//Baseline values simplified; std made 60% of baseline mean
forall {if(ismembrane("Gfluctdv")){g_e0_Gfluctdv=1e-5 std_e_Gfluctdv=6e-6}}
forall {if(ismembrane("Gfluctdv")){g_i0_Gfluctdv=1e-5 std_i_Gfluctdv=6e-6}}
forall {if(ismembrane("Gfluctdv")){tau_e_Gfluctdv=0.5 tau_i_Gfluctdv=2}}


xopen("twobirampsdel.hoc")

TR=10000
SLOPE1=0.002
SLOPE2=0.001
RSTRT1=0
RSTRT2=0.5
HOLD=1000

// invoke the following procedures as needed from the interpreter window
proc grampon() {

	mycmd1.play(&multex_Gfluctdv,dt)
	mycmd2.play(&multin_Gfluctdv,dt)
	print "mixed noisy synaptic input is now driven by vector mycmd"
}





// to "disconnect" the ramp from the fluctuating conductance
proc grampoff() {

	// restore mult to 0

	mycmd1.play_remove()
	mycmd2.play_remove()
	multex_Gfluctdv=0
	multin_Gfluctdv=0

	print "synaptic conductance has been released from mycmd"

}

simple2del()


//code to set up spike counter
objref apc,spiketimes,spikeout
apc=new APCount(0.5)
spiketimes=new Vector()
spikeout=new File()
strdef filename


//to save spike times, type following in Terminal window
//		apc.record(spiketimes)
//		sprint(filename,"FRramp.txt")
//		spikeout.wopen(filename)
//		spiketimes.printf(spikeout,"%8.4f\n")
//		spikeout.close()
//