pixels in the Y direction
|
|
svg-translate-multiple-002 |
= |
SVG |
SVG presentation attribute and translation-value arguments with translate applied twice in both directions
- The translate transform function can be applied multiple times and in both directions. The rect in the test should be moved 50 pixels in the X direction and 75 pixels in the Y direction
|
|
svg-translate-multiple-relative-001 |
= |
SVG |
SVG presentation attribute and translation-value arguments with translate applied once in pixels and once in percentage units
- The translate transform function can be called multiple times on the same element with relative and absolute values. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-multiple-relative-002 |
= |
SVG |
SVG presentation attribute and translation-value arguments with translate applied twice in percentage units
- The translate transform function can be called multiple times in relative translation-values. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-001 |
= |
SVG |
SVG presentation attribute and translation-value arguments with percentage units on translate
- The translate transform function must support percentage units on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-002 |
= |
SVG |
SVG presentation attribute and translation-value arguments with negative percentage units on translate
- The translate transform function must support negative percentage units on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-003 |
= |
SVG |
SVG presentation attribute with relative and absolute combined translation-value arguments for translate - with tx in px, ty in %
- The translate transform function can have combinations of relative and absolute arguments. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-004 |
= |
SVG |
SVG presentation attribute with relative and absolute combined translation-value arguments for translate - tx in %, ty in px
- The translate transform function can have combinations of relative and absolute arguments. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-005 |
= |
SVG |
SVG presentation attribute with relative and absolute combined translation-value arguments for translate - tx unit less, ty in %
- The translate transform function can have combinations of relative and absolute arguments. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-006 |
= |
SVG |
SVG presentation attribute with relative and absolute combined translation-value arguments for translate - tx in %, ty unit less
- The translate transform function can have combinations of relative and absolute arguments. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-007 |
= |
SVG |
SVG presentation attribute with relative and absolute combined translation-value arguments for translate - relative width, tx in %, ty unit less
- The translate transform function can have combinations of relative and absolute arguments and can be applied to relative sized shapes. The rect in the test should be moved 50 pixels in the X direction and 100 pixels in the Y direction
|
|
svg-translate-relative-008 |
= |
SVG |
SVG presentation attribute with relative and absolute combined translation-value arguments for translate - relative height, tx in px, ty in %
- The translate transform function can have combinations of relative and absolute arguments and can be applied to relative sized shapes. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translatex-001 |
= |
SVG |
SVG presentation attribute and translateX with translation-value argument without unit
- The translateX transform function must support unit less arguments for translation-value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-002 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit on translateX
- The translateX transform function must support the absolute length unit 'px' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-003 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit on translateX
- The translateX transform function must support the absolute length unit 'pt' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-004 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit on translateX
- The translateX transform function must support the absolute length unit 'pc' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-005 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit on translateX
- The translateX transform function must support the absolute length unit 'mm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-006 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit on translateX
- The translateX transform function must support the absolute length unit 'cm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-007 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit on translateX
- The translateX transform function must support the absolute length unit 'in' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-008 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit on translateX
- The translateX transform function must support the relative length unit 'em' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-009 |
= |
SVG |
SVG presentation attribute and translateX with translation-value and a unit less argument in scientific notation
- The translateX transform function must support unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-010 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'px' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-011 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pt' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-012 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pc' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-013 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'mm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-014 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'cm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-015 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'in' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-016 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'em' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-017 |
= |
SVG |
SVG presentation attribute and translateX with translation-value unit less argument in scientific notation with a negative exponent
- The translateX transform function must support unit less arguments in scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-018 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-019 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-020 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-021 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-022 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-023 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-024 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-025 |
= |
SVG |
SVG presentation attribute and translateX with a negative translation-value argument without unit
- The translateX transform function must support negative unit less arguments for translation-value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-026 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative pixel unit on translateX
- The translateX transform function must support negative numbers in the absolute length unit 'px' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-027 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative point unit on translateX
- The translateX transform function must support negative numbers in the absolute length unit 'pt' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-028 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative pica unit on translateX
- The translateX transform function must support negative numbers in the absolute length unit 'pc' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-029 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative millimeter unit on translateX
- The translateX transform function must support negative numbers in the absolute length unit 'mm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-030 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative centimeter unit on translateX
- The translateX transform function must support negative numbers in the absolute length unit 'cm' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-031 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative inch unit on translateX
- The translateX transform function must support negative numbers in the absolute length unit 'in' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-032 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with negative em unit on translateX
- The translateX transform function must support negative numbers in the relative length unit 'em' on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-033 |
= |
SVG |
SVG presentation attribute and translateX with translation-value and a negative unit less argument in scientific notation
- The translateX transform function must support negative unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-034 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-035 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-036 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-037 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-038 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-039 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-040 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'em' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-041 |
= |
SVG |
SVG presentation attribute and translateX with translation-value unit less negative argument in scientific notation with a negative exponent
- The translateX transform function must support unit less arguments in negative scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-042 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-043 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-044 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-045 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-046 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-047 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-048 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-combination-001 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateX applied twice
- The translateX transform function can be called twice on the same element. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-combination-002 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateX applied once in pixels and once in percentage units
- The translateX transform function can be called twice on the same element with different translation-value units. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-combination-003 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateX applied twice in percentage units
- The translateX transform function can be called twice in percentage units. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-combination-004 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateX applied in both directions
- The translateX transform function can be applied in both directions. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-ex-unit-001 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit on translateX
- The translateX transform function must support the relative length unit 'ex' on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
|
|
svg-translatex-ex-unit-002 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'ex' in scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
|
|
svg-translatex-ex-unit-003 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
|
|
svg-translatex-ex-unit-004 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with negative ex unit on translateX
- The translateX transform function must support negative numbers in the relative length unit 'ex' on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
|
|
svg-translatex-ex-unit-005 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
|
|
svg-translatex-ex-unit-006 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
|
|
svg-translatex-relative-001 |
= |
SVG |
SVG presentation attribute and translation-value argument with percentage unit on translateX
- The translateX transform function must support percentage units on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatex-relative-002 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative percentage unit on translateX
- The translateX transform function must support negative percentage units on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
|
|
svg-translatey-001 |
= |
SVG |
SVG presentation attribute and translateY with translation-value argument without unit
- The translateY transform function must support unit less arguments for translation-value. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-002 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit on translateY
- The translateY transform function must support the absolute length unit 'px' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-003 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit on translateY
- The translateY transform function must support the absolute length unit 'pt' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-004 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit on translateY
- The translateY transform function must support the absolute length unit 'pc' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-005 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit on translateY
- The translateY transform function must support the absolute length unit 'mm' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-006 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit on translateY
- The translateY transform function must support the absolute length unit 'cm' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-007 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit on translateY
- The translateY transform function must support the absolute length unit 'in' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-008 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit on translateY
- The translateY transform function must support the relative length unit 'em' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-009 |
= |
SVG |
SVG presentation attribute and translateY with translation-value and a unit less argument in scientific notation
- The translateY transform function must support unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-010 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'px' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-011 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pt' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-012 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pc' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-013 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'mm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-014 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'cm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-015 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'in' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-016 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'em' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-017 |
= |
SVG |
SVG presentation attribute and translateY with translation-value unit less argument in scientific notation with a negative exponent
- The translateY transform function must support unit less arguments in scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-018 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-019 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-020 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-021 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-022 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-023 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-024 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-025 |
= |
SVG |
SVG presentation attribute and translateY with a negative translation-value argument without unit
- The translateY transform function must support negative unit less arguments for translation-value. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-026 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative pixel unit on translateY
- The translateY transform function must support negative numbers in the absolute length unit 'px' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-027 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative point unit on translateY
- The translateY transform function must support negative numbers in the absolute length unit 'pt' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-028 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative pica unit on translateY
- The translateY transform function must support negative numbers in the absolute length unit 'pc' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-029 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative millimeter unit on translateY
- The translateY transform function must support negative numbers in the absolute length unit 'mm' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-030 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative centimeter unit on translateY
- The translateY transform function must support negative numbers in the absolute length unit 'cm' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-031 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative inch unit on translateY
- The translateY transform function must support negative numbers in the absolute length unit 'in' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-032 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with negative em unit on translateY
- The translateY transform function must support negative numbers in the relative length unit 'em' on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-033 |
= |
SVG |
SVG presentation attribute and translateY with translation-value and a negative unit less argument in scientific notation
- The translateY transform function must support negative unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-034 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-035 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-036 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-037 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-038 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-039 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-040 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'em' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-041 |
= |
SVG |
SVG presentation attribute and translateY with translation-value unit less negative argument in scientific notation with a negative exponent
- The translateY transform function must support unit less arguments in negative scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-042 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-043 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-044 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-045 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-046 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-047 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-048 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-combination-001 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateY applied twice
- The translateY transform function can be called twice on the same element. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-combination-002 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateY applied once in pixels and once in percentage units
- The translateY transform function can be called twice on the same element with different translation-value units. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-combination-003 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateY applied twice in percentage units
- The translateY transform function can be called twice in percentage units. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-combination-004 |
= |
SVG |
SVG presentation attribute and translation-value argument with translateY applied in both directions
- The translateY transform function can be applied in both directions. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-ex-unit-001 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit on translateY
- The translateY transform function must support the relative length unit 'ex' on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
|
|
svg-translatey-ex-unit-002 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'ex' in scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
|
|
svg-translatey-ex-unit-003 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
|
|
svg-translatey-ex-unit-004 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with negative ex unit on translateY
- The translateY transform function must support negative numbers in the relative length unit 'ex' on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
|
|
svg-translatey-ex-unit-005 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
|
|
svg-translatey-ex-unit-006 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
|
|
svg-translatey-relative-001 |
= |
SVG |
SVG presentation attribute and translation-value argument with percentage unit on translateY
- The translateY transform function must support percentage units on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
svg-translatey-relative-002 |
= |
SVG |
SVG presentation attribute and translation-value argument with negative percentage unit on translateY
- The translateY transform function must support negative percentage units on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
|
|
+
13.2.3.3 The type |
|---|
|
svg-gradienttransform-009 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value and a unit less argument in scientific notation
- The gradientTransform attribute must support functions with unit less arguments in scientific numbers for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-010 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with pixel unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-011 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with point unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-012 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with pica unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-013 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with millimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-014 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with centimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-015 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with inch unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-016 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with em unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-017 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value unit less argument in scientific notation with a negative exponent
- The gradientTransform attribute must support functions with unit less arguments in scientific numbers with negative exponents for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-018 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-019 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-020 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-021 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-022 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-023 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-024 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-033 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value and a negative unit less argument in scientific notation
- The gradientTransform attribute must support functions with negative unit less arguments in scientific numbers for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-034 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-035 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with point unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-036 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pica unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-037 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-038 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-039 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with inch unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-040 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with em unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-041 |
= |
SVG |
SVG gradientTransform presentation attribute and translateX with translation-value unit less negative argument in scientific notation with a negative exponent
- The gradientTransform attribute must support functions with unit less arguments in negative scientific numbers with negative exponents for translation-value. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-042 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-043 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-044 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-045 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-046 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-047 |
= |
SVG |
SVG gradientTransform presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-048 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-ex-unit-002 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with ex unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-ex-unit-003 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-ex-unit-005 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with ex unit in scientific notation on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-gradienttransform-ex-unit-006 |
= |
AhemSVG |
SVG gradientTransform presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateX
- The gradientTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The gradient in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-009 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value and a unit less argument in scientific notation
- The patternTransform attribute must support functions with unit less arguments in scientific numbers for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-010 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pixel unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-011 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with point unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-012 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pica unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-013 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with millimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-014 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with centimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-015 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with inch unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-016 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with em unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-017 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value unit less argument in scientific notation with a negative exponent
- The patternTransform attribute must support functions with unit less arguments in scientific numbers with negative exponents for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-018 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-019 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-020 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-021 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-022 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-023 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-024 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-033 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value and a negative unit less argument in scientific notation
- The patternTransform attribute must support functions with negative unit less arguments in scientific numbers for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-034 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-035 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with point unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-036 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pica unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-patterntransform-037 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-patterntransform-038 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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|
svg-patterntransform-039 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with inch unit in scientific notation on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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svg-patterntransform-040 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with em unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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|
svg-patterntransform-041 |
= |
SVG |
SVG patternTransform presentation attribute and translateX with translation-value unit less negative argument in scientific notation with a negative exponent
- The patternTransform attribute must support functions with unit less arguments in negative scientific numbers with negative exponents for translation-value. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
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|
svg-patterntransform-042 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-043 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-044 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-045 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-046 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-047 |
= |
SVG |
SVG patternTransform presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-048 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 25 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-002 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with ex unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in scientific numbers on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-003 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-005 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with ex unit in scientific notation on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-patterntransform-ex-unit-006 |
= |
AhemSVG |
SVG patternTransform presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateX
- The patternTransform attribute must support functions with the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The pattern in the test should be moved 40 pixels in the X direction resulting in a solid green rect.
|
|
svg-rotate-angle-45-016 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on unit less angles
- The rotate transform function must support scientific numbers for unit less angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-017 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on degree angles
- The rotate transform function must support scientific numbers for angle arguments in degree. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-018 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on gradian angles
- The rotate transform function must support scientific numbers for angle arguments in gradians. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-019 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on radian angles
- The rotate transform function must support scientific numbers for angle arguments in radians. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-020 |
= |
SVG |
SVG presentation attribute and with scientific numbers on turns
- The rotate transform function must support scientific numbers for angle arguments in turns. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-021 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for unit less arguments
- The rotate transform function must support scientific numbers with negative exponents for unit less angle arguments. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-022 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in degree
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in degree. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-023 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in gradian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in gradian. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-024 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in radian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-45-025 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in turns
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in turns. The green rect in this test should be rotated by 45 degrees clockwise to completely cover the red path.
|
|
svg-rotate-angle-90-016 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on unit less angles
- The rotate transform function must support scientific numbers for unit less angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-017 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on degree angles
- The rotate transform function must support scientific numbers for angle arguments in degree. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-018 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on gradian angles
- The rotate transform function must support scientific numbers for angle arguments in gradians. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-019 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on radian angles
- The rotate transform function must support scientific numbers for angle arguments in radians. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-020 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers on turns
- The rotate transform function must support scientific numbers for angle arguments in turns. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-021 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for unit less arguments
- The rotate transform function must support scientific numbers with negative exponents for unit less angle arguments. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-022 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in degree
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in degree. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-023 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in gradian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in gradian. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-024 |
= |
SVG |
SVG presentation attribute and rotate and scientific numbers with negative exponents for arguments in radian
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in radian. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-rotate-angle-90-025 |
= |
SVG |
SVG presentation attribute and rotate with scientific numbers with negative exponents for arguments in turns
- The rotate transform function must support scientific numbers with negative exponents for angle arguments in turns. The rect in this test should be rotated by 90 degrees clockwise to completely cover the red rect.
|
|
svg-skewx-016 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on unit less angles
- The skewX transform function must support scientific numbers for unit less angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-017 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on unit less angles
- The skewX transform function must support scientific numbers for angle arguments in degree. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-018 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on gradian angles
- The skewX transform function must support scientific numbers for angle arguments in gradians. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-019 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on radian angles
- The skewX transform function must support scientific numbers for angle arguments in radians. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-020 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers on turns
- The skewX transform function must support scientific numbers for angle arguments in turns. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-021 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers with negative exponents for unit less arguments
- The skewX transform function must support scientific numbers with negative exponents for unit less angle arguments. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-022 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers with negative exponents for arguments in degree
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in degree. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-023 |
= |
SVG |
SVG presentation attribute and skewX and scientific numbers with negative exponents for arguments in gradian
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in gradian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-024 |
= |
SVG |
SVG presentation attribute and skewX and scientific numbers with negative exponents for arguments in radian
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewx-025 |
= |
SVG |
SVG presentation attribute and skewX with scientific numbers with negative exponents for arguments in turns
- The skewX transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed horizontally 45 degrees to completely cover the red path.
|
|
svg-skewy-016 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on unit less angles
- The skewY transform function must support scientific numbers for unit less angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-017 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on unit less angles
- The skewY transform function must support scientific numbers for angle arguments in degree. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-018 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on gradian angles
- The skewY transform function must support scientific numbers for angle arguments in gradians. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-019 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on radian angles
- The skewY transform function must support scientific numbers for angle arguments in radians. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-020 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers on turns
- The skewY transform function must support scientific numbers for angle arguments in turns. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-021 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers with negative exponents for unit less arguments
- The skewY transform function must support scientific numbers with negative exponents for unit less angle arguments. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-022 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers with negative exponents for arguments in degree
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in degree. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-023 |
= |
SVG |
SVG presentation attribute and skewY and scientific numbers with negative exponents for arguments in gradian
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in gradian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-024 |
= |
SVG |
SVG presentation attribute and skewY and scientific numbers with negative exponents for arguments in radian
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-skewy-025 |
= |
SVG |
SVG presentation attribute and skewY with scientific numbers with negative exponents for arguments in turns
- The skewY transform function must support scientific numbers with negative exponents for angle arguments in radian. The green rect in this test should be skewed vertically 45 degrees to completely cover the red path.
|
|
svg-translate-009 |
= |
SVG |
SVG presentation attribute and translate with translation-value and unit less arguments in scientific notation
- The translate transform function must support unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-010 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pixel units in scientific notation on translate
- The translate transform function must support the absolute length unit 'px' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-011 |
= |
SVG |
SVG presentation attribute and translation-value arguments with point units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pt' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-012 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pica units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pc' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-013 |
= |
SVG |
SVG presentation attribute and translation-value arguments with millimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'mm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-014 |
= |
SVG |
SVG presentation attribute and translation-value arguments with centimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'cm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-015 |
= |
SVG |
SVG presentation attribute and translation-value arguments with inch units in scientific notation on translate
- The translate transform function must support the absolute length unit 'in' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-016 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with em units in scientific notation on translate
- The translate transform function must support the relative length unit 'em' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-017 |
= |
SVG |
SVG presentation attribute and translate with translation-value unit less arguments in scientific notation with negative exponents
- The translate transform function must support unit less arguments in scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-018 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pixel units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-019 |
= |
SVG |
SVG presentation attribute and translation-value arguments with point units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-020 |
= |
SVG |
SVG presentation attribute and translation-value arguments with pica units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-021 |
= |
SVG |
SVG presentation attribute and translation-value arguments with millimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-022 |
= |
SVG |
SVG presentation attribute and translation-value arguments with centimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-023 |
= |
SVG |
SVG presentation attribute and translation-value arguments with inch units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-024 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with em units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-033 |
= |
SVG |
SVG presentation attribute and translate with translation-value and negative unit less arguments in scientific notation
- The translate transform function must support negative unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-034 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pixel units in scientific notation on translate
- The translate transform function must support the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-035 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with point units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-036 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pica units in scientific notation on translate
- The translate transform function must support the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-037 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-038 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with centimeter units in scientific notation on translate
- The translate transform function must support the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-039 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch units in scientific notation on translate
- The translate transform function must support the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-040 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with em units in scientific notation on translate
- The translate transform function must support the relative length unit 'em' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-041 |
= |
SVG |
SVG presentation attribute and translate with translation-value unit less negative arguments in scientific notation with negative exponents
- The translate transform function must support unit less arguments in negative scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-042 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pixel units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-043 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with point units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-044 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with pica units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-045 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with millimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-046 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with centimeter units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-047 |
= |
SVG |
SVG presentation attribute and translation-value negative arguments with inch units in scientific notation with negative exponents on translate
- The translate transform function must support the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-048 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with em units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction and 50 pixels in the Y direction
|
|
svg-translate-ex-unit-002 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with ex units in scientific notation on translate
- The translate transform function must support the relative length unit 'ex' in scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-003 |
= |
AhemSVG |
SVG presentation attribute and translation-value arguments with ex units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
|
|
svg-translate-ex-unit-005 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with ex units in scientific notation on translate
- The translate transform function must support the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
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svg-translate-ex-unit-006 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative arguments with ex units in scientific notation with negative exponents on translate
- The translate transform function must support the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction and 40 pixels in the Y direction
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svg-translatex-009 |
= |
SVG |
SVG presentation attribute and translateX with translation-value and a unit less argument in scientific notation
- The translateX transform function must support unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-010 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'px' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-011 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pt' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-012 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pc' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-013 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'mm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-014 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'cm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-015 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'in' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-016 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'em' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-017 |
= |
SVG |
SVG presentation attribute and translateX with translation-value unit less argument in scientific notation with a negative exponent
- The translateX transform function must support unit less arguments in scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-018 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-019 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-020 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-021 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-022 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-023 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-024 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-033 |
= |
SVG |
SVG presentation attribute and translateX with translation-value and a negative unit less argument in scientific notation
- The translateX transform function must support negative unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-034 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-035 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-036 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-037 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-038 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-039 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation on translateX
- The translateX transform function must support the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-040 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'em' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-041 |
= |
SVG |
SVG presentation attribute and translateX with translation-value unit less negative argument in scientific notation with a negative exponent
- The translateX transform function must support unit less arguments in negative scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-042 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-043 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-044 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-045 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-046 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-047 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-048 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the X direction
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svg-translatex-ex-unit-002 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'ex' in scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
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svg-translatex-ex-unit-003 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
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svg-translatex-ex-unit-005 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation on translateX
- The translateX transform function must support the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
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svg-translatex-ex-unit-006 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateX
- The translateX transform function must support the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the X direction
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svg-translatey-009 |
= |
SVG |
SVG presentation attribute and translateY with translation-value and a unit less argument in scientific notation
- The translateY transform function must support unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-010 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'px' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-011 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pt' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-012 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pc' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-013 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'mm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-014 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'cm' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-015 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'in' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-016 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'em' in scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-017 |
= |
SVG |
SVG presentation attribute and translateY with translation-value unit less argument in scientific notation with a negative exponent
- The translateY transform function must support unit less arguments in scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-018 |
= |
SVG |
SVG presentation attribute and translation-value argument with pixel unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'px' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-019 |
= |
SVG |
SVG presentation attribute and translation-value argument with point unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pt' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-020 |
= |
SVG |
SVG presentation attribute and translation-value argument with pica unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pc' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-021 |
= |
SVG |
SVG presentation attribute and translation-value argument with millimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'mm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-022 |
= |
SVG |
SVG presentation attribute and translation-value argument with centimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'cm' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-023 |
= |
SVG |
SVG presentation attribute and translation-value argument with inch unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'in' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-024 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with em unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'em' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-033 |
= |
SVG |
SVG presentation attribute and translateY with translation-value and a negative unit less argument in scientific notation
- The translateY transform function must support negative unit less arguments in scientific numbers for translation-value. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-034 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'px' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-035 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pt' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-036 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'pc' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-037 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'mm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-038 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'cm' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-039 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation on translateY
- The translateY transform function must support the absolute length unit 'in' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-040 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'em' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-041 |
= |
SVG |
SVG presentation attribute and translateY with translation-value unit less negative argument in scientific notation with a negative exponent
- The translateY transform function must support unit less arguments in negative scientific numbers with negative exponents for translation-value. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-042 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pixel unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'px' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-043 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with point unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pt' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-044 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with pica unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'pc' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-045 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with millimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'mm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-046 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with centimeter unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'cm' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-047 |
= |
SVG |
SVG presentation attribute and translation-value negative argument with inch unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the absolute length unit 'in' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-048 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with em unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'em' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 50 pixels in the Y direction
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svg-translatey-ex-unit-002 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'ex' in scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
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svg-translatey-ex-unit-003 |
= |
AhemSVG |
SVG presentation attribute and translation-value argument with ex unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'ex' in scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
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svg-translatey-ex-unit-005 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation on translateY
- The translateY transform function must support the relative length unit 'ex' in negative scientific numbers on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
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svg-translatey-ex-unit-006 |
= |
AhemSVG |
SVG presentation attribute and translation-value negative argument with ex unit in scientific notation with a negative exponent on translateY
- The translateY transform function must support the relative length unit 'ex' in negative scientific numbers with negative exponents on translation-value arguments. The rect in the test should be moved 40 pixels in the Y direction
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