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latinandgreekletters.py
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latinandgreekletters.py
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if greekOn==False and slantyOn==False:
whichChar=greekSet
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
greekOn=True
whichChar=slantySet
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
slantyOn=True
######################## Lower case letters
whichChar=lowercase__a
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__b
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__c
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__d
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__e
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__f
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__g
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__h
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__i
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__j
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__k
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__l
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__m
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__n
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__o
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__p
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__q
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__r
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__s
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__t
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__u
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__v
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__w
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__x
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__y
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=lowercase__z
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
######################### Upper case Letters
whichChar=uppercase__A
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__B
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__C
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__D
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__E
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__F
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__G
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__H
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__I
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__J
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__K
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__L
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__M
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__N
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__O
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__P
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__Q
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__R
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__S
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__T
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__U
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__V
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__W
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__X
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__Y
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=uppercase__Z
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
elif greekOn==True:
whichChar=greekSet
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
greekOn=False
whichChar=greek_lowercasealpha
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasebeta
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasegamma
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasedelta
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaseepsilon
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasezeta
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaseeta
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasetheta
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaseiota
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasekappa
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaselambda
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasemu
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasenu
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasexi
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaseomicron
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasepi
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaserho
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasesigma
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasetau
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaseupsilon
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasephi
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasechi
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercasepsi
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_lowercaseomega
if event.key in whichChar.keys and (not (letCor['LEFTSHIFT'] in keys)) and (not (letCor['RIGHTSHIFT'] in keys)):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
###### Upper case Greek
whichChar=greek_uppercasealpha
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasebeta
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasegamma
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasedelta
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaseepsilon
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasezeta
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaseeta
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasetheta
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaseiota
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasekappa
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaselambda
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasemu
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasenu
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasexi
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaseomicron
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasepi
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaserho
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasesigma
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasetau
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaseupsilon
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasephi
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasechi
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercasepsi
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=greek_uppercaseomega
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
elif slantyOn==True:
whichChar=slantySet
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
slantyOn=False
whichChar=slanty__a
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__b
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__c
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__d
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__e
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__f
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__g
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__h
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__i
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__j
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__k
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__l
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__m
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__n
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__o
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__p
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__q
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__r
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__s
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__t
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__u
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__v
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__w
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__x
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__y
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1
whichChar=slanty__z
for yit in range(len(whichChar.keys)):
if event.key in whichChar.keys[yit] and whichChar.keys[yit].issubset(keys):
charray.charen.insert(curChar,addChar(whichChar))
curChar+=1