Phrases
- physically-based rendering
- Monte Carlo rendering
- operates in image space, no knowledge of scene geometry required
- Altus CLI = post-process plugin, made to be integrated in your pipeline management software (Muster, Royal Render, Deadline, etc)
- temporal filtering/cross-frame filtering
Preserve:
- texture detail
- motion blur
- depth of field
- minimize flicker
osTicket
php - osticket, create ticket through REST API - Stack Overflow
Using the osTicket 1.8.1.2 API
API documentation: osTicket/tickets.md at develop ยท osTicket/osTicket
Wordpress Website
Image slider plugin: https://github.com/kavyasukumar/imgSlider. Need to upgrade to 2.0, works in mobile. Can be scripted to have automatic sliding.
https://github.com/zurb/twentytwenty is used by the new (Jan 2017) website.
Carousel: http://owlgraphic.com/owlcarousel/
Project management
Linux builds
from https://www.bitkeeper.org/download.html:
- Linux x86 Glibc 2.19 ( 32-bit | 64-bit ): Debian 8, Fedora 21, Ubuntu 14.04LTS
- Linux x86 Glibc 2.13 ( 32-bit | 64-bit ): Debian 7, RHEL 7.1, Fedora 15, Ubuntu 12.04LTS
- Linux x86 Glibc 2.11 ( 32-bit | 64-bit ): Debian 6, RHEL 6.6, Fedora 12
Tests to write
- Passing arguments out-of-order (worked in old builds, no longer works in new ones)
Building OIIO
1 # Build script for OIIO on Windows; based off off
2 # https://github.com/OpenImageIO/oiio/blob/master/appveyor.yml
3
4 # http://piratepad.net/0rqEZFwrKg
5 # also has a very useful build script
6
7 ####################
8 # Environment
9 ####################
10
11 # TODO: Turn this into sane logic
12 # We use these to complete filenames/build targets. Everything is different
13 # for different projects, so we name them all...
14 $env:CMAKE_PLATFORM = "Visual Studio 12 2013 Win64"
15 $env:tbs_tools = "msvc12"
16 $env:tbs_tools2 = "vs2013"
17 $env:tbs_tools3 = "msvc-12.0"
18
19 $env:CMAKE_PLATFORM = "Visual Studio 14 2015 Win64"
20 $env:tbs_tools = "msvc14"
21 $env:tbs_tools2 = "vs2015"
22 $env:tbs_tools3 = "msvc-14.0"
23
24 $env:tbs_arch = "x64"
25 $env:PYTHON_DIR = "C:\\Python27"
26
27 $env:DEPENDENCY_DIR = "N:\Documents\OIIO-Dependencies.VS2013"
28 $env:CMAKE_LIBRARY_PATH = $env:DEPENDENCY_DIR
29 $env:CMAKE_INCLUDE_PATH = $env:DEPENDENCY_DIR
30
31 cd $env:DEPENDENCY_DIR
32
33 # ZLIB
34 # Finish me
35 $env:ZLIB_LIBRARY = "M:\releng\altus-deps-$env:tbs_tools2-x86_64-release\lib\zlib.lib"
36 $env:ZLIB_INCLUDE_DIR = "M:\releng\altus-deps-$env:tbs_tools2-x86_64-release\include"
37
38 # TIFF
39 nuget install libtiff-$env:tbs_tools-$env:tbs_arch-master -Source https://ci.appveyor.com/nuget/libtiff-i3h8tqqy7o7b
40 move libtiff*\* . -force
41
42 # PNG
43 nuget install libpng-$env:tbs_tools-$env:tbs_arch-master -Version 1.6.18.44 -Source https://ci.appveyor.com/nuget/libpng-7hwq4pmmrc48
44 move libpng*\* . -force
45
46 # JPEG
47 nuget install libjpeg-$env:tbs_tools-$env:tbs_arch-master -Version 1.4.80.21 -Source https://ci.appveyor.com/nuget/libjpegturbo-o6k4js4y7pjw
48 move libjpeg*\* . -force
49
50 # OpenEXR
51 $env:OPENEXR_HOME = "M:\releng\altus-deps-$env:tbs_tools2-x86_64-release"
52
53 $env:BOOST_ROOT = "C:\local\boost_1_61_0\"
54 $env:BOOST_LIBRARYDIR = "C:\local\boost_1_61_0\lib64-$env:tbs_tools3"
55 $env:CMAKE_PREFIX_PATH = $env:CMAKE_PREFIX_PATH + $env:BOOST_ROOT
56
57 cmake -G "$env:CMAKE_PLATFORM" -DPYTHON_INCLUDE_DIR:PATH=$env:PYTHON_DIR/include -DPYTHON_LIBRARY:FILEPATH=$env:PYTHON_DIR/libs/python27.lib -DPYTHON_EXECUTABLE:FILEPATH=$env:PYTHON_DIR/python.exe -DCMAKE_LIBRARY_PATH=$env:CMAKE_LIBRARY_PATH -DCMAKE_INCLUDE_PATH=$env:CMAKE_INCLUDE_PATH -DCMAKE_PREFIX_PATH=$env:CMAKE_PREFIX_PATH -DOPENEXR_HOME=$env:OPENEXR_HOME -DZLIB_LIBRARY=$env:ZLIB_LIBRARY -DZLIB_INCLUDE_DIR=$env:ZLIB_INCLUDE_DIR -DVERBOSE=1 N:\Documents\GitHub\oiio
Release engineering
Windows
1 # For VS2015
2 $DEPENDENCY_DIR = "M:\Dependencies\msvc14\"
3 # For VS2013
4 $DEPENDENCY_DIR = "M:\Dependencies\msvc12\"
5
6 cd C:\Users\Public\Documents
7 mkdir build
8 cd build
9 cmake --config Release -G "Visual Studio 14 2015 Win64" -B. `
10 -D CMAKE_PREFIX_PATH=$DEPENDENCY_DIR `
11 -D USE_RLM=ON `
12 -D RLM_INCLUDE_PATH=M:\Dependencies\rlm-12.1\ `
13 -D RLM_LIBRARY=M:\Dependencies\rlm-12.1\windows-msvc14\rlmclient_md.lib `
14 -HN:\Documents\GitHub\Altus_Standalone
Build with (using max number of cores available):
1 # Build everything
2 cmake --build . --config Release --target ALL_BUILD -- /maxcpucount
3 # Build only 1 target
4 cmake --build . --config Release --target altus-cuda -- /maxcpucount
5
6 # or using MSBuild
7
8 & "C:\Program Files (x86)\MSBuild\14.0\Bin\MSBuild.exe" .\altus.sln /p:Configuration=Release /maxcpucount
Instead of altus.sln, you can point directly to the vcxproj file to explicitly build a target (i.e. the CUDA version).
Linux
To build a release build:
1 export DEPENDENCY_BASE=/mnt/megatron/releng/linux-deps/altus-deps-gcc-6.1.0/
2 export TOOLCHAIN_BASE=/mnt/megatron/releng/linux-deps/toolchain-gcc-6.1.0/
3 cmake -DCMAKE_BUILD_TYPE=Release \
4 -DUSE_RLM=ON \
5 -DRLM_INCLUDE_PATH=/mnt/megatron/libs/rlm/lib_links \
6 -DRLM_LIBRARY=/mnt/megatron/libs/rlm/lib_links/linux/rlm.a \
7 -DZLIB_INCLUDE_DIR=$DEPENDENCY_BASE/include \
8 -DZLIB_LIBRARY_RELEASE=$DEPENDENCY_BASE/lib/libz.a \
9 -DOPENEXR_HALF_LIBRARY=$DEPENDENCY_BASE/lib/libHalf.a \
10 -DOPENEXR_IEX_LIBRARY=$DEPENDENCY_BASE/lib/libIex-2_2.a \
11 -DOPENEXR_ILMIMF_LIBRARY=$DEPENDENCY_BASE/lib/libIlmImf-2_2.a \
12 -DOPENEXR_ILMTHREAD_LIBRARY=$DEPENDENCY_BASE/lib/libIlmThread-2_2.a \
13 -DOPENEXR_IMATH_LIBRARY=$DEPENDENCY_BASE/lib/libImath-2_2.a \
14 -DOPENEXR_INCLUDE_PATH=$DEPENDENCY_BASE/include/OpenEXR
LANL meeting (20160921)
- kokkos
- thrust: C++ templte library, work in terms of iterators, etc
- legion
Competition
[https://rmanwiki.pixar.com/display/REN/Denoise+Workflow Denoise Workflow - RenderMan - Renderman Documentation]
Renderman - Feature - Denoiser
Press
Rise of the Rest pulls into Albuquerque [Albuquerque Journal, 6 Oct 2016]
ABQ startup InnoBright ready for commercial launch [Albuquerque Journal, 18 Dec 2016]
Command-line snippets
# Convert OpenEXR to PNG, adjusting for gamma problems (if output image is too dark)
# Manually adjust gamma by 1/2.2
parallel --no-notice --eta -u 'oiiotool {} --ch R,G,B,A=1 --powc 0.454545454545,0.454545454545,0.454545454545,1.0 -o {}.png' ::: *exr
# Take RGBA out of a multi-layer EXR file
oiiotool Moet_Chandon_materials_S.528x800.currentSL8.timeSinceRenderStarted1m42s.exr --ch R=${CHANNEL}.R,G=${CHANNEL}.G,B=${CHANNEL}.B,A -o b0.${CHANNEL}.exr
# Take an arbitrary channel out of a multi-layer EXR file
# Assumes the channels are named ,R, G, B, and A (not always true, sometimes it's "red")
$CHANNEL="POSITION"
oiiotool Moet_Chandon_materials_S.528x800.currentSL8.timeSinceRenderStarted1m42s.exr --ch R=${CHANNEL}.R,G=${CHANNEL}.G,B=${CHANNEL}.B,A -o b0.${CHANNEL}.exr