pygeo/parameterization/DVGeo.py
def pointSetUpToDate(self, ptSetName):
        """
        This is used externally to query if the object needs to update
        its pointset or not. Essentially what happens, is when
        update() is called with a point set, it the self.updated dict
        entry for pointSet is flagged as true. Here we just return
        that flag. When design variables are set, we then reset all
        the flags to False since, when DVs are set, nothing (in
        general) will up to date anymore.

        Parameters
        ----------
        ptSetName : str
            The name of the pointset to check.
        """
        if ptSetName in self.updated:
            return self.updated[ptSetName]
        else:
            return True

        This is used externally to query if the object needs to update
        its pointset or not. Essentially what happens, is when
        update() is called with a point set, it the self.updated dict
        entry for pointSet is flagged as true. Here we just return
        that flag. When design variables are set, we then reset all
        the flags to False since, when DVs are set, nothing (in
        general) will up to date anymore.

        Parameters
        ----------
        ptSetName : str
            The name of the pointset to check.
        
This is used externally to query if the object needs to update
its pointset or not. Essentially what happens, is when
update() is called with a point set, it the self.updated dict
entry for pointSet is flagged as true. Here we just return
that flag. When design variables are set, we then reset all
the flags to False since, when DVs are set, nothing (in
general) will up to date anymore.

Parameters

ptSetName : str
The name of the pointset to check.
This is used externally to query if the object needs to update its pointset or not . Essentially what happens is when update () is called with a point set it the self . updated dict entry for pointSet is flagged as true . Here we just return that flag . When design variables are set we then reset all the flags to False since when DVs are set nothing ( in general ) will up to date anymore . Parameters ptSetName : str The name of the pointset to check .
def pointSetUpToDate(self, ptSetName):
        if ptSetName in self.updated:
            return self.updated[ptSetName]
        else:
            return True
def pointSetUpToDate ( self , ptSetName ) : if ptSetName in self . updated : return self . updated [ ptSetName ] else : return True
This is used externally to query if the object needs to update
its pointset or not.
This is used externally to query if the object needs to update its pointset or not .
"""
        This is used externally to query if the object needs to update
        its pointset or not. Essentially what happens, is when
        update() is called with a point set, it the self.updated dict
        entry for pointSet is flagged as true. Here we just return
        that flag. When design variables are set, we then reset all
        the flags to False since, when DVs are set, nothing (in
        general) will up to date anymore.

        Parameters
        ----------
        ptSetName : str
            The name of the pointset to check.
        """
self
ptSetName