def astype(self, dtype):
if dtype == 'int' or dtype is int:
r = MIArray(ArrayUtil.toInteger(self.array))
elif dtype == 'float' or dtype is float:
r = MIArray(ArrayUtil.toFloat(self.array))
else:
r = self
return r
def astype(self, dtype):
if dtype == 'int' or dtype is int:
r = MIArray(ArrayUtil.toInteger(self.array))
elif dtype == 'float' or dtype is float:
r = MIArray(ArrayUtil.toFloat(self.array))
else:
r = self
return r
def astype(self, dtype):
'''
Convert to another data type.
:param dtype: (*string*) Data type.
:returns: (*array*) Converted array.
'''
if dtype == 'int' or dtype is int:
r = MIArray(ArrayUtil.toInteger(self.array))
elif dtype == 'float' or dtype is float:
r = MIArray(ArrayUtil.toFloat(self.array))
elif dtype == 'boolean' or dtype is bool:
r = MIArray(ArrayUtil.toBoolean(self.array))
else:
r = self
return r
def astype(self, dtype):
'''
Convert to another data type.
:param dtype: (*string*) Data type.
:returns: (*array*) Converted array.
'''
if dtype == 'int' or dtype is int:
r = MIArray(ArrayUtil.toInteger(self.array))
elif dtype == 'float' or dtype is float:
r = MIArray(ArrayUtil.toFloat(self.array))
elif dtype == 'boolean' or dtype == 'bool' or dtype is bool:
r = MIArray(ArrayUtil.toBoolean(self.array))
else:
r = self
return r
