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Fixed bugs poined out by Evgeny
solomon authored 
 - diagonal contractions with not all edge lengths equal
 - read_all had a short circuit
 - CTF_VERSION 100 now defined

Also fixed a bug with A*A, which I introduced ~5 commits ago when fixing multi-tensor symmetric contractions.
8ea1a6e3
Name Last commit Last update
doc https rather that git:
examples Fixed bugs poined out by Evgeny
include Fixed bugs poined out by Evgeny
mkfiles Fixed up Titan CUDA build
src Fixed bugs poined out by Evgeny
.cproject Remove dead code
.gitignore Merge branch 'master' into scheduler
.project Add project files
Makefile Added Titan makefile, GPUs are go
README cleaned up README a bit
license.txt Got rid of the unbearably ugly copy right warning from all the files and put in a shortened one.
README
Full documentation on  using/building/running and documentation of the software 
of the CTF library is available on the following website 
http://ctf.cs.berkeley.edu
as well as on the github wiki.

Brief build and execution instructions are given below:

To build CTF with a standard setup simply run make in the top directory.

To specialize the build configuration (for instance set a custom BLAS library
or specify MPI compiler), one must set up a config.mk file. Examples and 
premade config.mk files for a few architectures are located in the mkfiles/ 
subdirectory. On running make without a config.mk file in the top
folder, mkfiles/config.mk.linux will be copied to config.mk in the top folder 
by default, unless the hostname is recognized. OpenMP is currently disabled 
for Apple architectures. The config.mk file will not be overwritten
after the first call to 'make'. The first call to 'make' will create the 
file src/make/make.in, which records the top level directory. So, if you 
desire to move the built source code, change or delete and recreate this 
file by running make again.

The CTF library is built by default and will be located in lib/. 
The main interface to the library is include/ctf.hpp.

Run 'make examples' to build example programs, see examples/ dir for full list
Run 'make test' to run a short test suite, which should confirm the 
functionality of CTF using a single MPI process. Running 'make test#n' 
with '#n' in  {1,2,3,4,5,6,7,8} with test functionality on #n processors. 
The number of threads should be set via OMP_NUM_THREADS.
All examples can be built individually by the command 'make <example_name>'. 
Any executables that are built will appear in bin/

The BSD software license for this library is in the file license.txt.

Please contact Edgar Solomonik (solomon@cs.berkeley.edu),
for any questions about usage or technical implementation of the CTF library.