changed_main.jl_sim!_function.jl

changed_main.jl_sim!_function.jl

function sim!(p,dt,verbose=true;current_stim=0.0)
    for (ind,p) in enumerate(P.post_synaptic_targets)
        p.fire = Vector{Bool}([false for i in 1:length(p.fire)])
        integrate_neuron!(p.N, p.v, dt, p.ge, p.gi, p.fire, p.u, p.tr)
        record!(p)
        pre_synaptic_cell_fire_map = copy(p.fire)
        g = zeros(sizeof(pre_fire_map))
        forwards_euler_weights!(p,W,pre_synaptic_cell_fire_map,g)         
        pre_synaptic_cell_fire_map = Vector{Bool}([false for i in 1:length(pre_fire_map)])
        #record!()
    end
end

# aspirational imports
#using KernelAbstractions
#using KernelAbstractions: @atomic, @atomicswap, @atomicreplace
#using StaticArrays
#using LoopVectorization
#using Unitful
#import Unitful: V, s, ms, μs, A, Hz