def print_brawler_list(file_list, select_l, header_l):
"""
brawler_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Add brawler selector
# - Walk 4 or Jump 4
# - At least 10 damage at range 15
# - BF armor value at least 4
# - Do more damage at range 15 than range 18
spd = 4 # Minimum speed
arm = 105 # Minimum armor
dam = 10 # Minimum damage
rng = 15 # Selected range
select_l.append(lambda x, y: (max(x.get_walk(), y.get_jump()) >= spd))
header_l.append("with at least speed %d" % spd)
select_l.append(lambda x, y: (x.armor.total.arm >= arm))
header_l.append(("with at least armor %d" % arm))
select_l.append(lambda x, y: (y.gear.weaponlist.count_damage(rng) >= dam))
header_l.append(("with at least damage %d at range %d" % (dam, rng)))
select_l.append(lambda x, y: ((y.gear.weaponlist.count_damage(rng) > y.gear.weaponlist.count_damage(rng + 3))))
header_l.append(("does more damage at range %d than range %d" % (rng, rng + 3)))
# select_l.append(lambda x, y: (x.is_brawler(y)))
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list("List of 'Brawlers' (Alpha)", header_l, unit_list)
def print_missile_boat_list(file_list, select_l, header_l):
"""
missile_boat_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Add missile boat selector
# - At least 20 lrm tubes
# - No non-missile long-range weapons
lrms = 20 # LRM tubes
rng = 21 # Selected range
select_l.append(lambda x, y: (y.gear.weaponlist.lrms >= lrms))
header_l.append(("with at least %d lrm tubes" % lrms))
select_l.append(lambda x, y: (y.gear.weaponlist.snipe == False))
header_l.append("with no non-missile long-range weapon")
# select_l.append(lambda x, y: (x.is_missile_boat(y)))
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list("List of 'Missile Boats' (Alpha)", header_l, unit_list)
def print_skirmisher_list(file_list, select_l, header_l):
"""
skirmisher_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Add skirimisher selector
# - Walk 5 or Jump 5
# - At least 1 damage at range 18
# - BF armor value at least 3
spd = 5 # Minimum speed
arm = 75 # Minimum armor
dam = 1 # Minimum damage
rng = 18 # Selected range
select_l.append(lambda x, y: (max(x.get_walk(), y.get_jump()) >= spd))
header_l.append("with at least speed %d" % spd)
select_l.append(lambda x, y: (x.armor.total.arm >= arm))
header_l.append(("with at least armor %d" % arm))
select_l.append(lambda x, y: (y.gear.weaponlist.count_damage(rng) >= dam))
header_l.append(("with at least damage %d at range %d" % (dam, rng)))
# select_l.append(lambda x, y: (x.is_skirmisher(y)))
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list("List of 'Skirmishers' (Alpha)", header_l, unit_list)
def print_snipe_list(file_list, select_l, header_l):
"""
snipe_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Add sniper selector
# - At least 10 damage at range 18
# - At least one non-missile long-range weapon
dam = 10 # Minimum damage
rng = 18 # Selected range
select_l.append(lambda x, y: (y.gear.weaponlist.count_damage(rng) >= dam))
header_l.append(("with at least damage %d at range %d" % (dam, rng)))
select_l.append(lambda x, y: (y.gear.weaponlist.snipe == True))
header_l.append("with at least one non-missile long-range weapon")
# select_l.append(lambda x, y: (x.is_sniper(y)))
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list("List of 'Snipers' (Alpha)", header_l, unit_list)
def print_juggernaut_list(file_list, select_l, header_l):
"""
juggernaut_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Add juggernaut selector
# - At least 30 damage at range 6
# - BF armor at least 5
arm = 135 # Minimum armor
dam = 30 # Minimum damage
rng = 6 # Selected range
select_l.append(lambda x, y: (x.armor.total.arm >= arm))
header_l.append(("with at least armor %d" % arm))
select_l.append(lambda x, y: (y.gear.weaponlist.count_damage(rng) >= dam))
header_l.append(("with at least damage %d at range %d" % (dam, rng)))
# select_l.append(lambda x, y: (x.is_juggernaut(y)))
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list("List of 'Juggernauts' (Alpha)", header_l, unit_list)
def print_range_list(file_list, select_l, header_l, rng):
"""
range_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list(("List of Damage at Range %d" % (rng)), header_l, unit_list)
def print_scout_list(file_list, select_l, header_l):
"""
scout_list output
In the form of name, weight, BV, damage, heat, movement, weapon details
sorted by damage, descending
"""
# Add scout selector
# - Walk 6 or Jump 6
spd = 6 # Minimum speed
rng = 3 # Selected range
select_l.append(lambda x, y: (max(x.get_walk(), y.get_jump()) >= spd))
header_l.append("with at least speed %d" % spd)
# select_l.append(lambda x, y: (x.is_scout(y)))
# Build list
unit_list = create_unit_list(file_list, select_l, create_std_list_item, rng)
# Sort by damage
unit_list.sort(key=itemgetter(3), reverse=True)
print_std_list("List of 'Scouts' (Alpha)", header_l, unit_list)
