Fix #403

src/raster/advanced.jl

@@ -207,18 +207,18 @@ function advanced_kernel(prob::AdvancedProblem{T,V,S}, flags, cfg)::Tuple{Matrix
         local_nodemap = construct_local_node_map(nodemap, c, polymap)
         solver_called = true
 
-        if write_v_maps 
-			is_raster ? accum_voltages!(outvolt, voltages[c], local_nodemap, hbmeta) : 
+        if write_v_maps
+			is_raster ? accum_voltages!(outvolt, voltages[c], local_nodemap, hbmeta) :
 				accum_voltages!(outvolt, voltages, local_nodemap, hbmeta)
         end
-        if write_c_maps 
-			is_raster ? accum_currents!(outcurr, voltages[c], cfg, a_local, voltages[c], f_local, local_nodemap, hbmeta) : 
+        if write_c_maps
+			is_raster ? accum_currents!(outcurr, voltages[c], cfg, a_local, voltages[c], f_local, local_nodemap, hbmeta) :
 				accum_currents!(outcurr, voltages, cfg, G, voltages, finitegrounds, local_nodemap, hbmeta)
         end
 
 		_is = map(i -> Int(local_nodemap[i]), 1:length(volt))
 		_isn0 = findall(!iszero, _is)
-		volt[_isn0] .= voltages[c][_is[_isn0]] 
+		volt[_isn0] .= voltages[c][_is[_isn0]]
     end
 
     name = src == 0 ? "" : "_$(V(src))"
@@ -272,7 +272,7 @@ function advanced_kernel(prob::AdvancedProblem{T,V,S}, flags, cfg)::Tuple{Matrix
 end
 
 
-function multiple_solver(cfg, solver, a::SparseMatrixCSC{T,V}, sources, grounds, finitegrounds) where {T,V,S}
+function multiple_solver(cfg, solver, a::SparseMatrixCSC{T,V}, sources, grounds, finitegrounds) where {T,V}
 
     asolve = deepcopy(a)
     if finitegrounds[1] != -9999