//This file reads in four theta cell spike trains from three disk files:
// placetrrack0_1.dat, placetrack0_2.dat, placetrack0_3.dat, placetrack0_4.dat
//
//The spike trains were generated with a MATLAB script provided in this directory.
//To re-execute the script for saving the spike train files, forst read the rat path data into MATLAB
//as follows:
// >>load 'bigcircle_2msbins';
//Then type the following command at the MATLAB prompt:
// >>make_bordercell_theta_spike_trains(rsTS, rsX, rsY, 8, 7.75);
//Note that since the spike trains are generated stochastically, the MATLAB script will not generate identical
//spike trains every time it is run (unless the random number generator is identically seeded).
spikefile.ropen("lintrack25_1.dat") //open file containing spike times of one theta cell
evec[0] = new Vector() //create a new vector to store spike time stamps
evec[0].scanf(spikefile) //read in spike times from the file
vs0_1_VecStim[0].pp.play(evec[0]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_1_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrack25_2.dat") //repeat for each additional theta cell input...
evec[1] = new Vector()
evec[1].scanf(spikefile)
vs0_2_VecStim[0].pp.play(evec[1])
pplist.append(vs0_2_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrack25_3.dat")
evec[2] = new Vector()
evec[2].scanf(spikefile)
vs0_3_VecStim[0].pp.play(evec[2])
pplist.append(vs0_3_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrack25_4.dat") //open file containing spike times of one theta cell
evec[3] = new Vector() //create a new vector to store spike time stamps
evec[3].scanf(spikefile) //read in spike times from the file
vs0_4_VecStim[0].pp.play(evec[3]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_4_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrack25_5.dat") //repeat for each additional theta cell input...
evec[4] = new Vector()
evec[4].scanf(spikefile)
vs0_5_VecStim[0].pp.play(evec[4])
pplist.append(vs0_5_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrack25_6.dat")
evec[5] = new Vector()
evec[5].scanf(spikefile)
vs0_6_VecStim[0].pp.play(evec[5])
pplist.append(vs0_6_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrack25_7.dat") //open file containing spike times of one theta cell
evec[6] = new Vector() //create a new vector to store spike time stamps
evec[6].scanf(spikefile) //read in spike times from the file
vs0_7_VecStim[0].pp.play(evec[6]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_7_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrack25_8.dat") //repeat for each additional theta cell input...
evec[7] = new Vector()
evec[7].scanf(spikefile)
vs0_8_VecStim[0].pp.play(evec[7])
pplist.append(vs0_8_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackB25_1.dat") //open file containing spike times of one theta cell
evec[8] = new Vector() //create a new vector to store spike time stamps
evec[8].scanf(spikefile) //read in spike times from the file
vs0_9_VecStim[0].pp.play(evec[8]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_9_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackB25_2.dat") //repeat for each additional theta cell input...
evec[9] = new Vector()
evec[9].scanf(spikefile)
vs0_10_VecStim[0].pp.play(evec[9])
pplist.append(vs0_10_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackB25_3.dat")
evec[10] = new Vector()
evec[10].scanf(spikefile)
vs0_11_VecStim[0].pp.play(evec[10])
pplist.append(vs0_11_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackB25_4.dat") //open file containing spike times of one theta cell
evec[11] = new Vector() //create a new vector to store spike time stamps
evec[11].scanf(spikefile) //read in spike times from the file
vs0_12_VecStim[0].pp.play(evec[11]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_12_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackB25_5.dat") //repeat for each additional theta cell input...
evec[12] = new Vector()
evec[12].scanf(spikefile)
vs0_13_VecStim[0].pp.play(evec[12])
pplist.append(vs0_13_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackB25_6.dat")
evec[13] = new Vector()
evec[13].scanf(spikefile)
vs0_14_VecStim[0].pp.play(evec[13])
pplist.append(vs0_14_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackB25_7.dat") //open file containing spike times of one theta cell
evec[14] = new Vector() //create a new vector to store spike time stamps
evec[14].scanf(spikefile) //read in spike times from the file
vs0_15_VecStim[0].pp.play(evec[14]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_15_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackB25_8.dat") //repeat for each additional theta cell input...
evec[15] = new Vector()
evec[15].scanf(spikefile)
vs0_16_VecStim[0].pp.play(evec[15])
pplist.append(vs0_16_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackC25_1.dat") //open file containing spike times of one theta cell
evec[16] = new Vector() //create a new vector to store spike time stamps
evec[16].scanf(spikefile) //read in spike times from the file
vs0_17_VecStim[0].pp.play(evec[16]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_17_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackC25_2.dat") //repeat for each additional theta cell input...
evec[17] = new Vector()
evec[17].scanf(spikefile)
vs0_18_VecStim[0].pp.play(evec[17])
pplist.append(vs0_18_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackC25_3.dat")
evec[18] = new Vector()
evec[18].scanf(spikefile)
vs0_19_VecStim[0].pp.play(evec[18])
pplist.append(vs0_19_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackC25_4.dat") //open file containing spike times of one theta cell
evec[19] = new Vector() //create a new vector to store spike time stamps
evec[19].scanf(spikefile) //read in spike times from the file
vs0_20_VecStim[0].pp.play(evec[19]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_20_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackC25_5.dat") //repeat for each additional theta cell input...
evec[20] = new Vector()
evec[20].scanf(spikefile)
vs0_21_VecStim[0].pp.play(evec[20])
pplist.append(vs0_21_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackC25_6.dat")
evec[21] = new Vector()
evec[21].scanf(spikefile)
vs0_22_VecStim[0].pp.play(evec[21])
pplist.append(vs0_22_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackC25_7.dat") //open file containing spike times of one theta cell
evec[22] = new Vector() //create a new vector to store spike time stamps
evec[22].scanf(spikefile) //read in spike times from the file
vs0_23_VecStim[0].pp.play(evec[22]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_23_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackC25_8.dat") //repeat for each additional theta cell input...
evec[23] = new Vector()
evec[23].scanf(spikefile)
vs0_24_VecStim[0].pp.play(evec[23])
pplist.append(vs0_24_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackD25_1.dat") //open file containing spike times of one theta cell
evec[24] = new Vector() //create a new vector to store spike time stamps
evec[24].scanf(spikefile) //read in spike times from the file
vs0_25_VecStim[0].pp.play(evec[24]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_25_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackD25_2.dat") //repeat for each additional theta cell input...
evec[25] = new Vector()
evec[25].scanf(spikefile)
vs0_26_VecStim[0].pp.play(evec[25])
pplist.append(vs0_26_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackD25_3.dat")
evec[26] = new Vector()
evec[26].scanf(spikefile)
vs0_27_VecStim[0].pp.play(evec[26])
pplist.append(vs0_27_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackD25_4.dat") //open file containing spike times of one theta cell
evec[27] = new Vector() //create a new vector to store spike time stamps
evec[27].scanf(spikefile) //read in spike times from the file
vs0_28_VecStim[0].pp.play(evec[27]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_28_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackD25_5.dat") //repeat for each additional theta cell input...
evec[28] = new Vector()
evec[28].scanf(spikefile)
vs0_29_VecStim[0].pp.play(evec[28])
pplist.append(vs0_29_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackD25_6.dat")
evec[29] = new Vector()
evec[29].scanf(spikefile)
vs0_30_VecStim[0].pp.play(evec[29])
pplist.append(vs0_30_VecStim[0].pp)
spikefile.close()
spikefile.ropen("lintrackD25_7.dat") //open file containing spike times of one theta cell
evec[30] = new Vector() //create a new vector to store spike time stamps
evec[30].scanf(spikefile) //read in spike times from the file
vs0_31_VecStim[0].pp.play(evec[30]) //play the spike times into a VecStim object during the simulation
pplist.append(vs0_31_VecStim[0].pp) //append the VecStim to the pp list
spikefile.close() //close the data file
spikefile.ropen("lintrackD25_8.dat") //repeat for each additional theta cell input...
evec[31] = new Vector()
evec[31].scanf(spikefile)
vs0_32_VecStim[0].pp.play(evec[31])
pplist.append(vs0_32_VecStim[0].pp)
spikefile.close() | 
