ShiftX2 - Revision history

Brentp at 02:05, 23 April 2019

2019-04-23T02:05:43Z

← Older revision		Revision as of 02:05, 23 April 2019
Line 145:		Line 145:

	=Using ShiftX2=		=Using ShiftX2=
	The LEDs and display on ShiftX2 are controlled by RaceCapture's Lua scripting capabilities. Built-in functions provide access to ~~ShiftX3~~'s capabilities. See the [[RaceCapturePro_Lua_Scripting#ShiftX2.2F3_control\|ShiftX2 Lua scripting reference]] for additional details.		The LEDs and display on ShiftX2 are controlled by RaceCapture's Lua scripting capabilities. Built-in functions provide access to ShiftX2's capabilities. See the [[RaceCapturePro_Lua_Scripting#ShiftX2.2F3_control\|ShiftX2 Lua scripting reference]] for additional details.

	==Compatibility==		==Compatibility==
Line 195:		Line 195:
	setTickRate(30)		setTickRate(30)

	-- Set ~~ShiftX3~~ configuration parameters with default parameters		-- Set ShiftX2 configuration parameters with default parameters
	-- orientation: 0=normal, 1=inverted (display above LED bar)		-- orientation: 0=normal, 1=inverted (display above LED bar)
	-- brightness: 0-100%, 0 = auto brightness		-- brightness: 0-100%, 0 = auto brightness
Line 227:		Line 227:
	setTickRate(30)		setTickRate(30)

	-- Set ~~ShiftX3~~ configuration parameters with default parameters		-- Set ShiftX2 configuration parameters with default parameters
	-- orientation: 0=normal, 1=inverted (display above LED bar)		-- orientation: 0=normal, 1=inverted (display above LED bar)
	-- brightness: 0-100%, 0 = auto brightness		-- brightness: 0-100%, 0 = auto brightness
Line 285:		Line 285:
	bestTime = 0		bestTime = 0

	-- Set ~~ShiftX3~~ configuration parameters with default parameters		-- Set ShiftX2 configuration parameters with default parameters
	-- orientation: 0=normal, 1=inverted (display above LED bar)		-- orientation: 0=normal, 1=inverted (display above LED bar)
	-- brightness: 0-100%, 0 = auto brightness		-- brightness: 0-100%, 0 = auto brightness
Line 331:		Line 331:
	setTickRate(30)		setTickRate(30)

	-- Set ~~ShiftX3~~ configuration parameters with default parameters		-- Set ShiftX2 configuration parameters with default parameters
	-- orientation: 0=normal, 1=inverted (display above LED bar)		-- orientation: 0=normal, 1=inverted (display above LED bar)
	-- brightness: 0-100%, 0 = auto brightness		-- brightness: 0-100%, 0 = auto brightness

Brentp: /* CAN Baud rate */

2019-03-26T16:21:47Z

CAN Baud rate

← Older revision		Revision as of 16:21, 26 March 2019
Line 545:		Line 545:
	500K is enabled by default; cut the jumper ADR2 on the bottom of ShiftX2 to enable 1MB.		500K is enabled by default; cut the jumper ADR2 on the bottom of ShiftX2 to enable 1MB.

	* '''Note''': the ADR2 jumper is located on the bottom side of the ShiftX2 circuit board, on the left side of the board when the push button is on the left.		* '''Note''': the ADR2 jumper is located on the bottom side of the ShiftX2 circuit board, on the left side of the board when the push button is on the left. It is labeled "ADR2"

	There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.		There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.

Brentp: /* Altering the Base ID */

2019-03-26T16:21:34Z

Altering the Base ID

← Older revision		Revision as of 16:21, 26 March 2019
Line 535:		Line 535:
	Cutting the jumper ADR1 will add 256 to the base ID, allowing up to two ShiftX2 displays on the same CAN bus.		Cutting the jumper ADR1 will add 256 to the base ID, allowing up to two ShiftX2 displays on the same CAN bus.

	* '''Note''': the ADR1 jumper is located on the bottom side of the ShiftX2 circuit board, on the left side of the board when the push button is on the left.		* '''Note''': the ADR1 jumper is located on the bottom side of the ShiftX2 circuit board, on the left side of the board when the push button is on the left. It is labeled "ADR1"

	There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.		There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.

Brentp: /* CAN Termination */

2019-03-26T16:21:07Z

CAN Termination

← Older revision		Revision as of 16:21, 26 March 2019
Line 130:		Line 130:
	===CAN Termination===		===CAN Termination===
	CAN termination is enabled by default. To disable termination, cut the '''CAN Term''' jumper on the bottom of ShiftX2.		CAN termination is enabled by default. To disable termination, cut the '''CAN Term''' jumper on the bottom of ShiftX2.

			* '''Note''': the termination jumper is located on the bottom side of the ShiftX2 circuit board, on the right side of the board when the push button is on the left. It is labeled '''CAN TERM'''

			There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.

	==Powering and Connecting to RaceCapture==		==Powering and Connecting to RaceCapture==

Brentp: /* CAN Baud rate */

2019-03-26T16:19:46Z

CAN Baud rate

← Older revision		Revision as of 16:19, 26 March 2019
Line 539:		Line 539:
	500K and 1MB rates are supported.		500K and 1MB rates are supported.

	500K is enabled by default; cut the jumper ADR2 on the bottom of ShiftX2 to enable 1MB.		500K is enabled by default; cut the jumper ADR2 on the bottom of ShiftX2 to enable 1MB.

			* '''Note''': the ADR2 jumper is located on the bottom side of the ShiftX2 circuit board, on the left side of the board when the push button is on the left.

			There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.

	===Configuration / Runtime Options===		===Configuration / Runtime Options===

Brentp: /* CAN base ID */

2019-03-26T16:19:22Z

CAN base ID

← Older revision		Revision as of 16:19, 26 March 2019
Line 527:		Line 527:

	CAN base ID is 0xE3600 (931328)		CAN base ID is 0xE3600 (931328)

			====Altering the Base ID====
	Cutting the jumper ADR1 will add 256 to the base ID, allowing up to two ShiftX2 displays on the same CAN bus.		Cutting the jumper ADR1 will add 256 to the base ID, allowing up to two ShiftX2 displays on the same CAN bus.

			* '''Note''': the ADR1 jumper is located on the bottom side of the ShiftX2 circuit board, on the left side of the board when the push button is on the left.

			There will be a small trace between the two square pads - cut the trace carefully using a razor, or the sharp tip of a small jewler's screwdriver paying close attention to not damage adjacent traces. To restore the jumper, solder a bridge between the pads.

	===CAN Baud rate===		===CAN Baud rate===

Brentp: /* Manual control of ShiftX2 */

2019-03-26T16:02:45Z

Manual control of ShiftX2

← Older revision		Revision as of 16:02, 26 March 2019
Line 351:		Line 351:

	=Manual control of ShiftX2=		=Manual control of ShiftX2=
	You can obtain low level control ShiftX2 by sending it direct CAN messages in Lua scripting. This is primarily useful if controlling a second ShiftX2 ~~if that is~~ running on ~~the~~ alternate CAN ID.		You can obtain low level control ShiftX2 by sending it direct CAN messages in Lua scripting. This is primarily useful if controlling a second ShiftX2 running on an alternate CAN ID.

	* '''Note''': The built-in firmware support for ShiftX2 is focused on controlling one ShiftX2 in your system. - you can use a combination of the built-in functions to control the primary ShiftX2, and then direct CAN control for the second unit.		* '''Note''': The built-in firmware support for ShiftX2 is focused on controlling one ShiftX2 in your system. - you can use a combination of the built-in functions to control the primary ShiftX2, and then direct CAN control for the second unit.

Brentp: /* Manual control of ShiftX2 (without built in functions */

2019-03-26T16:02:20Z

Manual control of ShiftX2 (without built in functions

← Older revision		Revision as of 16:02, 26 March 2019
Line 350:		Line 350:
	</pre>		</pre>

	=Manual control of ShiftX2 ~~(without built in functions~~=		=Manual control of ShiftX2=
	You can obtain low level control ShiftX2 by sending it direct CAN messages in Lua scripting. This is primarily useful if controlling a second ShiftX2 if that is running on the alternate CAN ID.		You can obtain low level control ShiftX2 by sending it direct CAN messages in Lua scripting. This is primarily useful if controlling a second ShiftX2 if that is running on the alternate CAN ID.

Line 514:		Line 514:
	sxInit()		sxInit()
	</pre>		</pre>


	=ShiftX2 CAN bus API=		=ShiftX2 CAN bus API=

Brentp at 16:02, 26 March 2019

2019-03-26T16:02:00Z

Show changes

Brentp: /* Compatibility */

2019-03-13T22:19:50Z

Compatibility

← Older revision		Revision as of 22:19, 13 March 2019
Line 151:		Line 151:
	* PodiumConnnect		* PodiumConnnect

	Firmware ~~version~~ 2.15.0 ~~and~~ higher ~~is required~~.		==Firmware Requirements==
			ShiftX2 requires RaceCapture/PodiumConnect firmware 2.15.0 or higher. [http://podium.live/software Download the latest firmware]

	==Navigation Buttons==		==Navigation Buttons==