states[hs["gamestate"]][state][2] = get_next_unique_state(
dll_plrmodel, zp, act_str + "1", states)
if states[hs["gamestate"]][state][2] != None:
ur.next[1] = pointer(states[hs["gamestate"]][state][2][4])
if possible[2] == True:
states[hs["gamestate"]][state][3] = get_next_unique_state(
dll_plrmodel, zp, act_str + "2", states)
if states[hs["gamestate"]][state][3] != None:
ur.next[2] = pointer(states[hs["gamestate"]][state][3][4])
ur.model_tree = dll_plrmodel.generate_empty_plrmodel_tree(
None, None, 0, hs["gamestate"], hs["gamestate"])
states[hs["gamestate"]][state][4] = ur
return states[hs["gamestate"]][state]
gamedir = sys.argv[1]
zp = libzpoker.libzpoker(gamedir)
dll_plrmodel = cdll.LoadLibrary("libplrmodel.dylib")
dll_plrmodel.generate_empty_plrmodel_tree.restype = c_void_p
states = [{}, {}, {}, {}, {}]
old_lens = [0, 0, 0, 0]
act_str = ""
get_next_unique_state(dll_plrmodel, zp, act_str, states)
#print states
import libzpoker
import sys
zp = libzpoker.libzpoker()
zp.load_diffs(1)
type_list = zp.build_pyramid2(range(zp.i.n_types[1]), zp.diffs[1])
diffs = zp.diffs[1]
final_i1 = type_list[0]
final_i2 = type_list[-1]
for i, x in enumerate(type_list):
print diffs[x, final_i1], diffs[
x, final_i2], diffs[x, final_i1] - diffs[x, final_i2], x, i
import libzpoker
import numpy
zp = libzpoker.libzpoker("testipeli")
zp.load_hand_wtl_odds()
nh = 32
for x in xrange(nh):
print x, zp.hand_wtl_odds[1, nh + x, nh:nh * 2]
