def random(seed, gg, mask, ff, aa, ru, rv, par):
part = par.copy()
# random field
part['ff'] = ff # ???
part['aa'] = aa # angle
part['ru'] = ru # characteristic length
part['rv'] = rv # characteristic length
gfield.execute(gg + '_', seed, part)
Flow(gg, [gg + '_', mask], 'add mode=p ${SOURCES[1]}')
Result(gg, fdmod.cgrey('color=F', par))
def random(seed,gg,mask,ff,aa,ru,rv,par):
part=par.copy()
# random field
part['ff']=ff # ???
part['aa']=aa # angle
part['ru']=ru # characteristic length
part['rv']=rv # characteristic length
gfield.execute(gg+'_',seed,part)
Flow(gg,[gg+'_',mask],'add mode=p ${SOURCES[1]}')
Result(gg,fdmod.cgrey('color=F',par))
def random(gg,par):
gfield.execute(gg,3.1415,par)
Result(gg,fdmod.cgrey('color=j',par))
def random(gg, par):
gfield.execute(gg, 3.1415, par)
Result(gg, fdmod.cgrey('color=j', par))