176 lines
8.1 KiB
Bash
Executable file
176 lines
8.1 KiB
Bash
Executable file
#!/bin/bash
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#
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# Copyright 2014-2015 Dario Manesku. All rights reserved.
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# License: http://www.opensource.org/licenses/BSD-2-Clause
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#
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CMFT=./cmft-osx
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# Prints help.
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#eval $CMFT --help
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# Use this to list available OpenCL devices that can be used with cmft for processing.
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#eval $CMFT --printCLDevices
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# Typical parameters for irradiance filter.
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#eval $CMFT $@ --input "okretnica.tga" \
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# --filter irradiance \
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# --srcFaceSize 0 \
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# --dstFaceSize 0 \
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# --outputNum 1 \
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# --output0 "okretnica_irr" \
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# --output0params dds,bgra8,cubemap
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# Typical parameters for generating spherical harmonics coefficients.
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#eval $CMFT $@ --input "okretnica.tga" \
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# --filter shcoeffs \
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# --outputNum 1 \
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# --output0 "okretnica"
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# Typical parameters for radiance filter.
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# eval $CMFT $@ --input "envmap.jpg" \
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# ::Filter options \
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# --filter radiance \
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# --srcFaceSize 256 \
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# --excludeBase false \
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# --mipCount 7 \
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# --glossScale 10 \
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# --glossBias 3 \
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# --lightingModel blinnbrdf \
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# --edgeFixup none \
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# --dstFaceSize 256 \
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# ::Processing devices \
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# --numCpuProcessingThreads 4 \
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# --useOpenCL true \
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# --clVendor anyGpuVendor \
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# --deviceType gpu \
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# --deviceIndex 0 \
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# ::Aditional operations \
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# --inputGammaNumerator 2.2 \
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# --inputGammaDenominator 1.0 \
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# --outputGammaNumerator 1.0 \
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# --outputGammaDenominator 2.2 \
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# --generateMipChain true \
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# ::Output \
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# --outputNum 1 \
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# --output0 "envmap_rad" \
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# --output0params hdr,rgbe,latlong \
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# --output1 "okretnica_pmrem" \
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# --output1params ktx,rgba8,cubemap
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# Cmft can also be run without any processing filter. This can be used for performing image manipulations or exporting different image format.
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#eval $CMFT $@ --input "okretnica.tga" \
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# --filter none \
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# ::Aditional operations \
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# --inputGamma 1.0 \
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# --inputGammaDenominator 1.0 \
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# --outputGamma 1.0 \
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# --outputGammaDenominator 1.0 \
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# --generateMipChain true \
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# ::Cubemap transformations \
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# --posXrotate90 \
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# --posXrotate180 \
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# --posXrotate270 \
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# --posXflipH \
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# --posXflipV \
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# --negXrotate90 \
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# --negXrotate180 \
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# --negXrotate270 \
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# --negXflipH \
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# --negXflipV \
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# --posYrotate90 \
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# --posYrotate180 \
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# --posYrotate270 \
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# --posYflipH \
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# --posYflipV \
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# --negYrotate90 \
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# --negYrotate180 \
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# --negYrotate270 \
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# --negYflipH \
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# --negYflipV \
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# --posZrotate90 \
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# --posZrotate180 \
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# --posZrotate270 \
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# --posZflipH \
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# --posZflipV \
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# --negZrotate90 \
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# --negZrotate180 \
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# --negZrotate270 \
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# --negZflipH \
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# --negZflipV \
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# ::Output \
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# --outputNum 1 \
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# --output0 "okretnica_dds" \
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# --output0params dds,bgra8,cubemap \
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# Cmft with all parameters listed. This is mainly to have a look at what is all possible.
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#eval $CMFT $@ --input "okretnica.tga" \
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# ::Filter options \
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# --filter radiance \
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# --srcFaceSize 256 \
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# --excludeBase false \
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# --mipCount 7 \
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# --glossScale 10 \
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# --glossBias 3 \
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# --lightingModel blinnbrdf \
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# --edgeFixup none \
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# --dstFaceSize 256 \
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# ::Processing devices \
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# --numCpuProcessingThreads 4 \
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# --useOpenCL true \
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# --clVendor anyGpuVendor \
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# --deviceType gpu \
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# --deviceIndex 0 \
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# ::Aditional operations \
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# --inputGamma 1.0 \
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# --inputGammaDenominator 1.0 \
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# --outputGamma 1.0 \
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# --outputGammaDenominator 1.0 \
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# --generateMipChain false \
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# ::Cubemap transformations \
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# --posXrotate90 \
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# --posXrotate180 \
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# --posXrotate270 \
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# --posXflipH \
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# --posXflipV \
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# --negXrotate90 \
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# --negXrotate180 \
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# --negXrotate270 \
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# --negXflipH \
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# --negXflipV \
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# --posYrotate90 \
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# --posYrotate180 \
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# --posYrotate270 \
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# --posYflipH \
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# --posYflipV \
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# --negYrotate90 \
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# --negYrotate180 \
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# --negYrotate270 \
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# --negYflipH \
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# --negYflipV \
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# --posZrotate90 \
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# --posZrotate180 \
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# --posZrotate270 \
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# --posZflipH \
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# --posZflipV \
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# --negZrotate90 \
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# --negZrotate180 \
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# --negZrotate270 \
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# --negZflipH \
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# --negZflipV \
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# ::Output \
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# --outputNum 5 \
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# --output0 "cmft_cubemap" --output0params dds,bgra8,cubemap \
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# --output1 "cmft_hstrip" --output1params dds,bgra8,hstrip \
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# --output2 "cmft_cubecross" --output2params ktx,rgba32f,hcross \
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# --output3 "cmft_facelist" --output3params tga,bgra8,facelist \
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# --output4 "cmft_latlong" --output4params hdr,rgbe,latlong
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eval $CMFT $@ --input "shrine.hdr" \
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--filter none \
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::Output \
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--outputNum 1 \
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--dstFaceSize 0 \
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--output0 "test" \
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--output0params hdr,rgbe,latlong |