def GenTLI(self):
RF = qjm_interps.RF_From_Calibre(self.calibre)
PTS = qjm_interps.PTS_From_Calibre(self.calibre)
RIE = self.rie
# RN
RN_Range = 1 + (0.001 * self.range)**0.5
RN_MV = 0.007 * self.muzzle_vel * 0.1 * (self.calibre)**0.5
if RN_MV > RN_Range:
RN = RN_MV
else:
RN = (RN_Range + RN_MV) / 2
# derive accuracy from guidance value
acc = {'Optical': 1,
'BR': 1.2,
'IR': 1.8,
'SARH': 1.5,
'ARH': 2.0}
A = acc[self.guidance]
RL = 1
SME = 1
GE = 2 # guided weapons have a bonus effect
MCE = 1
AE = 1
MBE = qjm_interps.MBE(self.barrels)
self.RF = RF
MRN = 1 - 0.19 * ((self.min_range - 1000) / 1000)
VEL = 1 + .001 * (self.muzzle_vel - 400)
EN = self.enhancement
print(self.name, RF , PTS , RIE , RN , A , RL , \
SME , MCE , AE , MBE , MRN , VEL , EN , GE)
self.TLI = RF * PTS * RIE * RN * A * RL * \
SME * MCE * AE * MBE * MRN * VEL * EN * GE
def GenTLI(self):
RF = qjm_interps.RF_From_Calibre(self.calibre)
PTS = qjm_interps.PTS_From_Calibre(self.calibre)
RIE = self.rie
# RN
RN_Range = 1 + (0.001 * self.range)**0.5
RN_MV = 0.007 * self.muzzle_vel * 0.1 * (self.calibre)**0.5
if RN_MV > RN_Range:
RN = RN_MV
else:
RN = (RN_Range + RN_MV) / 2
# derive accuracy from guidance value
acc = {'SACLOS wire day': 1.6,
'SACLOS wire day/night': 1.7,
'SACLOS radio': 1.7,
'LOSLBR': 1.8,
'F&F': 1.9}
A = acc[self.guidance]
RL = 1
SME = 1
GE = 2 # guided weapons have a bonus effect
MCE = 1
AE = 1
MBE = qjm_interps.MBE(self.barrels)
self.RF = RF / 2 # factor to deal with ASE
MRN = 1 - 0.19 * ((self.min_range - 100) / 100)
PEN = 1 + 0.01 * signed_sqrt(self.penetration - 500)
VEL = 1 + .001 * (self.muzzle_vel - 400)
EN = self.enhancement
self.TLI = RF * PTS * RIE * RN * A * RL * \
SME * MCE * AE * MBE * MRN * PEN * VEL * EN * GE
def GenTLI(self):
calibre_corrected = qjm_interps.Calibre_From_Weight(self.calibre)
#RF = 2 # caps at for large calibres
RF = qjm_interps.RF_From_Calibre(calibre_corrected)
PTS = qjm_interps.PTS_From_Calibre(calibre_corrected)
RIE = 100
RN = 1
A = self.accuracy
RL = 1
SME = 1
MCE = 1
AE = 1
MBE = 1
self.RF = RF
self.TLI = RF * PTS * RIE * RN * A * RL * SME * MCE * AE * MBE
def GenTLI(self):
RF = qjm_interps.RF_From_Calibre(self.calibre)
PTS = qjm_interps.PTS_From_Calibre(self.calibre)
RIE = self.rie
# RN
RN_Range = 1 + (0.001 * self.range)**0.5
RN_MV = 0.007 * self.muzzle_vel * 0.1 * (self.calibre)**0.5
if RN_MV > RN_Range:
RN = RN_MV
else:
RN = (RN_Range + RN_MV) / 2
A = self.accuracy
RL = 1
SME = 1
MCE = 1
AE = 1
MBE = qjm_interps.MBE(self.barrels)
self.RF = RF
self.TLI = RF * PTS * RIE * RN * A * RL * SME * MCE * AE * MBE
def GenTLI(self):
# RF - if empty use calibre
if self.rate_of_fire is None:
RF = qjm_interps.RF_From_Calibre(self.calibre)
else:
RF = self.rate_of_fire * self.rf_multiple
PTS = qjm_interps.PTS_From_Calibre(self.calibre)
RIE = self.rie
# RN
RN_Range = 1 + (0.001 * self.range)**0.5
RN_MV = 0.007 * self.muzzle_vel * (0.1 * self.calibre)**0.5
if RN_MV > RN_Range:
RN = RN_MV
else:
RN = (RN_Range + RN_MV) / 2
A = self.accuracy
RL = 1
SME = 1
MCE = 1
AE = 1
MBE = qjm_interps.MBE(self.barrels)
self.RF = RF
self.TLI = RF * PTS * RIE * RN * A * RL * SME * MCE * AE * MBE
def GenTLI(self):
# RF - if empty use calibre
if self.rate_of_fire is None:
RF = qjm_interps.RF_From_Calibre(self.calibre)
else:
RF = self.rate_of_fire * self.rf_multiple
PTS = qjm_interps.PTS_From_Calibre(self.calibre)
RIE = self.rie
# RN
RN_Range = 1 + (0.001 * self.range)**0.5
RN_MV = 0.007 * self.muzzle_vel * (0.1 * self.calibre)**0.5
if RN_MV > RN_Range:
RN = RN_MV
else:
RN = (RN_Range + RN_MV) / 2
# derive accuracy from guidance value
acc = {
'SACLOS wire day': 1.6,
'SACLOS wire day/night': 1.7,
'SACLOS radio': 1.7,
'LOSLBR': 1.8,
'F&F': 1.9
}
A = acc[self.guidance]
RL = 1
SME = 1
MCE = 1
AE = 1
MBE = qjm_interps.MBE(self.barrels)
self.RF = RF
MRN = 1 - 0.19 * ((self.min_range - 100) / 100)
PEN = 1 + 0.01 * signed_sqrt(self.penetration - 500)
VEL = 1 + .001 * (self.muzzle_vel - 400)
EN = self.enhancement
self.TLI = RF * PTS * RIE * RN * A * RL * \
SME * MCE * AE * MBE * MRN * PEN * VEL * EN