# #----calcium channels--###
# Ca=calcium.CaProto(caparams)
# ch = calcium.addCapool(c,caparams)
# Bk_chan=calcium.Bkchan_proto(chanparams,Temp)
# chan=moose.element('/library/BK')
# chan_plt_ca=plt_chan.plot_gate_params(chan,plotpow,VMIN,VMAX,CAMIN,CAMAX)
# chan=moose.element('/library/kDr')
# chan_plt=plt_chan.plot_gate_params(chan,plotpow,VMIN,VMAX,CAMIN,CAMAX)
#---voltage table of chnnels--#
vmtab1=Channel.Vmout(c)
pulse=Channel.current_step_test(c) # pulse generator
#--simulation--##
moose.reinit()
moose.start(simtime)
ts = np.linspace(0,simtime,np.size(vmtab1.vector))
volt=plt.plot(ts,vmtab1.vector*1e3,label='Vm(mV)')
plt.show(volt)
#plt.show(chan_plt)
