def GenTLI(self, weapdb):
# get the weapons
WEAP = 0
for i, weapname in enumerate(self.weapons):
idx = weapdb.names.index(weapname)
# try the ammo supply factor
try:
weap_ASE = qjm_interps.ASE(self.ammo[i] /
weapdb.weapons[idx].RF)
except:
if i == 0:
weap_ASE = 1
weap_RF = weapdb.weapons[idx].RF
elif i == 1:
weap_ASE = 0.5
elif i == 3:
weap_ASE = 0.33
else:
weap_ASE = 1 / i
pass
WEAP += weapdb.weapons[idx].TLI * weap_ASE / Di
# weapons from squad
WEAP_SQUAD = self.squad
MOF = 0.15 * (self.speed)**0.5
RA = 0.08 * (self.range)**0.5
PF = self.weight / 4 * (2 * self.weight)**0.5
ARMF = armour_factor(self)
AME = 1
if self.amphibious:
AME = 1.1
CL = 1
self.TLI = (((WEAP) * MOF * RA) + PF * ARMF) * AME * CL + WEAP_SQUAD
def GenTLI(self, weapdb):
# get the weapons
WEAP = 0
for i, weapname in enumerate(self.weapons):
idx = weapdb.names.index(weapname)
if i == 0:
factor = 1
weapRF = weapdb.weapons[idx].RF
elif i == 1:
factor = 0.5
elif i == 3:
factor = 0.33
else:
factor = i / 4
WEAP += weapdb.weapons[idx].TLI / Di
# weapons from squad
WEAP_SQUAD = 0
MOF = 0.15 * (self.speed)**0.5
RA = 0.08 * (self.range)**0.5
PF = self.weight / 4 * (2 * self.weight)**0.5
ARMF = armour_factor(self)
FCE = fire_control_factor(self)
RFE = 1
ASE = qjm_interps.ASE(self.ammo_store / weapRF)
AME = 1
CL = 1
self.TLI = (((WEAP + WEAP_SQUAD) * MOF * RA) +
PF * ARMF) * RFE * FCE * ASE * AME * CL
def GenTLI(self, weapdb):
# get the weapons
WEAP = 0
#print("WEAPS -",self.name)
for i, weapname in enumerate(self.weapons):
idx = weapdb.names.index(weapname)
# try the ammo supply factor
try:
weap_ASE = qjm_interps.ASE(self.ammo[i] /
weapdb.weapons[idx].RF)
except:
if i == 0:
weap_ASE = 1
weapRF = weapdb.weapons[idx].RF
elif i == 1:
weap_ASE = 0.5
elif i == 3:
weap_ASE = 0.33
else:
weap_ASE = 1 / i
if weapdb.weapons[idx].type == "Automatic gun":
WEAP += weapdb.weapons[
idx].TLI * weap_ASE / Di * 0.25 # all aircraft weapons degraded by .25
else: # if it's not a gun or automatic gun, then ammo is the quantity of weapons
WEAP += weapdb.weapons[idx].TLI / Di * 0.25 * math.log(
2 * self.ammo[i] -
1) # all aircraft weapons degraded by .25
#print("{} {:,.0f}".format(weapdb.weapons[idx].name,weapdb.weapons[idx].TLI))
#WEAP += weapdb.weapons[idx].TLI / Di * factor * 0.25 # all aircraft weapons degraded by .25
#WEAP += weapdb.weapons[idx].TLI / Di * 0.25 # all aircraft weapons degraded by .25 - remove degradation of redundant weapons?
MOF = 0.15 * (
500 + 0.1 * (max(0, self.speed - 500)) + 0.01 *
(max(0, self.speed - 1500)))**0.5 # max clips the value at zero
RA = 0.08 * (self.range)**0.5
PF = self.weight / 4 * (2 *
self.weight)**0.5 / 2 # half PF for aircraft
# parse the armour value
FCE = 1
RFE = 1
ASE = 1
CL = 1 + 0.02 * min(0, (self.ceiling - 30000) / 1000) + 0.005 * max(
0, (self.ceiling - 30000) / 1000
) # +.005 for each 1k ft above 30k, -0.02 for each 1k ft below 30k
#print("Aircraft ",self.name,"| WEAP",WEAP,"| CL",CL,"| MOF",MOF,"| RA",RA)
self.TLI = ((WEAP * MOF * RA) + PF) * RFE * FCE * ASE * CL
def GenTLI(self, weapdb):
# get the weapons
WEAP = 0
for i, weapname in enumerate(self.weapons):
idx = weapdb.names.index(weapname)
# try the ammo supply factor
try:
weap_ASE = qjm_interps.ASE(self.ammo[i] /
weapdb.weapons[idx].RF)
except:
if i == 0:
weap_ASE = 1
weap_RF = weapdb.weapons[idx].RF
elif i == 1:
weap_ASE = 0.5
elif i == 3:
weap_ASE = 0.33
else:
weap_ASE = 1 / i
pass
WEAP += weapdb.weapons[idx].TLI * weap_ASE / Di
MOF = 0.15 * (self.speed)**0.5
RA = 0.08 * (self.range)**0.5
PF = self.weight / 4 * (
2 * self.weight)**0.5 / 2 # divided by two for assault guns
# parse the armour value
ARMF = armour_factor(self)
RFE = 1
ASE = 1
AME = 1
if self.amphibious:
AME = 1.1
CL = 1
self.TLI = ((WEAP * MOF * RA) + PF * ARMF) * RFE * ASE * AME * CL