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Given the severity of the COVID-19 outbreak, Chroma's top priority remains the health and well-being of our employees, customers and greater communities. An Employee-Owned Company Producing the World's Finest Optical Filters. 1) Download the Chroma Mod (TheChromaMod MOD v1.0) in Files. 2) Download the Chroma Addon (LuckyBlockChroma ADDON v1.0.2) in Files. 3) Download PotionCore and the LuckyBlock Mod (V7.5 NOT V7.6) 4) Install Forge for 1.12.2. 5) Run Minecraft Forge 1.12.2. A) Open%appdata% 6) Put The Chroma Mod in the 'mods' folder.
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Release compatibility |
Chroma/QDP/QMP have release tags enumerated as |
major.minor.maintenance |
with cvs tags labelled as |
major-minor-maintenance |
Chroma version 3.43 or higher requires QDP++ 1.44.0 or higher and |
QMP 2.X or higher . The latter follows the version 2.X specification |
of the API. QDP++ and Chroma no longer support the 1.X QMP API. |
As of these recent versions, both Chroma and QDP++ now require at |
least g++-4.X or above, and use the C++-11 standard called C++0x. |
In JLab CVS module name and tag-ology, the current compatibility is |
module tag description |
chroma chroma3-43-X or higher |
qdp++ qdp1-44-0 or higher |
qmp qmp2-3-X or higher MPI and single node versions |
Quick installations instructions for CHROMA |
It is assumed that QDP++ is compiled and **installed** somewhere. You |
can read the INSTALL file in this directory for more details on the |
building of chroma. |
To build CHROMA, it is recommended you make a subdirectory for the |
build and keep the build tree separate from the source tree. E.g., say |
the 'scalar' version of QDP++ is installed in |
/usr/local/share/qdp++/scalar |
Then to build, you would execute: |
% cd chroma |
% mkdir ./scalar-build |
% cd ./scalar-build |
% ../configure --with-qdp=/usr/local/qdp++/scalar |
% make |
which should build the CHROMA library using a scalar version |
of QDP++. |
To build a main program |
% cd chroma/scalar-build/mainprogs/tests |
% make t_mesplq |
which will build the executable 't_mesplq' using 't_mesplq.cc' as |
the main program file and linking against the library in |
chroma/scalar/lib . |
You can execute the program simply by |
% ./t_mesplq |
which will compute the average plaquette on a random gauge |
field and write the result into 't_mesplq.xml' . |
% |
Chrome 10016
GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together.
Sign up Go to fileChroma 1080p Camera Drone
- Copy path
Release compatibility |
Chroma/QDP/QMP have release tags enumerated as |
major.minor.maintenance |
with cvs tags labelled as |
major-minor-maintenance |
Chroma version 3.43 or higher requires QDP++ 1.44.0 or higher and |
QMP 2.X or higher . The latter follows the version 2.X specification |
of the API. QDP++ and Chroma no longer support the 1.X QMP API. |
As of these recent versions, both Chroma and QDP++ now require at |
least g++-4.X or above, and use the C++-11 standard called C++0x. |
In JLab CVS module name and tag-ology, the current compatibility is |
module tag description |
chroma chroma3-43-X or higher |
qdp++ qdp1-44-0 or higher |
qmp qmp2-3-X or higher MPI and single node versions |
Quick installations instructions for CHROMA |
It is assumed that QDP++ is compiled and **installed** somewhere. You |
can read the INSTALL file in this directory for more details on the |
building of chroma. |
To build CHROMA, it is recommended you make a subdirectory for the |
build and keep the build tree separate from the source tree. E.g., say |
the 'scalar' version of QDP++ is installed in |
/usr/local/share/qdp++/scalar |
Then to build, you would execute: |
% cd chroma |
% mkdir ./scalar-build |
% cd ./scalar-build |
% ../configure --with-qdp=/usr/local/qdp++/scalar |
% make |
which should build the CHROMA library using a scalar version |
of QDP++. |
To build a main program |
% cd chroma/scalar-build/mainprogs/tests |
% make t_mesplq |
which will build the executable 't_mesplq' using 't_mesplq.cc' as |
the main program file and linking against the library in |
chroma/scalar/lib . |
You can execute the program simply by |
% ./t_mesplq |
which will compute the average plaquette on a random gauge |
field and write the result into 't_mesplq.xml' . |
% |
Chrome 10016
Chroma 1
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