a7963bd8bf7287fc287ca13c4483fda402ac55b0,dev/ideas/devices/cpp_standalone.py,,,#,12

Before Change

// Extract all the CodeObjects
// Here we hack it directly, as there are more general issues to solve before we can do this automatically
code_objects = [G.state_updater.codeobj,
                G.resetter.codeobj,
                G.thresholder.codeobj,
                ]

// Extract the array information
vars = G.variables

After Change

// Use a NeuronGroup to fake the whole process
G = NeuronGroup(N, eqs, reset=reset, threshold=threshold, refractory=refractory, name="gp")
G2 = NeuronGroup(1, eqs, reset=reset, threshold=threshold, refractory=refractory, name="gp2")
// Run the network for 0 seconds to generate the code
net = Network(G, G2)
net.run(0*second)

// Extract all the CodeObjects
// Note that since we ran the Network object, these CodeObjects will be sorted into the right
// running order, assuming that there is only one clock
code_objects = []
for obj in net.objects:
    code_objects.extend(obj.code_objects)

// Extract the arrays information
vars = {}
for obj in net.objects:
    if hasattr(obj, "variables"):
        for k, v in obj.variables.iteritems():

Instances