/sqct

Exact and approximate synthesis of single qubit circuits using Clifford and T gate library.
  1. C++ 69.5%
  2. Mathematica 29.7%
  3. Other 0.8%
C++ Mathematica Other
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appr
es
sk
tests
theory
ttmath
.gitignore
CMakeLists.txt
COPYING
COPYING.LESSER
Doxyfile
README
factorzs2.cpp
factorzs2.h
fixedpoint.cpp
fixedpoint.h
gatelibrary.cpp
gatelibrary.h
hprhelpers.cpp
hprhelpers.h
main.cpp
mainA.cpp
matrix2x2.cpp
matrix2x2.h
mpfr_header_wrapper.hpp
output.cpp
output.h
real.hpp
requestprocessor.cpp
requestprocessor.h
resring.cpp
resring.h
rint.cpp
rint.h
serializers.h
solvenormequation.cpp
solvenormequation.h
symbolic_angle.cpp
symbolic_angle.h
tcount.cpp
tcount.h
test.cpp
test.h
timemeasurement.h
vector2.cpp
vector2.h

README 

SQCT -- Single Qubit Circuit Toolkit

BUILD

You will need the following libraries installed on your system: 
1. Boost 1.48
-- program_options 
-- chrono
-- timer
-- system
2. The GNU Multiple Precision Arithmetic Library (gmp and gmpxx)
3. The GNU MPFR Library (mpfr)

Also C++ compiler supporting C++11 is necessary.
Information about program use available through --help option.

ABOUT 
The program code based on results of http://arxiv.org/abs/1206.5236. It also implements 
the version of Solovay Kitaev algorithm described in http://arxiv.org/abs/quant-ph/0505030. 
In addition to Boost, The GNU Multiple Precision Arithmetic Library, The GNU MPFR Library the library 
mpfr::real by Christian Schneider <software(at)chschneider(dot)eu> is used for high precision
floating point arithmetic. 

DIRECTORY STRUCTURE 
sk -- implementation of the Solovay-Kitaev algorithm
es -- exact synthesis algorithm
theory -- numerical proof of result from arXiv:1206.5236, tests of exact synthesis algorithm 
appr -- optimal round off of unitaries