N_NaP 8 N_Normal 48 simDuration 92000 scalingFactor 15 stepwise 200 1000 0.02 1.05 neuron 0: RGF_NaP_L_hind neuron 1: RGF_NaP_R_hind neuron 2: RGE_NaP_L_hind neuron 3: RGE_NaP_R_hind neuron 4: RGF_NaP_L_front neuron 5: RGF_NaP_R_front neuron 6: RGE_NaP_L_front neuron 7: RGE_NaP_R_front neuron 8: InF_L_hind neuron 9: InF_R_hind neuron 10: InE_L_hind neuron 11: InE_R_hind neuron 12: V0D_L_hind neuron 13: V0D_R_hind neuron 14: V3_L_hind neuron 15: V3_R_hind neuron 16: V0V_L_hind neuron 17: V0V_R_hind neuron 18: InV0V_L_hind neuron 19: InV0V_R_hind neuron 20: InF_L_front neuron 21: InF_R_front neuron 22: InE_L_front neuron 23: InE_R_front neuron 24: V0D_L_front neuron 25: V0D_R_front neuron 26: V3_L_front neuron 27: V3_R_front neuron 28: V0V_L_front neuron 29: V0V_R_front neuron 30: InV0V_L_front neuron 31: InV0V_R_front neuron 32: InFront_L neuron 33: InFront_R neuron 34: V0D2_L_hind neuron 35: V0D2_R_hind neuron 36: V0D2_L_front neuron 37: V0D2_R_front neuron 38: V2aHom_L_hind neuron 39: V2aHom_R_hind neuron 40: V2aHom_L_front neuron 41: V2aHom_R_front neuron 42: V0V_diag_L_hind neuron 43: V0V_diag_R_hind neuron 44: V0V_diag_L_front neuron 45: V0V_diag_R_front neuron 46: V0D_diag_L_front neuron 47: V0D_diag_R_front neuron 48: V2aV0V_L_hind neuron 49: V2aV0V_R_hind neuron 50: V2aV0V_L_front neuron 51: V2aV0V_R_front neuron 52: V2aV0V_diag_L_hind neuron 53: V2aV0V_diag_R_hind neuron 54: V2aV0V_diag_L_front neuron 55: V2aV0V_diag_R_front variable RGFtoV0D 7.0 variable CINItoRGF .3 variable V3toRGF .3 variable V0DtoRGF .7 variable inV0VtoRGF .7 variable V0DtoRGFdiagfh .75 variable V0VtoRGFdiagfh .2 variable V0VtoRGFdiaghf .65 variable V2aHomfh .1 variable V2aHomhf 1.25 variable inFH .1 variable V0Vlrdrive_off 0.0 variable V0Vfhdrive_off 0.0 variable V0Dfhdrive_off 0.0 variable V3lrdrive_off 0.0 //hindlimbs connectionE RGF_NaP_L_hind -> InF_L_hind : 4 + 0 * t connectionE RGF_NaP_R_hind -> InF_R_hind : 4 + 0 * t connectionE RGE_NaP_L_hind -> InE_L_hind : 4 + 0 * t connectionE RGE_NaP_R_hind -> InE_R_hind : 4 + 0 * t connectionI InF_L_hind -> RGE_NaP_L_hind : 10 + 0 * t connectionI InF_R_hind -> RGE_NaP_R_hind : 10 + 0 * t connectionI InE_L_hind -> RGF_NaP_L_hind : .8 + 0 * t connectionI InE_R_hind -> RGF_NaP_R_hind : .8 + 0 * t connectionE RGF_NaP_L_hind -> V0D_L_hind : RGFtoV0D + 0 * t connectionE RGF_NaP_R_hind -> V0D_R_hind : RGFtoV0D + 0 * t connectionE RGF_NaP_L_hind -> V2aV0V_L_hind : 10 + 0 * t connectionE RGF_NaP_R_hind -> V2aV0V_R_hind : 10 + 0 * t connectionE V2aV0V_L_hind -> V0V_L_hind : 10 + 0 * t connectionE V2aV0V_R_hind -> V0V_R_hind : 10 + 0 * t connectionE RGE_NaP_L_hind -> V0D2_L_hind : 4. + 0 * t connectionE RGE_NaP_R_hind -> V0D2_R_hind : 4. + 0 * t connectionE RGF_NaP_L_hind -> V3_L_hind : 3.5 + 0 * t connectionE RGF_NaP_R_hind -> V3_R_hind : 3.5 + 0 * t connectionI V0D_L_hind -o RGF_NaP_R_hind : V0DtoRGF + 0 * t connectionI V0D_R_hind -o RGF_NaP_L_hind : V0DtoRGF + 0 * t connectionI V0D2_L_hind -o RGF_NaP_R_hind : CINItoRGF + 0 * t connectionI V0D2_R_hind -o RGF_NaP_L_hind : CINItoRGF + 0 * t connectionE V0V_L_hind -> InV0V_R_hind : 6 + 0 * t connectionE V0V_R_hind -> InV0V_L_hind : 6 + 0 * t connectionI InV0V_L_hind -o RGF_NaP_L_hind : inV0VtoRGF + 0 * t connectionI InV0V_R_hind -o RGF_NaP_R_hind : inV0VtoRGF + 0 * t connectionE V3_L_hind -> RGF_NaP_R_hind : V3toRGF + 0 * t connectionE V3_R_hind -> RGF_NaP_L_hind : V3toRGF + 0 * t //forelimbs connectionE RGF_NaP_L_front -> InF_L_front : 4 + 0 * t connectionE RGF_NaP_R_front -> InF_R_front : 4 + 0 * t connectionE RGE_NaP_L_front -> InE_L_front : 4 + 0 * t connectionE RGE_NaP_R_front -> InE_R_front : 4 + 0 * t connectionI InF_L_front -> RGE_NaP_L_front : 10 + 0 * t connectionI InF_R_front -> RGE_NaP_R_front : 10 + 0 * t connectionI InE_L_front -> RGF_NaP_L_front : .8 + 0 * t connectionI InE_R_front -> RGF_NaP_R_front : .8 + 0 * t connectionE RGF_NaP_L_front -> V0D_L_front : RGFtoV0D + 0 * t connectionE RGF_NaP_R_front -> V0D_R_front : RGFtoV0D + 0 * t connectionE RGF_NaP_L_front -> V2aV0V_L_front : 10 + 0 * t connectionE RGF_NaP_R_front -> V2aV0V_R_front : 10 + 0 * t connectionE V2aV0V_L_front -> V0V_L_front : 10 + 0 * t connectionE V2aV0V_R_front -> V0V_R_front : 10 + 0 * t connectionE RGE_NaP_L_front -> V0D2_L_front : 4. + 0 * t connectionE RGE_NaP_R_front -> V0D2_R_front : 4. + 0 * t connectionE RGF_NaP_L_front -> V3_L_front : 3.5 + 0 * t connectionE RGF_NaP_R_front -> V3_R_front : 3.5 + 0 * t connectionI V0D_L_front -o RGF_NaP_R_front : V0DtoRGF + 0 * t connectionI V0D_R_front -o RGF_NaP_L_front : V0DtoRGF + 0 * t connectionI V0D2_L_front -o RGF_NaP_R_front : CINItoRGF + 0 * t connectionI V0D2_R_front -o RGF_NaP_L_front : CINItoRGF + 0 * t connectionE V0V_L_front -> InV0V_R_front : 6 + 0 * t connectionE V0V_R_front -> InV0V_L_front : 6 + 0 * t connectionI InV0V_L_front -o RGF_NaP_L_front : inV0VtoRGF + 0 * t connectionI InV0V_R_front -o RGF_NaP_R_front : inV0VtoRGF + 0 * t connectionE V3_L_front -> RGF_NaP_R_front : V3toRGF + 0 * t connectionE V3_R_front -> RGF_NaP_L_front : V3toRGF + 0 * t //interactions between hind and forelimbs connectionE RGF_NaP_L_front -> InFront_L : 7 + 0 * t connectionE RGF_NaP_R_front -> InFront_R : 7 + 0 * t connectionI InFront_L -> RGF_NaP_L_hind : inFH + 0 * t connectionI InFront_R -> RGF_NaP_R_hind : inFH + 0 * t connectionE RGE_NaP_L_hind -> V2aHom_L_hind : 5 + 0 * t connectionE RGE_NaP_R_hind -> V2aHom_R_hind : 5 + 0 * t connectionE RGE_NaP_L_front -> V2aHom_L_front : 5 + 0 * t connectionE RGE_NaP_R_front -> V2aHom_R_front : 5 + 0 * t connectionE V2aHom_L_hind -> RGF_NaP_L_front : V2aHomhf + 0 * t connectionE V2aHom_R_hind -> RGF_NaP_R_front : V2aHomhf + 0 * t connectionE V2aHom_L_front -> RGF_NaP_L_hind : V2aHomfh + 0 * t connectionE V2aHom_R_front -> RGF_NaP_R_hind : V2aHomfh + 0 * t connectionE RGF_NaP_L_front -> V2aV0V_diag_L_front : 5 + 0 * t connectionE RGF_NaP_R_front -> V2aV0V_diag_R_front : 5 + 0 * t connectionE RGF_NaP_L_hind -> V2aV0V_diag_L_hind : 5 + 0 * t connectionE RGF_NaP_R_hind -> V2aV0V_diag_R_hind : 5 + 0 * t connectionE V2aV0V_diag_L_front -> V0V_diag_L_front : 9 + 0 * t connectionE V2aV0V_diag_R_front -> V0V_diag_R_front : 9 + 0 * t connectionE V2aV0V_diag_L_hind -> V0V_diag_L_hind : 9 + 0 * t connectionE V2aV0V_diag_R_hind -> V0V_diag_R_hind : 9 + 0 * t connectionE V0V_diag_L_front -> RGF_NaP_R_hind : V0VtoRGFdiagfh + 0 * t connectionE V0V_diag_R_front -> RGF_NaP_L_hind : V0VtoRGFdiagfh + 0 * t connectionE V0V_diag_L_hind -> RGF_NaP_R_front : V0VtoRGFdiaghf + 0 * t connectionE V0V_diag_R_hind -> RGF_NaP_L_front : V0VtoRGFdiaghf + 0 * t connectionE RGF_NaP_L_front -> V0D_diag_L_front : 5 + 0 * t connectionE RGF_NaP_R_front -> V0D_diag_R_front : 5 + 0 * t connectionI V0D_diag_L_front -> RGF_NaP_R_hind : V0DtoRGFdiagfh + 0 * t connectionI V0D_diag_R_front -> RGF_NaP_L_hind : V0DtoRGFdiagfh + 0 * t driveE 1e-05 * t + 0.0 -> RGF_NaP_L_front driveE 1e-05 * t + 0.0 -> RGF_NaP_R_front driveE 0 * t + 1 -> RGE_NaP_L_front driveE 0 * t + 1 -> RGE_NaP_R_front driveI 0 * t + V3lrdrive_off -> V3_L_front driveI 0 * t + V3lrdrive_off -> V3_R_front driveI 1.5e-05 * t + V0Vlrdrive_off -> V0V_L_front driveI 1.5e-05 * t + V0Vlrdrive_off -> V0V_R_front driveI 7.5e-05 * t + 0.0 -> V0D_L_front driveI 7.5e-05 * t + 0.0 -> V0D_R_front driveI 7.5e-05 * t + V0Dfhdrive_off -> V0D_diag_L_front driveI 7.5e-05 * t + V0Dfhdrive_off -> V0D_diag_R_front driveI 0.0 * t + V0Vfhdrive_off -> V0V_diag_L_front driveI 0.0 * t + V0Vfhdrive_off -> V0V_diag_R_front //driveI 7.5e-05 * t + 0.0 -> InFront_L //driveI 7.5e-05 * t + 0.0 -> InFront_R driveE 1.0e-05 * t + 0.0 -> RGF_NaP_L_hind driveE 1.0e-05 * t + 0.0 -> RGF_NaP_R_hind driveE 0 * t + 1 -> RGE_NaP_L_hind driveE 0 * t + 1 -> RGE_NaP_R_hind driveI 0 * t + V3lrdrive_off -> V3_L_hind driveI 0 * t + V3lrdrive_off -> V3_R_hind driveI 1.5e-05 * t + V0Vlrdrive_off -> V0V_L_hind driveI 1.5e-05 * t + V0Vlrdrive_off -> V0V_R_hind driveI 7.5e-05 * t + 0.0 -> V0D_L_hind driveI 7.5e-05 * t + 0.0 -> V0D_R_hind driveI 0.0 * t + V0Vfhdrive_off -> V0V_diag_L_hind driveI 0.0 * t + V0Vfhdrive_off -> V0V_diag_R_hind gLeak 2.8 gLeak [0:7] 4.5 gBarNaP 4.5 Eleak -60 Eleak [0:7] -62.5 ENa 50 ESynE -10 ESynI -75 Cmem 10 mk -6 mV12 -40 hk 4 hV12 -45 htau 160 hTauK 15 hTauV12 -35 hTau0 80 Vmax 0 Vmin -50 sigmaNoise 1.75 initialConditions -55.920078 -51.641972 -21.491720 -35.639797 -22.043705 -37.454517 -44.907143 -49.721371 -59.393818 -60.005093 -37.492096 -45.016365 -67.755806 -67.788857 -59.457329 -59.995716 -61.849171 -62.664959 -60.000305 -59.066238 -42.315670 -45.890461 -48.380825 -59.984398 -46.334351 -53.852894 -43.986309 -47.171570 -39.449089 -37.912262 -42.357056 -55.163944 -34.461632 -39.782787 -37.492538 -45.017799 -48.382637 -59.981125 -34.692379 -42.608669 -46.389870 -59.979351 -59.570225 -60.002865 -49.644260 -44.188583 -50.895142 -57.068607 -58.833954 -60.003361 -29.252132 -35.507793 -59.282440 -60.001152 -39.317017 -43.578243 0.43757886 0.65233570 0.55646032 0.35669383 0.62674695 0.38586906 0.34378222 0.62621748