Bernard LefebvreandPatrick Hodoul
9313e811c6
* Refactor opengl usage for apps and utit tests. All opengl code used by command line apps (and gpu tests) has been refactor. Ociodisplay is also using the refactored code and still uses opengl directly. - add gpu support to ociochecklut. - add optimization level to ociodisplay. Signed-off-by: Bernard Lefebvre <bernard.lefebvre@autodesk.com> * Build fix: use {} instead of () for makefile. Signed-off-by: Bernard Lefebvre <bernard.lefebvre@autodesk.com> Co-authored-by: Patrick Hodoul <patrickhodoul@gmail.com>
121 lines
3.1 KiB
C++
121 lines
3.1 KiB
C++
// SPDX-License-Identifier: BSD-3-Clause
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// Copyright Contributors to the OpenColorIO Project.
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#include <stdio.h>
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#include <sstream>
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#include <string>
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#include <OpenColorIO/OpenColorIO.h>
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#include "GPUHelpers.h"
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#include "GPUUnitTest.h"
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namespace OCIO = OCIO_NAMESPACE;
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const float g_epsilon = 1e-6f;
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OCIO_ADD_GPU_TEST(RangeOp, scale_with_low_and_high_clippings)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setMinInValue(0.1f);
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range->setMaxInValue(1.1f);
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range->setMinOutValue(0.5f);
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range->setMaxOutValue(1.5f);
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test.setProcessor(range);
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test.setTestWideRange(true);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, scale_with_low_clipping)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setMinInValue(0.2f);
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range->setMinOutValue(0.2f);
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test.setProcessor(range);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, scale_with_high_clipping)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setMaxInValue(0.9f);
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range->setMaxOutValue(0.9f);
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test.setProcessor(range);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, scale_with_low_and_high_clippings_2)
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{
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// The similar test above is only an offset, this test is a scale & offset.
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setMinInValue(0.1f);
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range->setMaxInValue(1.1f);
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range->setMinOutValue(-0.5f);
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range->setMaxOutValue(1.5f);
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test.setProcessor(range);
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test.setTestWideRange(true);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, arbitrary_1)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setMinInValue (0.4000202f);
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range->setMaxInValue (0.6000502f);
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range->setMinOutValue(0.4000601f);
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range->setMaxOutValue(0.6000801f);
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test.setProcessor(range);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, arbitrary_1_no_clamp)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setStyle(OCIO::RANGE_NO_CLAMP);
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range->setMinInValue (0.4000202f);
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range->setMaxInValue (0.6000502f);
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range->setMinOutValue(0.4000601f);
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range->setMaxOutValue(0.6000801f);
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test.setProcessor(range);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, arbitrary_2)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setMinInValue(-0.010201f);
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range->setMaxInValue (0.601102f);
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range->setMinOutValue(0.209803f);
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range->setMaxOutValue(1.600208f);
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test.setProcessor(range);
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test.setTestWideRange(true);
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test.setErrorThreshold(g_epsilon);
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}
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OCIO_ADD_GPU_TEST(RangeOp, arbitrary_2_no_clamp)
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{
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OCIO::RangeTransformRcPtr range = OCIO::RangeTransform::Create();
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range->setStyle(OCIO::RANGE_NO_CLAMP);
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range->setMinInValue(-0.010201f);
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range->setMaxInValue (0.601102f);
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range->setMinOutValue(0.209803f);
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range->setMaxOutValue(1.600208f);
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test.setProcessor(range);
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test.setTestWideRange(true);
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test.setErrorThreshold(g_epsilon);
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}
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