def calculate(self):
if not self.initializing:
gear_stats = self.gear_page.get_stats()
my_stats = stats.Stats(**gear_stats)
my_talents = rogue_talents.RogueTalents(*self.talents_page.get_talents())
my_glyphs = rogue_glyphs.RogueGlyphs(*self.talents_page.get_glyphs())
my_buffs = buffs.Buffs(*self.buffs_page.current_buffs)
my_race = race.Race(self.settings_page.get_race())
test_settings = settings.Settings(self.settings_page.get_cycle(), response_time = self.settings_page.get_response_time())
self.error_area.SetLabel("")
try:
calculator = AldrianasRogueDamageCalculator(my_stats, my_talents, my_glyphs, my_buffs, my_race, test_settings)
dps = calculator.get_dps()
ep_values = calculator.get_ep()
dps_breakdown = calculator.get_dps_breakdown()
except exceptions.InvalidInputException as e:
self.error_area.SetLabel(str(e))
self.dps.SetValue(str(dps))
self.ep_box.SetValue(self.pretty_print(ep_values))
self.dps_breakdown.SetValue(self.pretty_print(dps_breakdown))
for stat in GearPage.stats:
tc = getattr(self, stat)
tc.SetValue(str(gear_stats[stat]))
def test_get_ep(self):
test_buffs = buffs.Buffs()
test_mh = stats.Weapon(939.5, 1.8, 'dagger', 'landslide')
test_oh = stats.Weapon(730.5, 1.4, 'dagger', 'landslide')
test_ranged = stats.Weapon(1371.5, 2.2, 'thrown')
test_procs = procs.ProcsList('heroic_prestors_talisman_of_machination', 'fluid_death', 'rogue_t11_4pc')
test_gear_buffs = stats.GearBuffs('rogue_t11_2pc', 'leather_specialization', 'potion_of_the_tolvir', 'chaotic_metagem')
test_stats = stats.Stats(20, 4756, 190, 1022, 1329, 597, 1189, 1377, test_mh, test_oh, test_ranged, test_procs, test_gear_buffs)
test_talents = rogue_talents.RogueTalents('0333230113022110321', '0020000000000000000', '2030030000000000000')
glyph_list = ['backstab', 'mutilate', 'rupture']
test_glyphs = rogue_glyphs.RogueGlyphs(*glyph_list)
test_race = race.Race('night_elf')
test_cycle = settings.AssassinationCycle()
test_settings = settings.Settings(test_cycle, response_time=1)
test_level = 85
calculator = AldrianasRogueDamageCalculator(test_stats, test_talents, test_glyphs, test_buffs, test_race, test_settings, test_level)
ep_values = calculator.get_ep()
self.assertTrue(ep_values['agi'] < 4.0)
self.assertTrue(ep_values['agi'] > 2.0)
self.assertTrue(ep_values['yellow_hit'] < 4.0)
self.assertTrue(ep_values['yellow_hit'] > 1.0)
self.assertTrue(ep_values['crit'] < 2.0)
self.assertTrue(ep_values['crit'] > 0.0)
test_race = race.Race('night_elf')
# Set up settings.
test_cycle = settings.CombatCycle()
test_settings = settings.Settings(test_cycle, response_time=1)
# Set up level
test_level = 85
# Build a DPS object.
calculator = AldrianasRogueDamageCalculator(test_stats, test_talents, test_glyphs, test_buffs, test_race, test_settings, test_level)
print 'WARNING: This module contains bugs. Probably a lot of them. Don\'t even *think* about trying to draw meaningful decisions from the results at this stage.'
# Compute EP values.
ep_values = calculator.get_ep().items()
ep_values.sort(key=lambda entry: entry[1], reverse=True)
max_len = max(len(entry[0]) for entry in ep_values)
for value in ep_values:
print value[0] + ':' + ' ' * (max_len - len(value[0])), value[1]
print '---------'
# Compute DPS Breakdown.
dps_breakdown = calculator.combat_dps_breakdown().items()
dps_breakdown.sort(key=lambda entry: entry[1], reverse=True)
max_len = max(len(entry[0]) for entry in dps_breakdown)
total_dps = sum(entry[1] for entry in dps_breakdown)
for entry in dps_breakdown:
print entry[0] + ':' + ' ' * (max_len - len(entry[0])), entry[1]
# Set up race.
test_race = race.Race('night_elf')
# Set up settings.
test_cycle = settings.SubtletyCycle(5)
test_settings = settings.Settings(test_cycle, response_time=1)
# Set up level
test_level = 85
# Build a DPS object.
calculator = AldrianasRogueDamageCalculator(test_stats, test_talents, test_glyphs, test_buffs, test_race, test_settings, test_level)
# Compute EP values.
ep_values = calculator.get_ep()
# Compute talents ranking
main_tree_talents_ranking, off_tree_talents_ranking = calculator.get_talents_ranking()
# Compute DPS Breakdown.
dps_breakdown = calculator.get_dps_breakdown()
total_dps = sum(entry[1] for entry in dps_breakdown.items())
def pretty_print(dict_list):
max_len = 0
for i in dict_list:
dict_values = i.items()
if max_len < max(len(entry[0]) for entry in dict_values):
max_len = max(len(entry[0]) for entry in dict_values)
