CSys.Program: use proc parameters (args) in proc closure instead of state

lib/csys/environ.ex

@@ -7,11 +7,12 @@ defmodule Scopes.CSys.Environ do
     defstruct [cells: %{}, init_seq: []]
   end
 
-  def setup({state, proc}, seq \\ []) do
+  def setup({state, proc}, init_seq, proc_env \\ &proc_env/2) do
-    scope = {%State{init_seq: seq}, &proc_env/2, [], self()}
+    env_scope = {%State{init_seq: init_seq}, proc_env, [], self()}
-    env = CSys.neuron(scope)
+    env = CSys.neuron(env_scope)
-    CSys.create(Shape.create([:csys, :zero], data: %{addr: [:csys, :c00, {0, 0}]}), 
+    msg = Shape.create([:csys, :zero], data: %{addr: [:csys, :c00, {0, 0}]})
-      {state, proc, [], env})
+    proc = {state, proc, [], env}
+    CSys.create(msg, proc)
     env
   end
 

lib/csys/program.ex

@@ -6,15 +6,13 @@ defmodule Scopes.CSys.Program do
   alias Scopes.Shape
 
   defmodule State do
-    defstruct [:value, :count, :bias, :threshold, :stage, :prog]
+    defstruct [:value, :count, :stage, :prog]
   end
 
   def prepare(prog, args) do
     state = %State{
       value: args[:bias], 
       count: 0,
-      bias: args[:bias], 
-      threshold: args[:threshold], 
       stage: :initial, 
       prog: prog
     }
@@ -31,11 +29,11 @@ defmodule Scopes.CSys.Program do
 
   # basic program
 
-  def basic_prog() do
+  def basic_prog(args) do
-    default = &basic_active/2
+    default = basic_active(args)
     stages = %{
       default: default,
-      initial: &basic_initial/2,
+      initial: basic_initial(args),
       active: default,
       retired: default
     }
@@ -48,22 +46,24 @@ defmodule Scopes.CSys.Program do
   end
 
   def prepare_basic(args \\ [threshold: 0, bias: 0]) do
-    prepare(basic_prog(), args)
+    prepare(basic_prog(args), args)
   end
 
   # basic processors
   
-  def basic_initial(msg, scope) do
+  def basic_initial(args) do
-    basic(msg, scope)
+    basic(args)
   end
 
-  def basic_active(msg, scope) do
+  def basic_active(args) do
-    basic(msg, scope)
+    basic(args)
   end
 
-  def basic(msg, scope) do  # + proc_ops
+  #def basic(msg, scope) do  # + proc_ops
+  def basic(args) do  # + proc_ops
+    fn msg, scope ->
       case Shape.head(msg) do
-      [:csys, :data | _rest] -> process_data(msg, scope)
+        [:csys, :data | _rest] -> process_data(msg, scope, args)
         #[:csys, :trigger | _rest] -> process_trigger(msg, scope)
         [:csys, :set | _rest] -> set(msg, scope)
         [:csys, :connect | _rest] -> CSys.connect(msg, scope)
@@ -74,27 +74,30 @@ defmodule Scopes.CSys.Program do
         _ -> CSys.forward(msg, scope) || CSys.notify(msg, scope)
       end
     end
+  end
 
   # message handlers // proc steps
 
   def process_value(_msg, _scope, _ops) do
     #proc ops: 
-    #map_op, (identity)
+    #reduce, (&(&1 + &2))
-    #reduce_op, (+)
+    #trigger_cond,  (&(&1 > 0))
-    #trigger_cond,  (>)
+    #out_op, (&(&1)) # (&(rem(&1 - 1, 5) + 1)
-    #modifier_op, (identity)
+    #output (&forward_or_notify)
-    #output_op (forward_or_notify)
+    #next_op, (const(0)) # (&max(&1 - 5, 0))
   end
 
-  def process_data(msg, scope) do
+  def process_data(msg, scope, args) do
     data = Shape.data(msg)
     state = CSys.state(scope)
     value_n = state.value + data.value
-    Logger.info data: data.value, state: state.value, threshold: state.threshold
+    threshold = args[:threshold] || 0
-    if value_n >= state.threshold do
+    bias = args[:bias] || 0
+    Logger.info data: data.value, state: state.value, threshold: threshold
+    if value_n >= threshold do
       msg = Shape.create(Shape.head(msg), data: %{data | value: value_n})
       CSys.forward(msg, scope) || CSys.notify(msg, scope)
-      state_n = if state.bias, do: %{state | value: state.bias}, else: state
+      state_n = if bias, do: %{state | value: bias}, else: state
       CSys.update(put_elem(scope, 0, state_n))
     else
       state_n = %{state | value: value_n}