def makeWindInput():
#DEFINE SPATIAL/TEMPORAL DOMAIN
grid = CMSman.makegrid()
steeringtimes = CMSman.maketimes(None, None, None)
#RETRIEVE WIND DATA FROM DATABASE
windata = CMSman.getwinddata(None, steeringtimes) #add wintype
if (windata == None):
print '\n... downloading new wind data ... \n'
GETman.getWIND(CMSconfig)
windata = CMSman.getwinddata(None, steeringtimes) #add wintype
# CONSTRUCT THE FILE
CMSman.gen_windfiles(windata, grid, steeringtimes)
def makeWindInput():
#DEFINE SPATIAL/TEMPORAL DOMAIN
grid = CMSman.makegrid()
steeringtimes = CMSman.maketimes(None,None,None)
#RETRIEVE WIND DATA FROM DATABASE
windata = CMSman.getwinddata(None,steeringtimes) #add wintype
if (windata==None):
print '\n... downloading new wind data ... \n'
GETman.getWIND(CMSconfig)
windata = CMSman.getwinddata(None,steeringtimes) #add wintype
# CONSTRUCT THE FILE
CMSman.gen_windfiles(windata,grid,steeringtimes)
def gen_wind_file(output_path, params):
from wavecon import CMSman, GETman
model_config = CMSConfig(params['sim_name']).load_sim_config()
#DEFINE SPATIAL/TEMPORAL DOMAIN
grid = CMSman.makegrid(model_config)
steeringtimes = CMSman.maketimes(params['sim_starttime'],
params['sim_runtime'], params['sim_timestep'])
#RETRIEVE WIND DATA FROM DATABASE
windata = CMSman.getwinddata(None,steeringtimes, model_config) #add wintype
if (windata==None):
print '\n... downloading new wind data ... \n'
GETman.getWIND(model_config, params['sim_starttime'], params['sim_runtime'],
params['sim_timestep'])
windata = CMSman.getwinddata(None,steeringtimes, model_config) #add wintype
# CONSTRUCT THE FILE
CMSman.gen_windfiles(windata,grid,steeringtimes,model_config, output_path)
def gen_wind_file(output_path, params):
from wavecon import CMSman, GETman
model_config = CMSConfig(params['sim_name']).load_sim_config()
#DEFINE SPATIAL/TEMPORAL DOMAIN
grid = CMSman.makegrid(model_config)
steeringtimes = CMSman.maketimes(params['sim_starttime'],
params['sim_runtime'],
params['sim_timestep'])
#RETRIEVE WIND DATA FROM DATABASE
windata = CMSman.getwinddata(None, steeringtimes,
model_config) #add wintype
if (windata == None):
print '\n... downloading new wind data ... \n'
GETman.getWIND(model_config, params['sim_starttime'],
params['sim_runtime'], params['sim_timestep'])
windata = CMSman.getwinddata(None, steeringtimes,
model_config) #add wintype
# CONSTRUCT THE FILE
CMSman.gen_windfiles(windata, grid, steeringtimes, model_config,
output_path)
#!/usr/bin/env python2.7
import os,sys
libdir = os.path.abspath('.')+'/../lib/'
sys.path.insert( 0, libdir )
from wavecon import GETman
from wavecon.config import CMSconfig
if __name__ == '__main__':
GETman.getWAVE(CMSconfig)
GETman.getWIND(CMSconfig)
#!/usr/bin/env python2.7
import os, sys
libdir = os.path.abspath('.') + '/../lib/'
sys.path.insert(0, libdir)
from wavecon import GETman
from wavecon.config import CMSconfig
if __name__ == '__main__':
GETman.getWAVE(CMSconfig)
GETman.getWIND(CMSconfig)