def calculateLimitRight(self):
self.function.execute('+')
self.function.yLimitRight = self.function.yi
print("{}{} {}(x) cuando x -> {} (-) {} {} {}(x) = {}\n".format(
console.space(2), console.printLimitSymbol(),
console.printFunctionName(self.function.name), self.function.x,
console.printThenSymbol(), console.printLimitSymbol(),
console.printFunctionName(self.function.name),
self.function.yLimitRight))
def showCoordenates(self):
ini = self.function.x - self.range
end = self.function.x + self.range
print("\nCalculando {}(x) para {} hasta {}\n".format(
console.printFunctionName(self.function.name),
console.printEqualVariable('x', ini),
console.printEqualVariable('x', end)))
for n in range(ini, end+1):
if n >= self.function.x_min:
self.function.xi = n
self.function.execute()
self.coor_x.append(self.function.xi)
self.coor_y.append(self.function.yi)
print("{} {} {}({}) = {}".format(
console.printEqualVariable('x', self.function.xi),
console.printThenSymbol(),
console.printFunctionName(self.function.name), self.function.xi, self.function.yi))
def printResult(self):
message = ('SI' if self.is_continuous else 'No') + " es continua"
print("\nLa funcion {} {}, cuando {}".format(
console.printFunctionName(self.function.name),
console.highlight(message),
console.printEqualVariable('x', self.function.x)))
def calculateLimit(self):
print("\n{}Calculando el Limite de la funcion {}\n".format(
console.space(2), console.printFunctionName(self.function.name)))
self.calculateLimitLeft()
self.calculateLimitRight()
def validate(self):
print("\nValidar si la funcion {} es continua.".format(
console.printFunctionName(self.function.name)))
self.calculateLimit()
self.evaluateIsContinuous()
self.printResult()
def show(self):
print("\nCuando {} {} {}(x) = {}({}) = {}".format(
console.printEqualVariable('x', self.x), console.printThenSymbol(),
console.printFunctionName(self.name),
console.printFunctionName(self.name), self.x, self.y))