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- {
- "network": {
- "N_E": {
- "value": 10,
- "comment": "number of excitatory neurons will be split in two populations (should be multiple of 2)"
- },
- "N_I": {
- "value": 2,
- "comment": "number of excitatory neurons"
- },
- "architecture": {
- "value": 0,
- "comment": "specifies the circuit architecture: 0 (no connectivity), 1 (reciprocal E1<->I<->E2), 2 (directional E1->I1->E2 and E2->I2->E1"
- }
- },
- "synapses": {
- "ex_in": {
- "delay": {
- "value": 3,
- "comment": "delay of excitatory synapses"
- },
- "strength": {
- "value": 3,
- "comment": "strength of excitatory synapses in mV"
- }
- },
- "in_ex": {
- "delay": {
- "value": 3,
- "comment": "delay of inhibitory synapses"
- },
- "strength": {
- "value": 20,
- "comment": "strength of inhibitory synapses in nS"
- }
- }
- },
- "input": {
- "baseline": {
- "value": 0.2,
- "comment": "baseline input in nA to all excitatory neurons"
- },
- "to_1": {
- "value": 0.0,
- "comment": "additional input to population 1"
- },
- "to_2": {
- "value": 0.0,
- "comment": "additional input to population 2"
- }
- }
- }
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