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Diffstat (limited to 'testing/web-platform/tests/svg/animations/multiple-animations-ending.html')
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diff --git a/testing/web-platform/tests/svg/animations/multiple-animations-ending.html b/testing/web-platform/tests/svg/animations/multiple-animations-ending.html new file mode 100644 index 0000000000..a9b7853bb0 --- /dev/null +++ b/testing/web-platform/tests/svg/animations/multiple-animations-ending.html @@ -0,0 +1,421 @@ +<!doctype html> +<html> +<meta charset="utf-8"> +<title>This checks the effect on multiple animations ending on one target</title> +<script src="/resources/testharness.js"></script> +<script src="/resources/testharnessreport.js"></script> +<script src="/resources/SVGAnimationTestCase-testharness.js"></script> + +<?xml version="1.0" encoding="UTF-8"?> +<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1 Tiny//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11-tiny.dtd"> +<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"> + +<!-- Test that the first element can end while others continue without crashing, and the second + can end and remain frozen. Also test that a third element can animate after the second has ended + but that the result is still to return to the second animation's freeze position. --> +<rect x='0' y='0' width='50' height='50' fill='green'> + <animate id="an1" attributeName='x' from='0' to='100' begin='0s' dur='1s' /> + <animate id="an2" attributeName='x' from='200' to='250' begin='1.5s' dur='1s' fill='freeze' /> + <animate id="an3" attributeName='x' from='50' to='0' begin='2.5s' dur='0.5s' /> +</rect> + +<!-- Test that a second element can take priority over the first from 0-1s, then + test that the first element can animate for 1s, and finally test that the + second element can once again animate after the first has ended. After all + animations end, test that they are removed and the rect returns to its home. --> +<rect x='200' y='75' width='50' height='50' fill='green'> + <animate id="an4" attributeName='x' from='0' to='10' begin='1s' dur='1s'/> + <animate id="an5" attributeName='x' from='100' to='0' begin='0s' dur='2.5s'/> +</rect> + +<!-- Test that a repeating animation can take priority over another animation, and that the + end state is the second animation's freeze value. Also test that, after a pause, a third + animation can take over and have its freeze value satisfied at the end. --> +<rect x='0' y='150' width='50' height='50' fill='green'> + <animate id="an6" attributeName='x' from='200' to='240' begin='0s' dur='2s' fill='freeze'/> + <animate id="an7" attributeName='x' from='0' to='5' begin='1s' dur='0.1s' repeatCount="5" fill='freeze'/> + <animate id="an8" attributeName='x' from='250' to='150' begin='3s' dur='1s' fill='freeze'/> +</rect> + +<!-- Test that 4 animations can animate a rect in 20px 'steps' and that correct freeze values are + honored even though the animation elements are specified in non-sequential order. Also test + that two repeating animations (active for only a short duration) only momentarily + affect the overall animation and are correctly removed. --> +<rect x='0' y='225' width='50' height='50' fill='green'> + <animate id="an9" attributeName='x' from='200' to='250' begin='1.6s' dur='0.1s' repeatCount="2" fill='remove'/> + <animate id="anA" attributeName='x' from='160' to='180' begin='3s' dur='0.5s' fill='freeze'/> + <animate id="anB" attributeName='x' from='110' to='130' begin='2s' dur='0.5s' fill='freeze'/> + <animate id="anC" attributeName='x' from='10' to='30' begin='0s' dur='0.5s' fill='freeze'/> + <animate id="anD" attributeName='x' from='60' to='80' begin='1s' dur='0.5s' fill='freeze'/> + <animate id="anE" attributeName='x' from='200' to='250' begin='3.6s' dur='0.1s' repeatCount="2" fill='remove'/> +</rect> + +</svg> + +<script> +var rootSVGElement = document.querySelector("svg"); +var epsilon = 1.0; + +// Setup animation test +function sample1() { + assert_approx_equals(rect1.x.animVal.value, 0, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 100, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 200, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 10, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample2() { + assert_approx_equals(rect1.x.animVal.value, 50, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 80, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 210, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 30, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample3() { + assert_approx_equals(rect1.x.animVal.value, 50, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 80, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 210, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 30, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample4() { + assert_approx_equals(rect1.x.animVal.value, 50, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 80, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 210, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 30, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample5() { + assert_approx_equals(rect1.x.animVal.value, 100, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 60, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 220, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 30, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample6() { + assert_approx_equals(rect1.x.animVal.value, 0, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 0, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 0, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 60, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample7() { + assert_approx_equals(rect1.x.animVal.value, 0, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 0, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 0, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 60, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample8() { + assert_approx_equals(rect1.x.animVal.value, 0, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 5, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 80, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample9() { + assert_approx_equals(rect1.x.animVal.value, 200, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 5, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 80, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample10() { + assert_approx_equals(rect1.x.animVal.value, 200, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 5, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 80, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample11() { + assert_approx_equals(rect1.x.animVal.value, 225, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 10, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 80, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample12() { + assert_approx_equals(rect1.x.animVal.value, 225, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 20, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 110, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample13() { + assert_approx_equals(rect1.x.animVal.value, 225, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 20, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 110, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample14() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 0, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 130, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample15() { + assert_approx_equals(rect1.x.animVal.value, 50, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 130, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample16() { + assert_approx_equals(rect1.x.animVal.value, 50, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 130, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample17() { + assert_approx_equals(rect1.x.animVal.value, 0, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 5, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 130, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample18() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 250, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 160, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample19() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 250, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 160, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample20() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 200, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 180, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample21() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 200, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 180, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample22() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 150, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 180, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +function sample23() { + assert_approx_equals(rect1.x.animVal.value, 250, epsilon); + assert_equals(rect1.x.baseVal.value, 0); + + assert_approx_equals(rect2.x.animVal.value, 200, epsilon); + assert_equals(rect2.x.baseVal.value, 200); + + assert_approx_equals(rect3.x.animVal.value, 150, epsilon); + assert_equals(rect3.x.baseVal.value, 0); + + assert_approx_equals(rect4.x.animVal.value, 180, epsilon); + assert_equals(rect4.x.baseVal.value, 0); +} + +smil_async_test((t) => { + var rects = rootSVGElement.ownerDocument.getElementsByTagName("rect"); + rect1 = rects[0]; + rect2 = rects[1]; + rect3 = rects[2]; + rect4 = rects[3]; + + const expectedValues = [ + // [animationId, time, sampleCallback] + ["an1", 0.0, sample1], + ["an1", 0.499, sample2], + ["an1", 0.5, sample3], + ["an1", 0.501, sample4], + ["an1", 0.999, sample5], + ["an1", 1.0, sample6], + ["an1", 1.001, sample7], + ["an1", 1.499, sample8], + ["an1", 1.5, sample9], + ["an1", 1.501, sample10], + ["an1", 1.999, sample11], + ["an1", 2.0, sample12], + ["an1", 2.001, sample13], + ["an1", 2.499, sample14], + ["an1", 2.5, sample15], + ["an1", 2.501, sample16], + ["an1", 2.999, sample17], + ["an1", 3.0, sample18], + ["an1", 3.001, sample19], + ["an1", 3.499, sample20], + ["an1", 3.5, sample21], + ["an1", 4.0, sample22], + ["an1", 9.0, sample23] + ]; + + runAnimationTest(t, expectedValues); +}); + +window.animationStartsImmediately = true; + +</script>
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