void Test_Color_Orientation(Camera camera, GraphicsFormat format, byte[] data, string label, string path)
{
var colors = ArrayUtilities.Cast <Color32>(data);
var length = ArrayUtilities.Count <Color32>(colors);
var top = (Color)colors[length - 1];
var bot = (Color)colors[0];
// HDRP has all sorts of effects that alter color significantly, so we compare differently.
if (SRPSupport.GetCurrentPipelineRenderingType() == RenderingPipelineType.URP ||
SRPSupport.GetCurrentPipelineRenderingType() == RenderingPipelineType.HDRP)
{
var failed = !ColorCloser(top, Color.red, Color.black) || !ColorCloser(bot, Color.black, Color.red);
if (failed)
{
Log.I($"{label} : Failed: Colors top {top.ToString()} bottom {bot.ToString()}");
}
var texture = ConvertToRGBATexture(format, data, camera.pixelWidth, camera.pixelHeight);
File.WriteAllBytes(CaptureImageEncoder.EnforceFileExtension(failed ? path + "_FAILED" : path, CaptureImageEncoder.ImageFormat.Jpg), texture.EncodeToJPG());
Assert.True(ColorCloser(top, Color.red, Color.black));
Assert.True(ColorCloser(bot, Color.black, Color.red));
}
else
{
var tolerance = 0.01f;
var failed = !CompareColors(top, Color.red, tolerance) || !CompareColors(bot, Color.black, tolerance);
if (failed)
{
Log.I($"{label} : Failed: Colors top {top.ToString()} bottom {bot.ToString()}");
}
var texture = ConvertToRGBATexture(format, data, camera.pixelWidth, camera.pixelHeight);
File.WriteAllBytes(CaptureImageEncoder.EnforceFileExtension(failed ? path + "_FAILED" : path, CaptureImageEncoder.ImageFormat.Jpg), texture.EncodeToJPG());
Assert.True(CompareColors(top, Color.red, tolerance));
Assert.True(CompareColors(bot, Color.black, tolerance));
}
}
void Test_Depth_Orientation_ushort(Camera camera, GraphicsFormat format, byte[] data, string label, string path)
{
var depth = ArrayUtilities.Cast <ushort>(data);
var length = ArrayUtilities.Count <ushort>(depth);
// Depth is laid out left to right, bottom to top.
var top = CalculateAverageDepthForLine(depth, camera.pixelWidth, camera.pixelHeight - 1);
var bot = CalculateAverageDepthForLine(depth, camera.pixelWidth, 0);
// Top should be closer, and both planes should have depth info.
var condition = top < bot && top > 0 && top < ushort.MaxValue && bot > 0 && bot < ushort.MaxValue;
var texture = ConvertToRGBATexture(format, data, camera.pixelWidth, camera.pixelHeight);
File.WriteAllBytes(CaptureImageEncoder.EnforceFileExtension(condition ? path : path + "_FAILED", CaptureImageEncoder.ImageFormat.Jpg), texture.EncodeToJPG());
Log.I($"{label} : Average depth top({top}) bottom({bot})");
Assert.True(condition);
}
