tmLQCD input, no rectangulars

test13.input

# this is a sample input file for a single cloverdet
# monomial

L=8
T=8
Measurements = 20000
Startcondition = hot
2KappaMu = 0.0
CSW = 1.0
kappa = 0.12768130
NSave = 500000
ThetaT = 1.0
UseEvenOdd = yes
ReversibilityCheck = yes
ReversibilityCheckIntervall = 100
InitialStoreCounter = 0
DebugLevel = 0
NrXProcs = 4
NrYProcs = 2
NrZProcs = 2

BeginMonomial GAUGE
Type = user
beta = 1.5
Timescale = 0
UseRectangleStaples = yes
RectangleCoefficient = 0.0
EndMonomial

BeginMonomial CLOVERDET
Timescale = 1
CSW = 1.0
kappa = 0.12768130
AcceptancePrecision =  1.e-20
ForcePrecision = 1.e-12
Name = cloverdet
solver = CG
EndMonomial

BeginIntegrator 
Type0 = 2MN
Type1 = 2MN
IntegrationSteps0 = 1
IntegrationSteps1 = 24
tau = 1.00
Lambda0 = 0.19
Lambda1 = 0.20
NumberOfTimescales = 2
EndIntegrator

BeginOperator CLOVER
CSW = 1.0
kappa = 0.12768130
SolverPrecision = 1e-14
MaxSolverIterations = 1000
EndOperator

you want to simulate Wilson plaquette gauge action, then use

BeginMonomial GAUGE
  Type = Wilson
  beta = 1.5 #you really want beta=1.5??
  Timescale = 0
EndMonomial

Please note that we don't optimise for clover without twisted mass. You also need to set

2kappamu = 0.

in the CLOVERDET monomial as well as in the CLOVER operator if you don't want any twisted mass.