Hello,
my sequenceur MIDIbox SEQ V4 is still hot from soldering.
i’m discovering it and find it amazing !!!
(many thanks TK for this)
here is the point :
i’m trying changing the MBSEQ_HW.V4 file.
when i copy the standard_v4 files into the SD Card, everything is OK except that LED don’t light on where i would like.
so, i’m changing the file, and then, LED light on where i want to BUT there is a small bugg —>>> by a sort of random way, every LED light on together, then it goes, then it comes back…
here is my new MBESQ_HW.V4
if someone get a clue …
best regards
##################################################
Setup File for Standard Frontpanel
$Id: MBSEQ_HW.V4 1025 2010-05-24 14:13:26Z tk $
##################################################
##################################################
MIDI Remote Keyboard Function
##################################################
The note number which activates the remote function
96 = C-7 (by some MIDI monitors displayed as C-8)
0 disables the remote keyboard function
MIDI_REMOTE_KEY 96
The CC number which activates the remote function
(e.g. to control it with a footswitch)
Allowed numbers: 1-127 for CC#1..CC#127
0 disables the function (default)
MIDI_REMOTE_CC 0
##################################################
Running status optimisation
Enabled by default, should be disabled if a MIDI
device connected to a MIDI port doesn’t fully
comply to the MIDI specification.
Expects two parameters: port number and 0/1 to
disable/enable the optimisation.
##################################################
OUT1 (MIDI1 port of MBHP_CORE_STM32 module)
RS_OPTIMISATION 0x20 1
OUT2 (MIDI2 port of MBHP_CORE_STM32 module)
RS_OPTIMISATION 0x21 1
##################################################
Shift Register Setup
##################################################
number of first and second DOUT shift register used for GP LEDs
GP_DOUT_L_SR 3
GP_DOUT_R_SR 4
DOUTs for Dual Color option:
GP_DOUT_L2_SR 0
GP_DOUT_R2_SR 0
##################################################
Optional BLM Matrix
##################################################
set this value to 1 if each track has its own set of 16 LEDs to display unmuted steps and current sequencer position
or if you are using a button/led matrix for misc. button/LED functions
BLM_ENABLED 0
define the shift registers to which the anodes of these LEDs are connected
Note: they can be equal to GP_DOUT_[LH]_SR, this saves two shift registers, but doesn’t allow a separate view of UI selections
BLM_DOUT_L1_SR 6
BLM_DOUT_R1_SR 9
define the shift register to which the cathodes of these LEDs are connected
Note that the whole shift register (8 pins) will be allocated! The 4 select lines are duplicated (4 for LED matrix, 4 for button matrix)
The second DOUT_CATHODES2 selection is optional if LEDs with high power consumption are used - set this to 0 if not used
BLM_DOUT_CATHODES_SR1 5
BLM_DOUT_CATHODES_SR2 8
set an inversion mask for the DOUT shift registers if sink drivers (transistors)
have been added to the cathode lines
Settings: 0x00 - no sink drivers
0xf0 - sink drivers connected to D0..D3
0x0f - sink drivers connected to D7..D4
BLM_DOUT_CATHODES_INV_MASK 0x00
0: no DUO colour LEDs are connected to the LED matrix (position marker inverts step LED)
1: DUO colour LEDs are connected to the LED matrix, second LED displays position marker
2: Like option 1, but the first LED is turned off when the position marker activates the second LED
BLM_DOUT_DUOCOLOUR 1
define the shift registers to which the anodes of the “second colour” (red) LEDs are connected
BLM_DOUT_L2_SR 7
BLM_DOUT_R2_SR 10
set this to 1 if a button matrix is connected
BLM_BUTTONS_ENABLED 1
set this to 1 if these buttons should only control the “step triggers” (gate, and other assigned triggers) - and no UI functions
BLM_BUTTONS_NO_UI 1
define the DIN shift registers to which the button matrix is connected
BLM_DIN_L_SR 11
BLM_DIN_R_SR 12
##################################################
Additional 8x8 BLM as used for Wilba’s Frontpannel
##################################################
set to 1 to enable 8x8 BLM driver
BLM8X8_ENABLED 0
to which shift register are the select lines connected?
Allowed values: 0 to disable, 1..16 to assign shift register
BLM8X8_DOUT_CATHODES_SR 1
set an inversion mask for the DOUT shift registers if sink drivers (transistors)
have been added to the cathode lines
BLM8X8_DOUT_CATHODES_INV_MASK 0x00
to which shift register are the LED anode lines connected?
Allowed values: 0 to disable, 1..16 to assign shift register
BLM8X8_DOUT_LED_SR 2
0: no mapping of 8x8 LEDs
1: enable GP LED -> 8x8 matrix mapping for Wilba’s MB-SEQ PCB
BLM8X8_DOUT_GP_MAPPING 1
8x8 matrix for misc. button functions
BLM8X8_DIN_SR 2
##################################################
CV and Gate/Trigger/Sync Setup
##################################################
define the AOUT interface which is connected to the core
1: a MBHP_AOUT module
2: up to 4 (chained) MBHP_AOUT_LC modules in 8/8 bit configuration
3: a MBHP_AOUT_NG module
AOUT_INTERFACE_TYPE 1
additional gate triggers are available on common digital output pins of the
DOUT shift register chain - they are assigned to AOUT channel 16 (Note C-1, C#1, D-1, …)
define the shift registers which should be used here (each provides 8 gates)
Note that SRs assigned to this function cannot be used as LED outputs (exclusive function)
Allowed values: 1-16, 0 disables the function, all other values invalid and not allowed
DOUT_GATE_SR1 0
DOUT_GATE_SR2 0
DOUT_GATE_SR3 0
DOUT_GATE_SR4 0
DOUT_GATE_SR5 0
DOUT_GATE_SR6 0
DOUT_GATE_SR7 0
DOUT_GATE_SR8 0
if set to 1, the DOUT “gates” will send 1mS pulses
useful for analog drums
DOUT_1MS_TRIGGER 0
should J5A/B/C outputs be enabled (0: no, 1: yes, 2: yes, but in open drain mode)?
- the 8 AOUT gates will be forwarded to J5A/B
- DIN sync clock will be forwarded to J5C:A0
- DIN sync start/stop will be forwarded to J5C:A1
- if open drain mode enabled (option 2), external pull-ups have to be connected to J5 pins
(advantage: pin levels can be pulled to 5V)
NEVER USE THIS TOGETHER WITH ANALOG POTS - IT WILL CAUSE A SHORT CIRCUIT!
J5_ENABLED 1
pulsewidth of DIN sync clock (1..250 mS)
DIN_SYNC_CLK_PULSEWIDTH 1
##################################################
LED assignments to DOUT pins
SR = 0: LED disabled
SR = 1..16: directly forwarded to DOUT pin
SR = 17..24: forwarded to a 8x8 LED matrix
##################################################
SR Pin
LED_BEAT 0 0
SR Pin
LED_PAR_LAYER_C 1 1
LED_PAR_LAYER_B 1 2
LED_PAR_LAYER_A 1 3
SR Pin
LED_TRACK4 1 4
LED_TRACK3 1 5
LED_TRACK2 1 6
LED_TRACK1 1 7
SR Pin
LED_EDIT 2 7
LED_MUTE 2 6
LED_PATTERN 2 5
LED_SONG 2 4
SR Pin
LED_SOLO 2 3
LED_FAST 2 2
LED_ALL 2 1
SR Pin
LED_GROUP1 11 0
LED_GROUP2 11 2
LED_GROUP3 11 4
LED_GROUP4 11 6
SR Pin
LED_TRG_LAYER_A 0 0
LED_TRG_LAYER_B 0 1
LED_TRG_LAYER_C 0 2
SR Pin
LED_PLAY 0 0
LED_STOP 0 0
LED_PAUSE 0 0
LED_REW 0 0
LED_FWD 0 0
LED_LOOP 0 0
LED_FOLLOW 0 0
SR Pin
LED_EXIT 0 0
LED_SELECT 0 0
LED_MENU 0 0
LED_SCRUB 0 0
LED_METRONOME 0 0
LED_RECORD 0 0
LED_UTILITY 0 0
LED_COPY 0 0
LED_PASTE 0 0
LED_CLEAR 0 0
LED_UNDO 0 0
SR Pin
LED_STEP_VIEW 0 0
LED_PAR_LAYER_SEL 0 0
LED_TRG_LAYER_SEL 0 0
LED_TRACK_SEL 0 0
SR Pin
LED_TAP_TEMPO 0 0
LED_TEMPO_PRESET 0 0
LED_EXT_RESTART 0 0
SR Pin
LED_DOWN 0 0
LED_UP 0 0
SR Pin
LED_MORPH 0 0
LED_MIXER 0 0
LED_TRANSPOSE 0 0
##################################################
Button assignments to DIN pins
SR = 0: Button disabled
SR = 1..16: directly triggered from DIN pin
SR = 17..24: triggered from a 8x8 button matrix
##################################################
SR Pin
BUTTON_DOWN 1 0
BUTTON_UP 1 1
BUTTON_LEFT 0 0
BUTTON_RIGHT 0 0
SR Pin
BUTTON_SCRUB 1 2
BUTTON_METRONOME 1 3
BUTTON_RECORD 0 0
SR Pin
BUTTON_STOP 1 4
BUTTON_PAUSE 1 5
BUTTON_PLAY 1 6
BUTTON_REW 1 7
BUTTON_FWD 2 0
BUTTON_LOOP 0 0
BUTTON_FOLLOW 0 0
SR Pin
BUTTON_MENU 2 5
BUTTON_SELECT 2 6
BUTTON_EXIT 2 7
SR Pin
BUTTON_TRACK1 3 0
BUTTON_TRACK2 3 1
BUTTON_TRACK3 3 2
BUTTON_TRACK4 3 3
SR Pin
BUTTON_PAR_LAYER_A 3 4
BUTTON_PAR_LAYER_B 3 5
BUTTON_PAR_LAYER_C 3 6
SR Pin
BUTTON_EDIT 4 0
BUTTON_MUTE 4 1
BUTTON_PATTERN 4 2
BUTTON_SONG 4 3
SR Pin
BUTTON_SOLO 4 4
BUTTON_FAST 4 5
BUTTON_ALL 4 6
SR Pin
BUTTON_GP1 7 0
BUTTON_GP2 7 1
BUTTON_GP3 7 2
BUTTON_GP4 7 3
BUTTON_GP5 7 4
BUTTON_GP6 7 5
BUTTON_GP7 7 6
BUTTON_GP8 7 7
BUTTON_GP9 10 0
BUTTON_GP10 10 1
BUTTON_GP11 10 2
BUTTON_GP12 10 3
BUTTON_GP13 10 4
BUTTON_GP14 10 5
BUTTON_GP15 10 6
BUTTON_GP16 10 7
SR Pin
BUTTON_GROUP1 13 0
BUTTON_GROUP2 13 1
BUTTON_GROUP3 13 2
BUTTON_GROUP4 13 3
SR Pin
BUTTON_TRG_LAYER_A 13 4
BUTTON_TRG_LAYER_B 13 5
BUTTON_TRG_LAYER_C 13 6
Following button functions are usually assigned to Fx
buttons, or to dedicated (labeled) buttons
In the standard frontpanel layout:
F1 is located at SR 2 Pin 1
F2 is located at SR 2 Pin 2
F3 is located at SR 2 Pin 3
F4 is located at SR 2 Pin 4
SR Pin
BUTTON_UTILITY 2 1
BUTTON_STEP_VIEW 2 2
BUTTON_TRG_LAYER_SEL 2 3
BUTTON_TRACK_SEL 2 4
BUTTON_PAR_LAYER_SEL 0 0
SR Pin
BUTTON_TAP_TEMPO 0 0
BUTTON_TEMPO_PRESET 0 0
BUTTON_EXT_RESTART 0 0
SR Pin
BUTTON_COPY 0 0
BUTTON_PASTE 0 0
BUTTON_CLEAR 0 0
BUTTON_UNDO 0 0
SR Pin
BUTTON_MORPH 0 0
BUTTON_MIXER 0 0
BUTTON_TRANSPOSE 0 0
##################################################
Button behaviour
0: active mode so long button pressed
1: pressing button toggles the mode
##################################################
BUTTON_BEH_FAST 1
BUTTON_BEH_ALL 1
BUTTON_BEH_SOLO 1
BUTTON_BEH_METRONOME 1
BUTTON_BEH_LOOP 1
BUTTON_BEH_FOLLOW 1
BUTTON_BEH_SCRUB 0
BUTTON_BEH_MENU 0
BUTTON_BEH_STEP_VIEW 0
BUTTON_BEH_TRG_LAYER 0
BUTTON_BEH_PAR_LAYER 0
BUTTON_BEH_TRACK_SEL 0
BUTTON_BEH_TEMPO_PRESET 0
##################################################
Special Behaviour of ALL button
0: only parameter layers are modified by ALL function
1: trigger and parameter layers are modified by ALL function
##################################################
BUTTON_BEH_ALL_WITH_TRIGGERS 0
##################################################
Encoder Functions
SR = 0: encoder disabled
SR = 1..16: DIN assignment
Types: NON_DETENTED, DETENTED1, DETENTED2, DETENTED3
##################################################
SR Pin Type
ENC_DATAWHEEL 1 0 DETENTED2
the speed value for the datawheel which is used when the “FAST” button is activated:
ENC_DATAWHEEL_FAST_SPEED 3
SR Pin Type
ENC_GP1 5 0 DETENTED2
ENC_GP2 5 2 DETENTED2
ENC_GP3 5 4 DETENTED2
ENC_GP4 5 6 DETENTED2
ENC_GP5 6 0 DETENTED2
ENC_GP6 6 2 DETENTED2
ENC_GP7 6 4 DETENTED2
ENC_GP8 6 6 DETENTED2
ENC_GP9 8 0 DETENTED2
ENC_GP10 8 2 DETENTED2
ENC_GP11 8 4 DETENTED2
ENC_GP12 8 6 DETENTED2
ENC_GP13 9 0 DETENTED2
ENC_GP14 9 2 DETENTED2
ENC_GP15 9 4 DETENTED2
ENC_GP16 9 6 DETENTED2
the speed value for GP encoders which is used when the “FAST” button is activated:
ENC_GP_FAST_SPEED 3
Auto FAST mode: if a layer is assigned to velocity or CC, the fast button will be automatically
enabled - in other cases (e.g. Note or Length), the fast button will be automatically disabled
ENC_AUTO_FAST 1
I know the guy