diff --git a/examples/8_two_channel.py b/examples/8_two_channel.py
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+++ b/examples/8_two_channel.py
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+"""This is my modified default program that attrempts multiple midi channels.
+
+Output mapping:
+
+- CV A: Midi channel 0 Note CV (v/oct).
+- CV B: Midi channel 0 note velocity.
+- CV C: Midi channel 1 Note CV (v/oct).
+- CV D: Midi channel 1 note velocity.
+- Gate 1: Midi channel 0 note Gate/Retrigger.
+- Gate 2: Midi Clock: triggers on 1/8th notes.
+- Gate 3: Midi channel 1 note Gate/Retrigger.
+- Gate 4: MIDI Transport gate: on when playing, off when stopped.
+
+"""
+import winterbloom_smolmidi as smolmidi
+
+import winterbloom_sol as sol
+
+def loop(last, state, outputs):
+    """The loop is run over and over to process MIDI information
+    and translate it to outputs.
+
+    "last" holds the previous state, "state" holds the current state,
+    and "outputs" lets you control the output jacks.
+
+    You can read more about the state here: TODO.
+    And more about the outputs here: TODO.
+    """
+    if state.message:
+        channel = state.message.channel
+
+    # Whenever a new note message comes in, such as from
+    # a key being pressed or a sequencer sending a note,
+    # update the gate and trigger outputs.
+    if sol.was_key_pressed(state):
+        print('midi channel ' + str(channel))
+       # Turn on Gate 1. If it's already on, re-trigger it
+        # so that envelope generators and similar modules
+        # notice that it's a distinct note.
+        if channel == 0:
+            outputs.retrigger_gate_1()
+        elif channel == 1:
+            outputs.retrigger_gate_3()
+
+
+
+    # If there's a note currently playing set CV A to the
+    # voltage that corresponds to the note. This also
+    # takes pitch bend into account. Since pitch bend
+    # can change in between keys being pressed this
+    # has to update this every loop instead of just when
+    # a new note message comes in.
+
+    # I have not tested pitch bend !!!
+
+    if state.message and state.note:
+        if channel == 0:
+            outputs.cv_a = sol.voct(state)
+        elif channel == 1:
+            outputs.cv_c = sol.voct(state)
+
+    # If no note turned off, turn Gate off.
+    if state.message and state.message.type == smolmidi.NOTE_OFF:
+        print('note off')
+        if channel == 0:
+            outputs.gate_1 = False
+        elif channel == 1:
+            outputs.gate_3 = False
+
+    # must check state.note or velocity changes upon NOTE_OFF
+    if state.message and state.note:
+        if channel == 0:
+            outputs.cv_b = 8.0 * state.velocity
+        elif channel == 1:
+            outputs.cv_d = 8.0 * state.velocity
+
+
+    # Trigger Gate 2 on every 8th note.
+    # If you want to trigger on a different division,
+    # change 16 to your division. For example, to trigger
+    # on every quarter note change it to 4.
+    if sol.should_trigger_clock(state, 8):
+        outputs.trigger_gate_2()
+
+    # Set Gate 4 to the state of the MIDI transport.
+    # If the transport is "playing" then the gate will
+    # be on, otherwise, it'll be off.
+    outputs.gate_4 = state.playing
+
+
+sol.run(loop)