Configuration file

A display's whole configuration in one file: every setting, the Mode and the CAN signals, with their names. Keep a copy before you change things, move a setup to another display, or have the file changed by hand or by an AI assistant and load it back.

The file is made and read in your browser. Nothing is sent to resolve-ev.com.

Download, load, restore defaults

On the Resolve Display page, connect the display (Settings); Configuration file is below Activity. Messages (done, problems) appear in Activity.

• Download saves resolve-display-<date>.json: every value the display has, defaults included.

• Load opens a file and checks all of it against the connected display before anything changes. A file with a problem is refused, with every problem listed in Activity (where it is in the file and what is wrong). Otherwise you see what will change. Only what the file contains changes; everything else stays, so a file may hold just a few settings. A downloaded file has every value, so loading it restores the whole display. For a clean start, use Restore defaults first.

  Apply sends the changes (the display redraws once, at the end), reads the display back and says whether every value took.

• Restore defaults puts every setting, CAN signal and signal name, the Mode and the G-force levelling back to how the display left the factory. The display restarts and the page connects again. The restart history, and the DBC files you uploaded (kept in your browser), stay.

A file from a display with other firmware loads too: what this display doesn't have is listed and skipped. Older firmware, from before signal names, can download and load, but keeps no signal names (the page keeps them in the browser) and can't restore its defaults: update it for those.

The format

JSON, one object. A shortened example:

{
  "format": "resolve-display-config",
  "version": 1,
  "written": {"by": "resolve-ev.com", "hardware": "R0002", "date": "2026-10-17"},
  "mode": "BOX_GAUGE",
  "signals": {
    "Motor speed": {"id": "0x1DA", "dbc": "SG_ MG_Speed : 39|15@0- (1,0) [-16384|16383] \"rpm\""},
    "Coolant temp": {"id": "0x18FF50E5", "extended": true, "dbc": "SG_ Coolant : 0|8@1+ (1,-40) [-40|215] \"C\""}
  },
  "general": {"brightness": 80, "can_bitrate": 2, "ign_source": 0, "on_signal": "Ignition signal"},
  "screens": {
    "BOX_GAUGE": {"box_source": 6, "box_signal": "Motor speed", "box_name": "MOTOR", "box_min": 0, "box_max": 12000},
    "WARNING": {"warn_signal": "Coolant temp", "warn_threshold": 95, "warn_text": "ENGINE HOT"}
  }
}

Key	What
format	Always "resolve-display-config"
version	The format's version: 1
written	Who wrote it, the firmware and hardware version and the date. Only for you to read: ignored when loading
mode	The Mode the display shows, by its name (the Modes table)
signals	The CAN signals, each under its name (below)
general	Settings of every screen
screens	One section per Mode name, with that screen's own settings

Every setting key is unique, so a setting is accepted in any section; the sections only make the file easier to read. Unknown keys are listed and skipped.

Values

Type	In the file	Example
Number	A whole number in its range and unit	"brightness": 80
Choice	The option's number, not its name: 0 is the first option	"rc_errors": 0 (Off)
Color	"#RRGGBB"	"soc_color": "#3CC954"
Text	Text in quotes, at most the length given; letters, digits, spaces, punctuation, ° and ², but no ; or #	"box_name": "MOTOR"
CAN signal	The name of a signal in signals. null: Not used (the car has no such signal; any slot but the ignition signal)	"box_signal": "Motor speed"

CAN signals

Each signal in signals has a name (1 to 32 characters, the same characters as a text, unique) and:

Key	What
id	The CAN ID: "0x1DA", or a number. At most 0x7FF, or 0x1FFFFFFF for an extended ID
extended	true for a 29-bit ID. Default false
dbc	The signal as the SG_ line of a DBC file: SG_ <name> : <start bit>|<length>@<1 Intel, 0 Motorola><+ unsigned, - signed> (<factor>,<offset>) [<min>|<max>] "<unit>". Values outside min to max count as missing. The DBC name and unit are only for you to read
multiplier	Applied after decoding, e.g. -1 to flip the sign. Default 1

A signal can be used by several slots ("race_signal": "Motor speed" and "ph_signal": "Motor speed"). The display keeps each slot's signal name, so the names come back in the next download.

Gauge shows

A value gauge's *_source ("Gauge shows"; the left gauge of Sport (dash) lg_source, the bottom arc of Glass (dash) gd_source) picks what it shows, and for a standard CAN value sets its CAN signal too. It doesn't change the name, unit or scale: write those in the file. Loading sets the source first, then the rest of the file, so values in the file always win: to show your own signal, set the source to CAN signal and give *_signal, the name, unit and scale.

Changing it with an AI assistant

See Set up the display with an AI: a worked example of loading a file, a prompt to start from and example wishes.

For tools and editors that check JSON, there is a JSON Schema of the format, and an example file with the factory settings.

Every key

Generated from the settings a display reports. A display with newer firmware may have more: download its configuration to see them all.

Modes

The mode key and the screens sections use these names.

Name	Mode	Number
STANDARD	Sport (dash)	0
G_FORCE	Bars (g-force)	1
POWER_GRAPH	Power graph (other)	2
BOX_GAUGE	Box gauge (one)	3
CLOCK	Bauhaus (clock)	4
RACE	Sport (one)	5
VINTAGE	Vintage (one)	6
SEGMENT	Segment (one)	7
G_PEAKS	Line (g-force)	8
CLASSIC_SPEEDO	Classic (one)	9
PHOSPHOR	Phosphor (one)	11
NUMBER	Number (one)	12
WARNING	Warning (other)	13
CAN_DATA	CAN data (other)	14
GLASS	Glass (one)	15
GLASS_DASH	Glass (dash)	16

general

Settings of every screen.

Key	Setting	Value	Default
brightness	Display brightness	Whole number, 0 to 100 %	100
ign_source	Ignition source	0 CAN signal 1 Ignition wire	0 (CAN signal)
can_bitrate	CAN bitrate	0 125 kbit/s 1 250 kbit/s 2 500 kbit/s (default) 3 1 Mbit/s	2 (500 kbit/s (default))
dpow_source	Power source	0 Voltage × current 1 Power signal	0 (Voltage × current)
dbar_max	Power bar drive max value	Whole number, 10 to 600 kW	110
dbar_min	Power bar regen max value 0 for a car without regen: the bar then has no regen side.	Whole number, -300 to 0 kW	-40
dgear_d	D	Text, at most 32 characters	"1"
dgear_n	N	Text, at most 32 characters	"2"
dgear_r	R	Text, at most 32 characters	"3"
dregen_1	One chevron	Text, at most 32 characters	"1"
dregen_2	Two chevrons	Text, at most 32 characters	"2"
dport_plug	Plugged in	Text, at most 32 characters	"2,3,5,6,7"
dport_ac	Charging	Text, at most 32 characters	"4"
dport_qc	Quick charging	Text, at most 32 characters	"1"
dcbar_max	Charging bar max value	Whole number, 1 to 350 kW	10
dqcbar_max	Quick charging bar max value	Whole number, 1 to 350 kW	50
rc_errors	Resolve Controller errors To show the Resolve Controller's error codes on the display such as isolation fault and other BMS errors	0 Off 1 On	1 (On)
on_signal	Ignition signal (CAN signal) The ignition is on while this signal is 1 or more, off at 0 or when its message stops for 2 s. Default: the Resolve Controller's SystemOn (0x539, bit 16). Used while ign_source is 0.	A signal's name from signals	0x539 16|1 Intel ×1
dsoc_signal	State of charge (CAN signal)	A signal's name from signals, or null: not used	0x539 57|7 Intel ×1
dvolt_signal	Battery voltage (CAN signal) Used while dpow_source is 0.	A signal's name from signals, or null: not used	0x1DA 0|8 Intel ×2
dcurr_signal	Battery current (CAN signal) Used while dpow_source is 0.	A signal's name from signals, or null: not used	0x1DB 7|11 Motorola signed ×0.5 ×-1
dpow_signal	Battery power (CAN signal) Used while dpow_source is 1.	A signal's name from signals, or null: not used	null (not used)
ddis_signal	BMS max discharge power (CAN signal)	A signal's name from signals, or null: not used	0x1DC 7|10 Motorola ×0.25
dchg_signal	BMS max charge power (driving) (CAN signal)	A signal's name from signals, or null: not used	0x1DC 13|10 Motorola ×0.25
dgear_signal	Gear (CAN signal)	A signal's name from signals, or null: not used	0x539 0|8 Intel ×1
dregen_signal	Regen level (CAN signal)	A signal's name from signals, or null: not used	0x539 40|8 Intel ×1
dport_signal	Charge state (CAN signal)	A signal's name from signals, or null: not used	0x390 43|3 Motorola ×1
dcpow_signal	Charge power (CAN signal)	A signal's name from signals, or null: not used	0x390 0|9 Motorola ×0.1
dobc_signal	OBC max power (CAN signal)	A signal's name from signals, or null: not used	0x390 40|9 Motorola ×0.1
dbmschg_signal	BMS max charge power (CAN signal)	A signal's name from signals, or null: not used	0x1DC 19|10 Motorola ×0.1 -10
dmaxon_signal	Max charge on (CAN signal)	A signal's name from signals, or null: not used	0x539 24|1 Intel ×1
dmaxpct_signal	Max charge (CAN signal)	A signal's name from signals, or null: not used	0x539 25|7 Intel ×1

screens.STANDARD: Sport (dash)

lg_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
lg_source	Left gauge shows	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	18 (12 V battery)
lg_unit	Left gauge unit After the scale's numbers. Leave it empty for none.	Text, at most 32 characters	"V"
lg_min	Left gauge start	Whole number, -100000 to 100000	10
lg_max	Left gauge end	Whole number, -100000 to 100000	16
soc_color	SOC bar color	Color "#RRGGBB"	"#3CC954"
bar_color	Power bar color	Color "#RRGGBB"	"#D9613E"
regen_color	Regen bar color	Color "#RRGGBB"	"#3CC954"
needle_color	Left gauge needle color	Color "#RRGGBB"	"#A2CAF4"
std_detail	Detail colors	Color "#RRGGBB"	"#FFFFFF"
lg_signal	Left gauge (CAN signal)	A signal's name from signals, or null: not used	0x55A 8|8 Intel ×1 -40

screens.G_FORCE: Bars (g-force)

Key	Setting	Value	Default
g_bar_color	G-force bar color	Color "#RRGGBB"	"#D7C950"
g_peak_color	Peak marker color	Color "#RRGGBB"	"#E65B45"
g_force_max	Range	0 1 G 1 2 G 2 3 G	0 (1 G)
gf_detail	Detail colors	Color "#RRGGBB"	"#D6D7D0"

screens.POWER_GRAPH: Power graph (other)

pg_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again).

Key	Setting	Value	Default
pg_window	Time frame	0 1 min 1 2 min 2 5 min 3 10 min	0 (1 min)
pg_power_color	Power color	Color "#RRGGBB"	"#D9613E"
pg_regen_color	Regen color	Color "#RRGGBB"	"#3CC954"
pg_avg_color	Average line color	Color "#RRGGBB"	"#A6A6A6"
pg_source	Power source	0 Voltage × current 1 Power signal	0 (Voltage × current)
pg_detail	Detail colors	Color "#RRGGBB"	"#F6F9FC"
pg_volt	Voltage (CAN signal) The default is the Leaf inverter's DC voltage (0x1DA, 2 V steps). The battery's own, LB_Total_Voltage in 0x1DB, reads a little higher under load. Used while pg_source is 0.	A signal's name from signals, or null: not used	0x1DA 0|8 Intel ×2
pg_curr	Current (CAN signal) Positive must mean discharge (power out of the battery). The Leaf's is the other way around, hence the multiplier -1. Used while pg_source is 0.	A signal's name from signals, or null: not used	0x1DB 7|11 Motorola signed ×0.5 ×-1
pg_power	Power (CAN signal) Positive must mean discharge (power out of the battery). If yours is the other way around, set the multiplier to -1. Used while pg_source is 1.	A signal's name from signals, or null: not used	null (not used)

screens.BOX_GAUGE: Box gauge (one)

box_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
box_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	0 (State of charge)
box_name	Name	Text, at most 32 characters	"STATE OF CHARGE"
box_unit	Unit	Text, at most 32 characters	"%"
box_min	Scale start	Whole number, -100000 to 100000	0
box_max	Scale end	Whole number, -100000 to 100000	100
box_detail	Detail colors	Color "#RRGGBB"	"#F2F2F0"
box_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x539 57|7 Intel ×1

screens.CLOCK: Bauhaus (clock)

Key	Setting	Value	Default
clk_second	Second hand color	Color "#RRGGBB"	"#EC6A5E"
clk_detail	Detail colors	Color "#RRGGBB"	"#F4F4F4"

screens.RACE: Sport (one)

race_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
race_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	7 (Motor speed)
race_unit	Unit	Text, at most 32 characters	"RPM"
race_min	Scale start	Whole number, -100000 to 100000	0
race_max	Scale end	Whole number, -100000 to 100000	10000
race_decimals	Decimals	0 None 1 One	0 (None)
race_needle	Needle color The needle and the yellow marks.	Color "#RRGGBB"	"#FED901"
race_ring	Ring color	Color "#RRGGBB"	"#DF0216"
race_detail	Detail colors	Color "#RRGGBB"	"#FEFEFE"
race_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x1DA 39|15 Motorola signed ×1

screens.VINTAGE: Vintage (one)

vin_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
vin_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	7 (Motor speed)
vin_name	Name At the bottom. Leave it empty for none.	Text, at most 32 characters	"REV COUNTER"
vin_unit	Unit On the dial, below the hub.	Text, at most 32 characters	"RPM X 100"
vin_min	Scale start	Whole number, -100000 to 100000	0
vin_max	Scale end	Whole number, -100000 to 100000	100
vin_dial	Dial color	Color "#RRGGBB"	"#0C7F7D"
vin_red	Red zone color	Color "#RRGGBB"	"#9B0202"
vin_detail	Detail colors	Color "#RRGGBB"	"#F2F4F2"
vin_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x1DA 39|15 Motorola signed ×1 ×0.01

screens.SEGMENT: Segment (one)

seg_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
seg_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	0 (State of charge)
seg_unit	Unit	Text, at most 32 characters	"%"
seg_min	Scale start 0 or more: a value below it shows in the figures, with the bar dark.	Whole number, 0 to 100000	0
seg_max	Scale end	Whole number, -100000 to 100000	100
seg_text	Detail colors	Color "#RRGGBB"	"#FED700"
seg_low	Low segments color	Color "#RRGGBB"	"#A0FB6E"
seg_mid	Middle segments color	Color "#RRGGBB"	"#FED700"
seg_high	High segments color	Color "#RRGGBB"	"#FD523B"
seg_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x539 57|7 Intel ×1

screens.G_PEAKS: Line (g-force)

Key	Setting	Value	Default
gp_ring	Ring at The force the faint ring marks. The line and the dot reach the edge at about 1.5 times it.	0 0.5 G 1 1 G 2 1.5 G	1 (1 G)
gl_dot	Dot color	Color "#RRGGBB"	"#E4E5E7"
gl_text	Detail colors	Color "#RRGGBB"	"#77777A"
gl_line	Line color The peaks all round.	Color "#RRGGBB"	"#BBBCBE"
gl_ring	Ring color	Color "#RRGGBB"	"#080808"

screens.CLASSIC_SPEEDO: Classic (one)

cs_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
cs_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	8 (Road speed (km/h))
cs_name	Name Over the unit. Leave it empty for none.	Text, at most 32 characters	"SPEED"
cs_unit	Unit	Text, at most 32 characters	"km/h"
cs_min	Scale start	Whole number, -100000 to 100000	0
cs_max	Scale end	Whole number, -100000 to 100000	150
cs_numbers	Detail colors	Color "#RRGGBB"	"#F7E8BA"
cs_center	Center color	Color "#RRGGBB"	"#4F6178"
cs_band	Outer band color	Color "#RRGGBB"	"#15202C"
cs_lines	Band lines color	Color "#RRGGBB"	"#4A6385"
cs_signal	Signal (CAN signal) Road speed is the motor's rpm x 0.0145 (10000 rpm is 145 km/h): change the multiplier for other gearing or tyres.	A signal's name from signals, or null: not used	0x1DA 39|15 Motorola signed ×1 ×0.0145

screens.PHOSPHOR: Phosphor (one)

ph_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
ph_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	7 (Motor speed)
ph_name	Name Under the value's unit. Leave it empty for none.	Text, at most 32 characters	"SPEED"
ph_unit	Unit	Text, at most 32 characters	"RPM"
ph_min	Scale start	Whole number, -100000 to 100000	0
ph_max	Scale end	Whole number, -100000 to 100000	10000
ph_decimals	Decimals	0 None 1 One	0 (None)
ph_color	Phosphor color	Color "#RRGGBB"	"#96F57E"
ph_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x1DA 39|15 Motorola signed ×1

screens.NUMBER: Number (one)

number_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
number_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	5 (Isolation)
number_name	Name Above the value. Leave it empty for none.	Text, at most 32 characters	"ISOLATION"
number_unit	Unit Below the value. Leave it empty for none.	Text, at most 32 characters	"mV"
number_decimals	Decimals	0 None 1 One	0 (None)
number_color	Detail colors	Color "#RRGGBB"	"#F6F9FC"
number_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x55B 39|10 Motorola ×4.882812

screens.WARNING: Warning (other)

Key	Setting	Value	Default
warn_text	Text Under the exclamation mark while the warning shows. Leave it empty for none.	Text, at most 32 characters	"WARNING"
warn_color	Warning color The ring and the exclamation mark while the warning shows.	Color "#RRGGBB"	"#E53935"
warn_threshold	Warning above The warning shows while the Warning signal is above this, in its unit. 0 for an on/off bit, which shows at 1.	Whole number, -100000 to 100000	0
warn_show	Show With the ignition on, the screen shows the white ring until the warning comes. Always: a warning (or its signal lost while the CAN bus is awake) also turns the display on with the ignition off, and off again when it clears. A silent bus (a parked car) never does.	0 With the ignition 1 Always (also with the ignition off)	0 (With the ignition)
warn_lost_color	Signal lost color The ring and the exclamation mark when the warning's CAN signal is lost or not set up.	Color "#RRGGBB"	"#FFD600"
warn_ok_ring	White ring when all is OK With the ignition on and no warning, a white ring shows the display is working. Off: the screen stays black until a warning (or a lost signal) comes.	0 Off 1 On	1 (On)
warn_detail	Detail colors	Color "#RRGGBB"	"#F6F9FC"
warn_signal	Warning signal (CAN signal) The warning shows while this value is above Warning above. An on/off bit (length 1) shows at 1 with Warning above at 0. Or a value, such as a temperature in its unit. Not set at first: the screen says NOT SET UP. If its message stops for 2 s (3 s after the ignition comes on) the screen says SIGNAL LOST.	A signal's name from signals, or null: not used	null (not used)

screens.CAN_DATA: CAN data (other)

Key	Setting	Value	Default
cd_id	CAN ID 1 The ID to show, in hex. Up to 3 digits (at most 7FF) is a standard ID, such as 539. 4 to 8 digits is an extended ID, such as 18FF50E5.	Text, at most 32 characters	"539"
cd_detail	Detail colors	Color "#RRGGBB"	"#F6F9FC"
cd_id2	CAN ID 2 Another ID to show under the first, in hex. Leave it empty for none.	Text, at most 32 characters	"" (empty)
cd_id3	CAN ID 3 Another ID to show under the first, in hex. Leave it empty for none.	Text, at most 32 characters	"" (empty)
cd_format	Format Hex: two digits a byte, all 8 on one row. Binary: the 8 bits of each byte, 4 bytes a line.	0 Hex 1 Binary 2 Decimal	0 (Hex)
cd_id_color	ID color	Color "#RRGGBB"	"#F6F9FC"
cd_head_color	Heading color The byte names (D0 to D7) and the HEX, BIN or DEC badge.	Color "#RRGGBB"	"#87888A"
cd_stale_color	Stale bytes color The bytes of an ID with no frame for over 2 s.	Color "#RRGGBB"	"#626364"
cd_info_color	Info line color The line under each ID: the gaps between frames and how long ago the last came, or WAITING FOR DATA.	Color "#RRGGBB"	"#87888A"

screens.GLASS: Glass (one)

glass_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
glass_source	Gauge shows Picking a CAN value sets its CAN signal, which can then be changed in the CAN setup. Its name, unit and scale stay as you write them.	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	18 (12 V battery)
glass_name	Name At the bottom. Leave it empty for none.	Text, at most 32 characters	"12V BATTERY"
glass_unit	Unit Under the value	Text, at most 32 characters	"V"
glass_min	Scale start	Whole number, -100000 to 100000	10
glass_max	Scale end	Whole number, -100000 to 100000	16
glass_decimals	Decimals	0 None 1 One	1 (One)
glass_bar_color	Bar color	Color "#RRGGBB"	"#6CABE7"
glass_detail	Detail colors	Color "#RRGGBB"	"#DADADA"
glass_track	Track color The arc behind the bar.	Color "#RRGGBB"	"#353639"
glass_text	Text color The unit, the name and the small ticks.	Color "#RRGGBB"	"#9C9C9F"
glass_signal	Signal (CAN signal)	A signal's name from signals, or null: not used	0x539 57|7 Intel ×1

screens.GLASS_DASH: Glass (dash)

gd_source picks what the gauge shows: choosing one sets the gauge's name, unit, scale and CAN signal to that value's (the keys after it in the file then change them again). 6 (CAN signal) keeps the gauge's own signal.

Key	Setting	Value	Default
gd_detail	Detail colors	Color "#RRGGBB"	"#F2F2F2"
gd_source	Bottom arc shows	0 State of charge 1 Battery voltage 2 Battery current 3 Motor temperature (°C) 4 Torque (Nm) 5 Isolation 6 CAN signal 7 Motor speed 8 Road speed (km/h) 9 Inverter voltage 10 Power available 11 Charge power limit 12 Charger power allowed 13 Charge power 14 Energy left 15 Charge time left 16 Max charge 17 State of charge (BMS) 18 12 V battery 19 Acceleration 20 Battery power 21 Motor temperature (°F) 22 Torque (lb-ft) 23 Road speed (mph)	3 (Motor temperature (°C))
gd_name	Bottom arc name Under the arc. Leave it empty for none.	Text, at most 32 characters	"MOTOR TEMP"
gd_unit	Bottom arc unit Beside the value. Leave it empty for none.	Text, at most 32 characters	"°C"
gd_min	Bottom arc start	Whole number, -100000 to 100000	-20
gd_max	Bottom arc end	Whole number, -100000 to 100000	80
gd_decimals	Bottom arc decimals	0 None 1 One	0 (None)
dtime_source	Charge time left shows	0 Charge time left 1 CAN signal	0 (Charge time left)
gd_bar_color	Power bar color	Color "#RRGGBB"	"#3DEA9C"
gd_regen_color	Regen bar color	Color "#RRGGBB"	"#0B8EFC"
gd_dots_color	Regen dots color	Color "#RRGGBB"	"#57F6A2"
gd_charge_color	Charging bar color	Color "#RRGGBB"	"#8FE7A2"
gd_soc_color	Charging SOC color	Color "#RRGGBB"	"#8FE7A2"
gd_limit_color	Limit color	Color "#RRGGBB"	"#44BCF8"
gd_arc_color	Bottom arc color	Color "#RRGGBB"	"#52AFFC"
gd_signal	Bottom arc (CAN signal)	A signal's name from signals, or null: not used	0x55A 8|8 Intel ×1 -40
dtime_signal	Charge time left (CAN signal)	A signal's name from signals, or null: not used	null (not used)