db_old.json

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      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"U_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"U_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"U_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"U_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123759,
      "resource_uri": "/api/v2/results/123759",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-09T08:39:22.313537+00:00",
      "timestamp_submission": "2019-11-08T12:35:51+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"F_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"F_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"F_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"F_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123754,
      "resource_uri": "/api/v2/results/123754",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-08T09:54:13.794000+00:00",
      "timestamp_submission": "2019-11-08T09:50:59+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123753,
      "resource_uri": "/api/v2/results/123753",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T16:50:48.341682+00:00",
      "timestamp_submission": "2019-11-07T15:50:33+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"5_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"5_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"5_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"5_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123752,
      "resource_uri": "/api/v2/results/123752",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:48:11.289000+00:00",
      "timestamp_submission": "2019-11-07T15:44:48+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"E_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"E_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"E_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"E_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123751,
      "resource_uri": "/api/v2/results/123751",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:30:50.137000+00:00",
      "timestamp_submission": "2019-11-07T15:27:32+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"R_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"R_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"R_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"R_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123750,
      "resource_uri": "/api/v2/results/123750",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T16:23:04.796763+00:00",
      "timestamp_submission": "2019-11-07T15:22:49+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"F_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"F_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"F_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"F_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123749,
      "resource_uri": "/api/v2/results/123749",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:22:13.605000+00:00",
      "timestamp_submission": "2019-11-07T15:19:04+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123748,
      "resource_uri": "/api/v2/results/123748",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:15:15.812000+00:00",
      "timestamp_submission": "2019-11-07T15:12:02+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"R_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"R_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"R_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"R_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123747,
      "resource_uri": "/api/v2/results/123747",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:51:21.411769+00:00",
      "timestamp_submission": "2019-11-07T14:51:02+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"E_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"E_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"E_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"E_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123746,
      "resource_uri": "/api/v2/results/123746",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:49:17.074486+00:00",
      "timestamp_submission": "2019-11-07T14:48:57+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123745,
      "resource_uri": "/api/v2/results/123745",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T15:48:19.491081+00:00",
      "timestamp_submission": "2019-11-07T14:48:06+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"D_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"D_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"D_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"D_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123744,
      "resource_uri": "/api/v2/results/123744",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T14:43:23.030000+00:00",
      "timestamp_submission": "2019-11-07T14:40:07+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123743,
      "resource_uri": "/api/v2/results/123743",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T14:35:54.706000+00:00",
      "timestamp_submission": "2019-11-07T14:32:35+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"F_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"F_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"F_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"F_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123734,
      "resource_uri": "/api/v2/results/123734",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-07T10:22:24.450000+00:00",
      "timestamp_submission": "2019-11-07T10:18:36+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"R_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"R_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"R_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"R_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123720,
      "resource_uri": "/api/v2/results/123720",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-11-06T14:57:04.040000+00:00",
      "timestamp_submission": "2019-11-06T14:53:38+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"44_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"44_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"44_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"44_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123624,
      "resource_uri": "/api/v2/results/123624",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-30T09:33:59.868000+00:00",
      "timestamp_submission": "2019-10-30T09:30:25+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"GG_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"GG_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"GG_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"GG_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123619,
      "resource_uri": "/api/v2/results/123619",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-29T14:15:01.286000+00:00",
      "timestamp_submission": "2019-10-29T14:11:36+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"E_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"E_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"E_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"E_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123618,
      "resource_uri": "/api/v2/results/123618",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-29T10:37:13.523000+00:00",
      "timestamp_submission": "2019-10-29T10:33:46+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"f_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"f_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"f_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"f_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123614,
      "resource_uri": "/api/v2/results/123614",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-28T17:09:59.877176+00:00",
      "timestamp_submission": "2019-10-28T16:09:38+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"45_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"45_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"45_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"45_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123604,
      "resource_uri": "/api/v2/results/123604",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T11:27:48.763000+00:00",
      "timestamp_submission": "2019-10-25T11:24:35+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"44_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"44_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"44_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"44_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123603,
      "resource_uri": "/api/v2/results/123603",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T11:01:37.430000+00:00",
      "timestamp_submission": "2019-10-25T10:58:24+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"44_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"44_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"44_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"44_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123602,
      "resource_uri": "/api/v2/results/123602",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T10:53:13.726000+00:00",
      "timestamp_submission": "2019-10-25T10:49:56+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"45_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"45_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"45_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"45_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123601,
      "resource_uri": "/api/v2/results/123601",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T10:49:05.562000+00:00",
      "timestamp_submission": "2019-10-25T10:45:41+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"45_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"45_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"45_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"45_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123600,
      "resource_uri": "/api/v2/results/123600",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T09:45:39.045000+00:00",
      "timestamp_submission": "2019-10-25T09:42:26+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"Fds_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"Fds_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"Fds_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"Fds_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123599,
      "resource_uri": "/api/v2/results/123599",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T11:01:13.399602+00:00",
      "timestamp_submission": "2019-10-25T08:59:13+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123598,
      "resource_uri": "/api/v2/results/123598",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T08:54:21.406000+00:00",
      "timestamp_submission": "2019-10-25T08:49:55+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"RR_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"RR_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"RR_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"RR_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123597,
      "resource_uri": "/api/v2/results/123597",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T10:48:29.811099+00:00",
      "timestamp_submission": "2019-10-25T08:47:49+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123596,
      "resource_uri": "/api/v2/results/123596",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T08:49:59.248000+00:00",
      "timestamp_submission": "2019-10-25T08:46:35+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"ER_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"ER_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"ER_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"ER_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123595,
      "resource_uri": "/api/v2/results/123595",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T08:31:36.193000+00:00",
      "timestamp_submission": "2019-10-25T08:28:11+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"E_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"E_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"E_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"E_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123594,
      "resource_uri": "/api/v2/results/123594",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T08:13:12.944000+00:00",
      "timestamp_submission": "2019-10-25T08:08:46+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123593,
      "resource_uri": "/api/v2/results/123593",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T07:59:10.249000+00:00",
      "timestamp_submission": "2019-10-25T07:55:50+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"EE_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"EE_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"EE_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"EE_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123592,
      "resource_uri": "/api/v2/results/123592",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T07:49:28.866000+00:00",
      "timestamp_submission": "2019-10-25T07:46:07+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123591,
      "resource_uri": "/api/v2/results/123591",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-25T07:45:47.599000+00:00",
      "timestamp_submission": "2019-10-25T07:42:26+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123590,
      "resource_uri": "/api/v2/results/123590",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-24T20:39:36.429000+00:00",
      "timestamp_submission": "2019-10-24T20:36:17+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"44_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"44_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"44_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"44_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123589,
      "resource_uri": "/api/v2/results/123589",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-24T14:44:24.262000+00:00",
      "timestamp_submission": "2019-10-24T14:41:10+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"R4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"R4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"R4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"R4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123588,
      "resource_uri": "/api/v2/results/123588",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-24T13:36:18.020000+00:00",
      "timestamp_submission": "2019-10-24T13:33:01+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"44_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"44_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"44_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"44_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123561,
      "resource_uri": "/api/v2/results/123561",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T16:29:24.943000+00:00",
      "timestamp_submission": "2019-10-23T16:26:06+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"R_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"R_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"R_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"R_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123560,
      "resource_uri": "/api/v2/results/123560",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T16:26:14.743000+00:00",
      "timestamp_submission": "2019-10-23T16:22:43+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"fds_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"fds_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"fds_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"fds_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123559,
      "resource_uri": "/api/v2/results/123559",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T16:15:49.166000+00:00",
      "timestamp_submission": "2019-10-23T16:12:25+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4r_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4r_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4r_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4r_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123558,
      "resource_uri": "/api/v2/results/123558",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T16:11:56.486000+00:00",
      "timestamp_submission": "2019-10-23T16:08:35+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"33_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"33_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"33_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"33_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123557,
      "resource_uri": "/api/v2/results/123557",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T16:06:28.417000+00:00",
      "timestamp_submission": "2019-10-23T16:02:52+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123556,
      "resource_uri": "/api/v2/results/123556",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T16:01:16.562000+00:00",
      "timestamp_submission": "2019-10-23T15:58:00+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123555,
      "resource_uri": "/api/v2/results/123555",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T15:49:50.111000+00:00",
      "timestamp_submission": "2019-10-23T15:46:21+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123554,
      "resource_uri": "/api/v2/results/123554",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T15:39:00.249000+00:00",
      "timestamp_submission": "2019-10-23T15:35:40+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"34_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"34_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"34_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"34_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123553,
      "resource_uri": "/api/v2/results/123553",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T15:16:44.587000+00:00",
      "timestamp_submission": "2019-10-23T15:12:29+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4R_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4R_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4R_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4R_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123552,
      "resource_uri": "/api/v2/results/123552",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T13:26:36.152000+00:00",
      "timestamp_submission": "2019-10-23T13:23:09+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123551,
      "resource_uri": "/api/v2/results/123551",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T13:26:02.167000+00:00",
      "timestamp_submission": "2019-10-23T13:21:52+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4rrr_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4rrr_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4rrr_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4rrr_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123550,
      "resource_uri": "/api/v2/results/123550",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T13:13:40.080000+00:00",
      "timestamp_submission": "2019-10-23T13:09:28+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"5_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"5_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"5_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"5_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123549,
      "resource_uri": "/api/v2/results/123549",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T13:10:08.120000+00:00",
      "timestamp_submission": "2019-10-23T12:59:28+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123548,
      "resource_uri": "/api/v2/results/123548",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T12:59:36.952000+00:00",
      "timestamp_submission": "2019-10-23T12:56:14+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"dd_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"dd_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"dd_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"dd_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123547,
      "resource_uri": "/api/v2/results/123547",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T12:49:20.994000+00:00",
      "timestamp_submission": "2019-10-23T12:46:06+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"43_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"43_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"43_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"43_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123546,
      "resource_uri": "/api/v2/results/123546",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T12:28:44.952000+00:00",
      "timestamp_submission": "2019-10-23T12:25:26+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"45_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"45_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"45_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"45_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123545,
      "resource_uri": "/api/v2/results/123545",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T12:27:05.366000+00:00",
      "timestamp_submission": "2019-10-23T12:23:30+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123544,
      "resource_uri": "/api/v2/results/123544",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T12:23:00.378000+00:00",
      "timestamp_submission": "2019-10-23T12:19:49+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4f_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4f_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4f_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4f_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123543,
      "resource_uri": "/api/v2/results/123543",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T11:36:26.808000+00:00",
      "timestamp_submission": "2019-10-23T11:33:02+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"dddfff_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"dddfff_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"dddfff_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"dddfff_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123534,
      "resource_uri": "/api/v2/results/123534",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T09:42:50.916000+00:00",
      "timestamp_submission": "2019-10-23T09:38:52+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"3_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"3_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"3_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"3_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123532,
      "resource_uri": "/api/v2/results/123532",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T09:30:09.496000+00:00",
      "timestamp_submission": "2019-10-23T09:26:48+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123531,
      "resource_uri": "/api/v2/results/123531",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T09:27:23.249000+00:00",
      "timestamp_submission": "2019-10-23T09:23:53+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"d_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"d_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"d_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"d_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123528,
      "resource_uri": "/api/v2/results/123528",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T11:04:48.819872+00:00",
      "timestamp_submission": "2019-10-23T09:03:10+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_5 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_6 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_4 = NixIO(\"d_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"d_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\nio_6 = NixIO(\"d_pop_6.nix\", \"ow\")\npop_6.write_data(\"io_6\")\nio_7 = NixIO(\"d_pop_7.nix\", \"ow\")\npop_7.write_data(\"io_7\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123526,
      "resource_uri": "/api/v2/results/123526",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T07:45:45.986000+00:00",
      "timestamp_submission": "2019-10-23T07:42:16+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"5_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"5_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"5_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"5_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123525,
      "resource_uri": "/api/v2/results/123525",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-23T06:40:50.008000+00:00",
      "timestamp_submission": "2019-10-23T06:37:37+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"d_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"d_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"d_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"d_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123503,
      "resource_uri": "/api/v2/results/123503",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-22T13:44:50.553000+00:00",
      "timestamp_submission": "2019-10-22T13:41:26+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"r_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"r_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"r_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"r_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123480,
      "resource_uri": "/api/v2/results/123480",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-22T11:03:10.179980+00:00",
      "timestamp_submission": "2019-10-21T15:22:39+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"f4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"f4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"f4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"f4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123478,
      "resource_uri": "/api/v2/results/123478",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T14:47:33.910000+00:00",
      "timestamp_submission": "2019-10-18T14:44:02+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"dd_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"dd_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"dd_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"dd_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123477,
      "resource_uri": "/api/v2/results/123477",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T11:55:54.329000+00:00",
      "timestamp_submission": "2019-10-18T11:52:38+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4r_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4r_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4r_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4r_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123476,
      "resource_uri": "/api/v2/results/123476",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T11:45:15.722000+00:00",
      "timestamp_submission": "2019-10-18T11:41:55+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"f_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"f_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"f_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"f_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123475,
      "resource_uri": "/api/v2/results/123475",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T11:02:51.459000+00:00",
      "timestamp_submission": "2019-10-18T10:59:39+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"fff_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"fff_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"fff_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"fff_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123474,
      "resource_uri": "/api/v2/results/123474",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T10:21:49.627000+00:00",
      "timestamp_submission": "2019-10-18T10:18:01+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"dddf_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"dddf_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"dddf_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"dddf_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123473,
      "resource_uri": "/api/v2/results/123473",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T10:20:54.141000+00:00",
      "timestamp_submission": "2019-10-18T10:17:05+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"dd_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"dd_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"dd_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"dd_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123472,
      "resource_uri": "/api/v2/results/123472",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T10:20:03.130000+00:00",
      "timestamp_submission": "2019-10-18T10:16:02+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"rr_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"rr_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"rr_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"rr_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123471,
      "resource_uri": "/api/v2/results/123471",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T10:18:04.437000+00:00",
      "timestamp_submission": "2019-10-18T10:14:12+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"fff_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"fff_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"fff_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"fff_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123470,
      "resource_uri": "/api/v2/results/123470",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T10:17:18.077000+00:00",
      "timestamp_submission": "2019-10-18T10:13:18+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"rezrrez_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"rezrrez_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"rezrrez_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"rezrrez_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123461,
      "resource_uri": "/api/v2/results/123461",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T07:43:19.146000+00:00",
      "timestamp_submission": "2019-10-18T07:38:47+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"4_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"4_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"4_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"4_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "BrainScaleS",
      "id": 123459,
      "resource_uri": "/api/v2/results/123459",
      "resource_usage": 1,
      "status": "finished",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-18T06:29:26.698418+00:00",
      "timestamp_submission": "2019-10-17T12:54:55+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"gfd_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"gfd_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"gfd_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"gfd_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123458,
      "resource_uri": "/api/v2/results/123458",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-17T12:41:18.537000+00:00",
      "timestamp_submission": "2019-10-17T12:37:16+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"45d_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"45d_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"45d_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"45d_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123457,
      "resource_uri": "/api/v2/results/123457",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-17T12:40:24.816000+00:00",
      "timestamp_submission": "2019-10-17T12:36:30+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"34E_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"34E_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"34E_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"34E_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123425,
      "resource_uri": "/api/v2/results/123425",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-16T14:40:00.583000+00:00",
      "timestamp_submission": "2019-10-16T14:36:38+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"89_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"89_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"89_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"89_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123403,
      "resource_uri": "/api/v2/results/123403",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-16T11:36:37.635000+00:00",
      "timestamp_submission": "2019-10-16T11:32:16+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"eee_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"eee_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"eee_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"eee_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123402,
      "resource_uri": "/api/v2/results/123402",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-16T11:35:48.114000+00:00",
      "timestamp_submission": "2019-10-16T11:31:51+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"34_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"34_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"34_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"34_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123359,
      "resource_uri": "/api/v2/results/123359",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-14T13:14:08.724000+00:00",
      "timestamp_submission": "2019-10-14T13:10:52+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"34_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"34_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"34_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"34_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123350,
      "resource_uri": "/api/v2/results/123350",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-11T11:56:42.025000+00:00",
      "timestamp_submission": "2019-10-11T11:53:00+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"546_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"546_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"546_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"546_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123349,
      "resource_uri": "/api/v2/results/123349",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-11T11:54:46.187000+00:00",
      "timestamp_submission": "2019-10-11T11:50:54+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"33_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"33_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"33_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"33_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123348,
      "resource_uri": "/api/v2/results/123348",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-11T11:52:08.208000+00:00",
      "timestamp_submission": "2019-10-11T11:47:52+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"56_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"56_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"56_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"56_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123347,
      "resource_uri": "/api/v2/results/123347",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-11T11:47:11.874000+00:00",
      "timestamp_submission": "2019-10-11T11:43:41+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"ddd_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"ddd_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"ddd_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"ddd_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123344,
      "resource_uri": "/api/v2/results/123344",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-11T09:43:35.609000+00:00",
      "timestamp_submission": "2019-10-11T09:40:13+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(5, sim.IF_curr_alpha(v_rest=undefined, cm=undefined, tau_m=undefined, tau_refrac=undefined, tau_syn_E=undefined, tau_syn_I=undefined, i_offset=undefined, v_reset=undefined, v_thresh=undefined ), label='Pop')\npop_3.initialize(v=undefined)\npop_4 = sim.Population(5, sim.IF_curr_alpha(v_rest=undefined, cm=undefined, tau_m=undefined, tau_refrac=undefined, tau_syn_E=undefined, tau_syn_I=undefined, i_offset=undefined, v_reset=undefined, v_thresh=undefined ), label='Pop')\npop_4.initialize(v=undefined)\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"fdsdf_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"fdsdf_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"fdsdf_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"fdsdf_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123343,
      "resource_uri": "/api/v2/results/123343",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-10T10:25:50.234000+00:00",
      "timestamp_submission": "2019-10-10T10:22:12+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"23_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"23_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"23_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"23_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123342,
      "resource_uri": "/api/v2/results/123342",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-10T09:52:11.786000+00:00",
      "timestamp_submission": "2019-10-10T09:48:36+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\n\n\nsim.run(10)\n\nio_2 = NixIO(\"fds_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"fds_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"fds_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123341,
      "resource_uri": "/api/v2/results/123341",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-09T15:01:04.635000+00:00",
      "timestamp_submission": "2019-10-09T14:57:34+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"fds_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"fds_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"fds_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"fds_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123340,
      "resource_uri": "/api/v2/results/123340",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-09T12:43:45.464000+00:00",
      "timestamp_submission": "2019-10-09T12:40:07+00:00",
      "user_id": "me"
    },
    {
      "code": "\n# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_4 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\nsim.Projection(pop_2, pop_2, sim.AllToAllConnector(), sim.StaticSynapse())\npop_3.initialize(v=-65 , isyn_exc=3 , isyn_inh=0 , label=Pop3)\n\n\nsim.run(10)\n\nio_2 = NixIO(\"sqddsq_pop_2.nix\", \"ow\")\npop_2.write_data(\"io_2\")\nio_3 = NixIO(\"sqddsq_pop_3.nix\", \"ow\")\npop_3.write_data(\"io_3\")\nio_4 = NixIO(\"sqddsq_pop_4.nix\", \"ow\")\npop_4.write_data(\"io_4\")\nio_5 = NixIO(\"sqddsq_pop_5.nix\", \"ow\")\npop_5.write_data(\"io_5\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123339,
      "resource_uri": "/api/v2/results/123339",
      "resource_usage": 0,
      "status": "error",
      "tags": [
        "gui"
      ],
      "timestamp_completion": "2019-10-09T12:33:49.739000+00:00",
      "timestamp_submission": "2019-10-09T12:30:24+00:00",
      "user_id": "me"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\nfrom neo.io import NixIO\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\npop_2.record(['v', 'spikes'])\npop_3.record(['v', 'spikes'])\npop_4.record(['v', 'spikes'])\n\nsim.run(10)\n\nio_2 = NixIO(\"simname_pop_2.h5\", \"ow\")\npop_2.write_data(io_2)\n\nio_3 = NixIO(\"simname_pop_3.h5\", \"ow\")\npop_3.write_data(io_3)\n\nio_4 = NixIO(\"simname_pop_4.h5\", \"ow\")\npop_4.write_data(io_4)\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123291,
      "resource_uri": "/api/v2/results/123291",
      "resource_usage": 1,
      "status": "finished",
      "tags": [],
      "timestamp_completion": "2019-10-01T12:16:17.557000+00:00",
      "timestamp_submission": "2019-10-01T12:11:30+00:00",
      "user_id": "207149"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\nfrom neo.io import NixIO\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\npop2.record(['v', 'spikes'])\npop3.record(['v', 'spikes'])\npop4.record(['v', 'spikes'])\n\nsim.run(10)\n\nio_2 = NixIO(\"simname_pop_2.h5\", \"ow\")\npop_2.write_data(io_2)\n\nio_3 = NixIO(\"simname_pop_3.h5\", \"ow\")\npop_3.write_data(io_3)\n\nio_4 = NixIO(\"simname_pop_4.h5\", \"ow\")\npop_4.write_data(io_4)\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123290,
      "resource_uri": "/api/v2/results/123290",
      "resource_usage": 0,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-10-01T12:10:21.319000+00:00",
      "timestamp_submission": "2019-10-01T12:07:15+00:00",
      "user_id": "207149"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\nfrom neo.io import NixIO\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\nio_2 = NixIO(\"simname_pop_2.h5\", \"ow\")\npop_2.write_data(io_2)\n\nio_3 = NixIO(\"simname_pop_3.h5\", \"ow\")\npop_3.write_data(io_3)\n\nio_4 = NixIO(\"simname_pop_4.h5\", \"ow\")\npop_4.write_data(io_4)\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123289,
      "resource_uri": "/api/v2/results/123289",
      "resource_usage": 1,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-10-01T12:03:06.930000+00:00",
      "timestamp_submission": "2019-10-01T11:58:02+00:00",
      "user_id": "207149"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\nfrom neo.io import NixIO\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\nio_2 = NixIO(\"simname_pop_2.h5\", \"ow\")\npop_2.write_data(io_2)\n\nio_3 = NixIO(\"simname_pop_3.h5\", \"ow\")\npop_3.write_data(io_3)\n\nio_4 = NixIO(\"simname_pop_4.h5\", \"ow\")\npop_4.write_data(io_4)\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123237,
      "resource_uri": "/api/v2/results/123237",
      "resource_usage": 1,
      "status": "finished",
      "tags": [],
      "timestamp_completion": "2019-09-27T10:12:23.876000+00:00",
      "timestamp_submission": "2019-09-27T09:48:28+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\nfrom neo.io import NixIO\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\nio = NixIO(filename, \"ow\")\n\npop_2.write_data(io, \"simname_pop_2.h5\")\npop_3.write_data(io, \"simname_pop_3.h5\")\npop_4.write_data(io, \"simname_pop_4.h5\")\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123235,
      "resource_uri": "/api/v2/results/123235",
      "resource_usage": 1,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-09-26T15:23:55.003000+00:00",
      "timestamp_submission": "2019-09-26T15:16:21+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\npop_2.write_data(\"simname_pop_2.pkl\")\npop_3.write_data(\"simname_pop_3.pkl\")\npop_4.write_data(\"simname_pop_4.pkl\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123029,
      "resource_uri": "/api/v2/results/123029",
      "resource_usage": 1,
      "status": "finished",
      "tags": [],
      "timestamp_completion": "2019-08-07T14:55:36.001000+00:00",
      "timestamp_submission": "2019-08-07T14:51:31+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\n#import pyNN.brainscales as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_cond_exp(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_cond_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_cond_exp(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\npop_2.write_data(\"simname_pop_2.pkl\")\npop_3.write_data(\"simname_pop_3.pkl\")\npop_4.write_data(\"simname_pop_4.pkl\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123028,
      "resource_uri": "/api/v2/results/123028",
      "resource_usage": 1,
      "status": "finished",
      "tags": [],
      "timestamp_completion": "2019-08-07T14:48:52.711000+00:00",
      "timestamp_submission": "2019-08-07T14:40:12+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.spiNNaker as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\npop_2.write_data(\"simname_pop_2.pkl\")\npop_3.write_data(\"simname_pop_3.pkl\")\npop_4.write_data(\"simname_pop_4.pkl\")\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123017,
      "resource_uri": "/api/v2/results/123017",
      "resource_usage": 0,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-08-02T09:41:19.050000+00:00",
      "timestamp_submission": "2019-08-02T09:38:05+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.nest as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 ))\npop_3 = sim.Population(56, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\npop_2.write_data(\"simname_pop_2.pkl\")\npop_3.write_data(\"simname_pop_3.pkl\")\npop_4.write_data(\"simname_pop_4.pkl\")\n\n\nsim.end()\n",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123016,
      "resource_uri": "/api/v2/results/123016",
      "resource_usage": 0,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-08-01T16:05:03.568000+00:00",
      "timestamp_submission": "2019-08-01T16:01:24+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.nest as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(56, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\npop_2.write_data(\"simname_pop_2.pkl\")\n#pop_3.write_data(\"simname_pop_3.pkl\")\npop_4.write_data(\"simname_pop_4.pkl\")\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123015,
      "resource_uri": "/api/v2/results/123015",
      "resource_usage": 0,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-08-01T15:58:32.613000+00:00",
      "timestamp_submission": "2019-08-01T15:55:20+00:00",
      "user_id": "304621"
    },
    {
      "code": "# coding: utf-8\n#!python\n\nimport numpy\nimport pyNN.nest as sim\nfrom pyNN.random import RandomDistribution\n\nsim.setup()\n\npop_2 = sim.Population(1, sim.IF_curr_alpha(v_rest=-65 , cm=1 , tau_m=20 , tau_refrac=0 , tau_syn_E=5 , tau_syn_I=5 , i_offset=0 , v_reset=-65 , v_thresh=-50 )\npop_3 = sim.Population(56, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_3.initialize(v=-65)\npop_4 = sim.Population(15, sim.IF_curr_alpha(v_rest=-65, cm=1, tau_m=20, tau_refrac=0, tau_syn_E=5, tau_syn_I=5, i_offset=0, v_reset=-65, v_thresh=-50 ), label='Pop')\npop_4.initialize(v=-65)\nprj_5 = sim.Projection(pop_4, pop_3, sim.AllToAllConnector(), sim.StaticSynapse(weight=56, delay=56), receptor_type='excitatory')\n\n\nsim.run(10)\n\npop_2.write_data(\"simname_pop_2.pkl\")\npop_3.write_data(\"simname_pop_3.pkl\")\npop_4.write_data(\"simname_pop_4.pkl\")\n\n\nsim.end()",
      "collab_id": "4293",
      "command": "print(\"iii\")",
      "comments": [],
      "hardware_platform": "SpiNNaker",
      "id": 123014,
      "resource_uri": "/api/v2/results/123014",
      "resource_usage": 0,
      "status": "error",
      "tags": [],
      "timestamp_completion": "2019-08-01T15:51:39.498000+00:00",
      "timestamp_submission": "2019-08-01T15:48:00+00:00",
      "user_id": "304621"
    }
  ]
}