"bitbucket.org/phil-mansfield/halo" "bitbucket.org/phil-mansfield/table" ) const ( steps = 200 simFth = halo.Battaglia2013 simPpt = halo.BattagliaAGN2012 valPpt = halo.Planck2012 tempBt = halo.Corrected ) var ( fTh = halo.FThermalFunc(simFth, halo.MeanCurve) fThP = halo.FThermalFunc(simFth, halo.PlusSigmaCurve) fThM = halo.FThermalFunc(simFth, halo.MinusSigmaCurve) cFunc0 = halo.ConcentrationFunc(halo.Bhattacharya2013, 0.0) cFunc5 = halo.ConcentrationFunc(halo.Bhattacharya2013, 0.5) colNames = []string{ "m500c", "temp-z=0", "temp-z=0+", "temp-z=0-", "temp-z=0.5", "temp-z=0.5+", "temp-z=0.5-", }
"os" "path" "bitbucket.org/phil-mansfield/halo" "bitbucket.org/phil-mansfield/table" ) const ( steps = 300 simFth = halo.Battaglia2013 simPpt = halo.BattagliaAGN2012 ) var ( fTh = halo.FThermalFunc(simFth, halo.MeanCurve) alphaNames = []string{ "r/r500", "alpha-m=1e14-z=0", "alpha-m=5e14-z=0", "alpha-m=1e14-z=0.5", "alpha-m=5e14-z=0.5", } betaNames = []string{ "r/r500c", "beta-m=1e14-z=0", "beta-m=5e14-z=0",
import ( "math" "os" "path" "bitbucket.org/phil-mansfield/halo" "bitbucket.org/phil-mansfield/table" ) const ( z = 0 steps = 300 ) var ( fTh = halo.FThermalFunc(halo.Battaglia2013, halo.MeanCurve) cFunc = halo.ConcentrationFunc(halo.Bhattacharya2013, z) colNames = []string{ "r/r500c", "P-Battaglia-m=1e14-z=0.0", "P-Battaglia-m=1e15-z=0.0", "P-Battaglia-m=1e14-z=0.2", "P-Battaglia-m=1e15-z=0.2", } ) func main() { if len(os.Args) != 2 { panic("You must give exactly one argument.") }