Metadata-Version: 1.1
Name: dflowfm
Version: 0.1dev
Summary: Python Wrapper for DFLOW-FM Hydrodynamic Model
Home-page: UNKNOWN
Author: Gennadii Donchyts
Author-email: gennadii.donchyts@deltares.nl
License: LGPL
Description: This is a python wrapper for DFLOW-FM model (FORTRAN).
        
        
        
        
            # unfinished    
            def _test_grid(self):
                grid = dflowfm.Grid.frombmi(self.fm)
                grid = gridlib.Grid.frombmi(self.fm, vars={'x':'doemaarx','y':'doemaareeny'})
                
                grid = gridlib.Grid()
                grid.x = self.fm.variables['x']
                grid.y = self.fm.variables['y']
        
                m = fm.bmi
        
                m.get_vars
                m.attributes
        
                s0 = bmi.varaibles['s0']
        
                # asdfasdf
                grid = fm.grid
        
                for bc in fm.boundary_conditions:
                    print bc.type # rieman, neuman .... 
                    print bc.data # ...
                    print bc.geometry
        
                time_series = fm.bc[0].data
        
                for b in fm.boundaries:
                    print b.geometry
        
                for s in fm.structures:
                    print s.name    
                    print s.geometry    
        
                plot(fm.grid)
                plot(fm.boundaries)
            def test_lalala():
                1/0
        
Platform: UNKNOWN
Requires: bmi