ngiann

using TransferFunctions

# Following transfer functions exhibit slanted line
plot(PhysicalTransferFunctionEddington(mass = 2.8e9, eddingtonfraction = 10.0, wavelength = 5000.0))
plot(PhysicalTransferFunctionEddington(mass = 7.2e9, eddingtonfraction = 10.0, wavelength = 5000.0))

ngiann

using TransferFunctions, MiscUtil, PyPlot

lambda = 5700;

masses = collect(logrange(1e5, 1e10, 1000));

# given mass value, return the width of the instantiated transfer function
function f(mass)
    
    width(PhysicalTransferFunctionEddington(mass = mass, eddingtonfraction = 10.0, wavelength = lambda))

ngiann

using TransferFunctions, Printf, PyPlot

# define a range of masses around where the jump occurs

masses = [2.89; 2.90; 2.91; 2.92; 2.93; 2.94; 2.95] * 1e9

wavelength, accretion = 5000.0, 1.0

for m in masses
  

ngiann

### A Pluto.jl notebook ###
# v0.19.38

using Markdown
using InteractiveUtils

# ╔═╡ ee4a26c0-c5f2-11ee-0a49-d127ee59691c
using Plots, Optim

# ╔═╡ 22d957be-1883-47a3-b1e2-94d152bd46b2