def steps(df):
global i
active_num = df.get_active_vertex_count()
print(active_num)
if active_num<3:
rad = df.get_greatest_distance(MID,MID) + FREEZE_DISTANCE*3
circ = rad*4*3.14
nodes = ceil(circ/NEARL)
print(rad, nodes)
angles = sorted(random(nodes)*TWOPI)
df.init_circle_segment(MID,MID, rad, angles)
collapse(df, NEARL, 0.1)
df.split_long_edges(NEARL*2.5)
df.optimize_contract(STP, FREEZE_DISTANCE)
def steps(df,steps_itt):
from math import ceil
from modules.growth import collapse
for i in xrange(steps_itt):
active_num = df.get_active_vertex_count()
print(active_num)
if active_num<1:
rad = df.get_greatest_distance(MID,MID) + FREEZE_DISTANCE*3
circ = rad*4*3.14
nodes = ceil(circ/NEARL)
print(rad, nodes)
angles = sorted(random(nodes)*TWOPI)
df.init_circle_segment(MID,MID, rad, angles)
collapse(df, NEARL*0.9, 0.1)
df.split_long_edges(NEARL*3)
df.optimize_contract(STP, FREEZE_DISTANCE)
