def create_speed_list_item(mech, i, var):
"""
Compile info used by print_speed_list()
"""
name_str = mech.name + " " + mech.model + i.get_name()
batt_val = mech.get_bv(i)
weight = mech.weight
walk = mech.get_walk()
run = mech.get_run()
jump = i.get_jump()
spd = max(walk, jump)
if mech.type == "BM":
enh = mech.enhancement.get_type()
else:
enh = ""
mod = mech.get_move_target_modifier(i)
batt_f = BattleForce(mech, i)
bf_str = batt_f.get_move()
osf = mech.get_off_speed_factor(i, False)
sup = ""
if i.gear.supercharger.supercharger:
sup = "SupC"
eng_s = mech.engine.short
return (name_str, weight, batt_val, spd, walk, run, jump, enh, eng_s, mod, bf_str, osf, sup)
def create_armor_list_item(mech, i, var):
"""
Compile info used by print_armor_list()
"""
name_str = mech.name + " " + mech.model + i.get_name()
batt_val = mech.get_bv(i)
weight = mech.weight
# Armor coverage relative to maximum
armor = mech.armor.get_armor_percent()
# Check for explosive stuff that can disable the mech
exp = i.gear.get_ammo_exp_bv(mech.engine) + i.gear.get_weapon_exp_bv(mech.engine)
if exp < 0:
e_str = "EXP"
else:
e_str = ""
# Check for a stealth system
sth = mech.get_stealth()
if sth:
s_str = "STH"
else:
s_str = ""
# Armor points
arm_p = mech.armor.total.arm
max_p = mech.armor.total.max
# Armor weight
wgt = mech.armor.get_weight()
# BF armor
batt_f = BattleForce(mech, i)
bf_a = batt_f.get_armor()
short = mech.armor.short
return (name_str, weight, batt_val, arm_p, max_p, armor, wgt, short, bf_a, e_str, s_str)
def is_brawler(self):
"""
Check if a mech is a brawler
Definition:
- Speed at least walk 4 or jump 4
- BF armor at least 4
- Able to do 10 damage at range 15
- Do more damage at range 15 than range 18
"""
if self.mech.get_walk() < 4 and self.load.get_jump() < 4:
return False
batt_f = BattleForce(self.mech, self.load)
if batt_f.get_armor() < 4:
return False
dam15 = self.load.gear.weaponlist.count_damage(15)
if dam15 < 10:
return False
if self.load.gear.weaponlist.count_damage(18) >= dam15:
return False
return True
def parse_armor(mech):
"""
Parse the armor of a mech.
"""
# Standard armor report
mech.armor.parse_armor()
# Battle force armor
batt_f = BattleForce(mech, mech.load)
print "BF Armor: ", batt_f.get_armor()
def create_battle_force_list_item(mech, i, var):
"""
Compile info used by print_battle_force_list()
"""
name_str = mech.name + " " + mech.model + i.get_name()
batt_f = BattleForce(mech, i)
batt_val = batt_f.get_point_value()
weight = batt_f.get_weight_class()
mov = batt_f.get_move()
armor = batt_f.get_armor()
return (name_str, weight, batt_val, mov, armor)
def is_skirmisher(self):
"""
Check if a mech is a skirmisher
Definition:
- Speed at least walk 5 or jump 5
- BF armor at least 3
- Able to do 5 damage at range 15
"""
if self.mech.get_walk() < 5 and self.load.get_jump() < 5:
return False
batt_f = BattleForce(self.mech, self.load)
if batt_f.get_armor() < 3:
return False
if self.load.gear.weaponlist.count_damage(15) < 5:
return False
return True
def is_juggernaut(self):
"""
Check if a mech is a juggernaut
Definition:
- Walking and jump speed no more than 4
- BF armor at least 5
- Able to do 30 damage at range 6
- Do less than 20 damage at range 18
"""
if self.mech.get_walk() > 4 or self.load.get_jump() > 4:
return False
batt_f = BattleForce(self.mech, self.load)
if batt_f.get_armor() < 5:
return False
if self.load.gear.weaponlist.count_damage(6) < 30:
return False
if self.load.gear.weaponlist.count_damage(18) >= 20:
return False
return True
