def create_def_list_item(mech, i, var):
"""
Compile info used by print_default()
"""
name_str = mech.name + " " + mech.model + i.get_name()
batt_val = mech.get_bv(i)
weight = mech.weight
source = i.source
prod_era = conv_era(i.get_prod_era())
rules = conv_rules(mech.get_rules_level(i), 0)
year = mech.get_year(i)
return (name_str, weight, batt_val, source, rules, prod_era, year)
def create_selector_list(args):
"""
Builds select lists from arguments
"""
# Create lists
select = lambda x, y: True
select_l = []
select_l.append(select)
header_l = []
# TAG
if args.tag:
select_l.append(lambda x, y: ("TAG" in y.specials or "LTAG" in y.specials))
header_l.append("with TAG")
# C3 Slave
if args.c3s:
select_l.append(lambda x, y: ("C3S" in y.specials or "C3BSS" in y.specials))
header_l.append("with C3 Slave")
# C3 Master
if args.c3m:
select_l.append(lambda x, y: ("C3M" in y.specials or "C3BSM" in y.specials))
header_l.append("with C3 Master")
# C3i
if args.c3i:
select_l.append(lambda x, y: "C3I" in y.specials)
header_l.append("with C3i")
# Narc
if args.narc:
select_l.append(lambda x, y: ("SNARC" in y.specials or "INARC" in y.specials))
header_l.append("with Narc")
# ECM
if args.ecm:
select_l.append(lambda x, y: ("ECM" in y.specials or "AECM" in y.specials or "WAT" in y.specials))
header_l.append("with ECM")
# Active Probe
if args.probe:
select_l.append(
lambda x, y: ("PRB" in y.specials or "BH" in y.specials or "LPRB" in y.specials or "WAT" in y.specials)
)
header_l.append("with Active Probe")
# Taser
if args.taser:
select_l.append(lambda x, y: "MTAS" in y.specials)
header_l.append("with Battlemech Taser")
# Inner Sphere
if args.i:
select_l.append(lambda x, y: (x.techbase == "Inner Sphere" and not y.mixed))
header_l.append("Inner Sphere-tech")
# Clan
if args.cl:
select_l.append(lambda x, y: (x.techbase == "Clan" and not y.mixed))
header_l.append("Clan-tech")
# Command Console
if args.cc:
select_l.append(lambda x, y: x.cockpit.console == "TRUE")
header_l.append("with Command Console")
# Era
if args.e < 99:
era = args.e
select_l.append(lambda x, y: (y.get_prod_era() <= era))
header_l.append(("available at era %s" % conv_era(era)))
# Year
if args.y > 0:
select_l.append(lambda x, y: (x.get_year(y) <= args.y))
header_l.append(("available at year %d" % args.y))
# Speed
if args.se > 0:
spd = args.se
select_l.append(lambda x, y: (max(x.get_walk(), y.get_jump()) == spd))
header_l.append(("with speed %d" % spd))
# Speed
if args.sf > 0:
spd = args.sf
select_l.append(lambda x, y: (max(x.get_walk(), y.get_jump()) >= spd))
header_l.append(("with at least speed %d" % spd))
# Jumping
if args.j:
select_l.append(lambda x, y: (y.get_jump() > 0))
header_l.append("can jump")
# Armor
if args.af > 0:
select_l.append(lambda x, y: (x.armor.total.arm >= args.af))
header_l.append(("with at least armor %d" % args.af))
# LRMs
if args.lrm > 0:
lrm = args.lrm
select_l.append(lambda x, y: (y.gear.weaponlist.lrms >= lrm))
header_l.append(("with at least %d lrm tubes" % lrm))
# non-primitive
if args.npr:
select_l.append(lambda x, y: x.engine.etype != "Primitive Fusion Engine")
header_l.append("Non-primitive")
# Weight
if args.wgt > 0:
select_l.append(lambda x, y: (x.weight == args.wgt))
header_l.append(("of weight %d" % args.wgt))
# Rules level
if args.rule < 99:
select_l.append(lambda x, y: (x.get_rules_level(y) <= args.rule))
header_l.append(("with highest rules level %s" % conv_rules(args.rule, 1)))
# VTOL
if args.vtol:
select_l.append(lambda x, y: (x.type == "CV" and x.mot_type == "VTOL"))
header_l.append("VTOL")
# Light
if args.light:
select_l.append(lambda x, y: (x.weight < 40))
header_l.append("of light weight")
# Medium
if args.medium:
select_l.append(lambda x, y: (x.weight >= 40 and x.weight < 60))
header_l.append("of medium weight")
# Heavy
if args.heavy:
select_l.append(lambda x, y: (x.weight >= 60 and x.weight < 80))
header_l.append("of heavy weight")
# Assault
if args.assault:
select_l.append(lambda x, y: (x.weight >= 80))
header_l.append("of assault weight")
return (select_l, header_l)
