def get_uv_cons(self, btypes):
self.ifcons = {}
for b in range(0, len(btypes)):
Lat = []
Lon = []
self.ifcons[b] = {}
if (btypes[b]['ifltype']['value']
== 3) or (btypes[b]['ifltype']['value'] == 5):
file = btypes[b]['ifltype']['filename']
var = btypes[b]['ifltype']['vars']
for node_i in self.nnode[b]:
Lat.append(self.hgrid.latitude[int(node_i)])
Lon.append(self.hgrid.longitude[int(node_i)])
HC, tfreq, constidx = extract_HC(file,
var,
Lon,
Lat,
logger=self.logger)
const = t_getconsts(np.array([]))
for i, n in enumerate(constidx):
self.ifcons[b][const[0]['name'][n].decode('UTF-8')] = {}
for k in var:
k = k.split('_')[0]
self.ifcons[b][const[0]['name'][n].decode('UTF-8')][
k + '_amp'] = HC[k][i, 0, :]
self.ifcons[b][const[0]['name'][n].decode('UTF-8')][
k + '_pha'] = np.mod(HC[k][i, 2, :], 360)
def add_tide(self, tidal):
self.HC, self.tfreq, self.constidx = extract_HC(tidal['filename'],
tidal['vars'],
self.llon,
self.llat,
logger=self.logger)
self.tidal = True
if len(self.HC.keys()) > 1:
self.ivs = 2