/*----------------------------------------------------------------------------

	SIMULATIONS OF INTERCONNECTED STN, GPe & GPi - Parallel network version
	=============================================

----------------------------------------------------------------------------*/


//----------------------------------------------------------------------------

load_file("nrngui.hoc")

create acell_home_
access acell_home_

celsius=33
dt=0.05
steps_per_ms=20
tstop=10000
v_init=-58



//----------------------------------------------------------------------------

objref pnm

load_file("pBGconst.hoc")

readParms("pPARrun.txt")

load_file("netparmpi.hoc")

pnm = new ParallelNetManager(ncell)



//----------------------------------------------------------------------------

objref rf

if (pnm.pc.id() == 0) {
	rf = new File("randseed.txt")
	rf.ropen()
	seedVal = rf.scanvar()
	rf.close()

	// master sends seed to workers

	pnm.pc.post("seed", seedVal)

} else {

	// workers receive seed from master

	ret = 0
	while (ret == 0) {
		if (ret = pnm.pc.look("seed")) {
			seedVal = pnm.pc.upkscalar()
		}
	}
}




//----------------------------------------------------------------------------

xopen("pSTN.tem")
xopen("pGPeA.tem")
xopen("pGPi.tem")

allocCells()




//----------------------------------------------------------------------------

load_file("pBGbias.hoc")		// add bias currents to set resting frequencies
load_file("pBGconnect1.hoc")		// network make connections
load_file("pBGinput.hoc")		// cortical and striatal inputs
load_file("pBGstim.hoc")		// stimulate
load_file("pBGrecord.hoc")		// record supplemental info (spike times recorded by pnm)

load_file("pBGutil.hoc")


//----------------------------------------------------------------------------


randomize(seedVal)

//pnm.set_maxstep(10) // will end up being minimum synaptic delay

pnm.want_all_spikes()

//xopen("parBGnet.ses")

//stdinit()
//runtime = startsw()
//pnm.psolve(tstop)
//runtime = startsw() - runtime

//load_file("pBGtrainUtil2.hoc")
load_file("pBGconfData.hoc")


//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
//	END OF COMMON CODE (that is run by all worker processes)
//----------------------------------------------------------------------------
//----------------------------------------------------------------------------