parameters

#### This is a parameter file for SM + real singlet scanner ####

## Specify ranges for parameter scans: max, min and spacing.
# This will produce a uniform grid for each parameter
# if you want to keep some parameter fixed, just set max = min
# NB! using delta = 0 for any parameter results in an infinite loop, so avoid that

## For more specialized scanning (eg. logarithmic) you can write the parameter values to a file with appropriate name:
# range_a2 for a2 etc. Each line in the file should have one just one value. 
# Note that the program will prioritize these files when setting up scanning ranges

# M_h2 (GeV)
mh2_min				600
mh2_max				600
mh2_delta			5

# a2
a2_min				4.0
a2_max				4.0
a2_delta			0.1

# sinTheta (this needs to be within |sinTheta| < 1/sqrt(2) = 0.707... )
sinTheta_min			0.12
sinTheta_max			0.12
sinTheta_delta			0.02

# b3 (GeV)
b3_min				-75
b3_max				-75
b3_delta			50

# b4
b4_min				0.5
b4_max				0.5
b4_delta			0.25

# Temperature (GeV)
T_min				60
T_max				160
T_delta				0.1

loopOrderMS			1

## 'loop order' for DR: choose from LO, NLO, NLONo2Loop
loopOrderDR			NLO

## loop order for 3D effective potential: {0, 1, 2}
loopOrderVeff			2

## loop order for the T=0 effective potential: {0, 1}
loopOrderVeffT0			1

## Break T-loop once (v,x) == (0, 0) phase is found? Will still do a few temperatures there for derivatives
stopAtSymmetricPhase		1

## Calculate quadratic Higgs condensate? (others not implemented ATM)
calculateCondensates		1

## Store basic measurements at each temperature?
writeAtEachTemperature          1

## Only report on geniuine electroweak phase transitions? 
# ie. if Higgs field jumps from v=0 to nonzero value (or vice versa)
onlySearchEWPT			1

## Minimum discontinuity in a field (v/T) until the jump is considered a phase transition
# This option does nothing if onlySearchEWPT is enabled
jumpThreshold			0.3

## Use beta functions to run to high-T scale? 
solveBetas			1

## How much to lower T from Tc when calculating dim-6 error estimate? Choose < 1
dim6TemperatureFraction		0.8

## RG scales to use in the calculation (in GeV). 
## If <= 0, will use "optimal" T-dependent scales ~ 7T and T
## Leave these at 0 unless you know what you're doing...
matchingScaleOverride		0
scale3DOverride			0