def __init__(self, master = None):
# call the frame constructor
Frame.__init__(self, master)
# give the calculator a 10 pixel border all around
self.grid(padx=10, pady=10)
# try Bitsteam Vera font first cause its a cool (and open-source)
if "Bitstream Vera Sans Mono" in tkFont.families():
self.font = tkFont.Font(family="Bitstream Vera Sans Mono", size="14")
else:
self.font = tkFont.Font(family="Courier", size="14")
# populate the widgets
self.__populate()
# Call Calculator class constructor
Calculator.__init__(self, display = self.display)
# the functions of the calculator
self.functions = {
"add":[CFunctions.add, "+", 2, self.TYPE_OPERATOR],
"subtract":[CFunctions.subtract, "-", 2, self.TYPE_OPERATOR],
"multiply":[CFunctions.multiply, "*", 2, self.TYPE_OPERATOR],
"divide":[CFunctions.divide, u"\u00F7", 2, self.TYPE_OPERATOR],
"tan":[math.tan, "Tan", 1, self.TYPE_FUNCTION],
"sin":[math.sin, "Sin", 1, self.TYPE_FUNCTION],
"cos":[math.cos, "Cos", 1, self.TYPE_FUNCTION],
"atan":[math.tan, "aTan", 1, self.TYPE_FUNCTION],
"asin":[math.sin, "aSin", 1, self.TYPE_FUNCTION],
"acos":[math.cos, "aCos", 1, self.TYPE_FUNCTION],
"todegree":[math.degrees, ">Deg", 1, self.TYPE_FUNCTION],
"toradian":[math.radians, ">Rad", 1, self.TYPE_FUNCTION],
"pow":[CFunctions.pow, "^", 2, self.TYPE_OPERATOR],
"mod":[CFunctions.fmod, "%", 2, self.TYPE_OPERATOR],
"factorial":[CFunctions.factorial, "Factorial", 1, self.TYPE_FUNCTION],
"log":[CFunctions.log, "log", 2, self.TYPE_FUNCTION],
"ln":[math.log, "ln", 1, self.TYPE_FUNCTION],
"sqrt":[decimal.Decimal.sqrt, u"\u221A", 1, self.TYPE_FUNCTION],
"exp":[math.exp, "e^", 1, self.TYPE_FUNCTION],
}
# set the binds (virtual and keys)
self.__setBinds()
def __init__(self, a, b):
Calculator.__init__(self, a, b)
print("child class constructor")
name = input("Give me your name: ")
print("Your name is " + name)
