from Meta_Driver import vary_params
import numpy
if __name__ == "__main__":
#this is what gets editted most of the time -- also potentially writer
dist_vec = [500] #[100, 1000]
m_prop_vec = numpy.linspace(
.05, .95, 10
) #numpy.linspace(.05, .95, 19) #.05, .1, .15, ... , .95; OR: intervals of .1
RB_time_vec = [6] #[1.5, 3, 6] #hrs
num_sims = 1000
max_m_vec = [0.054] #[0.027,0.054]
vary_params(dist_vec, m_prop_vec, RB_time_vec, num_sims, max_m_vec)
from Meta_Driver import vary_params
import numpy
if __name__ == "__main__":
#this is what gets editted most of the time -- also potentially writer
dim_vec = [
900, 2250
] #[900, 2250, 4500, 9000] #the equivalent of grid [100, 250, 500, 1000]
m_prop_vec = numpy.linspace(
.05, .95, 10
) #numpy.linspace(.05, .95, 19) #.05, .1, .15, ... , .95; OR: intervals of .1
RB_time_vec = [4, 6] #[.5, 2, 4, 6] #hrs
num_sims = 1000
vary_params(dim_vec, m_prop_vec, RB_time_vec, num_sims)
from Meta_Driver import vary_params
import numpy
if __name__ == "__main__":
#this is what gets editted most of the time -- also potentially writer
dim_vec=[900, 2250]#, 4500, 9000] #the equivalent of grid [100, 250, 500, 1000]
m_prop_vec=[.25, .75]#numpy.linspace(.05, .95, 19) #.05, .1, .15, ... , .95
RB_time_vec=[.5, 2]#, 4, 6]
num_sims=2 #just for testing purposes (same story above)
vary_params(dim_vec, m_prop_vec, RB_time_vec, num_sims, 'local')
# male_pos_vec = ['Uniform', 'UniformJittered', 'EvenTenthClumped', 'EvenTenthSpaced']
# #'Uniform': evenly spaced across whole circle [male*dist_mult for male in males]
# #'UniformJittered': slightly jittered in predeterimined way (use a rng once)
# #'EvenTenthClumped': evenly spaced but only taking up 1/10 of the ring [male*dist_mult/10 for male in range(males)]
# #'EvenTenthSpaced': not in one clump but in several three evenly spaced clumps (see below)
# #vec=[]
# #for quot in range(int(males/3)):
# # for male in range(3):
# # vec=vec+[dist/3*male+quot*dist/10]
#ADJUST
males_vec = [6]
dist_mult_vec = [900]
male_strat_vec = ['All.VHigh']
male_pos_vec = ['EvenTenthClumped']
change_what_vec = ['pos']
pos_interval_vec = [.1] #now scaled TO THE SIZE OF THE TOTAL ENVIRONMENT
strat_interval_vec = []
sd_adjust_vec = [0,1]
sims = range(5,10)
num_gens = 2000
vary_params(males_vec, dist_mult_vec, male_strat_vec, male_pos_vec, change_what_vec, pos_interval_vec, strat_interval_vec, sd_adjust_vec, sims, num_gens)