def grand_plot_all(o, grand):
""" Make all the plots for the encompassing suite """
factory = PF(int(o.sim_number),
snapshot_base=o.snap_base,
count=o.num_format,
grand=grand)
factory.plot_all()
def plot_all(o):
""" Make all the plots """
factory = PF(int(o.sim_number),
snapshot_base=o.snap_base,
count=o.num_format)
# Process snapshots ---> Make Plots
factory.plot_all() # <<<---
def get_final_count(o):
""" Quickly get final count for each simulation """
factory = PF(int(o.sim_number),
snapshot_base=o.snap_base,
count=o.num_format,
iter_num=o.iter_i)
return factory.get_final_count()
"""
add forgotten plots
"""
import numpy as np
from factory import PlotFactory as PF
for i in range(1134,1146):
print i
f = PF(i)
f.mm_orb()
def plot_all(o): """ Make all the plots """ factory = PF(int(o.sim_number), snapshot_base = o.snap_base, count = o.num_format) # Process snapshots ---> Make Plots factory.plot_all() # <<<---
f.write("Inner Disk Radius: " + str(o.r_in) + "\n")
f.write("Outer Disk Radius: " + str(o.r_out) + "\n")
f.write("Number of Disk Particles: " + str(o.n_disk) + "\n")
f.write("Disk Particle Power Law: " + str(o.power) + "\n")
f.write("Orbit Pericenter: " + str(o.peri) + "\n")
f.write("Orbit Eccentricity: " + str(o.ecc) + "\n")
f.write("Orbit Inclination: " + str(o.incl) + "\n")
f.write("Orbit Argument of Periapsis: " + str(o.omega) + "\n")
f.write("Number of Steps: " + str(o.n_steps) + "\n")
f.close()
# Write 'o' dictionary into file (using Pickle)
pickle_f = open(o.snap_dir + "/info.p", "wb")
pickle.dump(o, pickle_f)
pickle_f.close()
r_step = o.r_in ### set timestep based on period of innermost disk particles ###
t_end = o.num_T * abs(time_peri) # Current Target Period: 4.0 T
#t_end = 1300.0 | units.yr
integrate_disk_flyby(stars, planetesimals, t_end, time_peri, o.nb_end,
o.n_steps, r_step, o.snap_dir, o.fout, o.fredir,
o.br_dt, o.eta)
factory = PF(int(o.sim_number),
snapshot_base=snap_base,
count=o.num_format)
# Process snapshots ---> Make Plots
factory.plot_all() # <<<---
f.write("Bridge Timestep: " + str(o.br_dt) + "\n")
f.write("Huayno Timestep (eta): " + str(o.eta) + "\n")
f.write("Inner Disk Radius: " + str(o.r_in) + "\n")
f.write("Outer Disk Radius: " + str(o.r_out) + "\n")
f.write("Number of Disk Particles: " + str(o.n_disk) + "\n")
f.write("Disk Particle Power Law: " + str(o.power) + "\n")
f.write("Orbit Pericenter: " + str(o.peri) + "\n")
f.write("Orbit Eccentricity: " + str(o.ecc) + "\n")
f.write("Orbit Inclination: " + str(o.incl) + "\n")
f.write("Orbit Argument of Periapsis: " + str(o.omega) + "\n")
f.write("Number of Steps: " + str(o.n_steps) + "\n")
f.close()
# Write 'o' dictionary into file (using Pickle)
pickle_f = open(o.snap_dir + "/info.p", "wb")
pickle.dump(o, pickle_f)
pickle_f.close()
r_step = o.r_in ### set timestep based on period of innermost disk particles ###
t_end = o.num_T * abs(time_peri) # Current Target Period: 4.0 T
#t_end = 1300.0 | units.yr
integrate_disk_flyby(stars, planetesimals, t_end, time_peri, o.nb_end, o.n_steps,
r_step, o.snap_dir, o.fout, o.fredir, o.br_dt, o.eta)
factory = PF(int(o.sim_number), snapshot_base = snap_base, count = o.num_format)
# Process snapshots ---> Make Plots
factory.plot_all() # <<<---
def grand_plot_all(o, grand): """ Make all the plots for the encompassing suite """ factory = PF(int(o.sim_number), snapshot_base = o.snap_base, count = o.num_format, grand = grand) factory.plot_all()
def get_final_count(o):
""" Quickly get final count for each simulation """
factory = PF(int(o.sim_number), snapshot_base = o.snap_base, count = o.num_format,
iter_num = o.iter_i)
return factory.get_final_count()
"""
test program (calculations)
"""
from factory import PlotFactory as PF
x = 981
n = 5
"""
for i in range(x, x+n):
f = PF(i, snapshot_base = "snap", count = 3)
f.simple_mask()
f.sort()
f.count()
f.mm_pos()
"""
for i in range(x, x + n):
f = PF(i, snapshot_base="snap", count=3)
f.hist()
"""
add forgotten plots
"""
import numpy as np
from factory import PlotFactory as PF
for i in range(1134, 1146):
print i
f = PF(i)
f.mm_orb()
"""
test program (calculations)
"""
from factory import PlotFactory as PF
x = 981
n = 5
"""
for i in range(x, x+n):
f = PF(i, snapshot_base = "snap", count = 3)
f.simple_mask()
f.sort()
f.count()
f.mm_pos()
"""
for i in range(x, x+n):
f = PF(i, snapshot_base = "snap", count = 3)
f.hist()