;
; Prepared Setup File for 6581 SID
; After this file has been assembled, execute “convert.bat” from a DOS shell
; to generate 4 .syx files for all master/slaves
;
#define SEPERATE_SETUP_FILE 1
;; here you can change the default device ID - if you are using
;; some cores as slave, set:
;; o DEFAULT_DEVICE_ID 0x01 ; for the first slave
;; o DEFAULT_DEVICE_ID 0x02 ; for the second slave
;; o DEFAULT_DEVICE_ID 0x03 ; for the third slave
#define DEFAULT_DEVICE_ID 0x00
;; if this option is enabled (1), the DEFAULT_DEVICE_ID won’t be used, but
;; it will be automatically derived from the MIOS Device ID instead
#define AUTO_DEVICE_ID 1
;; this MIDI channel will only be taken when:
;; - you are using the MBSID standalone (neither as CS Master, nor as CS Slave)
;; - the control surface is diabled and a BankStick is connected
;; in all other cases, the MIDI channel of the Master or Slave has to be selected
;; from the Control Surface
#define DEFAULT_MIDI_CHANNEL 1
;; select the BankStick type you are using here:
;; 0: “normal” 24LC256 EEPROM (32k), up to 8 EEPROMs can be connected for 8 banks
;; 1: 24LC512 EEPROM (64k), up to 4 EEPROMs can be connected for 8 banks
;; (it is not possible to mix 32k with 64k EEPROMs, more than 4 64k devices not supported)
#define DEFAULT_BS_TYPE 0
;; select the filter type here:
;; 0: if a 6581 is controlled from the core
;; 1: if a 8580 is controlled from the core
;; 2: 6581 + freely definable scaling (define MIN and MAX value below)
;; 3: 8580 + freely definable scaling (define MIN and MAX value below)
#define DEFAULT_FILTER_TYPE 0
;; only relevant if DEFAULT_FILTER_TYPE is 2 or 3, values between 0 and 2047 are allowed
#define DEFAULT_FILTER_CALI_MIN 20
#define DEFAULT_FILTER_CALI_MAX 1000
;; set this if you want to switch between two different types and Min/Max values
#define DEFAULT_FILTER_TYPE_SWITCH 0
;; and define the used pin here (default: pin RC.3)
#define DEFAULT_FILTER_TYPE_SWITCH_TRIS TRISC
#define DEFAULT_FILTER_TYPE_SWITCH_PORT PORTC
#define DEFAULT_FILTER_TYPE_SWITCH_PIN 3
;; define the type (0-3) and the Min/Max values (for type 2/3) here:
#define DEFAULT_FILTER_TYPE2 1
#define DEFAULT_FILTER_CALI_MIN2 0
#define DEFAULT_FILTER_CALI_MAX2 2047
;; set this to ‘0’ to disable the control surface - this is especially usefull for
;; people who want to program their own CS handler in order to free
;; some memory
;; It’s also a good idea to disable the CS if the core is running as SID slave
;; (although this is no requirement!)
#define CS_ENABLED 1
;; if this option is set to “1”, the CS will be enabled if the MIOS device ID is 0x00, and
;; it will be disabled if the MIOS device ID is != 0x00
;; in other words: the control surface will only be enabled for the master
;; note that this mechanism doesn’t remove the CS code like CS_ENABLED == 0
#define AUTO_CS_ENABLED 1
;; number of visible menu items on LCD
;; use: 4 for 2x16 displays
;; 5 for 2x20 displays
;; 10 for 2x40 displays
#define CS_MENU_DISPLAYED_ITEMS 4
;; NOTE: if CS_MENU_DISPLAYED_ITEMS > 5, you have to adapt the DIN settings
;; in cs_menu_io_tables.inc
;; OLD_STYLE == 1: page scrolls with the cursor
;; OLD_STYLE == 0: page scrolls directly with the datawheel
#define CS_MENU_OLD_STYLE 0
;; Inc/Dec buttons or rotary encoder of data entry?
;; use: 0 if rotary encoder should be used
;; (pins of encoder are defined in mios_tables.inc)
;; 1 if buttons should be used instead
#define CS_MENU_USE_INCDEC_BUTTONS 0
;; use: 0 if a non-detented encoder is used to select the menu items
;; 1 if a detented encoder is used to select the menu items
;; the CS_MENU_EncSpeedSet function in “cs_menu.inc” sets the speed
;; depending on this value
#define CS_MENU_USE_DETENTED_ENCODER 1
;; the speed value for the additional encoders (#2- #15 ) is defined here
;; Hint: for non-detented encoders try the following: in mios_tables.inc
;; set the type of all encoders to “MIOS_ENC_MODE_DETENTED2” in order to
;; reduce the resolution (e.g. 24 ticks per revolution for a ALPS STEC16B),
;; set the speed value to 3 — result: so long as the encoder is moved
;; slow, the parameter can be changed very precisely. By moving the encoder
;; faster, it is possible to sweep over the whole value range with a single turn
;; (“Progressive Mode”)
#define CS_MENU_ENC_SPEED_VALUE 3
;; set this define to 1 of the link to slave SIDs should be enabled by default
#define CS_MENU_DEFAULT_LINK 0
;; if 0: OSC button selects also combined modes (7 states, combined OSCs)
;; if 1: OSC button selects only one of three OSCs (faster handling)
#define CS_MENU_OSC_BUTTON_BEHAVIOUR 1
;; use PORTA and PORTE (J5 of the core module) as output
;; you can address these pins in cs_menu_io_tables.inc as “shift register” #0
#define ENABLE_J5 0
;; set this to ‘1’ if the modulation matrix (8x7 LEDs) is connected to the DOUT chain
#define MOD_MATRIX_ENABLE 0
;; define the shift registers (note: HERE the shift register begin with 0: 1st SR is 0, 2nd is 1, 3rd is 2, …)
#define MOD_MATRIX_ANODES 6 ; shift register with anodes (HERE: 7th shift register in the chain)
#define MOD_MATRIX_CATHODES 7 ; shift register with cathodes (HERE: 8th shift register in the chain)
; For MIDI activity monitor: define the DOUT pins for the Rx and Tx LED:
#define MIDI_RXTX_USE_J5 0 ; if 0: MIDI Rx/Tx LEDs are assigned to the DOUT chain, pin 0x00-0x7f
; if 1: MIDI Rx/Tx LEDs are assigned to J5 DOUT, pin 0x00-0x07
; (in this case ENABLE_J5 has to be set to 1!)
#define DEFAULT_MIDI_MONITOR_ENABLED 1 ; if 1, the Tx/Rx LEDs are enabled
#define DEFAULT_MIDI_RX_LED 0x41 ; DOUT SR#9, pin D1
#define DEFAULT_MIDI_TX_LED 0x42 ; DOUT SR#9, pin D2
;; enable access to the AOUT module via Port J6
;; (status: experimental)
#define ENABLE_AOUT 0
;; enable the 6th LFO waveform (analog inputs)
#define ENABLE_AIN_LFO_WAVEFORM 1
;; sets the default display mode for the LED matrix
;; 0: shows modulation assignments after power-on
;; 1: shows modulation meters after power-on
;; the mode can be toggled by pressing two mod target buttons at the same time (e.g. O1 and O2 Pitch)
#define DEFAULT_LEDMATRIX_MODE 0
include
