b05380ab92abe2ed79ff1f022e9a0ff7569b6a12,brian2/tests/test_refractory.py,,test_refractoriness_threshold,#,115

Before Change

    for ref_time in [10*ms, "10*ms", "(t-lastspike) <= 10*ms",
                     "(t-lastspike) <= ref", "ref", "ref_no_unit*ms"]:
        reinit_devices()
        G = NeuronGroup(1, """
                        dv/dt = 200*Hz : 1
                        ref : second
                        ref_no_unit : 1
                        """, threshold="v > 1",
                        reset="v=0", refractory=ref_time)
        G.ref = 10*ms
        G.ref_no_unit = 10
        // The neuron should spike after 5ms but then not spike for the next
        // 10ms. The state variable should continue to integrate so there should

After Change

    for ref_time in [10*ms, "10*ms", "(t-lastspike) <= 10*ms",
                     "(t-lastspike) <= ref", "ref", "ref_no_unit*ms"]:
        reinit_devices()
        G = NeuronGroup(1, """
                        dv/dt = 200*Hz : 1
                        ref : second
                        ref_no_unit : 1
                        """, threshold="v > 0.999",
                        reset="v=0", refractory=ref_time,
                        dtype={"ref": defaultclock.variables["t"].dtype,
                               "ref_no_unit": defaultclock.variables["t"].dtype})
        G.ref = 10*ms
        G.ref_no_unit = 10
        // The neuron should spike after 5ms but then not spike for the next
        // 10ms. The state variable should continue to integrate so there should

Instances