MIDIBox Juno Control (JuCtrl)

Project Description

The MIDIBox JuCtrl is a Alpha Juno MIDI Controller https://en.wikipedia.org/wiki/Roland_Alpha_Juno. It's an additional control surface and MIDI Controller for the Roland Alpha Juno Synthesizer. I started this Project because the original Juno User CS is very minimalistic (80s Style). With the MIDIbox JuCtrl is every Tone parameter directly at hand. Furthermore you can store all 128 Juno Tone Colours on one Banksticks (1024 Juno Tones with 8 Banksticks).

Functions

Control every Juno Tone Parameter with an encoder or button
Control one parameter (Juno IPR Sysex) or send all parameter at once (Juno APR Sysex)
Store Juno patches (Tones) on Bankstick (Juno BLD Sysex)
Have a clearly arranged parameter overview (via CS LCD & LED)
MIDI processing: MIDI CC to Juno Sysex conversation (and Juno Sysex to MIDI CC conversation)
Use some extra Envelope functions (set all Envelope leve/time parameter to min or max & manipulate all time or level parameter at once with an encoder)

Hardware

JuCtrl Hardware:

1x MBHP Core8 (PIC 18F4620) | ⇒ (http://www.ucapps.de/mbhp_core.html)
1x LCD Module: 2×20 LCD (8bit) | ⇒ (http://www.midibox.org/users/jim_henry/building_a_midibox_lcd_cable.pdf)
2x MBHP DOUTx4 | ⇒ (http://www.ucapps.de/mbhp_dout.html)
3x MBHP DINx4 | ⇒ (http://www.ucapps.de/mbhp_din.html)
1x MBHP IIC MIDI Module (extra MIDI IO for Juno Synth) IIC MIDI adr. = 0x10(J3 port) | ⇒(http://www.ucapps.de/mbhp_iic_midi.html)
1-8x Bankstick | Store 128-1024 Juno Tones [24256(32k)] ⇒(http://www.ucapps.de/mbhp_bankstick.html)

Details

Ju Control CS (LED's, Buttons, Encoders, LCD) | ⇒ juctrl_cs_mbhp_btn_led_enc_lcd_pin_numbers_and_symbols.pdf (08/2012)
Ju Control MBHP DIN & DOUT | ⇒ juctrldindout.pdf (08/2012)
JuCtrl Juno MIDI IO dataflow (overview) | ⇒ juctrldataflowoverview.pdf (08/2012)

CC MIDI

MIDI CC 001 - MODULATION WHEEL

MIDI CC 002 - DCO ENV MODE

MIDI CC 003 - VCF ENV MODE

MIDI CC 004 - FOOD CONTROL

MIDI CC 005 - PORTAMENTO TIME (REAL CC)

MIDI CC 006 - VCA ENV MODE

MIDI CC 007 - VOLUME (REAL CC)

MIDI CC 008 - DCO WAVEFORM Pulse (0..3)

MIDI CC 009 - DCO WAVEFORM Saw (0..5)

MIDI CC 010 - DCO SUB WAVEFORM (0..5)

MIDI CC 011 - DCO Range (0=4', 1=8', 2=16', 3=32')

MIDI CC 012 - DCO Sub Osc Level (0..3)

MIDI CC 013 - DCO Noise Level (0..3)

MIDI CC 014 - HPF Cutoff (0…3)

MIDI CC 015 - Chorus Switch (0=Off, 1=On)

MIDI CC 016 - DCO LFO Modulation (0..7F)

MIDI CC 017 - DCO Envelope Pitch Modulation Depth (0..7F)

MIDI CC 018 - DCO Aftertouch Modulation Sensitivity (0..7F)

MIDI CC 019 - DCO WAVE 3 PULSE WITH (0..7F)

MIDI CC 020 - DCO WAV3 PWM Rate (0..7F)

MIDI CC 021 - VCF Cutoff (0..7F)

MIDI CC 022 - VCF Resonance (0..7F)

MIDI CC 023 - VCF LFO Modulation Depth (0..7F)

MIDI CC 024 - VCF ENV Modulation Depth (0..7F)

MIDI CC 025 - VCF Key Follower (0..F)

MIDI CC 026 - VCF Aftertouch (0..F)

MIDI CC 027 - VCA Level (0..7F)

MIDI CC 028 - VCA Aftertouch Sesitivity (00..0F)

MIDI CC 029 - LFO Rate (0..7F)

MIDI CC 030 - LFO Delay (0..7F)

MIDI CC 031 - ENV T1 - Attack Time (0..7F)

MIDI CC 032 - ENV L1 - Attack Level (0..7F)

MIDI CC 033 - ENV T2 - Break Time (0..7F)

MIDI CC 034 - ENV L2 - Break Level (0..7F)

MIDI CC 035 - ENV T3 - Decay Time (0..7F)

MIDI CC 036 - ENV L3 - Sustain Level (0..7F)

MIDI CC 037 - ENV T4 - Release Time

MIDI CC 038 - ENV Key Follower (0..0F)

MIDI CC 039 - Chorus Rate (0..7F)

MIDI CC 040 - DCO Bender Range (0..C)

MIDI CC 041

MIDI CC 042

MIDI CC 043

MIDI CC 044

MIDI CC 045

MIDI CC 046

MIDI CC 047

MIDI CC 048

MIDI CC 049

MIDI CC 050

MIDI CC 051

MIDI CC 052

MIDI CC 053

MIDI CC 054

MIDI CC 055

MIDI CC 056

MIDI CC 057

MIDI CC 058

MIDI CC 059

MIDI CC 060

MIDI CC 061

MIDI CC 062

MIDI CC 063

MIDI CC 064 - Hold ON/OFF (REAL CC)

MIDI CC 065 - Portamento ON/OFF (REAL CC)

MIDI CC 066

MIDI CC 067

MIDI CC 068

MIDI CC 069

MIDI CC 070

MIDI CC 071

MIDI CC 072

MIDI CC 073

MIDI CC 074

MIDI CC 075

MIDI CC 076

MIDI CC 077

MIDI CC 078

MIDI CC 079

MIDI CC 080

MIDI CC 081

MIDI CC 082

MIDI CC 083

MIDI CC 084

MIDI CC 085

MIDI CC 086

MIDI CC 087

MIDI CC 088

MIDI CC 089

MIDI CC 090

MIDI CC 091

MIDI CC 092

MIDI CC 093

MIDI CC 094

MIDI CC 095

MIDI CC 096

MIDI CC 097

MIDI CC 098

MIDI CC 099

MIDI CC 100

MIDI CC 101

MIDI CC 102

MIDI CC 103

MIDI CC 104

MIDI CC 105

MIDI CC 106

MIDI CC 107

MIDI CC 108

MIDI CC 109

MIDI CC 110

MIDI CC 111

MIDI CC 112

MIDI CC 113

MIDI CC 114

MIDI CC 115

MIDI CC 116

MIDI CC 117

MIDI CC 118

MIDI CC 119

MIDI CC 120

MIDI CC 121

MIDI CC 122 - Local ON/OFF (REAL CC)

MIDI CC 123 - ALL NOTES OFF(REAL CC)

MIDI CC 124 - OMNI OFF (REAL CC)

MIDI CC 125 - OMNI ON (REAL CC)

MIDI CC 126 - MONO ON (REAL CC)

MIDI CC 127 - POLY ON (REAL CC)

Notes

Note: Set SYSEX ON @AlphaJuno (JuCtrl will not work if SYSEX = off)

Note: JuCtrl CS will pick up all the TONE (Sound) Parameters automatically - if you make changes @Alpha Juno

Note: HOW TO SET JUNO SYSEX ON
1. @Alpha Juno: Push the [MIDI] Button as many times until the MIDI SYSEX OPTION “MIDI EXCL” appears.
2. Use the dial for changing.
3. By writing the data of the MIDI Function setting into the back-up memory, it can be retained even when the Juno is turned off:
  - set the Memory Protect Switch to OFF position. Push the MIDI Button.
  - While holding the Write Button down, push the MIDI Button. The Juno Display will change to: “Write MIDI FUNC.”
  - When the MIDI Button is pushed: “Write Complete!”

Note: WRITE JUNO TONE DATA TO BANKSTICK
1. SELECT THE PREFERRED BANKSTICK (1-8) with [SELECT BANKSTICK] BUTTON and [VALUE] ENCODER
2. SELECT YOUR PREFERRED BANKSTICK AREA with the [MIDI ProgChange] ENCODER
- MIDI ProgChange = 1-64 = You will WRITE Juno Tone Colours to BANKSTICK 1 -64
- MIDI ProgChange = 65-128 = You will WRITE Juno Tone Colours TO BANKSTICK 65 -128
1. Set [PRESET] (64x PRESET TONE COLOURS) or [MEMORY] (64x MEMORY TONE COLOURS) @Alpha Juno
2. PRESS: [DATA TRANFERE] + [WRITE] + [DUMP] @Alpha Juno
3. Now JuCtrl will RECEIVE 64 TONE COLOURS via SYSEX-DATA and write 64x TONE PATCHES to your selected BANKSTICK.
- All Done.
- BROWNS THE STORED TONE COLOURS with the “SELECT BANKSTICK TONE” ENCODER (0-127)
- THE TONE NAME WILL APPEAR ON THE JuCtrl LCD. LOAD A STORED TONE COLOUR WITH THE BUTTON “SEND TONE TO CS”
- NOW THE CS IS LOADED.
- PRESS [SEND TONE TO JUNO] BUTTON for WRITING THE CURRENT CS DATA BACK TO ALPHA JUNO

Note: ENVELOPE FUNCTIONS
- There are some ENVELOPE FUNCTIONS:
1. LEVEL MAX: set all ENVELOPE LEVEL to max value (127)
2. LEVEL MIN: set all ENVELOPE LEVEL to min value (0)
3. ENVELOPE TIME MAX: set all ENVELOPE TIME PARAMETER to max value (127)
4. ENVELOPE TIME MIN: set all ENVELOPE TIME PARAMETER to min value (0)
5. IF YOUR LAST ACTION (@CS) WAS AN ENVELOPE MANIPULATION, YOU CAN MANIPULATE ALL TIME or LEVEL PARAMETER with the [VALUE] ENCODER

ProgChange

Juno ProgChange & JuCtrl Bankstick TONE (overview)

JuCtrl	MIDI	Juno	Alpha Juno	JuCtrl BANKSTICK (1-8)
LCD	ProgCh	BANK NUMBER	GROUP	TONE	BS content	BS content	BS content
1	0	1 1	MEMORY	0	MEMORY 1 1	or PRESET 1 1	or USER SAVED “JuCtrl CS”
2	1	1 2	MEMORY	1	MEMORY 1 2	or PRESET 1 2	or USER SAVED “JuCtrl CS”
3	2	1 3	MEMORY	2	MEMORY 1 3	or PRESET 1 3	or USER SAVED “JuCtrl CS”
4	3	1 4	MEMORY	3	MEMORY 1 4	or PRESET 1 4	or USER SAVED “JuCtrl CS”
5	4	1 5	MEMORY	4	MEMORY 1 5	or PRESET 1 5	or USER SAVED “JuCtrl CS”
6	5	1 6	MEMORY	5	MEMORY 1 6	or PRESET 1 6	or USER SAVED “JuCtrl CS”
7	6	1 7	MEMORY	6	MEMORY 1 7	or PRESET 1 7	or USER SAVED “JuCtrl CS”
8	7	1 8	MEMORY	7	MEMORY 1 8	or PRESET 1 8	or USER SAVED “JuCtrl CS”
9	8	2 1	MEMORY	8	MEMORY 2 1	or PRESET 2 1	or USER SAVED “JuCtrl CS”
10	9	2 2	MEMORY	9	MEMORY 2 2	or PRESET 2 2	or USER SAVED “JuCtrl CS”
11	10	2 3	MEMORY	10	MEMORY 2 3	or PRESET 2 3	or USER SAVED “JuCtrl CS”
12	11	2 4	MEMORY	11	MEMORY 2 4	or PRESET 2 4	or USER SAVED “JuCtrl CS”
13	12	2 5	MEMORY	12	MEMORY 2 5	or PRESET 2 5	or USER SAVED “JuCtrl CS”
14	13	2 6	MEMORY	13	MEMORY 2 6	or PRESET 2 6	or USER SAVED “JuCtrl CS”
15	14	2 7	MEMORY	14	MEMORY 2 7	or PRESET 2 7	or USER SAVED “JuCtrl CS”
16	15	2 8	MEMORY	15	MEMORY 2 8	or PRESET 2 8	or USER SAVED “JuCtrl CS”
17	16	3 1	MEMORY	16	MEMORY 3 1	or PRESET 3 1	or USER SAVED “JuCtrl CS”
18	17	3 2	MEMORY	17	MEMORY 3 2	or PRESET 3 2	or USER SAVED “JuCtrl CS”
19	18	3 3	MEMORY	18	MEMORY 3 3	or PRESET 3 3	or USER SAVED “JuCtrl CS”
20	19	3 4	MEMORY	19	MEMORY 3 4	or PRESET 3 4	or USER SAVED “JuCtrl CS”
21	20	3 5	MEMORY	20	MEMORY 3 5	or PRESET 3 5	or USER SAVED “JuCtrl CS”
22	21	3 6	MEMORY	21	MEMORY 3 6	or PRESET 3 6	or USER SAVED “JuCtrl CS”
23	22	3 7	MEMORY	22	MEMORY 3 7	or PRESET 3 7	or USER SAVED “JuCtrl CS”
24	23	3 8	MEMORY	23	MEMORY 3 8	or PRESET 3 8	or USER SAVED “JuCtrl CS”
25	24	4 1	MEMORY	24	MEMORY 4 1	or PRESET 4 1	or USER SAVED “JuCtrl CS”
26	25	4 2	MEMORY	25	MEMORY 4 2	or PRESET 4 2	or USER SAVED “JuCtrl CS”
27	26	4 3	MEMORY	26	MEMORY 4 3	or PRESET 4 3	or USER SAVED “JuCtrl CS”
28	27	4 4	MEMORY	27	MEMORY 4 4	or PRESET 4 4	or USER SAVED “JuCtrl CS”
29	28	4 5	MEMORY	28	MEMORY 4 5	or PRESET 4 5	or USER SAVED “JuCtrl CS”
30	29	4 6	MEMORY	29	MEMORY 4 6	or PRESET 4 6	or USER SAVED “JuCtrl CS”
31	30	4 7	MEMORY	30	MEMORY 4 7	or PRESET 4 7	or USER SAVED “JuCtrl CS”
32	31	4 8	MEMORY	31	MEMORY 4 8	or PRESET 4 8	or USER SAVED “JuCtrl CS”
33	32	5 1	MEMORY	32	MEMORY 5 1	or PRESET 5 1	or USER SAVED “JuCtrl CS”
34	33	5 2	MEMORY	33	MEMORY 5 2	or PRESET 5 2	or USER SAVED “JuCtrl CS”
35	34	5 3	MEMORY	34	MEMORY 5 3	or PRESET 5 3	or USER SAVED “JuCtrl CS”
36	35	5 4	MEMORY	35	MEMORY 5 4	or PRESET 5 4	or USER SAVED “JuCtrl CS”
37	36	5 5	MEMORY	36	MEMORY 5 5	or PRESET 5 5	or USER SAVED “JuCtrl CS”
38	37	5 6	MEMORY	37	MEMORY 5 6	or PRESET 5 6	or USER SAVED “JuCtrl CS”
39	38	5 7	MEMORY	38	MEMORY 5 7	or PRESET 5 7	or USER SAVED “JuCtrl CS”
40	39	5 8	MEMORY	39	MEMORY 5 8	or PRESET 5 8	or USER SAVED “JuCtrl CS”
41	40	6 1	MEMORY	40	MEMORY 6 1	or PRESET 6 1	or USER SAVED “JuCtrl CS”
42	41	6 2	MEMORY	41	MEMORY 6 2	or PRESET 6 2	or USER SAVED “JuCtrl CS”
43	42	6 3	MEMORY	42	MEMORY 6 3	or PRESET 6 3	or USER SAVED “JuCtrl CS”
44	43	6 4	MEMORY	43	MEMORY 6 4	or PRESET 6 4	or USER SAVED “JuCtrl CS”
45	44	6 5	MEMORY	44	MEMORY 6 5	or PRESET 6 5	or USER SAVED “JuCtrl CS”
46	45	6 6	MEMORY	45	MEMORY 6 6	or PRESET 6 6	or USER SAVED “JuCtrl CS”
47	46	6 7	MEMORY	46	MEMORY 6 7	or PRESET 6 7	or USER SAVED “JuCtrl CS”
48	47	6 8	MEMORY	47	MEMORY 6 8	or PRESET 6 8	or USER SAVED “JuCtrl CS”
49	48	7 1	MEMORY	48	MEMORY 7 1	or PRESET 7 1	or USER SAVED “JuCtrl CS”
50	49	7 2	MEMORY	49	MEMORY 7 2	or PRESET 7 2	or USER SAVED “JuCtrl CS”
51	50	7 3	MEMORY	50	MEMORY 7 3	or PRESET 7 3	or USER SAVED “JuCtrl CS”
52	51	7 4	MEMORY	51	MEMORY 7 4	or PRESET 7 4	or USER SAVED “JuCtrl CS”
53	52	7 5	MEMORY	52	MEMORY 7 5	or PRESET 7 5	or USER SAVED “JuCtrl CS”
54	53	7 6	MEMORY	53	MEMORY 7 6	or PRESET 7 6	or USER SAVED “JuCtrl CS”
55	54	7 7	MEMORY	54	MEMORY 7 7	or PRESET 7 7	or USER SAVED “JuCtrl CS”
56	55	7 8	MEMORY	55	MEMORY 7 8	or PRESET 7 8	or USER SAVED “JuCtrl CS”
57	56	8 1	MEMORY	56	MEMORY 8 1	or PRESET 8 1	or USER SAVED “JuCtrl CS”
58	57	8 2	MEMORY	57	MEMORY 8 2	or PRESET 8 2	or USER SAVED “JuCtrl CS”
59	58	8 3	MEMORY	58	MEMORY 8 3	or PRESET 8 3	or USER SAVED “JuCtrl CS”
60	59	8 4	MEMORY	59	MEMORY 8 4	or PRESET 8 4	or USER SAVED “JuCtrl CS”
61	60	8 5	MEMORY	60	MEMORY 8 5	or PRESET 8 5	or USER SAVED “JuCtrl CS”
62	61	8 6	MEMORY	61	MEMORY 8 6	or PRESET 8 6	or USER SAVED “JuCtrl CS”
63	62	8 7	MEMORY	62	MEMORY 8 7	or PRESET 8 7	or USER SAVED “JuCtrl CS”
64	63	8 8	MEMORY	63	MEMORY 8 8	or PRESET 8 8	or USER SAVED “JuCtrl CS”
65	64	1 1	PRESET	64	PRESET 1 1	or MEMORY 1 1	or USER SAVED “JuCtrl CS”
66	65	1 2	PRESET	65	PRESET 1 2	or MEMORY 1 2	or USER SAVED “JuCtrl CS”
67	66	1 3	PRESET	66	PRESET 1 3	or MEMORY 1 3	or USER SAVED “JuCtrl CS”
68	67	1 4	PRESET	67	PRESET 1 4	or MEMORY 1 4	or USER SAVED “JuCtrl CS”
69	68	1 5	PRESET	68	PRESET 1 5	or MEMORY 1 5	or USER SAVED “JuCtrl CS”
70	69	1 6	PRESET	69	PRESET 1 6	or MEMORY 1 6	or USER SAVED “JuCtrl CS”
71	70	1 7	PRESET	70	PRESET 1 7	or MEMORY 1 7	or USER SAVED “JuCtrl CS”
72	71	1 8	PRESET	71	PRESET 1 8	or MEMORY 1 8	or USER SAVED “JuCtrl CS”
73	72	2 1	PRESET	72	PRESET 2 1	or MEMORY 2 1	or USER SAVED “JuCtrl CS”
74	73	2 2	PRESET	73	PRESET 2 2	or MEMORY 2 2	or USER SAVED “JuCtrl CS”
75	74	2 3	PRESET	74	PRESET 2 3	or MEMORY 2 3	or USER SAVED “JuCtrl CS”
76	75	2 4	PRESET	75	PRESET 2 4	or MEMORY 2 4	or USER SAVED “JuCtrl CS”
77	76	2 5	PRESET	76	PRESET 2 5	or MEMORY 2 5	or USER SAVED “JuCtrl CS”
78	77	2 6	PRESET	77	PRESET 2 6	or MEMORY 2 6	or USER SAVED “JuCtrl CS”
79	78	2 7	PRESET	78	PRESET 2 7	or MEMORY 2 7	or USER SAVED “JuCtrl CS”
80	79	2 8	PRESET	79	PRESET 2 8	or MEMORY 2 8	or USER SAVED “JuCtrl CS”
81	80	3 1	PRESET	80	PRESET 3 1	or MEMORY 3 1	or USER SAVED “JuCtrl CS”
82	81	3 2	PRESET	81	PRESET 3 2	or MEMORY 3 2	or USER SAVED “JuCtrl CS”
83	82	3 3	PRESET	82	PRESET 3 3	or MEMORY 3 3	or USER SAVED “JuCtrl CS”
84	83	3 4	PRESET	83	PRESET 3 4	or MEMORY 3 4	or USER SAVED “JuCtrl CS”
85	84	3 5	PRESET	84	PRESET 3 5	or MEMORY 3 5	or USER SAVED “JuCtrl CS”
86	85	3 6	PRESET	85	PRESET 3 6	or MEMORY 3 6	or USER SAVED “JuCtrl CS”
87	86	3 7	PRESET	86	PRESET 3 7	or MEMORY 3 7	or USER SAVED “JuCtrl CS”
88	87	3 8	PRESET	87	PRESET 3 8	or MEMORY 3 8	or USER SAVED “JuCtrl CS”
89	88	4 1	PRESET	88	PRESET 4 1	or MEMORY 4 1	or USER SAVED “JuCtrl CS”
90	89	4 2	PRESET	89	PRESET 4 2	or MEMORY 4 2	or USER SAVED “JuCtrl CS”
91	90	4 3	PRESET	90	PRESET 4 3	or MEMORY 4 3	or USER SAVED “JuCtrl CS”
92	91	4 4	PRESET	91	PRESET 4 4	or MEMORY 4 4	or USER SAVED “JuCtrl CS”
93	92	4 5	PRESET	92	PRESET 4 5	or MEMORY 4 5	or USER SAVED “JuCtrl CS”
94	93	4 6	PRESET	93	PRESET 4 6	or MEMORY 4 6	or USER SAVED “JuCtrl CS”
95	94	4 7	PRESET	94	PRESET 4 7	or MEMORY 4 7	or USER SAVED “JuCtrl CS”
96	95	4 8	PRESET	95	PRESET 4 8	or MEMORY 4 8	or USER SAVED “JuCtrl CS”
97	96	5 1	PRESET	96	PRESET 5 1	or MEMORY 5 1	or USER SAVED “JuCtrl CS”
98	97	5 2	PRESET	97	PRESET 5 2	or MEMORY 5 2	or USER SAVED “JuCtrl CS”
99	98	5 3	PRESET	98	PRESET 5 3	or MEMORY 5 3	or USER SAVED “JuCtrl CS”
100	99	5 4	PRESET	99	PRESET 5 4	or MEMORY 5 4	or USER SAVED “JuCtrl CS”
101	100	5 5	PRESET	100	PRESET 5 5	or MEMORY 5 5	or USER SAVED “JuCtrl CS”
102	101	5 6	PRESET	101	PRESET 5 6	or MEMORY 5 6	or USER SAVED “JuCtrl CS”
103	102	5 7	PRESET	102	PRESET 5 7	or MEMORY 5 7	or USER SAVED “JuCtrl CS”
104	103	5 8	PRESET	103	PRESET 5 8	or MEMORY 5 8	or USER SAVED “JuCtrl CS”
105	104	6 1	PRESET	104	PRESET 6 1	or MEMORY 6 1	or USER SAVED “JuCtrl CS”
106	105	6 2	PRESET	105	PRESET 6 2	or MEMORY 6 2	or USER SAVED “JuCtrl CS”
107	106	6 3	PRESET	106	PRESET 6 3	or MEMORY 6 3	or USER SAVED “JuCtrl CS”
108	107	6 4	PRESET	107	PRESET 6 4	or MEMORY 6 4	or USER SAVED “JuCtrl CS”
109	108	6 5	PRESET	108	PRESET 6 5	or MEMORY 6 5	or USER SAVED “JuCtrl CS”
110	109	6 6	PRESET	109	PRESET 6 6	or MEMORY 6 6	or USER SAVED “JuCtrl CS”
111	110	6 7	PRESET	110	PRESET 6 7	or MEMORY 6 7	or USER SAVED “JuCtrl CS”
112	111	6 8	PRESET	111	PRESET 6 8	or MEMORY 6 8	or USER SAVED “JuCtrl CS”
113	112	7 1	PRESET	112	PRESET 7 1	or MEMORY 7 1	or USER SAVED “JuCtrl CS”
114	113	7 2	PRESET	113	PRESET 7 2	or MEMORY 7 2	or USER SAVED “JuCtrl CS”
115	114	7 3	PRESET	114	PRESET 7 3	or MEMORY 7 3	or USER SAVED “JuCtrl CS”
116	115	7 4	PRESET	115	PRESET 7 4	or MEMORY 7 4	or USER SAVED “JuCtrl CS”
117	116	7 5	PRESET	116	PRESET 7 5	or MEMORY 7 5	or USER SAVED “JuCtrl CS”
118	117	7 6	PRESET	117	PRESET 7 6	or MEMORY 7 6	or USER SAVED “JuCtrl CS”
119	118	7 7	PRESET	118	PRESET 7 7	or MEMORY 7 7	or USER SAVED “JuCtrl CS”
120	119	7 8	PRESET	119	PRESET 7 8	or MEMORY 7 8	or USER SAVED “JuCtrl CS”
121	120	8 1	PRESET	120	PRESET 8 1	or MEMORY 8 1	or USER SAVED “JuCtrl CS”
122	121	8 2	PRESET	121	PRESET 8 2	or MEMORY 8 2	or USER SAVED “JuCtrl CS”
123	122	8 3	PRESET	122	PRESET 8 3	or MEMORY 8 3	or USER SAVED “JuCtrl CS”
124	123	8 4	PRESET	123	PRESET 8 4	or MEMORY 8 4	or USER SAVED “JuCtrl CS”
125	124	8 5	PRESET	124	PRESET 8 5	or MEMORY 8 5	or USER SAVED “JuCtrl CS”
126	125	8 6	PRESET	125	PRESET 8 6	or MEMORY 8 6	or USER SAVED “JuCtrl CS”
127	126	8 7	PRESET	126	PRESET 8 7	or MEMORY 8 7	or USER SAVED “JuCtrl CS”
128	127	8 8	PRESET	127	PRESET 8 8	or MEMORY 8 8	or USER SAVED “JuCtrl CS”

Project Status

12/2012

||
|| --- Project Start [28 October 2011]:
|| --- 100% JuCtrl MBHP DIN, DOUT, LCD, ENC          
|| --- 100% MBHP IIC MIDI Module (one extra MIDI IO for Juno)
|| --- 100% CC MIDI IN --->[Ju Control (MIDI CC to SYSEX Conversation)] --->MIDI OUT--->[Juno]
|| --- 100% Program Change (Sound Patch) via CS ENC 
|| --- 100% Send Individual CS Controller Values to Juno (Juno IPR-Mode SYSEX, CC)
|| --- 100% Receive Individual Tone Parameters from Juno (Juno IPR-Mode SYSEX)
|| --- 100% Send All CS Tone Parameters to Juno (Juno APR-Mode Sysex)
|| --- 100% Receive All Tone Parameters from Juno(Juno APR-Mode Sysex)
|| --- 100% HW: Update Core8 >> PIC18F4620 (Need more Program Memory and SRAM for BLD-Mode Sysex Data)
|| --- 100% Bankstick (BS 1-8 = 8*128 Tone Patches)
|| --- 100% ENVELOPE functions (BTN F1-F4)
|| --- 100% Send Bankstick sysex-dump (Tone Backup)
|| --- V1.000 (09/2012)
|| --- V1.001 (12/2012) 
|| --- JuCtrl MIDI IN: Channel Pressure (MIDI Aftertouch) enabled. 
||            The JuCtrl CS will pass through all Aftertouch MIDI data to the Alpha Juno now - so better update to V1.001
||            Note: The Juno Keyboard does NOT have the Aftertouch function itself. But with another Keyboard or Sequencer 
||            connected (to JuCtrl MIDI IN) You can use all the nice Aftertouch Effects of the Roland Alpha Juno. 
||            
||
\/

Software

http://www.subf.net/midibox/JuCtrl/JuCtrlV100018F4620.zip (Outdated|09/2012)
http://www.subf.net/midibox/JuCtrl/JuCtrlV1001PIC18F6420.zip (12/2012)

MIDIbox

Table of Contents