xsize, ysize, k = 300, 200, 5
num_dna = 3
ininum = 120
limit = 1100
total_mass = 20000
merge_thres = 0.04
mut_per_diff = 3.0
exputil_cy.set_size(xsize, ysize)
exputil_cy.set_traits_range(ms1=3, ms2=8, ut1=0.1, ut2=0.7, ma1=1500, ma2=1500)
exputil_cy.set_heredity(merge_thres, mut_per_diff)
w = exputil_cy.construct_world(xsize,
ysize,
total_mass,
num_dna,
ininum,
record_pedigree=True)
def get_num_child(pedigree, id, end_moment):
s = {id}
count = 0
for mid, fid, cid, moment in pedigree:
if moment > end_moment:
break
if mid in s:
count += 1
s.add(cid)
continue
if fid in s:
def init_world():
return exputil.construct_world(xsize, ysize, total_mass, num_dna, ininum)
import exputil_cy
xsize, ysize, k = 300, 200, 5
num_dna = 3
ininum = 120
limit = 100000
total_mass = 20000
merge_thres = 0.04
mut_per_diff = 3.0
exputil_cy.set_size(xsize, ysize)
exputil_cy.set_traits_range(ms1=3, ms2=8, ut1=0.1, ut2=0.7, ma1=1500, ma2=1500)
exputil_cy.set_heredity(merge_thres, mut_per_diff)
w = exputil_cy.construct_world(xsize, ysize, total_mass, num_dna, ininum)
exputil_cy.do(w,
k,
dof=lambda w: w.one_step(),
endf=lambda w: w.extincted() or w.limit(limit),
returnf=lambda w: None,
screen_off=True,
print_moment=True,
print_moment_period=1)