def p_frac(p):
'''frac : FRAC command block
| FRAC block command
| FRAC block block'''
p[0] = formulate.formulate(
'comienza fracción', OPTION) + p[2] + formulate.formulate(
'sobre', OPTION) + p[3] + formulate.formulate(
'fin fracción', OPTION)
def p_choose(p):
'''choose : command CHOOSE command
| command CHOOSE block
| block CHOOSE command
| block CHOOSE block'''
p[0] = formulate.formulate('combinaciones de',
OPTION) + p[1] + formulate.formulate(
'en', OPTION) + p[3]
def p_binom(p):
'''binom : BINOM command command
| BINOM command block
| BINOM block command
| BINOM block block '''
p[0] = formulate.formulate('combinaciones de',
OPTION) + p[2] + formulate.formulate(
'en', OPTION) + p[3]
def p_complexAccent(p):
'''accent : ACCENT block'''
if (len(p[2]) > 3):
p[0] = formulate.formulate(dAccents.showReading(p[1]),
OPTION) + p[2] + formulate.formulate(
'fin ' + dAccents.showReading(p[1]),
OPTION,
)
else:
p[0] = p[2] + formulate.formulate(dAccents.showReading(p[1]), OPTION)
def p_largeOp(p):
'''larop : LARGEOP
| LARGEOP SUB command
| LARGEOP SUB block'''
if (len(p) == 2):
p[0] = formulate.formulate(dLargeOperators.showReading(p[1]), OPTION)
elif (len(p) == 4):
p[0] = formulate.formulate(
dLargeOperators.showReading(p[1]) + ' sobre',
OPTION) + p[3] + formulate.formulate('de', OPTION)
def p_lim(p):
'''lim : LIM
| LIM SUB command
| LIM SUB block '''
if (len(p) == 4):
p[0] = formulate.formulate('límite cuando',
OPTION) + p[3] + formulate.formulate(
'de', OPTION)
else:
p[0] = formulate.formulate('límite de', OPTION)
def p_compScripted(p):
'''scripted : command SUP command SUB command
| command SUP command SUB block
| command SUP block SUB command
| command SUP block SUB block
| block SUP command SUB command
| block SUP command SUB block
| block SUP block SUB command
| block SUP block SUB block
| command SUB command SUP command
| command SUB command SUP block
| command SUB block SUP command
| command SUB block SUP block
| block SUB command SUP command
| block SUB command SUP block
| block SUB block SUP command
| block SUB block SUP block'''
if (p[2] == '^'):
p[0] = p[1] + formulate.formulate(
'súper', OPTION) + p[3] + formulate.formulate(
'fin súper', OPTION) + formulate.formulate(
'sub', OPTION) + p[5] + formulate.formulate(
'fin sub', OPTION)
else:
p[0] = p[1] + formulate.formulate(
'sub', OPTION) + p[3] + formulate.formulate(
'fin sub', OPTION) + formulate.formulate(
'súper', OPTION) + p[5] + formulate.formulate(
'fin súper', OPTION)
def p_root(p):
'''root : ROOT command
| ROOT block
| ROOT KDELIMITER content KDELIMITER command
| ROOT KDELIMITER content KDELIMITER block '''
if (len(p) == 3):
p[0] = formulate.formulate('raíz cuadrada de',
OPTION) + p[2] + formulate.formulate(
'termina raíz', OPTION)
else:
p[0] = formulate.formulate(
'raíz', OPTION) + p[3] + formulate.formulate(
'de', OPTION) + p[5] + formulate.formulate(
'termina raíz', OPTION)
def p_comLargeOp(p):
'''larop : LARGEOP SUB command SUP command
| LARGEOP SUB command SUP block
| LARGEOP SUB block SUP command
| LARGEOP SUB block SUP block
| LARGEOP SUP command SUB command
| LARGEOP SUP command SUB block
| LARGEOP SUP block SUB command
| LARGEOP SUP block SUB block'''
if (p[2] == '_'):
p[0] = formulate.formulate(
dLargeOperators.showReading(p[1]) + ' desde',
OPTION) + p[3] + formulate.formulate(
'hasta', OPTION) + p[5] + formulate.formulate('de', OPTION)
else:
p[0] = formulate.formulate(
dLargeOperators.showReading(p[1]) + ' desde',
OPTION) + p[5] + formulate.formulate(
'hasta', OPTION) + p[3] + formulate.formulate('de', OPTION)
def p_prime(p):
'''prime : "'" '''
p[0] = formulate.formulate('prima', OPTION)
def p_factorial(p):
'''factorial : '!' '''
p[0] = formulate.formulate('factorial', OPTION)
def p_array(p):
'''array : BEGARRAY arrayContent ENDARRAY '''
p[0] = formulate.formulate('Arreglo\n',
OPTION) + p[2] + formulate.formulate(
'Fin Arreglo\n', OPTION)
def p_userCommand(p):
'''user : USER'''
p[0] = formulate.formulate(dUser.showReading(p[1]), OPTION)
def p_unknown(p):
'''unknown : UNKNOWN'''
p[0] = formulate.formulate(p[1], OPTION)
def p_binRel(p):
'''binrel : BINREL
| KBINREL'''
p[0] = formulate.formulate(dBinaryRelations.showReading(p[1]), OPTION)
def p_style(p):
'''style : STYLE command
| STYLE block '''
p[0] = formulate.formulate(dStyles.showReading(p[1]),
OPTION) + p[2] + formulate.formulate(
'fin ' + dStyles.showReading(p[1]), OPTION)
def p_linebreak(p):
'''lnbrk : LINEBREAK'''
p[0] = formulate.formulate('salto de línea', OPTION)
def p_binOp(p):
'''binop : BINOP
| KBINOP '''
p[0] = formulate.formulate(dBinaryOperators.showReading(p[1]), OPTION)
def p_pmod(p):
'''pmod : PMOD command'''
p[0] = formulate.formulate('módulo', OPTION) + p[2]
def p_arrow(p):
'''arrow : ARROW'''
p[0] = formulate.formulate(dArrows.showReading(p[1]), OPTION)
def p_not(p):
'''not : NOT '''
p[0] = formulate.formulate('no', OPTION)
def p_simpleFrac(p):
'''frac : FRAC command command '''
p[0] = p[2] + formulate.formulate('sobre', OPTION) + p[3]
def p_dots(p):
'''dots : DOTS '''
p[0] = formulate.formulate(dDots.showReading(p[1]), OPTION)
def p_delimiter(p):
'''delimiter : DELIMITER
| KDELIMITER '''
p[0] = formulate.formulate(dDelimiters.showReading(p[1]), OPTION)
def p_function(p):
'''function : FUNC '''
p[0] = formulate.formulate(dMathFunctions.showReading(p[1]), OPTION)
def p_blockpmod(p):
'''pmod : PMOD block'''
p[0] = formulate.formulate('módulo',
OPTION) + p[2] + formulate.formulate(
'fin mod', OPTION)
def p_simpleAccent(p):
'''accent : ACCENT command'''
p[0] = p[2] + formulate.formulate(dAccents.showReading(p[1]), OPTION)
def p_textBlock(p):
'''textBlock : TEXT any '''
p[0] = formulate.formulate('comienza texto ',
OPTION) + p[2] + formulate.formulate(
' termina texto', OPTION)
def p_ord(p):
'''ord : ORD '''
p[0] = formulate.formulate(
dOrdinary.showReading(p[1]), OPTION
) #--->Los operadores son la llave y el valor por defecto que esté en la lectura
