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caes 2017-08-11 00:48:18 -04:00
parent 80a99a76fd
commit ff27de0ce6
7 changed files with 2128 additions and 2018 deletions
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2000
sed/magdziarz1997/magdziarz1997.tab
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4
sed/magdziarz1997/magdziarz1997_powlaw_coords.tab
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@ -1,6 +1,6 @@
0.0004 0.0003
0.03 0.028
0.03 0.028
0.4 0.024
3 0.013
3 0.012
50 0.029
500 0.00017

2000
sed/mehdipour2013/mehdipour2013.tab
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10
sed/mehdipour2013/mehdipour2013_powlaw_coords.tab
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@ -1,6 +1,6 @@
0.0004 3.2e10
0.006 4.9e13
.4 2.2e13
2 1.4e13
100 7.7e13
500 1.5e13
0.006 4.9e12
.4 2.2e12
2 1.4e12
100 6.58e12
500 1.5e12

15
sed/mehdipour2013/mehdipour2013_samples.tab
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@ -1,7 +1,8 @@
0.0013 9e12
0.002 2e13
0.004 4.5e13
0.005 5e13
1.3 1.3e13
240 8.2e13
300 8e13les
0.0013 9e11
0.002 2e12
0.004 4.5e12
0.005 5e12
1.3 1.3e12
200 8e12
240 8.2e12
300 8e12

102
sed/plots.R
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@ -1,5 +1,8 @@
data = read.table("mehdipour2013.tab")
plot (data,log="xy",type="l")
coords=read.table("mehdipour2013_samples.tab")
points(coords)
data=read.table("magdziarz1997.tab")
plot (data,log="xy",type="l")
@ -8,10 +11,12 @@ plot (data,log="xy",type="l")
data = read.table("mehdipour2013.tab")
plot (data,log="xy",type="l",xlim=c(.001,300),ylim=c(10e11,10e13))
plot (data,log="xy",type="l",xlim=c(.001,300),ylim=c(1e11,1e13))
# mehdipour axes
abline(v=0.001)
abline(h=40e11)
coords=read.table("mehdipour2013_samples.tab")
points(coords)
data = read.table("mehdipour2013.tab")
plot (data,log="xy",type="l")
@ -19,10 +24,15 @@ plot (data,log="xy",type="l")
abline(v=0.001)
abline(h=40e11)
minorticks=
data=read.table("magdziarz1997.tab")
plot (data,log="xy",type="l",xlim=c(.001,300),ylim=c(1e-3,1e-1))
plot (data,log="xy",type="l")
coords=read.table("magdziarz1997_samples.tab")
points(coords)
#magdziarz boundaries
abline(v=.0004)
abline(v=.03)
@ -43,9 +53,99 @@ abline(v=0.012)
abline(h=0.03)
abline(v=60)
data=read.table("magdziarz1997.tab")
plot (data,log="xy",type="l",xlim=c(.001,300),ylim=c(1e-3,1e-1))
coords=read.table("magdziarz1997_samples.tab")
points(coords)
data=read.table("magdziarz1997.tab")
plot (data,log="xy",type="l")
coords=read.table("magdziarz1997_samples.tab")
points(coords)
data=read.table("mehdipour2013.tab")
plot (data,log="xy",type="l",xlim=c(.001,300),ylim=c(1e11,1e13))
coords=read.table("mehdipour2013_samples.tab")
points(coords)
data=read.table("mehdipour2013.tab")
plot (data,log="xy",type="l")
coords=read.table("mehdipour2013_samples.tab")
points(coords)
# model boundaries, if needed
abline(v=.0004,col="black")
abline(v=.03,col="black")
abline(v=.4,col="black")
abline(v=3,col="black")
abline(v=50,col="black")
abline(v=500,col="black")
abline(v=0.0004,col="red")
abline(v=0.006,col="red")
abline(v=.4,col="red")
abline(v=2,col="red")
abline(v=100,col="red")
abline(v=500,col="red")
data1 = read.table("magdziarz_incident_continuum")
data2 = read.table("mehdipour_incident_continuum")
x1 = data1["V1"]
y1 = data1["V2"]
x2 = data2["V1"]
y2 = data2["V2"]
pdf("sed_overlay_with_boundaries.pdf")
plot(x1[,],y1[,],log="xy",type="l",xlim=c(1e-6,1e7),lwd=2,xlab="eV",ylab="nuFnu")
lines(x2[,],y2[,],type="l",col="red",lwd=2)
powers = seq(-10,10,by=1)
coefficients = c(2,5)
for (i in powers) {
abline(v=10^i,col="black",lty=1)
for (j in coefficients) {
abline(v=j*(10^i),col="black",lty=2)
}
}
powers = seq(-45,45,by=1)
coefficients = c(2,5)
for (i in powers) {
abline(h=10^i,col="black",lty=1)
for (j in coefficients) {
abline(h=j*(10^i),col="black",lty=2)
}
}
dev.off()
pdf("sed_overlay_with_boundaries_zoomed.pdf")
plot(x1[,],y1[,],log="xy",type="l",lwd=2,xlim=c(0.001,1000),ylim=c(5e7,5e9),xlab="eV",ylab="nuFnu")
lines(x2[,],y2[,],type="l",col="red",lwd=2)
powers = seq(-10,10,by=1)
coefficients = seq(2,8,by=1)
for (i in powers) {
abline(v=10^i,col="black",lty=1)
for (j in coefficients) {
abline(v=j*(10^i),col="black",lty=2)
}
}
powers = seq(-45,45,by=1)
coefficients = seq(2,8,by=1)
for (i in powers) {
abline(h=10^i,col="black",lty=1)
for (j in coefficients) {
abline(h=j*(10^i),col="black",lty=2)
}
}
dev.off()
# Logspace minor ticks

15
src/sed.hpp
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@ -38,9 +38,11 @@ struct sed_table {
// To account for the four main powerlaws in a typical
// AGN SED.
// Hardcoded infrared and gamma ray power laws.
// Hardcoded infrared and gamma ray power laws and cutoffs.
const double IR_POWER = 3;
const double GAMMA_POWER = -2;
const double GAMMA_POWER = -5;
const double RADIO_CUTOFF = 1e-4; // IN KEV
const double GAMMA_CUTOFF = 1e4; // IN KEV
struct powerlaw_bounds {
double ir_min;
@ -68,7 +70,14 @@ public:
_power(power),
_normal(exp(log(x0.second)-(_power*log(x0.first))))
{}
double eval(double hnu) { return _normal*pow(hnu,_power); }
double eval(double hnu) {
return
_normal
* pow(hnu,_power)
* exp(-(hnu)/GAMMA_CUTOFF)
* exp(-(RADIO_CUTOFF/hnu))
;
}
};
class sed {