def evaluate(attacking_type, attacking_health, attacking_terrain,
defending_type, defending_health, defending_terrain):
attacking_class = units.type[attacking_type].unitclass
defending_class = units.type[defending_type].unitclass
attacking_power = units.type[attacking_type].power[defending_class]
defending_power = units.type[defending_type].power[attacking_class]
attacking_terrain_modifier = terrain.getTerrainModifier(
attacking_class, attacking_terrain)
defending_terrain_modifier = terrain.getTerrainModifier(
defending_class, defending_terrain)
## todo: not yet implemented
gangup_bonus = 0
attacking_left = get_single_result(defending_health, defending_power,
defending_terrain_modifier[0],
attacking_health,
units.type[attacking_type].defense,
attacking_terrain_modifier[1],
gangup_bonus)
defending_left = get_single_result(attacking_health, attacking_power,
attacking_terrain_modifier[0],
defending_health,
units.type[defending_type].defense,
defending_terrain_modifier[1],
gangup_bonus)
return attacking_left, defending_left
def debug(attacking_type, attacking_health, attacking_terrain, defending_type,
defending_health, defending_terrain):
attacking_class = units.type[attacking_type].unitclass
defending_class = units.type[defending_type].unitclass
attacking_power = units.type[attacking_type].power[defending_class]
defending_power = units.type[defending_type].power[attacking_class]
attacking_terrain_modifier = terrain.getTerrainModifier(
attacking_class, attacking_terrain)
defending_terrain_modifier = terrain.getTerrainModifier(
defending_class, defending_terrain)
## todo: not yet implemented
gangup_bonus = 0
for i in range(0, 11):
print "%10d" % i,
print
print "------------------------------------------------"
r = simulate_probabilities(defending_health, defending_power,
defending_terrain_modifier[0], attacking_health,
units.type[attacking_type].defense,
attacking_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
r = calc_probabilities(defending_health, defending_power,
defending_terrain_modifier[0], attacking_health,
units.type[attacking_type].defense,
attacking_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
r = simulate_probabilities(attacking_health, attacking_power,
attacking_terrain_modifier[0], defending_health,
units.type[defending_type].defense,
defending_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
r = calc_probabilities(attacking_health, attacking_power,
attacking_terrain_modifier[0], defending_health,
units.type[defending_type].defense,
defending_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
print
def evaluate(attacking_type, attacking_health, attacking_terrain, defending_type, defending_health, defending_terrain):
attacking_class = units.type[attacking_type].unitclass
defending_class = units.type[defending_type].unitclass
attacking_power = units.type[attacking_type].power[defending_class]
defending_power = units.type[defending_type].power[attacking_class]
attacking_terrain_modifier = terrain.getTerrainModifier(attacking_class, attacking_terrain)
defending_terrain_modifier = terrain.getTerrainModifier(defending_class, defending_terrain)
## todo: not yet implemented
gangup_bonus = 0
attacking_left = get_single_result(defending_health, defending_power, defending_terrain_modifier[0], attacking_health, units.type[attacking_type].defense, attacking_terrain_modifier[1], gangup_bonus)
defending_left = get_single_result(attacking_health, attacking_power, attacking_terrain_modifier[0], defending_health, units.type[defending_type].defense, defending_terrain_modifier[1], gangup_bonus)
return attacking_left, defending_left
def debug(attacking_type, attacking_health, attacking_terrain, defending_type, defending_health, defending_terrain):
attacking_class = units.type[attacking_type].unitclass
defending_class = units.type[defending_type].unitclass
attacking_power = units.type[attacking_type].power[defending_class]
defending_power = units.type[defending_type].power[attacking_class]
attacking_terrain_modifier = terrain.getTerrainModifier(attacking_class, attacking_terrain)
defending_terrain_modifier = terrain.getTerrainModifier(defending_class, defending_terrain)
## todo: not yet implemented
gangup_bonus = 0
for i in range(0, 11):
print "%10d" % i,
print
print "------------------------------------------------"
r = simulate_probabilities(defending_health, defending_power, defending_terrain_modifier[0], attacking_health, units.type[attacking_type].defense, attacking_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
r = calc_probabilities(defending_health, defending_power, defending_terrain_modifier[0], attacking_health, units.type[attacking_type].defense, attacking_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
r = simulate_probabilities(attacking_health, attacking_power, attacking_terrain_modifier[0], defending_health, units.type[defending_type].defense, defending_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
r = calc_probabilities(attacking_health, attacking_power, attacking_terrain_modifier[0], defending_health, units.type[defending_type].defense, defending_terrain_modifier[1], gangup_bonus)
for i in range(0, 11):
print "%10.6f" % (r[i] if i in r else 0),
print
print
