def BeforeFinish(self):
if(self.tipo == 1):
destino = "realizada"
dePara = "para"
else:
destino = "recibida"
dePara = "de"
Disc.writeContentToDisc("Llamada " + destino + " " + dePara + " " + str(self.numero) + ". Duracion: " + str(self.tiempoTotal) + "\n", "historial")
def BeforeFinish(self):
if(self.tipo == 3):
destino = "enviado"
dePara = "para"
else:
destino = "recibido"
dePara = "de"
Disc.writeContentToDisc("Mensaje " + destino + " " + dePara + " " + self.receptor + ". Texto: " + self.texto + "\n", "mensajes")
def main():
developerInfo()
try:
print('Quadratic Formula and Root Solutions Program')
print('')
print('Enter an numerical value for A,B, and C')
print('or enter a zero for A to exit program.')
print('')
coeffA = int(input('Enter the coefficient A: '))
while coeffA != 0:
coeffB = int(input('Enter the coefficient B: '))
coeffC = int(input('Enter the coefficient C: '))
disc = Disc.discriminant(coeffA, coeffB, coeffC)
SqrRoot = math.sqrt(disc)
X1 = (-coeffB + SqrRoot) / (2 * coeffA)
X2 = (-coeffB - SqrRoot) / (2 * coeffA)
print('\nDiscriminant is: ', disc)
if disc == 0:
print('The equation has one real solution.')
print('X1 = ', X1)
print('X2 = ', X2)
else:
print('The equation has two real solutions.')
print('X1 = ', X1)
print('X2 = ', X2)
print('')
print('Enter another numerical value for A,B, and C')
print('or enter a zero for A to exit program.')
print('')
coeffA = int(input('Enter the coefficient A: '))
except ValueError:
print('The equation has two complex solutions.')
print('but no real solutions.')
def main():
coeffA = int(input('Enter the coefficient A: '))
coeffB = int(input('Enter the coefficient B: '))
coeffC = int(input('Enter the coefficient B: '))
disc = Disc.discriminant(coeffA, coeffB, coeffC)
print('\nDiscriminant is: ', disc)
def __init__(self):
#CARGAR ARCHIVOS DE RAM Y DISCO A VARIABLES self.ram y self.disc (o algo asi)
Disc.boot()
RamController.startRam()
self.simTime = 0 #Operating System
self.oSystem = OS() #Simulation time
CommandLineTools.Cls()
while True:
print "Ingrese ruta archivo input..."
path = raw_input()
if CommandLineTools.FileExists(path):
break
print "Error: El archivo no existe. Por favor intente nuevamente...\n"
self.eventsList = CommandLineTools.GetInputFromPath(path) #Contains the processes that will arrive to the OS during the simulation
self.StartSimulation()
def Interrupt(self):
print "\n\n===SIMULACIÓN EN PAUSA===\n\n"
CommandLineTools.ImprimirMenu()
opcion = raw_input().strip()
if opcion == "":
return
if opcion == "1":
CommandLineTools.ImprimirInstruccionesNuevoEvento()
CommandLineTools.ImprimirComandos()
print "\n"
parser = Parser()
while True:
comando = raw_input()
if comando.strip() == "":
break
success = parser.CheckCommand(comando, self.simTime)
if not success:
print "Error! Input incorrecto\n"
CommandLineTools.ImprimirComandos()
continue
self.eventsList.insert(0, success)
break
return
if opcion == "2":
Disc.printFile("contactos")
elif opcion == "3":
Disc.printFile("mensajes")
elif opcion == "4":
Disc.printFile("historial")
else:
return
print "\n"
raw_input("Presione ENTER para continuar simulación")
def AddNewElement(self, element): print "AVAILABLE SPACE ", self.available_space_in_last_block if self.available_space_in_last_block <= 0: #CREO NUEVO BLOCK Y LO AGREGO A ESTE INODO new_block = Disc.getFirstAvailableBlock() print "NEW BLOCK", new_block if new_block != -1: self.blocks.append(new_block) DiscDriver.addBlockToFile(self.filename, new_block) self.available_space_in_last_block = 513 else: return False print self.blocks print len(self.blocks) DiscDriver.appendToFile(element, self.blocks[-1]) #CUANTO ES EL TAMAÑO DEL ELEMENTO?!?!?!?!?!?!! self.available_space_in_last_block -= 3 DiscDriver.updateFreeSpaceInInode(self.filename, self.available_space_in_last_block) return True
def making_grav_points(lista):
"""
Create gravity points. Gravity points are same as discs, but in one, concrete position.
:param lista: list of gravity points that will be created
:return: list of created gravity points
"""
grav_points_list = []
grav_point_pos = lista[1]
for one_grav_point in grav_point_pos:
grav_point = Disc()
grav_point.m = 40
grav_point.r = 10
grav_point.color = (0, 0, 0)
grav_point.disc_pos = [one_grav_point[0], one_grav_point[1]]
grav_points_list.append(grav_point)
return grav_points_list
def main():
coeffA = int(input('Enter the coefficient A: '))
if coeffA == 0:
raise Exception("coefficient 'A' cannot be 0")
coeffB = int(input('Enter the coefficient B: '))
coeffC = int(input('Enter the coefficient C: '))
disc = Disc.discriminant(coeffA, coeffB, coeffC)
if disc > 0:
sol1 = (-coeffB - math.sqrt(disc)) / (2 * coeffA)
sol2 = (-coeffB + math.sqrt(disc)) / (2 * coeffA)
print("\nEquations has two real roots. "
'\nx1 = ', format(sol1, '.2f'), '\nx2 = ', format(sol2, '.2f'))
elif disc == 0:
sol1 = -coeffB / (2 * coeffA)
print('\nThe equation has one real root.'
'\nx1 = ', format(sol1, '.2f'))
else:
print("\nNo real roots")
print('\nThe discriminant is: ', format(disc, '.2f'))
def BeforeFinish(self):
Disc.writeContentToDisc("Nombre: " + self.nombreContacto + ". Numero: " + str(self.numero) + "\n", "contactos")
def userInput():
coeffA = int(input('Enter the coefficient A: '))
coeffB = int(input('Enter the coefficient B: '))
coeffC = int(input('Enter the coefficient B: '))
disc = Disc.discriminant(coeffA, coeffB, coeffC)
solution(coeffA,coeffB,coeffC,disc)
def set_disc(self, color):
self.disc = Disc(color)
def adding_disc_into_list():
"""
Adds a disc to the list of discs.
"""
discs.append(Disc())
