def _set_constants_for_level(self):
self.buffs.level = self.level
self.stats.level = self.level
self.race.level = self.level
self.stats.gear_buffs.level = self.level
# calculate and cache the level-dependent armor mitigation parameter
self.armor_mitigation_parameter = armor_mitigation.parameter(self.level)
# target level dependent constants
try:
self.target_base_armor = self.TARGET_BASE_ARMOR_VALUES[self.target_level]
except KeyError as e:
raise exceptions.InvalidInputException(_('There\'s no armor value for a target level {level}').format(level=str(e)))
self.crit_reduction = .01 * self.level_difference
def _set_constants_for_level(self):
self.buffs.level = self.level
self.stats.level = self.level
self.race.level = self.level
self.stats.gear_buffs.level = self.level
# calculate and cache the level-dependent armor mitigation parameter
self.armor_mitigation_parameter = armor_mitigation.parameter(
self.level)
# target level dependent constants
try:
self.target_base_armor = self.TARGET_BASE_ARMOR_VALUES[
self.target_level]
except KeyError as e:
raise exceptions.InvalidInputException(
_('There\'s no armor value for a target level {level}').format(
level=str(e)))
self.crit_reduction = .01 * self.level_difference
def _set_constants_for_level(self):
self.buffs.level = self.level
self.stats.level = self.level
self.race.level = self.level
# calculate and cache the level-dependent armor mitigation parameter
self.armor_mitigation_parameter = armor_mitigation.parameter(self.level)
def __init__(self, stats, talents, glyphs, buffs, race, settings=None, level=100, target_level=103, char_class='rogue'):
#load stats, class, procs, etc to main content
self.tools = class_data.Util()
self.stats = stats
self.talents = talents
self.glyphs = glyphs
self.buffs = buffs
self.race = race
self.char_class = char_class
self.settings = settings
self.target_level = target_level
self.level = level
self.buffs.level = self.level
self.stats.level = self.level
self.race.level = self.level
self.stats.gear_buffs.level = self.level
# calculate and cache the level-dependent armor mitigation parameter
self.armor_mitigation_parameter = armor_mitigation.parameter(self.level)
#setup global variables, these get deep-copy and passed to new objects
self.state_values = {}
self.state_values['last_event'] = 0
self.state_values['damage_multiplier'] = 1.0
self.state_values['gcd_size'] = 1.0
self.state_values['range'] = 4.0
self.state_values['stance'] = 0
self.state_values['player_state'] = 'normal' #normal, casting,
self.state_values['cooldown'] = {}
self.state_values['stat_multipliers'] = {
'primary':self.stats.gear_buffs.gear_specialization_multiplier(), #armor specialization
'ap':self.buffs.attack_power_multiplier(),
'haste':1.0,
'crit':1.0,
'mastery':1.0,
'versatility':1.0,
'readiness':1.0,
'multistrike':1.0,
}
self.state_values['current_stats'] = {
'str': (self.stats.str), #useless for rogues now
'agi': (self.stats.agi + self.race.racial_agi), #+ self.buffs.buff_agi()
'int': (self.stats.int), #useless for rogues now
'ap': (self.stats.ap),
'crit': (self.stats.crit),
'haste': (self.stats.haste),
'mastery': (self.stats.mastery), # + self.buffs.buff_mast()
'readiness': (self.stats.readiness),
'multistrike': (self.stats.multistrike),
'versatility': (self.stats.versatility),
}
self.state_values['attack_speed'] = 1.0 #decimal value
self.state_values['haste'] = 1.0 #decimal value
self.calculate_effective_ap()
self.state_values['auras'] = [] #handles permanent and temporary
for e in self.buffs.buffs_debuffs:
self.state_values['auras'].append(e)
#change stats to match buffs
#combat tables
self.base_one_hand_miss_rate = 0
self.base_parry_chance = .03
self.base_dodge_chance = 0
self.base_spell_miss_rate = 0
self.base_dw_miss_rate = .17
self.base_block_chance = .075
self.crit_reduction = .01 * (self.target_level - self.level)
#load class module data
class_variables = self._get_values_for_class()
for key in class_variables:
self.state_values[key] = class_variables[key]
#trash objects, for reusing memory
self.trash_queue = None
def test_parameter_spot_checks(self):
self.assertAlmostEqual(5882.5, armor_mitigation.parameter(60))
self.assertAlmostEqual(10557.5, armor_mitigation.parameter(70))
self.assertAlmostEqual(15232.5, armor_mitigation.parameter(80))
self.assertAlmostEqual(26070.0, armor_mitigation.parameter(85))
def test_parameter_spot_checks(self):
self.assertAlmostEqual( 5882.5, armor_mitigation.parameter(60))
self.assertAlmostEqual(10557.5, armor_mitigation.parameter(70))
self.assertAlmostEqual(15232.5, armor_mitigation.parameter(80))
self.assertAlmostEqual(26070.0, armor_mitigation.parameter(85))
def __init__(self, stats, talents, glyphs, buffs, race, settings=None, level=100, target_level=103, char_class='rogue'):
#load stats, class, procs, etc to main content
self.tools = class_data.Util()
self.stats = stats
self.talents = talents
self.glyphs = glyphs
self.buffs = buffs
self.race = race
self.char_class = char_class
self.settings = settings
self.target_level = target_level
self.level = level
self.buffs.level = self.level
self.stats.level = self.level
self.race.level = self.level
self.stats.gear_buffs.level = self.level
# calculate and cache the level-dependent armor mitigation parameter
self.armor_mitigation_parameter = armor_mitigation.parameter(self.level)
#setup global variables, these get deep-copy and passed to new objects
self.state_values = {}
self.state_values['damage_multiplier'] = 1.0
self.state_values['gcd_size'] = 1.0
self.state_values['trinket_1'] = {'name':'null', 'last_proc_time': -600}
self.state_values['trinket_2'] = {'name':'null', 'last_proc_time': -600}
self.state_values['weapon_proc_1'] = {'name':'null', 'last_proc_time': -600}
self.state_values['weapon_proc_2'] = {'name':'null', 'last_proc_time': -600}
self.state_values['cooldown'] = {}
self.state_values['stat_multipliers'] = {
'primary':self.stats.gear_buffs.gear_specialization_multiplier(), #armor specialization
'ap':self.buffs.attack_power_multiplier(),
'haste':1.0,
'crit':1.0,
'mastery':1.0,
'versatility':1.0,
'readiness':1.0,
'multistrike':1.0,
}
self.state_values['current_stats'] = {
'str': (self.stats.str), #useless for rogues now
'agi': (self.stats.agi + self.race.racial_agi), #+ self.buffs.buff_agi()
'int': (self.stats.int), #useless for rogues now
'ap': (self.stats.ap),
'crit': (self.stats.crit),
'haste': (self.stats.haste),
'mastery': (self.stats.mastery), # + self.buffs.buff_mast()
'readiness': (self.stats.readiness),
'multistrike': (self.stats.multistrike),
'versatility': (self.stats.versatility),
}
self.calculate_effective_ap()
self.state_values['auras'] = [] #handles permanent and temporary
for e in self.buffs.buffs_debuffs:
self.state_values['auras'].append((e, 'inf')) # ('name', time), time = 'inf' or number
#change stats to match buffs
#combat tables
self.base_one_hand_miss_rate = 0
self.base_parry_chance = .03
self.base_dodge_chance = 0
self.base_spell_miss_rate = 0
self.base_dw_miss_rate = .17
self.base_block_chance = .075
self.crit_reduction = .01 * (self.target_level - self.level)
#load class module data
class_variables = self._get_values_for_class()
for key in class_variables:
self.state_values[key] = class_variables[key]
