def mult(cuad, i):
dir1 = (cuad.dir1.split('['))
dir2 = (cuad.dir2.split('['))
len1 = len(dir1)
len2 = len(dir2)
if (len1 < 2 and len2 < 2):
dir1 = apuntador(cuad.dir1)
dir2 = apuntador(cuad.dir2)
result = apuntador(cuad.result)
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
if dir2 >= 8000 and dir2 < 13000:
right_op = findCte(dir2)
else:
right_op = memo.get(glob, globTemp, local, localTemp, dir2)
res = left_op * right_op
memo.assign(glob, globTemp, local, localTemp, result, res)
return i + 1
else:
result = (cuad.result.split('['))
if (len1 < 2):
dir1 = apuntador(cuad.dir1)
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
mat2 = createMat(dir2)
res = np.multiply(left_op, mat2)
createMatRes(result, res)
elif (len2 < 2):
mat1 = createMat(dir1)
dir2 = apuntador(cuad.dir2)
if dir2 >= 8000 and dir2 < 13000:
right_op = findCte(dir2)
else:
right_op = memo.get(glob, globTemp, local, localTemp, dir2)
res = np.multiply(mat1, right_op)
createMatRes(result, res)
else:
mat1 = createMat(dir1)
mat2 = createMat(dir2)
res = np.dot(mat1, mat2)
if (str(res)[0] != '['):
result = apuntador(cuad.result)
memo.assign(glob, globTemp, local, localTemp, result, res)
else:
createMatRes(result, res)
return i + 1
def div(cuad, i):
dir1 = apuntador(cuad.dir1)
dir2 = apuntador(cuad.dir2)
result = apuntador(cuad.result)
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
if dir2 >= 8000 and dir2 < 13000:
right_op = findCte(dir2)
else:
right_op = memo.get(glob, globTemp, local, localTemp, dir2)
res = left_op / right_op
memo.assign(glob, globTemp, local, localTemp, result, res)
return i + 1
def param(cuad, i):
global numParams
global intP
global floatP
global charP
dir1 = apuntador(cuad.dir1)
space = int(cuad.result) - 1
memT = memo.indentifyType(dir1)
if numParams > 0:
if funcParams[space] == 'i' and memT == 1:
dir = 13000 + intP
intP += 1
elif funcParams[space] == 'f' and memT == 2:
dir = 14000 + floatP
floatP += 1
elif funcParams[space] == 'c' and memT == 3:
dir = 15000 + charP
charP += 1
else:
print('Error: Parametros no compatibles')
sys.exit()
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
memo.assign(glob, globTemp, local2, localTemp2, dir, left_op)
numParams -= 1
if numParams == 0:
intP = 0
floatP = 0
charP = 0
return i + 1
else:
print('Error: Se esperaban menos parametros')
sys.exit()
def gotofalse(cuad, i):
dir1 = int(cuad.dir1)
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
if (left_op):
return i + 1
else:
return int(cuad.result)
def escribe(cuad, i):
dir1 = apuntador(cuad.result)
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
print(left_op)
return i + 1
def orOp(cuad, i):
dir1 = int(cuad.dir1)
dir2 = int(cuad.dir2)
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
if dir2 >= 8000 and dir2 < 13000:
right_op = findCte(dir2)
else:
right_op = memo.get(glob, globTemp, local, localTemp, dir2)
if (left_op or right_op):
res = True
else:
res = False
memo.assign(glob, globTemp, local, localTemp, int(cuad.result), res)
return i + 1
def createMat(dir):
dir1 = int(dir[0])
lim1 = findCte(int(dir[1])) + 1
matrix = []
if (len(dir) == 2):
for c in range(lim1):
space = dir1 + c
matrix.append(memo.get(glob, globTemp, local, localTemp, space))
return matrix
else:
lim2 = findCte(int(dir[2])) + 1
for r in range(0, lim1):
a = []
for c in range(0, lim2):
space = (r * lim1) + c + dir1
val = memo.get(glob, globTemp, local, localTemp, space)
a.append(val)
matrix.append(a)
return matrix
def ver(cuad, i):
dir1 = apuntador(cuad.dir1)
dir2 = int(cuad.dir2)
dir3 = int(cuad.result)
if dir1 >= 8000 and dir1 < 13000:
val = findCte(dir1)
else:
val = memo.get(glob, globTemp, local, localTemp, dir1)
if dir2 >= 8000 and dir2 < 13000:
lim_inf = findCte(dir2)
else:
lim_inf = memo.get(glob, globTemp, local, localTemp, dir2)
if dir3 >= 8000 and dir3 < 13000:
lim_sup = findCte(dir3)
else:
lim_sup = memo.get(glob, globTemp, local, localTemp, dir3)
if val >= lim_inf and val <= lim_sup:
return i + 1
else:
print('Error: Varibale dimensionada fuera de rango')
def apuntador(dir):
if dir[0] == '(':
dir = dir.rstrip(')')
dir = dir.lstrip('(')
dir = int(dir)
return memo.get(glob, globTemp, local, localTemp, dir)
else:
if dir == None:
return dir
else:
return int(dir)
def regresa(cuad, i):
global local
global localTemp
dir1 = apuntador(cuad.result)
reQuad = returnQuad.pop()
dir = funcId.pop()
if dir != None:
dir = int(dir)
if dir1 >= 8000 and dir1 < 13000:
left_op = findCte(dir1)
else:
left_op = memo.get(glob, globTemp, local, localTemp, dir1)
memo.assign(glob, globTemp, local, localTemp, dir, left_op)
local = memo.memStack.pop()
localTemp = memo.memTStack.pop()
return reQuad + 1
def asigna(cuad, i):
dir1 = (cuad.dir1.split('['))
result = (cuad.result.split('['))
len1 = len(dir1)
len2 = len(result)
if (len1 < 2 and len2 < 2):
dir1 = apuntador(cuad.dir1)
result = apuntador(cuad.result)
if dir1 >= 8000 and dir1 < 13000:
right_op = findCte(dir1)
else:
right_op = memo.get(glob, globTemp, local, localTemp, dir1)
memo.assign(glob, globTemp, local, localTemp, result, right_op)
return i + 1
else:
mat1 = createMat(dir1)
createMatRes(result, mat1)
return i + 1
