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Diffstat (limited to 'dom/vr/test/mochitest/test_vrDisplay_getFrameData.html')
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diff --git a/dom/vr/test/mochitest/test_vrDisplay_getFrameData.html b/dom/vr/test/mochitest/test_vrDisplay_getFrameData.html new file mode 100644 index 0000000000..c8a986ae8e --- /dev/null +++ b/dom/vr/test/mochitest/test_vrDisplay_getFrameData.html @@ -0,0 +1,148 @@ +<!DOCTYPE html> +<html> +<head> + <title>VRDisplay GetFrameData</title> + <meta name="timeout" content="long"/> + <script src="/resources/testharness.js"></script> + <script src="/resources/testharnessreport.js"></script> + <script src="VRSimulationDriver.js"></script> + <script src="WebVRHelpers.js"></script> + <script src="requestPresent.js"></script> + <script src="runVRTest.js"></script> +</head> +<body id="body"> + <canvas id="webglCanvas"></canvas> + <script> + "use strict"; + var vrDisplay; + var vrRAF; + var canvas = document.getElementById('webglCanvas'); + function startTest() { + promise_test((test) => { + return attachVRDisplay(test).then(() => { + VRSimulationDriver.SetEyeResolution(1332, 1586); + VRSimulationDriver.SetEyeParameter("left", -0.029, 0, 0, 41.65, 35.57, 48.00, 43.97); + VRSimulationDriver.SetEyeParameter("right", 0.029, 0, 0, 41.65, 43.97, 48.00, 35.57); + var poseOrient = new Float32Array([-0.188, -0.007, 0.045, -0.980]); + var posePos = new Float32Array([-0.161, 0.076, -0.250]); + var poseAngVel = new Float32Array([0.008, -0.002, -0.006]); + var poseAngAcc = new Float32Array([3.404, -1.469, -5.901]); + var poseLinVel = new Float32Array([0.001, -0.003, -0.002]); + var poseLinAcc = new Float32Array([0.007, 0.068, -0.052]); + VRSimulationDriver.SetVRDisplayPose(posePos, poseLinVel, poseLinAcc, + poseOrient, poseAngVel, poseAngAcc); + VRSimulationDriver.UpdateVRDisplay(); + }).then(() => { + return promise_test((test) => { + return setupVRDisplay(test).then(() => { + return WebVRHelpers.RequestPresentOnVRDisplay(vrDisplay, + [{ source: canvas }]); + }).then(() => { + assert_true(vrDisplay.isPresenting, "vrDisplay.isPresenting must be true if requestPresent is fulfilled."); + assert_equals(vrDisplay.getLayers().length, 1, "vrDisplay.getLayers() should return one layer."); + + verifyFrameData(); + }) + }, "WebVR requestPresent fulfilled"); + }) + }, "Finish setting up VR test data."); + + function verifyFrameData() { + async_test(function (test) { + navigator.getVRDisplays().then((displays) => { + assert_equals(displays.length, 1, "displays.length must be one after attach."); + vrDisplay = displays[0]; + vrDisplay.requestAnimationFrame(callback); + + function callback() { + var frameData1 = new VRFrameData(); + vrDisplay.getFrameData(frameData1); + + // We insert a new frame to confirm we still can get + // the same data as the last getter. + insertNewFrameData(); + + var frameData2 = new VRFrameData(); + vrDisplay.getFrameData(frameData2); + + assert_equals(frameData1.timestamp, frameData2.timestamp, + "frameData.timestamp at a frame should be equal."); + + assert_true(checkValueInFloat32Array(frameData1.leftProjectionMatrix, + frameData2.leftProjectionMatrix), + "frameData.leftProjectionMatrix at a frame should be equal."); + + assert_true(checkValueInFloat32Array(frameData1.leftViewMatrix, + frameData2.leftViewMatrix), + "frameData.leftViewMatrix at a frame should be equal."); + + assert_true(checkValueInFloat32Array(frameData1.rightProjectionMatrix, + frameData2.rightProjectionMatrix), + "frameData.rightProjectionMatrix at a frame should be equal."); + + assert_true(checkValueInFloat32Array(frameData1.rightViewMatrix, + frameData2.rightViewMatrix), + "frameData.rightViewMatrix at a frame should be equal."); + + var pose1 = frameData1.pose; + var pose2 = frameData2.pose; + assert_true(checkValueInFloat32Array(pose1.position, + pose2.position), + "pose.position at a frame should be equal."); + + assert_true(checkValueInFloat32Array(pose1.linearVelocity, + pose2.linearVelocity), + "pose.linearVelocity at a frame should be equal."); + + assert_true(checkValueInFloat32Array(pose1.linearAcceleration, + pose2.linearAcceleration), + "pose.linearAcceleration at a frame should be equal."); + + assert_true(checkValueInFloat32Array(pose1.orientation, + pose2.orientation), + "pose.orientation at a frame should be equal."); + + assert_true(checkValueInFloat32Array(pose1.angularVelocity, + pose2.angularVelocity), + "pose.angularVelocity at a frame should be equal."); + + assert_true(checkValueInFloat32Array(pose1.angularAcceleration, + pose2.angularAcceleration), + "pose.angularAcceleration at a frame should be equal."); + test.done(); + } + }); + }, "WebVR returns the same frameData within a frame fulfilled"); + } + + function insertNewFrameData() { + var poseOrient = new Float32Array([-0.208, -0.017, 0.055, -0.930]); + var posePos = new Float32Array([-0.261, 0.036, -0.150]); + var poseAngVel = new Float32Array([0.018, -0.001, -0.003]); + var poseAngAcc = new Float32Array([1.504, -1.339, -4.901]); + var poseLinVel = new Float32Array([0.002, -0.001, -0.003]); + var poseLinAcc = new Float32Array([0.017, 0.061, -0.022]); + VRSimulationDriver.SetVRDisplayPose(posePos, poseLinVel, poseLinAcc, + poseOrient, poseAngVel, poseAngAcc); + VRSimulationDriver.UpdateVRDisplay(); + } + + function checkValueInFloat32Array(array1, array2) { + if (array1.length != array2.length) { + return false; + } + var index = 0; + while (index < array2.length) { + if (array1[index] != array2[index]) { + return false; + } + ++index; + } + return true; + } + } + + runVRTest(startTest); + </script> +</body> +</html> |