def pprint(self):
discrete = self.is_discrete_finite()
if discrete:
print('DISCRETE FINITE MASS FUNCTION')
print('_____________________________')
else:
print('CONTINUOUS DENSITY FUNCTION')
print('___________________________')
print('FAMILY:', self.Family)
print("VARIABLES' SYMBOLS:")
pprint(self.Vars)
print('CONDITION:')
pprint(self.Cond)
print('SCOPE:')
pprint(self.Scope)
if not discrete:
print('PARAMETERS:')
pprint(self.Param)
print('DENSITY:')
else:
print('MASS:')
d = self()
sympy_print(d)
if discrete:
print(' sum =', sum(d.values()))
def pprint(self):
discrete = self.is_discrete_finite()
if discrete:
print('DISCRETE FINITE MASS FUNCTION')
print('_____________________________')
else:
print('CONTINUOUS DENSITY FUNCTION')
print('___________________________')
print('FAMILY:', self.Family)
print("VARIABLES' SYMBOLS:")
pprint(self.Vars)
print('CONDITION:')
pprint(self.Cond)
print('SCOPE:')
pprint(self.Scope)
if not discrete:
print('PARAMETERS:')
pprint(self.Param)
print('DENSITY:')
else:
print('MASS:')
d = self()
sympy_print(d)
if discrete:
print(' sum =', sum(d.values()))
def pprint(self):
print('MATHEMATICAL FUNCTION')
print('_____________________')
print("VARIABLES' SYMBOLS:")
pprint(self.Vars)
print('conds:')
pprint(self.Cond)
print('SCOPE:')
pprint(self.Scope)
print('MAPPING:')
sympy_print(self.Mapping)
