def singlesegment(
dt, # dt
qup=None, # qup
quc=None, # quc
qdp=None, # qdp
qlat=None, # ql
dx=None, # dx
bw=None, # bw
tw=None, # tw
twcc=None, # twcc
n_manning=None, #
n_manning_cc=None, # ncc
cs=None, # cs
s0=None, # s0
velp=None, # velocity at previous time step
depthp=None, # depth at previous time step
):
# call Fortran routine
return mc.muskingcungenwm(
dt,
qup,
quc,
qdp,
qlat,
dx,
bw,
tw,
twcc,
n_manning,
n_manning_cc,
cs,
s0,
velp,
depthp,
)
def singlesegment(
dt, # dt
qup=None, # qup
quc=None, # quc
qdp=None, # qdp
qlat=None, # ql
dx=None, # dx
bw=None, # bw
tw=None, # tw
twcc=None, # twcc
n_manning=None, #
n_manning_cc=None, # ncc
cs=None, # cs
s0=None, # s0
velp=None, # DUMMY -- dropped from the computation
depthp=None, # depth at previous time step
):
# call Fortran routine
rv = muskingcunge_module.muskingcungenwm(
dt,
qup,
quc,
qdp,
qlat,
dx,
bw,
tw,
twcc,
n_manning,
n_manning_cc,
cs,
s0,
0,
depthp,
)
# return qdc, vel, depth
return rv[:3]
def singlesegment(
dt, # dt
qup=None, # qup can be anything
quc=None, # quc will not be more than a 10 percent diff than qup
qlat=None, # ql can be anything - key
qdp=None, # qdp will not be more than 20 percent diff than qup+qlat
dx=None, # dx fully variable
bw=None, # bw correlated to tw, tw always > bw
tw=None, # tw correlated to bw, bw always < tw
twcc=None, # twcc always > than tw, tw of broader floodplain
n_manning=None, # usually smaller than n_manning_cc
n_manning_cc=None, # ncc usually greater than n_manning
cs=None, # cs correlated to bw and tw
s0=None, # s0 variable
velp=None, # velocity at previous time step not rel
depthp=None, # depth at previous time step starting point for iteration depthp = approx(y_direct(bw,n_manning,s0,avg(qup,qdp)))
):
# call Fortran routine
return mc.muskingcungenwm(
dt,
qup,
quc,
qdp,
qlat,
dx,
bw,
tw,
twcc,
n_manning,
n_manning_cc,
cs,
s0,
velp,
depthp,
)