зеркало из https://github.com/mozilla/gecko-dev.git
254 строки
11 KiB
JavaScript
254 строки
11 KiB
JavaScript
/* -*- Mode: Java; tab-width: 2; indent-tabs-mode: nil; c-basic-offset: 2 -*- */
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/* vim: set ts=2 sw=2 sts=2 et: */
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/* This Source Code Form is subject to the terms of the Mozilla Public
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* License, v. 2.0. If a copy of the MPL was not distributed with this
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* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
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/* testcase data for <animateMotion> */
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// Fake motion 'attribute', to satisfy testing code that expects an attribute.
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var gMotionAttr = new AdditiveAttribute(SMILUtil.getMotionFakeAttributeName(),
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"XML", "rect");
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// CTM-summary-definitions, for re-use by multiple testcase bundles below.
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var _reusedCTMLists = {
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pacedBasic: { ctm0: [100, 200, 0],
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ctm1_6: [105, 205, 0],
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ctm1_3: [110, 210, 0],
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ctm2_3: [120, 220, 0],
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ctm1: [130, 210, 0]
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},
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pacedR60: { ctm0: [100, 200, Math.PI/3],
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ctm1_6: [105, 205, Math.PI/3],
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ctm1_3: [110, 210, Math.PI/3],
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ctm2_3: [120, 220, Math.PI/3],
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ctm1: [130, 210, Math.PI/3]
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},
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pacedRAuto: { ctm0: [100, 200, Math.PI/4],
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ctm1_6: [105, 205, Math.PI/4],
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ctm1_3: [110, 210, Math.PI/4],
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ctm2_3: [120, 220, -Math.PI/4],
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ctm1: [130, 210, -Math.PI/4]
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},
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pacedRAutoReverse : { ctm0: [100, 200, 5*Math.PI/4],
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ctm1_6: [105, 205, 5*Math.PI/4],
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ctm1_3: [110, 210, 5*Math.PI/4],
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ctm2_3: [120, 220, 3*Math.PI/4],
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ctm1: [130, 210, 3*Math.PI/4]
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},
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discreteBasic : { ctm0: [100, 200, 0],
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ctm1_6: [100, 200, 0],
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ctm1_3: [120, 220, 0],
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ctm2_3: [130, 210, 0],
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ctm1: [130, 210, 0]
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},
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discreteRAuto : { ctm0: [100, 200, Math.PI/4],
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ctm1_6: [100, 200, Math.PI/4],
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ctm1_3: [120, 220, -Math.PI/4],
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ctm2_3: [130, 210, -Math.PI/4],
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ctm1: [130, 210, -Math.PI/4]
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},
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justMoveBasic : { ctm0: [40, 80, 0],
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ctm1_6: [40, 80, 0],
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ctm1_3: [40, 80, 0],
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ctm2_3: [40, 80, 0],
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ctm1: [40, 80, 0]
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},
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justMoveR60 : { ctm0: [40, 80, Math.PI/3],
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ctm1_6: [40, 80, Math.PI/3],
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ctm1_3: [40, 80, Math.PI/3],
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ctm2_3: [40, 80, Math.PI/3],
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ctm1: [40, 80, Math.PI/3]
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},
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justMoveRAuto : { ctm0: [40, 80, Math.atan(2)],
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ctm1_6: [40, 80, Math.atan(2)],
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ctm1_3: [40, 80, Math.atan(2)],
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ctm2_3: [40, 80, Math.atan(2)],
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ctm1: [40, 80, Math.atan(2)]
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},
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justMoveRAutoReverse : { ctm0: [40, 80, Math.PI + Math.atan(2)],
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ctm1_6: [40, 80, Math.PI + Math.atan(2)],
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ctm1_3: [40, 80, Math.PI + Math.atan(2)],
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ctm2_3: [40, 80, Math.PI + Math.atan(2)],
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ctm1: [40, 80, Math.PI + Math.atan(2)]
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},
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nullMoveBasic : { ctm0: [0, 0, 0],
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ctm1_6: [0, 0, 0],
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ctm1_3: [0, 0, 0],
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ctm2_3: [0, 0, 0],
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ctm1: [0, 0, 0]
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},
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nullMoveRAutoReverse : { ctm0: [0, 0, Math.PI],
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ctm1_6: [0, 0, Math.PI],
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ctm1_3: [0, 0, Math.PI],
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ctm2_3: [0, 0, Math.PI],
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ctm1: [0, 0, Math.PI]
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},
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};
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var gMotionBundles =
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[
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// Bundle to test basic functionality (using default calcMode='paced')
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new TestcaseBundle(gMotionAttr, [
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// Basic paced-mode (default) test, with values/mpath/path
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new AnimMotionTestcase({ "values": "100, 200; 120, 220; 130, 210" },
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_reusedCTMLists.pacedBasic),
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210" },
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_reusedCTMLists.pacedBasic),
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new AnimMotionTestcase({ "mpath": "M100 200 L120 220 L130 210" },
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_reusedCTMLists.pacedBasic),
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// ..and now with rotate=constant value in degrees
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new AnimMotionTestcase({ "values": "100,200; 120,220; 130, 210",
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"rotate": "60" },
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_reusedCTMLists.pacedR60),
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210",
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"rotate": "60" },
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_reusedCTMLists.pacedR60),
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new AnimMotionTestcase({ "mpath": "M100 200 L120 220 L130 210",
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"rotate": "60" },
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_reusedCTMLists.pacedR60),
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// ..and now with rotate=constant value in radians
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210",
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"rotate": "1.0471975512rad" }, // pi/3
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_reusedCTMLists.pacedR60),
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// ..and now with rotate=auto
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new AnimMotionTestcase({ "values": "100,200; 120,220; 130, 210",
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"rotate": "auto" },
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_reusedCTMLists.pacedRAuto),
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210",
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"rotate": "auto" },
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_reusedCTMLists.pacedRAuto),
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new AnimMotionTestcase({ "mpath": "M100 200 L120 220 L130 210",
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"rotate": "auto" },
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_reusedCTMLists.pacedRAuto),
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// ..and now with rotate=auto-reverse
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new AnimMotionTestcase({ "values": "100,200; 120,220; 130, 210",
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"rotate": "auto-reverse" },
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_reusedCTMLists.pacedRAutoReverse),
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210",
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"rotate": "auto-reverse" },
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_reusedCTMLists.pacedRAutoReverse),
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new AnimMotionTestcase({ "mpath": "M100 200 L120 220 L130 210",
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"rotate": "auto-reverse" },
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_reusedCTMLists.pacedRAutoReverse),
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]),
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// Bundle to test calcMode='discrete'
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "100, 200; 120, 220; 130, 210",
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"calcMode": "discrete" },
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_reusedCTMLists.discreteBasic),
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210",
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"calcMode": "discrete" },
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_reusedCTMLists.discreteBasic),
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new AnimMotionTestcase({ "mpath": "M100 200 L120 220 L130 210",
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"calcMode": "discrete" },
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_reusedCTMLists.discreteBasic),
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// ..and now with rotate=auto
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new AnimMotionTestcase({ "values": "100, 200; 120, 220; 130, 210",
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"calcMode": "discrete",
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"rotate": "auto" },
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_reusedCTMLists.discreteRAuto),
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new AnimMotionTestcase({ "path": "M100 200 L120 220 L130 210",
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"calcMode": "discrete",
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"rotate": "auto" },
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_reusedCTMLists.discreteRAuto),
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new AnimMotionTestcase({ "mpath": "M100 200 L120 220 L130 210",
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"calcMode": "discrete",
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"rotate": "auto" },
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_reusedCTMLists.discreteRAuto),
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]),
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// Bundle to test relative units ('em')
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new TestcaseBundle(gMotionAttr, [
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// First with unitless values from->by...
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new AnimMotionTestcase({ "from": "10, 10",
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"by": "30, 60" },
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{ ctm0: [10, 10, 0],
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ctm1_6: [15, 20, 0],
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ctm1_3: [20, 30, 0],
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ctm2_3: [30, 50, 0],
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ctm1: [40, 70, 0]
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}),
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// ... then add 'em' units (with 1em=10px) on half the values
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new AnimMotionTestcase({ "from": "1em, 10",
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"by": "30, 6em" },
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{ ctm0: [10, 10, 0],
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ctm1_6: [15, 20, 0],
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ctm1_3: [20, 30, 0],
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ctm2_3: [30, 50, 0],
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ctm1: [40, 70, 0]
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}),
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]),
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// Bundle to test a path with just a "move" command and nothing else
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "40, 80" },
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_reusedCTMLists.justMoveBasic),
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new AnimMotionTestcase({ "path": "M40 80" },
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_reusedCTMLists.justMoveBasic),
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new AnimMotionTestcase({ "mpath": "m40 80" },
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_reusedCTMLists.justMoveBasic),
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]),
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// ... and now with a fixed rotate-angle
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "40, 80",
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"rotate": "60" },
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_reusedCTMLists.justMoveR60),
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new AnimMotionTestcase({ "path": "M40 80",
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"rotate": "60" },
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_reusedCTMLists.justMoveR60),
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new AnimMotionTestcase({ "mpath": "m40 80",
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"rotate": "60" },
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_reusedCTMLists.justMoveR60),
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]),
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// ... and now with 'auto' (should use the move itself as
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// our tangent angle, I think)
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "40, 80",
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"rotate": "auto" },
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_reusedCTMLists.justMoveRAuto),
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new AnimMotionTestcase({ "path": "M40 80",
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"rotate": "auto" },
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_reusedCTMLists.justMoveRAuto),
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new AnimMotionTestcase({ "mpath": "m40 80",
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"rotate": "auto" },
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_reusedCTMLists.justMoveRAuto),
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]),
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// ... and now with 'auto-reverse'
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "40, 80",
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"rotate": "auto-reverse" },
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_reusedCTMLists.justMoveRAutoReverse),
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new AnimMotionTestcase({ "path": "M40 80",
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"rotate": "auto-reverse" },
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_reusedCTMLists.justMoveRAutoReverse),
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new AnimMotionTestcase({ "mpath": "m40 80",
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"rotate": "auto-reverse" },
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_reusedCTMLists.justMoveRAutoReverse),
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]),
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// ... and now with a null move to make sure 'auto'/'auto-reverse' don't
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// blow up
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "0, 0",
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"rotate": "auto" },
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_reusedCTMLists.nullMoveBasic),
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]),
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new TestcaseBundle(gMotionAttr, [
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new AnimMotionTestcase({ "values": "0, 0",
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"rotate": "auto-reverse" },
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_reusedCTMLists.nullMoveRAutoReverse),
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]),
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];
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// XXXdholbert Add more tests:
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// - keyPoints/keyTimes
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// - paths with curves
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// - Control path with from/by/to
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