def createEquations(self, tab):
"""Creates and returns list of equations."""
if self.eqn == '':
return [equation.nullEquation(tab)]
elif self.eqn == 'eps_1':
a = tab['a_eps'].values[0]
if a == '%':
return [equation.nullEquation(tab)]
return [equation.epsEquation1(tab)]
else:
typ = "\'\'".format(self.eqn)
raise myExceptions.EquationNotImplemented(typ)
def createEquations(self, tab):
"""Creates and returns list of equations."""
if self.eqn == '':
return [equation.nullEquation(tab)]
elif self.eqn == 'alp_1':
return [equation.alpEquation1(tab)]
else:
typ = "\'\'".format(self.eqn)
raise myExceptions.EquationNotImplemented(typ)
def createEquations(self, tab):
"""Creates and returns list of equations."""
if self.eqn == '':
return [equation.nullEquation(tab)]
elif self.eqn == 'hvp_1':
equations = []
for i in range(tab.shape[0]):
newTab = tab.iloc[i].to_frame().T
equations.append(equation.hvpEquation1(newTab))
return equations
else:
raise myExceptions.EquationNotImplemented(type)
def createEquations(self, tab):
"""Creates and returns list of equations."""
if self.eqn == '':
return [equation.nullEquation(tab)]
elif self.eqn == 'hcp_123':
equations = []
for idx, row in tab.iterrows():
df = row.to_frame().T
equations.append(equation.hcpEquation1(df))
equations.append(equation.hcpEquation2(df))
equations.append(equation.hcpEquation3(df))
return equations
else:
typ = "\'\'".format(self.eqn)
raise myExceptions.EquationNotImplemented(typ)
def createEquations(self, tab):
"""Creates and returns list of equations."""
return [equation.nullEquation(tab)]