def p_treatment_9(p):
"""treatment : COLOR SEMY OF almostfullcharge
| COLOR SEMYDELIS opttreatment
| COLOR SEMY OF GROUPS OF grpcharge
| COLOR BEZANTY"""
# The second is actually syntactically like ALTERED
if len(p) == 5:
p[0] = treatment.Semy(treatment.Treatment(p[1]), p[4])
elif len(p) == 4:
f = lookup(p[2])()
f.tincture = p[3]
p[0] = treatment.Semy(treatment.Treatment(p[1]), f)
elif len(p) == 7:
gp = blazon.BigRect()
gp.tincture = treatment.Treatment("proper")
gp.addCharge(copy.deepcopy(p[6]))
p[0] = treatment.Semy(treatment.Treatment(p[1]), gp)
else: # len(p)==3
p[0] = treatment.Semy(treatment.Treatment(p[1]), lookup(p[2])())
if len(p) == 4 and not f.tincture:
Globals.extracolorless.append(f)
def p_treatment_1(p):
"treatment : COLOR"
p[0] = treatment.Treatment(p[1])
Globals.colors.append(p[0])
fillin(p[0])
extrafillin(p[0])
def p_treatment_9a(p):
"treatment : COLOR SEMY OF charge CHARGED WITH grouporcharge"
p[4].addCharge(p[7])
p[0] = treatment.Semy(treatment.Treatment(p[1]), p[4])
def p_treatment_9a(p):
"""treatment : COLOR SEMY OF almostfullcharge CHARGED WITH almostfullcharge
| COLOR SEMY OF almostfullcharge CHARGED WITH grpcharge"""
p[4].addCharge(p[7])
p[0] = treatment.Semy(treatment.Treatment(p[1]), p[4])