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<!doctype html>
<html>
<meta charset="utf-8">
<title>Test animation of SVGInteger.</title>
<script src="/resources/testharness.js"></script>
<script src="/resources/testharnessreport.js"></script>
<script src="/resources/SVGAnimationTestCase-testharness.js"></script>

<svg>
</svg>

<script>
var rootSVGElement = document.querySelector("svg");
var epsilon = 1.0;

// Setup test document
var defs = createSVGElement("defs");
rootSVGElement.appendChild(defs);

var filter = createSVGElement("filter");
filter.setAttribute("id", "filter");
defs.appendChild(filter);

var rect = createSVGElement("rect");
rect.setAttribute("id", "rect");
rect.setAttribute("width", "200");
rect.setAttribute("height", "200");
rect.setAttribute("fill", "green");
rect.setAttribute("filter", "url(#filter)");
rect.setAttribute("onclick", "executeTest()");
rootSVGElement.appendChild(rect);

var feConvolveMatrix = createSVGElement("feConvolveMatrix");
feConvolveMatrix.setAttribute("id", "feConvlveMatrix");
feConvolveMatrix.setAttribute("order", "3 1");
feConvolveMatrix.setAttribute("kernelMatrix", "0 0 1");
filter.appendChild(feConvolveMatrix);

var animate = createSVGElement("animate");
animate.setAttribute("id", "animation");
animate.setAttribute("attributeName", "order");
animate.setAttribute("begin", "0s");
animate.setAttribute("dur", "4s");
animate.setAttribute("from", "3 1");
animate.setAttribute("to", "1 3");
feConvlveMatrix.appendChild(animate);

// Setup animation test
function sample1() {
    assert_approx_equals(feConvolveMatrix.orderX.animVal, 3, epsilon);
    assert_approx_equals(feConvolveMatrix.orderY.animVal, 1, epsilon);
    assert_equals(feConvolveMatrix.orderX.baseVal, 3);
    assert_equals(feConvolveMatrix.orderY.baseVal, 1);
}

function sample2() {
    assert_approx_equals(feConvolveMatrix.orderX.animVal, 2, epsilon);
    assert_approx_equals(feConvolveMatrix.orderY.animVal, 2, epsilon);
    assert_equals(feConvolveMatrix.orderX.baseVal, 3);
    assert_equals(feConvolveMatrix.orderY.baseVal, 1);
}

function sample3() {
    assert_approx_equals(feConvolveMatrix.orderX.animVal, 1, epsilon);
    assert_approx_equals(feConvolveMatrix.orderY.animVal, 3, epsilon);
    assert_equals(feConvolveMatrix.orderX.baseVal, 3);
    assert_equals(feConvolveMatrix.orderY.baseVal, 1);
}

smil_async_test((t) => {
    const expectedValues = [
        // [animationId, time, sampleCallback]
        ["animation", 0.0,   sample1],
        ["animation", 2.0,   sample2],
        ["animation", 3.999, sample3],
        ["animation", 4.001, sample1]
    ];

    runAnimationTest(t, expectedValues);
});

</script>