troubles for changing MBSEQ_HW.V4 File

[mastomo]

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

[julienvoirin]

# 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

tu es sur de ton coup ? si tu as suivi le schema de base il me semble que ce devrait être 0 pour la première ligne : chaque bouton est connecté à une seule et unique pin de DIN, idem LED mais DOUT

de même si tu as suivi le schéma de base, sans SD card, tout est supposé fonctionner. seuls les "presets" de pattern n'existent pas (y a pas de stockage, normal, y a juste le buffer de l'appli)

Edited August 11, 2010 by julienvoirin

[julienvoirin]

le mieux serait de tester les assignations de LED à l'aide du clavier de MIOS studio (ou d'un clavier midi capable d'envoyer une à une les 128 notes midi de la norme et de l'appli 64ain128din128dout (mais il te faut un Core 8 bit dans ce cas).

Cette appli est super pratique, je m'en sers bcp pour vérifier mes connections et repérer mes numéros de boutons/led sans avoir à me poser trop de question au montage/soudure avant de développer des petites applications (je fais déjà le hard sans me demander où est connecté chq bouton, ensuite je repere le numéro grâce a ce petit truc, puis je code un fichier define.h - c'est vachement plus simple et plus modulaire).

EDIT : oups, some french in général forum :blush: I know the guy

Edited August 11, 2010 by julienvoirin

[mastomo]

Hi Julien,

i'm writing in english for everyone can read it :flowers:

the only things i've change is the chapter #LED assignments to DOUT pins#

but, you seems right, i don't need to enable button matrix.

indeed, i think i found my mistake.

Once more, it seems to be a story of crap soldering ....

when i disable track 1 to 4 and layer A, B, C

everything is fine and i can change the MBSEQ_HW.V4 file as i want and there is no bugg anymore.

sorry for this short topics

Thomas