def press_add(context):
context.r = Calculator.Add(context.number1, context.number2)
def create(self):
self.Delete()
self.winName = mc.window(self.winName, width=400, height=400)
self.m_column = mc.columnLayout(p=self.winName,
adj=True,
bgc=[0, 0.6, 0.4])
# _______________________________ UI _______________________________#
mc.button(label='Select All',
p=self.m_column,
command=lambda *args: mc.select(all=True),
bgc=[0, 0, 0])
# Center Locator UI (DONE)#
mc.button(label='Create Center Locator',
p=self.m_column,
command=lambda *args: self.Center())
# Renamer UI #
print(mc.textField(p=self.m_column))
mc.button(label='Rename Selection',
p=self.m_column,
command=lambda *args: self.RenamerFunc())
# Random Generator UI #
mc.button(label='Random Placement Generator',
p=self.m_column,
command=lambda *args: self.randGen())
# Control Creator UI #
mc.button(label='Create Controls',
p=self.m_column,
command=lambda *args: (self.ContCtrl()))
# Color Changer UI (DONE) #
mc.button(label='Change Controls to Red',
p=self.m_column,
bgc=[0.5, 0, 0],
command=lambda *args: Color.ColorControl('red'))
mc.button(label='Change Controls to Blue',
p=self.m_column,
bgc=[0, 0, 0.3],
command=lambda *args: Color.ColorControl('blue'))
mc.button(label='Change Controls to Blue',
p=self.m_column,
bgc=[0.5, 0.5, 0],
command=lambda *args: Color.ColorControl('yellow'))
mc.button(label='Change Controls to Green',
p=self.m_column,
bgc=[0, 0.5, 0],
command=lambda *args: Color.ColorControl('green'))
mc.button(label='Change Controls to Purple',
p=self.m_column,
bgc=[0.5, 0, 0.5],
command=lambda *args: Color.ColorControl('purple'))
# Calculator UI #
mc.button(label='Add',
p=self.m_column,
command=lambda *args: Calculator.Add(Values))
mc.button(label='Subtract',
p=self.m_column,
command=lambda *args: calc.Sub(Values))
mc.button(label='Multiply',
p=self.m_column,
command=lambda *args: calc.Multi(Values))
mc.button(label='Divide',
p=self.m_column,
command=lambda *args: calc.Divi(Values))
mc.button(label='Power',
p=self.m_column,
command=lambda *args: calc.Pow(Values, Power))
mc.button(label='Mean',
p=self.m_column,
command=lambda *args: calc.Mean(Values))
mc.button(label='Median',
p=self.m_column,
command=lambda *args: calc.Median(Values))
mc.button(label='Mode',
p=self.m_column,
command=lambda *args: calc.Mode(Values))
mc.showWindow(self.winName)
def press_add(context):
context.calculator = Calculator
context.result = context.calculator.Add(context.number1, context.number2)
result = Calculator.Add(context.number1, context.number2)
def check_result(context, result):
print(context.result)
result = Calculator.Add(context.number1, context.number2)
assert context.result == result
import Calculator
cal = Calculator()
print("10 + 20 = %s" % cal.Add(10, 20))
print("10 - 20 = %s" % cal.Min(10, 20))
print("10 * 20 = %s" % cal.Mul(10, 20))
print("10 * 10 = %s" % cal.Mul(10, 10))
cal.ShowCount()
def test_Add3():
sum1 = Calculator.Add(-10, -20);
assert sum1 == -30;
def test_Add2():
sum1 = Calculator.Add(10, -20);
assert sum1 == -10;
def test_Add1():
sum1 = Calculator.Add(10, 20);
assert sum1 == 30;
def AddButton(self):
import Calculator as calc
values = (cmds.textField(self.CalcInput, q=True, text=True)).split(',')
for val in values:
float(val)
print calc.Add([values])
