import math
from plugin import plugin
@plugin("gui calculator")
class Calculator:
"""
Opens GUI Calculator.
{Note: Trigonometric ratios take value in degrees.}
"""
def __call__(self, jarvis, s):
try:
import tkinter as tk
except ModuleNotFoundError:
jarvis.say("Tkinter not installed!")
self.a = 0
self.operator = ""
"""Calculator window"""
self.calcwin = tk.Tk()
self.calcwin.title('Jarvis Calculator')
self.calcwin.geometry("350x450")
self.calcwin.resizable(False, False)
self.calcwin.attributes('-type', 'dialog')
self.calcwin.attributes('-topmost', True)
self.calcwin.config(bg="blue")
"""Buttons and other widgets"""
self.num = tk.Entry(self.calcwin, width=18,
font=("Arial black", 20))
self.num.place(x=17, y=45)
self.num.focus_set()
self.buffer = tk.Label(self.calcwin, bg="yellow", width=27,
fg="red", anchor='w', font=("", 13))
self.buffer.place(x=23, y=10)
self.ans = tk.Label(self.calcwin, bg="light green", width=17,
fg="black", font=("Arial black", 20))
self.ans.place(x=27, y=95)
self.plusbtn = tk.Button(self.calcwin, text="+",
font=("Elephant", 20), command=self.plus)
self.plusbtn.config(width=3)
self.plusbtn.place(x=8, y=165)
self.minusbtn = tk.Button(
self.calcwin, text="-", font=("Elephant", 20),
command=self.minus)
self.minusbtn.config(width=3)
self.minusbtn.place(x=93, y=165)
self.multbtn = tk.Button(
self.calcwin, text="x", font=("Elephant", 20),
command=self.mult)
self.multbtn.config(width=3)
self.multbtn.place(x=178, y=165)
self.divbtn = tk.Button(
self.calcwin, text="/", font=("Elephant", 20),
command=self.div)
self.divbtn.config(width=3)
self.divbtn.place(x=263, y=165)
self.sqrootbtn = tk.Button(
self.calcwin, text="sqrt", font=("Elephant", 20),
command=self.sqroot)
self.sqrootbtn.config(height=1, width=3)
self.sqrootbtn.place(x=8, y=245)
self.factbtn = tk.Button(
self.calcwin, text="!", font=("Elephant", 20),
command=self.fact)
self.factbtn.config(width=3)
self.factbtn.place(x=93, y=245)
self.powerbtn = tk.Button(
self.calcwin, text="x^y", font=("Elephant", 20),
command=self.power)
self.powerbtn.config(height=1, width=3)
self.powerbtn.place(x=178, y=245)
self.c_btn = tk.Button(self.calcwin, text="C",
font=("Elephant", 20),
command=self.c)
self.c_btn.config(height=1, width=3)
self.c_btn.place(x=263, y=245)
self.sinbtn = tk.Button(
self.calcwin, text="sin", font=("Elephant", 20),
command=self.sin)
self.sinbtn.config(height=1, width=3)
self.sinbtn.place(x=8, y=325)
self.cosbtn = tk.Button(
self.calcwin, text="cos", font=("Elephant", 20),
command=self.cos)
self.cosbtn.config(height=1, width=3)
self.cosbtn.place(x=93, y=325)
self.tanbtn = tk.Button(
self.calcwin, text="tan", font=("Elephant", 20),
command=self.tan)
self.tanbtn.config(height=1, width=3)
self.tanbtn.place(x=178, y=325)
self.equalbtn = tk.Button(
self.calcwin, text="=", font=("Elephant", 20),
command=lambda: self.equal(0))
self.equalbtn.config(width=3)
self.equalbtn.place(x=263, y=325)
self.exitbtn = tk.Button(
self.calcwin, text="EXIT", bg="red", fg="white",
command=lambda: self.exit(0))
self.exitbtn.place(x=150, y=405)
self.keybinds()
self.calcwin.mainloop()
def plus(self):
self.a = self.num.get()
self.num.delete(0, 'end')
self.num.focus_set()
self.operator = "+"
self.buffer["text"] = str(self.a) + " " + str(self.operator)
def minus(self):
self.a = self.num.get()
self.num.delete(0, 'end')
self.num.focus_set()
self.operator = "-"
self.buffer["text"] = str(self.a) + " " + str(self.operator)
def mult(self):
self.a = self.num.get()
self.num.delete(0, 'end')
self.num.focus_set()
self.operator = "x"
self.buffer["text"] = str(self.a) + " " + str(self.operator)
def div(self):
self.a = self.num.get()
self.num.delete(0, 'end')
self.num.focus_set()
self.operator = "/"
self.buffer["text"] = str(self.a) + " " + str(self.operator)
def sqroot(self):
try:
self.a = self.num.get()
self.buffer["text"] = "sqrt(" + str(self.a) + ")"
if float(self.a) >= 0:
self.an = math.sqrt(float(self.a))
if len(str(self.an)) > 17:
self.ans["text"] = str(round(self.an, 4))
else:
self.ans["text"] = str(math.sqrt(float(self.a)))
else:
self.ans["text"] = "Not a real number"
except ValueError:
self.ans["text"] = "Invalid Input "
except TypeError:
self.ans["text"] = "Invalid Input "
except OverflowError:
self.ans["text"] = "Out of range"
def fact(self):
try:
self.a = self.num.get()
self.buffer["text"] = str(self.a) + "!"
if float(self.a) >= 0:
self.an = str(math.factorial(float(self.a)))
self.ans["text"] = self.an
if len(self.an) > 17:
self.ans["text"] = "Out of Range"
else:
self.ans["text"] = "Error"
except ValueError:
self.ans["text"] = "Invalid Input "
except TypeError:
self.ans["text"] = "Invalid Input "
except OverflowError:
self.ans["text"] = "Out of range"
def power(self):
self.a = self.num.get()
self.num.delete(0, 'end')
self.num.focus_set()
self.operator = "^"
self.buffer["text"] = str(self.a) + str(self.operator)
def sin(self):
try:
self.a = float(self.num.get()) / 57.2958 # convert to deg
self.buffer["text"] = "sin(" + str(self.num.get()) + ")"
self.an = str(round(math.sin(float(self.a)), 4))
self.ans["text"] = self.an
if len(self.an) > 17:
self.ans["text"] = "Out of Range"
except ValueError:
self.ans["text"] = "Invalid Input "
except TypeError:
self.ans["text"] = "Invalid Input "
except OverflowError:
self.ans["text"] = "Out of range"
def cos(self):
try:
self.a = float(self.num.get()) / 57.2958 # convert to deg
self.buffer["text"] = "cos(" + str(self.num.get()) + ")"
self.an = str(round(math.cos(float(self.a)), 4))
self.ans["text"] = self.an
if len(self.an) > 17:
self.ans["text"] = "Out of Range"
except ValueError:
self.ans["text"] = "Invalid Input "
except TypeError:
self.ans["text"] = "Invalid Input "
except OverflowError:
self.ans["text"] = "Out of range"
def tan(self):
try:
self.a = float(self.num.get()) / 57.2958 # convert to deg
self.buffer["text"] = "tan(" + str(self.num.get()) + ")"
self.an = str(round(math.tan(float(self.a)), 4))
self.ans["text"] = self.an
if len(self.an) > 17:
self.ans["text"] = "Out of Range"
except ValueError:
self.ans["text"] = "Invalid Input "
except TypeError:
self.ans["text"] = "Invalid Input "
except OverflowError:
self.ans["text"] = "Out of range"
def c(self):
"""clear button for calculator"""
self.a = 0
self.b = 0
self.num.delete(0, 'end')
self.ans["text"] = ""
self.buffer["text"] = ""
def equal(self, event):
try:
self.b = self.num.get()
if self.operator == "+":
self.an = str(float(self.a) + float(self.b))
if len(self.an) < 17:
self.ans["text"] = self.an
else:
self.ans["text"] = "Out of Range"
elif self.operator == "-":
self.an = str(float(self.a) - float(self.b))
if len(self.an) < 17:
self.ans["text"] = self.an
else:
self.ans["text"] = "Out of Range"
elif self.operator == "x":
self.an = str(float(self.a) * float(self.b))
if len(self.an) < 17:
self.ans["text"] = self.an
else:
self.ans["text"] = "Out of Range"
elif self.operator == "^":
self.an = str(math.pow(float(self.a), float(self.b)))
if len(self.an) < 17:
self.ans["text"] = self.an
else:
self.ans["text"] = "Out of Range"
elif self.operator == "/":
if float(self.b) != 0:
self.an = str(round(float(self.a) / float(self.b), 3))
if len(self.an) < 17:
self.ans["text"] = self.an
else:
self.ans["text"] = "Out of Range"
else:
self.ans["text"] = "Not a number"
except ValueError:
self.ans["text"] = "Invalid Input "
except TypeError:
self.ans["text"] = "Invalid Input "
except OverflowError:
self.ans["text"] = "Out of range"
def exit(self, event):
self.calcwin.destroy()
def keybinds(self):
self.calcwin.bind('<Return>', self.equal)
self.calcwin.bind('<Escape>', self.exit)
