# This is an example of input file for the LapH program.
# Configure with --enable-laph, (lapack also needed. If parallel, --enable-indexindepgeom --enable-tsplitpar are also needed)
# e.g., (parallel):
# ./configure --enable-sse3 --enable-mpi --with-mpidimension=XYZ  --disable-halfspinor --enable-indexindepgeom --enable-tsplitpar --enable-laph --with-limedir=${limedir} --with-lemondir=${lemondir} --with-lapack=${lapacklib} CC="${mpicomp} -O3" CFLAGS="-msse3 -O3"
# e.g. serial:
# ./configure --enable-sse3 --disable-mpi --disable-halfspinor  --enable-laph --with-limedir=${limedir} --with-lapack=${lapacklib}
# Compile with make LapH_ev
# Executable LapH_ev 
# Use this file as an example of input.
# The code will write out the eigenvalues and eigenvectors (7 in this example) of the LapH operator (see 0905.2160).
# The eigenvalues are written in text files eigenvalue.TT.CCCC (TT=timeslice, CCCC= configuration number).
# The eigenvectors are written in binary files eigenvector.NN.TT.CCC (NN=eigenvalue number, TT, CC as above),
# and have size L^3*Nc*2*sizeof(double).

L=16
T=32

DisableIOChecks = yes
DebugLevel = 5
InitialStoreCounter = 20
NoEigenvalues = 7
Measurements = 1
2kappaMu = 0.001286848
kappa = 0.160856
NrXProcs = 2
NrYProcs = 1
NrZProcs = 2
BCAngleT = 1.
GaugeConfigInputFile = conf
UseEvenOdd = yes

