Reference

Error Codes

Firmware Version

The following error codes are applicable to the latest firmware: v0.38.0
Other firmware versions may differ.

#	Code	Description
0	OK	No Errors
1	Generic
2	CPU Core 1 Fault
3	CPU Core 2 Fault
4	Operating System Stack Overflow
5	Operating System Thread Create Failed
6	Operating System Thread Delete Failed
7	Operating System Queue Create Failed
8	SPI 0 Fault
9	ADC 1 Hardware Comms Fault
10	ADC 2 Hardware Comms Fault
11	ADC 3 Hardware Comms Fault
12	SPI 1 Fault
13	IMU Hardware Comms Fault
14	Digital Arming Threshold Hardware Comms Fault
15	Solenoid Bank 1 Hardware Comms Fault
16	Solenoid Bank 2 Hardware Comms Fault
17	Solenoid Bank 3 Hardware Comms Fault
18	Solenoid Bank 4 Hardware Comms Fault
19	Analog Output DAC Hardware Comms Fault
20	CAN 1 Hardware Fault
21	CAN 1 Timeout
22	CAN 1 Rx Error
23	CAN 1 Tx Error
24	CAN 1 Bus Off
25	CAN 1 Stuff Error
26	CAN 2 Hardware Fault
27	CAN 2 Timeout
28	CAN 2 Rx Error
29	CAN 2 Tx Error
30	CAN 2 Bus Off
31	CAN 2 Stuff Error
32	Flash Read Error
33	Flash Write Error
34	Flash Erase Error
35	EMMC Read Error
36	EMMC Write Error
37	EMMC Erase Error
38	Ethernet Hardware Fault
39	Ethernet Timeout
40	Ethernet Rx Error
41	Ethernet Tx Error
42	Ethernet Link Down
43	IMU Hardware Fault
44	IMU Initialisation Error
45	IMU Read Error
46	IMU Write Error
47	IMU Calibration Error
48	IMU Data Error
49	Barometer Input Low
50	Barometer Input High
51	PCB Temp Sensor Low
52	PCB Temp Sensor High
53	Output Pin Conflict
64	Main Supply Voltage Low
65	Main Supply Voltage High
66	Aux Bank 1 Voltage Low
67	Aux Bank 1 Voltage High
68	Aux Bank 2 Voltage Low
69	Aux Bank 2 Voltage High
70	Solenoid Bank 1 Voltage Low
71	Solenoid Bank 1 Voltage High
72	Solenoid Bank 2 Voltage Low
73	Solenoid Bank 2 Voltage High
74	Solenoid Bank 3 Voltage Low
75	Solenoid Bank 3 Voltage High
76	Solenoid Bank 4 Voltage Low
77	Solenoid Bank 4 Voltage High
78	Main Supply Under Current
79	Main Supply Over Current
80	Aux Bank 1 Over Current
81	Aux Bank 2 Over Current
82	Solenoid Bank 1 Over Current
83	Solenoid Bank 2 Over Current
84	Solenoid Bank 3 Over Current
85	Solenoid Bank 4 Over Current
86	Solenoid Output Voltage 1 Low
87	Solenoid Output Voltage 1 High
88	Solenoid Output Voltage 2 Low
89	Solenoid Output Voltage 2 High
90	Solenoid Output Voltage 3 Low
91	Solenoid Output Voltage 3 High
92	Solenoid Output Voltage 4 Low
93	Solenoid Output Voltage 4 High
96	Internal 5V0 Supply Low
97	Internal 5V0 Supply High
98	Internal 3V3 Supply Low
99	Internal 3V3 Supply High
100	Internal 1V8 Supply Low
101	Internal 1V8 Supply High
102	Internal 1V2 Supply Low
103	Internal 1V2 Supply High
104	Internal 1V0 Supply Low
105	Internal 1V0 Supply High
106	Internal 1V5 Supply Low
107	Internal 1V5 Supply High
108	5V0 Reference Supply 1 Low
109	5V0 Reference Supply 1 High
110	5V0 Reference Supply 2 Low
111	5V0 Reference Supply 2 High
112	8V0 Reference Supply Low
113	8V0 Reference Supply High
114	Ignition Switch Low
115	Ignition Switch High
116	CPU Temperature Low
117	CPU Temperature High
118	IMU Temperature Low
119	IMU Temperature High
120	PCB Temperature Low
121	PCB Temperature High
122	Gear Ratio Table Invalid
123	Gear Solenoid Table Invalid
124	Gear Clutch Table Invalid
125	Takeup Clutch Table Invalid
126	Clutch By Wire Clutch Table Invalid
127	Gear Axis Config Invalid
128	Line Pressure Sensor Low
129	Line Pressure Sensor High
130	Line Pressure Solenoid
131	Line Pressure Control
132	Clutch A Pressure Sensor Low
133	Clutch A Pressure Sensor High
134	Clutch A Pressure Solenoid
135	Clutch A Pressure Control
136	Clutch B Pressure Sensor Low
137	Clutch B Pressure Sensor High
138	Clutch B Pressure Solenoid
139	Clutch B Pressure Control
140	Clutch C Pressure Sensor Low
141	Clutch C Pressure Sensor High
142	Clutch C Pressure Solenoid
143	Clutch C Pressure Control
144	Clutch D Pressure Sensor Low
145	Clutch D Pressure Sensor High
146	Clutch D Pressure Solenoid
147	Clutch D Pressure Control
148	Clutch E Pressure Sensor Low
149	Clutch E Pressure Sensor High
150	Clutch E Pressure Solenoid
151	Clutch E Pressure Control
152	Clutch F Pressure Sensor Low
153	Clutch F Pressure Sensor High
154	Clutch F Pressure Solenoid
155	Clutch F Pressure Control
156	Clutch G Pressure Sensor Low
157	Clutch G Pressure Sensor High
158	Clutch G Pressure Solenoid
159	Clutch G Pressure Control
160	Clutch H Pressure Sensor Low
161	Clutch H Pressure Sensor High
162	Clutch H Pressure Solenoid
163	Clutch H Pressure Control
164	Axis A Pressure Sensor Low
165	Axis A Pressure Sensor High
166	Axis A Pressure Solenoid
167	Axis A Pressure Control
168	Axis B Pressure Sensor Low
169	Axis B Pressure Sensor High
170	Axis B Pressure Solenoid
171	Axis B Pressure Control
172	Transmission Fluid Temp Sensor Low
173	Transmission Fluid Temp Sensor High
174	Clutch A Temp Sensor Low
175	Clutch A Temp Sensor High
176	Clutch B Temp Sensor Low
177	Clutch B Temp Sensor High
178	Clutch C Temp Sensor Low
179	Clutch C Temp Sensor High
180	Clutch D Temp Sensor Low
181	Clutch D Temp Sensor High
182	Clutch E Temp Sensor Low
183	Clutch E Temp Sensor High
184	Clutch F Temp Sensor Low
185	Clutch F Temp Sensor High
186	Clutch G Temp Sensor Low
187	Clutch G Temp Sensor High
188	Clutch H Temp Sensor Low
189	Clutch H Temp Sensor High
190	Oil Level Sensor Low
191	Oil Level Sensor High
192	Engine Speed Input Missing
193	Engine Speed Signal Error
194	Engine Speed Tracking Disagreement
195	Input Shaft Speed Input Missing
196	Input Shaft Speed Signal Error
197	Output Shaft Speed Input Missing
198	Output Shaft Speed Signal Error
199	Throttle Position Sensor Low
200	Throttle Position Sensor High
201	Throttle Position Tracking Sensor Low
202	Throttle Position Tracking Sensor High
203	Throttle Position Tracking Disagreement
204	Throttle 2 Position Sensor Low
205	Throttle 2 Position Sensor High
206	Throttle 2 Position Tracking Sensor Low
207	Throttle 2 Position Tracking Sensor High
208	Throttle 2 Position Tracking Disagreement
209	Pedal Position Sensor Low
210	Pedal Position Sensor High
211	Pedal Position Tracking Sensor Low
212	Pedal Position Tracking Sensor High
213	Pedal Position Tracking Disagreement
214	Axis A Pressure Sensor Low
215	Axis A Pressure Sensor High
216	Axis B Pressure Sensor Low
217	Axis B Pressure Sensor High
218	Brake Front Pressure Sensor Low
219	Brake Front Pressure Sensor High
220	Brake Rear Pressure Sensor Low
221	Brake Rear Pressure Sensor High
222	Clutch Pedal Position Sensor Low
223	Clutch Pedal Position Sensor High
224	Fork 1 Position Sensor Low
225	Fork 1 Position Sensor High
226	Fork 1 Tracking Sensor Low
227	Fork 1 Tracking Sensor High
228	Fork 2 Position Sensor Low
229	Fork 2 Position Sensor High
230	Fork 2 Tracking Sensor Low
231	Fork 2 Tracking Sensor High
232	Fork 3 Position Sensor Low
233	Fork 3 Position Sensor High
234	Fork 3 Tracking Sensor Low
235	Fork 3 Tracking Sensor High
236	Fork 4 Position Sensor Low
237	Fork 4 Position Sensor High
238	Fork 4 Tracking Sensor Low
239	Fork 4 Tracking Sensor High
240	Fork 5 Position Sensor Low
241	Fork 5 Position Sensor High
242	Fork 5 Tracking Sensor Low
243	Fork 5 Tracking Sensor High
244	Fork 6 Position Sensor Low
245	Fork 6 Position Sensor High
246	Fork 6 Tracking Sensor Low
247	Fork 6 Tracking Sensor High
248	Fork 7 Position Sensor Low
249	Fork 7 Position Sensor High
250	Fork 7 Tracking Sensor Low
251	Fork 7 Tracking Sensor High
252	Fork 8 Position Sensor Low
253	Fork 8 Position Sensor High
254	Fork 8 Tracking Sensor Low
255	Fork 8 Tracking Sensor High
256	Fork 1 Position Tracking Disagreement
257	Fork 2 Position Tracking Disagreement
258	Fork 3 Position Tracking Disagreement
259	Fork 4 Position Tracking Disagreement
260	Fork 5 Position Tracking Disagreement
261	Fork 6 Position Tracking Disagreement
262	Fork 7 Position Tracking Disagreement
263	Fork 8 Position Tracking Disagreement
264	Fork 1 Shift Solenoid Table Invalid
265	Fork 2 Shift Solenoid Table Invalid
266	Fork 3 Shift Solenoid Table Invalid
267	Fork 4 Shift Solenoid Table Invalid
268	Fork 5 Shift Solenoid Table Invalid
269	Fork 6 Shift Solenoid Table Invalid
270	Fork 7 Shift Solenoid Table Invalid
271	Fork 8 Shift Solenoid Table Invalid
272	Fork Default Solenoid Table Invalid
273	Fork Idle Solenoid Table Invalid
274	Trans Fluid Cooler Temp Sensor Low
275	Trans Fluid Cooler Temp Sensor High
276	Shifter Pos Sensor Low
277	Shifter Pos Sensor High
288	Clutch A Slip
289	Clutch B Slip
290	Clutch C Slip
291	Clutch D Slip
292	Clutch E Slip
293	Clutch F Slip
294	Clutch G Slip
295	Clutch H Slip
296	Axis A Fault
297	Axis B Fault
298	Axis A Bound
299	Axis B Bound
300	Fork 1 Movement
301	Fork 2 Movement
302	Fork 3 Movement
303	Fork 4 Movement
304	Fork 5 Movement
305	Fork 6 Movement
306	Fork 7 Movement
307	Fork 8 Movement
308	Gear Ratio Implausible
309	Clutch Gear Load Factor Table Invalid
310	User Input 1 Input Low
311	User Input 1 Input High
312	User Input 2 Input Low
313	User Input 2 Input High
314	User Input 3 Input Low
315	User Input 3 Input High
316	User Input 4 Input Low
317	User Input 4 Input High
318	User Input 5 Input Low
319	User Input 5 Input High
320	User Input 6 Input Low
321	User Input 6 Input High
322	User Input 7 Input Low
323	User Input 7 Input High
324	User Input 8 Input Low
325	User Input 8 Input High
326	User Input 9 Input Low
327	User Input 9 Input High
328	User Input 10 Input Low
329	User Input 10 Input High
330	User Input 11 Input Low
331	User Input 11 Input High
332	User Input 12 Input Low
333	User Input 12 Input High
334	User Input 13 Input Low
335	User Input 13 Input High
336	User Input 14 Input Low
337	User Input 14 Input High
338	User Input 15 Input Low
339	User Input 15 Input High
340	User Input 16 Input Low
341	User Input 16 Input High
342	Transbrake Clutch Select Table Invalid
352	Solenoid 1 Open Load
353	Solenoid 1 Over Current
354	Solenoid 1 Short To Ground
355	Solenoid 1 Over Temp
356	Solenoid 2 Open Load
357	Solenoid 2 Over Current
358	Solenoid 2 Short To Ground
359	Solenoid 2 Over Temp
360	Solenoid 3 Open Load
361	Solenoid 3 Over Current
362	Solenoid 3 Short To Ground
363	Solenoid 3 Over Temp
364	Solenoid 4 Open Load
365	Solenoid 4 Over Current
366	Solenoid 4 Short To Ground
367	Solenoid 4 Over Temp
368	Solenoid 5 Open Load
369	Solenoid 5 Over Current
370	Solenoid 5 Short To Ground
371	Solenoid 5 Over Temp
372	Solenoid 6 Open Load
373	Solenoid 6 Over Current
374	Solenoid 6 Short To Ground
375	Solenoid 6 Over Temp
376	Solenoid 7 Open Load
377	Solenoid 7 Over Current
378	Solenoid 7 Short To Ground
379	Solenoid 7 Over Temp
380	Solenoid 8 Open Load
381	Solenoid 8 Over Current
382	Solenoid 8 Short To Ground
383	Solenoid 8 Over Temp
384	Solenoid 9 Open Load
385	Solenoid 9 Over Current
386	Solenoid 9 Short To Ground
387	Solenoid 9 Over Temp
388	Solenoid 10 Open Load
389	Solenoid 10 Over Current
390	Solenoid 10 Short To Ground
391	Solenoid 10 Over Temp
392	Solenoid 11 Open Load
393	Solenoid 11 Over Current
394	Solenoid 11 Short To Ground
395	Solenoid 11 Over Temp
396	Solenoid 12 Open Load
397	Solenoid 12 Over Current
398	Solenoid 12 Short To Ground
399	Solenoid 12 Over Temp
400	Solenoid 13 Open Load
401	Solenoid 13 Over Current
402	Solenoid 13 Short To Ground
403	Solenoid 13 Over Temp
404	Solenoid 14 Open Load
405	Solenoid 14 Over Current
406	Solenoid 14 Short To Ground
407	Solenoid 14 Over Temp
408	Solenoid 15 Open Load
409	Solenoid 15 Over Current
410	Solenoid 15 Short To Ground
411	Solenoid 15 Over Temp
412	Solenoid 16 Open Load
413	Solenoid 16 Over Current
414	Solenoid 16 Short To Ground
415	Solenoid 16 Over Temp
416	Clutch Pedal Pressure Sensor Low
417	Clutch Pedal Pressure Sensor High
418	Launch Clutch Select Table Invalid
419	Steering Angle Sensor Low
420	Steering Angle Sensor High
421	Shifter Position Matrix Table Invalid
422	Shifter Position Switches Invalid

Enumerations

Firmware Version

The following enumerations are applicable to the latest firmware: v0.38.0
Other firmware versions may differ.

CAN Status

Used by Runtime(s):

CAN 1 Status
CAN 2 Status

Enumeration:

Value	Description
0	Off
1	Active
2	Active (FD)
4	Active (Listen Only)
8	Error

Clutch Leaning Status

Used by Runtime(s):

Clutch Touch Point Leaning Status
Clutch Adaption Status

Enumeration:

Value	Description
0	Off
1	Standby
2	Complete
10	Error
11	Conditions Not Met
12	Conditions Not Met - Temp Low
13	Conditions Not Met - Temp High
14	Conditions Not Met - Not in Neutral
15	Conditions Not Met - Input Shaft Speed Low
16	Conditions Not Met - Input Shaft Speed High
17	Conditions Not Met - Output Shaft Speed High
18	Conditions Not Met - Brake Off
19	Lockout - Torque Low
20	Lockout - Torque High
21	Lockout - Torque Slope High
22	Lockout - Not Enough Data
23	Lockout - Clutch By Wire
100	Started
101	Learning - Clutch A
102	Learning - Clutch B
103	Learning - Clutch C
104	Learning - Clutch D
105	Learning - Clutch E
106	Learning - Clutch F
107	Learning - Clutch H
108	Learning - Clutch H
110	Touch Point - Reset
111	Touch Point - Input Shaft Speed Baseline
112	Touch Point - Stabilising
113	Touch Point - Finding Touch Point

Clutches

Used by Runtime(s):

Active Clutch
Inactive Clutch
Clutch #

Enumeration:

Value	Description
0	None
1	A
2	B
3	C
4	D
5	E
6	F
7	G
8	H

Engine Inertia Test Status

Used by Runtime(s):

Engine Inertia Test Status

Enumeration:

Value	Description
0	Off
1	Lockout - In Gear
2	Lockout - Engine Accel Low
3	Lockout - Torque Low
4	Sampling…
5	Done
10	Error

Gear

Used by Runtime(s):

Gear
Next Gear
Previous Gear
Requested Gear
Selected Gear A
Selected Gear B

Enumeration:

Value	Description
-2	P
-1	R
0	N
1	1
2	2
3	3
4	4
5	5
6	6
7	7
8	8
9	9
10	10
11	11
12	12

Hold Power Status

Used by Runtime(s):

Hold Power Status

Enumeration:

Value	Description
0	OFF
1	ON
2	Shutdown Delay
3	Hold - PC Comms
4	Hold - Waiting for Shutdown
5	Hold - Logging Busy
6	Hold - Storing

IMU Status

Used by Runtime(s):

IMU Status

Enumeration:

Value	Description
0	Off
1	Hardware Error
2	Running
3	Calibrating

Input Status

Used by Runtime(s):

Digital Input 1 Status
Digital Input 2 Status
Digital Input 3 Status
Digital Input 4 Status
Digital Input 5 Status
Digital Input 6 Status
Digital Input 7 Status
Digital Input 8 Status
Digital Input 9 Status
Digital Input 10 Status
Digital Input 11 Status
Digital Input 12 Status
Digital Input 13 Status
Digital Input 14 Status
Digital Input 15 Status
Digital Input 16 Status
Hall Input 1 Status
Hall Input 2 Status
Hall Input 3 Status
Hall Input 4 Status

Enumeration:

Value	Description
0	Off
1	On
2	PWM

IO Level

Used by Runtime(s):

Digital Input 1 Level
Digital Input 2 Level
Digital Input 3 Level
Digital Input 4 Level
Digital Input 5 Level
Digital Input 6 Level
Digital Input 7 Level
Digital Input 8 Level
Digital Input 9 Level
Digital Input 10 Level
Digital Input 11 Level
Digital Input 12 Level
Digital Input 13 Level
Digital Input 14 Level
Digital Input 15 Level
Digital Input 16 Level
Hall Input 1 Level
Hall Input 2 Level
Hall Input 3 Level
Hall Input 4 Level

Enumeration:

Value	Description
0	Low
1	High

Launch Control Status

Used by Runtime(s):

Launch Control Status

Enumeration:

Value	Description
0	Off
1	Disarmed
2	Disarmed - No Arming Config
3	Disarmed - Launch Switch
4	Disarmed - Brake Switch
5	Disarmed - Brake Pressure
6	Disarmed - User
7	Disarmed - Transbrake Switch
10	Armed
11	Lockout - No Lockout Config
12	Lockout - Output Shaft Speed
13	Lockout - Drive Speed
14	Lockout - Pedal Position
15	Lockout - Engine Speed
16	Lockout - User
17	Lockout - Clutch By Wire
18	Lockout - Not In Gear
20	Active
21	Active - Static
22	Active - Preload
23	Active - Moving

Logging Status

Used by Runtime(s):

Logging Status

Enumeration:

Value	Description
0	Off
1	Initilizing
2	Halted
3	Uploading
4	Erasing
10	Disarmed - Logging Switch
11	Disarmed - User
20	Ready
21	Armed
22	Recording
23	Stopping
24	Full

Math Expression Status

Used by Runtime(s):

Math Expression 1 Status
Math Expression 2 Status
Math Expression 3 Status
Math Expression 4 Status
Math Expression 5 Status
Math Expression 6 Status
Math Expression 7 Status
Math Expression 8 Status
Math Expression 9 Status
Math Expression 10 Status
Math Expression 11 Status
Math Expression 12 Status
Math Expression 13 Status
Math Expression 14 Status
Math Expression 15 Status
Math Expression 16 Status

Enumeration:

Value	Description
0	Off
1	OK
2	Syntax Error
3	Variables Error

Output Status

Used by Runtime(s):

Aux 1 Status
Aux 2 Status
Aux 3 Status
Aux 4 Status
Aux 5 Status
Aux 6 Status
Aux 7 Status
Aux 8 Status
Solenoid 1 Status
Solenoid 2 Status
Solenoid 3 Status
Solenoid 4 Status
Solenoid 5 Status
Solenoid 6 Status
Solenoid 7 Status
Solenoid 8 Status
Solenoid 9 Status
Solenoid 10 Status
Solenoid 11 Status
Solenoid 12 Status
Solenoid 13 Status
Solenoid 14 Status
Solenoid 15 Status
Solenoid 16 Status

Enumeration:

Value	Description
0	Off
1	On
2	On - PWM
3	On - CC
4	Test - PWM
5	Test - CC
6	On - Slave
10	Error
11	Open Load
12	Over Current
13	Short To Ground
14	Over Temp
15	Over Voltage
16	Short To Battery
17	Overload
18	Retry Limit
20	Master Shutdown

PID Status

Used by Runtime(s):

Line Pressure PID Status
Clutch A PID Status
Clutch B PID Status
Clutch C PID Status
Clutch D PID Status
Clutch E PID Status
Clutch F PID Status
Clutch G PID Status
Clutch H PID Status
Axis A PID Status
Axis B PID Status

Enumeration:

Value	Description
0	Disabled
1	On
2	Integral Min
3	Integral Max

Preselection Status

Used by Runtime(s):

Preselection Status

Enumeration:

Value	Description
0	Off
1	Neutral
2	Down Shift
3	Up Shift

Pressure Control Status

Used by Runtime(s):

Line Pressure Control Status
Clutch A Status
Clutch B Status
Clutch C Status
Clutch D Status
Clutch E Status
Clutch F Status
Clutch G Status
Clutch H Status
Axis A Pressure Control Status
Axis B Pressure Control Status
Lube Flow Pressure Status

Enumeration:

Value	Description
0	Off
1	Lockout - Speed
2	Lockout - User
10	On
11	On - Clutch Active
12	On - Clutch Active (Ramp In)
13	On - Clutch Inactive
14	On - Takeup
15	On - Clutch By Wire
16	On - Launch
17	On - Transbrake
18	On - Touch Point Learn
19	On - Shift Oncoming
20	On - Shift Offgoing
30	On - Axis Active
31	On - Axis Inactive
32	On - Fork Movement
33	On - Shifting

Script Status

Used by Runtime(s):

Script 1 Status
Script 2 Status
Script 3 Status
Script 4 Status
Script 5 Status
Script 6 Status
Script 7 Status
Script 8 Status

Enumeration:

Value	Description
0	OK
1	Stop
2	End
3	Error
4	No Program Loaded
5	Unknown Instruction
6	Stack Underflow
7	Stack Overflow
8	Unknown Field Scope
9	Call Arg Count Error
10	Call Not A Function
11	Called Non Callable
12	Call Frame Overflow
13	NativeFunctionNotResolved
14	Division By Zero
15	Pointer Out Of Bounds
16	Array Index Out Of Bounds

Shift Fork ID

Used by Runtime(s):

Active Gear Shift Fork
Preselected Gear Shift Fork
Moving Shift Fork

Enumeration:

Value	Description
0	-
1	1
2	2
3	3
4	4
5	5
6	6
7	7
8	8

Shift Fork Status

Used by Runtime(s):

Shift Fork 1 Status
Shift Fork 2 Status
Shift Fork 3 Status
Shift Fork 4 Status
Shift Fork 5 Status
Shift Fork 6 Status
Shift Fork 7 Status
Shift Fork 8 Status

Enumeration:

Value	Description
0	Off
1	Low Position
2	Centre Position
3	High Position
4	Moving Down
5	Moving Up
10	Error

Shift Phase

Used by Runtime(s):

Shift Phase

Enumeration:

Value	Description
0	Waiting
1	Setup
2	Prefill
3	Fast Fill
4	Stable Fill
5	Torque Transfer
6	Inertial Sync
7	Lock
8	Complete
9	Cancelled
10	Error

Shift Request Status

Used by Runtime(s):

Shift Request Status

Enumeration:

Value	Description
0	-
1	Park Disabled
2	Park Lockout - Output Shaft Speed
3	Park Lockout - Vehicle Speed
4	Park Lockout - Drive Speed
5	Park Lockout - Clutch Switch
6	Park Lockout - Brake Switch
7	Park Lockout - Brake Pressure
8	Park Lockout - Clutch Pressure
9	Park Lockout - Clutch Position
10	Reverse Lockout - Disabled
11	Reverse Lockout - Output Shaft Speed
12	Reverse Lockout - Vehicle Speed
13	Reverse Lockout - Drive Speed
14	Reverse Lockout - Clutch Switch
15	Reverse Lockout - Brake Switch
16	Reverse Lockout - Brake Pressure
17	Reverse Lockout - Clutch Pressure
18	Reverse Lockout - Clutch Position
19	Reverse Lockout - Reverse Lockout Switch
20	Drive Disabled
21	Drive Lockout - Output Shaft Speed
22	Drive Lockout - Vehicle Speed
23	Drive Lockout - Drive Speed
24	Drive Lockout - Clutch Switch
25	Drive Lockout - Brake Switch
26	Drive Lockout - Brake Pressure
27	Drive Lockout - Clutch Pressure
28	Drive Lockout - Clutch Position
30	Up Shift Disabled
31	Up Shift Lockout - Input Shaft Speed Min
32	Up Shift Lockout - Gear Max
33	Up Shift Lockout - Takeup
40	Down Shift Disabled
41	Down Shift Lockout - Input Shaft Speed Max
42	Down Shift Lockout - Gear Min
43	Down Shift Lockout - Takeup

Shift Solenoid Status

Used by Runtime(s):

Shift Solenoid 1 Status
Shift Solenoid 2 Status
Shift Solenoid 3 Status
Shift Solenoid 4 Status
Shift Solenoid 5 Status
Shift Solenoid 6 Status
Shift Solenoid 7 Status
Shift Solenoid 8 Status

Enumeration:

Value	Description
0	OFF
1	ON
10	Error

Shift Status

Used by Runtime(s):

Up Shift Status
Down Shift Status

Enumeration:

Value	Description
0	Off
1	Ready
2	Pending
3	Shifting
4	Waiting for Torque Reduction
5	Waiting for Rev Match
6	Shift Complete
10	Error
11	Error: Torque Reduction Timeout
12	Error: Rev Match Timeout

Shifter Position

Used by Runtime(s):

Shifter Position

Enumeration:

Value	Description
0	-
1	Park
2	Reverse
3	Neutral
4	Drive
5	Sport
6	Manual

Solenoid Driver Status

Used by Runtime(s):

Solenoid Bank 1 Status
Solenoid Bank 2 Status
Solenoid Bank 3 Status
Solenoid Bank 4 Status

Enumeration:

Value	Description
0	Config Mode
1	OK

Takeup Status

Used by Runtime(s):

Takeup Status

Enumeration:

Value	Description
0	Off
1	Lockout - User
2	Lockout - Clutch By Wire
3	Lockout - Neutral/Park
4	Lockout - Engine Speed
5	Lockout - Transbrake
6	Lockout - Launch Control
10	Bleed Off
11	Fast Fill
12	Ready
13	Active
14	Exit
15	Off - Driving

TC Lockup Clutch Status

Used by Runtime(s):

Torque Converter Lock Up Clutch Status

Enumeration:

Value	Description
0	Open
1	Slip
2	Sync
3	Lock

Torque Converter Lockup Status

Used by Runtime(s):

Torque Converter Lock Up Status

Enumeration:

Value	Description
0	OFF
1	On - Takeup
2	On - In Gear
3	On - Up Shift
4	On - Down Shift
5	On - Launch
10	On - Override
20	Lockout - User
21	Lockout - Input Shaft Speed
22	Lockout - Output Shaft Speed
23	Lockout - Drive Speed
24	Lockout - Engine Speed
25	Lockout - Transbrake

Torque Limit Status

Used by Runtime(s):

Torque Limit Status

Enumeration:

Value	Description
0	Off
1	Global
2	Up Shift
3	Down Shift
4	Post Down Shift
5	Takeup
6	Takeup Shift
7	Fault
8	Transbrake
9	Launch

Transbrake Status

Used by Runtime(s):

Transbrake Status

Enumeration:

Value	Description
0	Off
1	Lockout - Output Shaft Speed
2	Lockout - Drive Speed
3	Lockout - User
4	Lockout - Clutch By Wire
5	Lockout - Not In Forward Gear
6	Lockout - Gear Max
10	Armed
11	On
12	Bump Cooldown
13	Bump

Transmission Control Status

Used by Runtime(s):

Transmission Control Status

Enumeration:

Value	Description
0	Off
1	Park
2	Reverse
3	Neutral
4	Takeup
5	In Gear
6	Down Shift Pending
7	Down Shift
8	Down Shift Complete
9	Up Shift Pending
10	Up Shift
11	Up Shift Complete

Transmission Drive Mode

Used by Runtime(s):

Transmission Drive Mode

Enumeration:

Value	Description
0	Off
1	Park
2	Reverse
3	Neutral
4	Drive
5	Sport
6	Manual

VM Status

Used by Runtime(s):

VM Status

Enumeration:

Value	Description
0	Off
1	Stopped
2	Loading
3	Idle
4	Running
100	Error
200	Error - Infinite Loop
201	Infinite Loop - Script 1
202	Infinite Loop - Script 2
203	Infinite Loop - Script 3
204	Infinite Loop - Script 4
205	Infinite Loop - Script 5
206	Infinite Loop - Script 6
207	Infinite Loop - Script 7
208	Infinite Loop - Script 8

Runtimes

Firmware Version

The following runtimes are applicable to the latest firmware: v0.38.0
Other firmware versions may differ.

Runtime	MecScript Define	Units	Factor	Decimals
CPU 1 Status	`RT_CPU0STATUS`		1	0
CPU 1 Temperature	`RT_CPU0TEMP`	°C	0.1	1
CPU 1 Load	`RT_CPU0LOAD`	%	0.1	1
CPU 1 Thread Count	`RT_CPU0THREADS`		1	0
CPU 1 Free Memory	`RT_CPU0FREEMEM`	b	1	0
CPU 1 Minimum Memory	`RT_CPU0MINMEM`	b	1	0
CPU 2 Status	`RT_CPU1STATUS`		1	0
CPU 2 Temperature	`RT_CPU1TEMP`	°C	0.1	1
CPU 2 Load	`RT_CPU1LOAD`	%	0.1	1
CPU 2 Thread Count	`RT_CPU1THREADS`		1	0
CPU 2 Free Memory	`RT_CPU1FREEMEM`		1	0
CPU 2 Minimum Memory	`RT_CPU1MINMEM`		1	0
Battery Voltage	`RT_BATTVOLTS`	V	0.001	3
Aux 1-4 Supply Volts	`RT_AUXSUPPLY1VOLTS`	V	0.001	3
Aux 5-8 Supply Volts	`RT_AUXSUPPLY2VOLTS`	V	0.001	3
Solenoid 1-8 Supply Volts	`RT_SOLSUPPLY1VOLTS`	V	0.001	3
Solenoid 9-16 Supply Volts	`RT_SOLSUPPLY2VOLTS`	V	0.001	3
Aux 1-4 Supply Current	`RT_AUXSUPPLY1AMPS`	A	0.001	3
Aux 5-8 Supply Current	`RT_AUXSUPPLY2AMPS`	A	0.001	3
Solenoid 1-8 Supply Current	`RT_SOLSUPPLY1AMPS`	A	0.001	3
Solenoid 9-16 Supply Current	`RT_SOLSUPPLY2AMPS`	A	0.001	3
Ignition Switch Volts	`RT_IGNSWVOLTS`	V	0.001	3
Ignition Switch Status	`RT_IGNSWSTATUS`		1	0
Internal 5V0 Supply	`RT_VCC5V0`	V	0.001	3
Internal 3V3 Supply	`RT_VCC3V3`	V	0.001	3
Internal 1V8 Supply	`RT_VCC1V8`	V	0.001	3
Internal 1V5 Supply	`RT_VCCDDR`	V	0.001	3
Internal 1V2 Supply	`RT_VCC1V2`	V	0.001	3
Internal 1V0 Supply	`RT_VCC1V0`	V	0.001	3
Device Status	`RT_DEVICESTATUS`		1	0
Device Current High Side	`RT_DEVICECURRENTHS`	A	0.001	3
Device Current Low Side	`RT_DEVICECURRENTLS`	A	0.001	3
Device Current Total	`RT_DEVICECURRENTTOTAL`	A	0.001	3
Device Power High Side	`RT_DEVICEPOWERHS`	W	0.1	1
Device Power Low Side	`RT_DEVICEPOWERLS`	W	0.1	1
Device Power Total	`RT_DEVICEPOWERTOTAL`	W	0.1	1
5V0 Ref Supply 1	`RT_5VOUT1`	V	0.001	3
5V0 Ref Supply 2	`RT_5VOUT2`	V	0.001	3
8V0 Ref Supply	`RT_8VOUT`	V	0.001	3
Uptime Seconds	`RT_UPSEC`	Sec	1	0
Uptime Minutes	`RT_UPMIN`	Min	1	0
Uptime Hours	`RT_UPHOURS`	Hrs	1	0
Uptime Days	`RT_UPDAYS`	Days	1	0
Elapsed Seconds Total	`RT_SECONDS`	Sec	0.001	3
PCB Temperature	`RT_PCBTEMP`	°C	0.1	1
Hold Power Status	`RT_HOLDPOWER`		1	0
Hold Power Switch	`RT_HOLDPWRSW`		1	0
Constant 0	`RT_CONST0`		1	0
Constant 1	`RT_CONST1`		1	0
CAN 1 Status	`RT_CAN0STATUS`		1	0
CAN 1 Error Flags	`RT_CAN0ERRFLAGS`		1	0
CAN 1 Rx Error	`RT_CAN0RXERR`		1	0
CAN 1 Tx Error	`RT_CAN0TXERR`		1	0
CAN 1 Timeout	`RT_CAN0TMOUT`		1	0
CAN 1 Rx Count	`RT_CAN0RXCOUNT`		1	0
CAN 1 Tx Count	`RT_CAN0TXCOUNT`		1	0
CAN 1 Channel 1 Counter	`RT_CAN0CHCOUNTER1`		1	0
CAN 1 Channel 2 Counter	`RT_CAN0CHCOUNTER2`		1	0
CAN 1 Channel 3 Counter	`RT_CAN0CHCOUNTER3`		1	0
CAN 1 Channel 4 Counter	`RT_CAN0CHCOUNTER4`		1	0
CAN 1 Channel 5 Counter	`RT_CAN0CHCOUNTER5`		1	0
CAN 1 Channel 6 Counter	`RT_CAN0CHCOUNTER6`		1	0
CAN 1 Channel 7 Counter	`RT_CAN0CHCOUNTER7`		1	0
CAN 1 Channel 8 Counter	`RT_CAN0CHCOUNTER8`		1	0
CAN 1 Channel 9 Counter	`RT_CAN0CHCOUNTER9`		1	0
CAN 1 Channel 10 Counter	`RT_CAN0CHCOUNTER10`		1	0
CAN 1 Channel 11 Counter	`RT_CAN0CHCOUNTER11`		1	0
CAN 1 Channel 12 Counter	`RT_CAN0CHCOUNTER12`		1	0
CAN 1 Channel 13 Counter	`RT_CAN0CHCOUNTER13`		1	0
CAN 1 Channel 14 Counter	`RT_CAN0CHCOUNTER14`		1	0
CAN 1 Channel 15 Counter	`RT_CAN0CHCOUNTER15`		1	0
CAN 1 Channel 16 Counter	`RT_CAN0CHCOUNTER16`		1	0
CAN 2 Status	`RT_CAN1STATUS`		1	0
CAN 2 Error Flags	`RT_CAN1ERRFLAGS`		1	0
CAN 2 Rx Error	`RT_CAN1RXERR`		1	0
CAN 2 Tx Error	`RT_CAN1TXERR`		1	0
CAN 2 Timeout	`RT_CAN1TMOUT`		1	0
CAN 2 Rx Count	`RT_CAN1RXCOUNT`		1	0
CAN 2 Tx Count	`RT_CAN1TXCOUNT`		1	0
CAN 2 Channel 1 Counter	`RT_CAN1CHCOUNTER1`		1	0
CAN 2 Channel 2 Counter	`RT_CAN1CHCOUNTER2`		1	0
CAN 2 Channel 3 Counter	`RT_CAN1CHCOUNTER3`		1	0
CAN 2 Channel 4 Counter	`RT_CAN1CHCOUNTER4`		1	0
CAN 2 Channel 5 Counter	`RT_CAN1CHCOUNTER5`		1	0
CAN 2 Channel 6 Counter	`RT_CAN1CHCOUNTER6`		1	0
CAN 2 Channel 7 Counter	`RT_CAN1CHCOUNTER7`		1	0
CAN 2 Channel 8 Counter	`RT_CAN1CHCOUNTER8`		1	0
CAN 2 Channel 9 Counter	`RT_CAN1CHCOUNTER9`		1	0
CAN 2 Channel 10 Counter	`RT_CAN1CHCOUNTER10`		1	0
CAN 2 Channel 11 Counter	`RT_CAN1CHCOUNTER11`		1	0
CAN 2 Channel 12 Counter	`RT_CAN1CHCOUNTER12`		1	0
CAN 2 Channel 13 Counter	`RT_CAN1CHCOUNTER13`		1	0
CAN 2 Channel 14 Counter	`RT_CAN1CHCOUNTER14`		1	0
CAN 2 Channel 15 Counter	`RT_CAN1CHCOUNTER15`		1	0
CAN 2 Channel 16 Counter	`RT_CAN1CHCOUNTER16`		1	0
VM Status	`RT_VMSTATUS`		1	0
Script 1 Status	`RT_SCRIPT1STATUS`		1	0
Script 2 Status	`RT_SCRIPT2STATUS`		1	0
Script 3 Status	`RT_SCRIPT3STATUS`		1	0
Script 4 Status	`RT_SCRIPT4STATUS`		1	0
Script 5 Status	`RT_SCRIPT5STATUS`		1	0
Script 6 Status	`RT_SCRIPT6STATUS`		1	0
Script 7 Status	`RT_SCRIPT7STATUS`		1	0
Script 8 Status	`RT_SCRIPT8STATUS`		1	0
Analog Input 1 Volts	`RT_ANV1`	V	0.001	3
Analog Input 2 Volts	`RT_ANV2`	V	0.001	3
Analog Input 3 Volts	`RT_ANV3`	V	0.001	3
Analog Input 4 Volts	`RT_ANV4`	V	0.001	3
Analog Input 5 Volts	`RT_ANV5`	V	0.001	3
Analog Input 6 Volts	`RT_ANV6`	V	0.001	3
Analog Input 7 Volts	`RT_ANV7`	V	0.001	3
Analog Input 8 Volts	`RT_ANV8`	V	0.001	3
Analog Input 9 Volts	`RT_ANV9`	V	0.001	3
Analog Input 10 Volts	`RT_ANV10`	V	0.001	3
Analog Input 11 Volts	`RT_ANV11`	V	0.001	3
Analog Input 12 Volts	`RT_ANV12`	V	0.001	3
Analog Input 13 Volts	`RT_ANV13`	V	0.001	3
Analog Input 14 Volts	`RT_ANV14`	V	0.001	3
Analog Input 15 Volts	`RT_ANV15`	V	0.001	3
Analog Input 16 Volts	`RT_ANV16`	V	0.001	3
Digital Input 1 Status	`RT_DISTATUS1`		1	0
Digital Input 2 Status	`RT_DISTATUS2`		1	0
Digital Input 3 Status	`RT_DISTATUS3`		1	0
Digital Input 4 Status	`RT_DISTATUS4`		1	0
Digital Input 5 Status	`RT_DISTATUS5`		1	0
Digital Input 6 Status	`RT_DISTATUS6`		1	0
Digital Input 7 Status	`RT_DISTATUS7`		1	0
Digital Input 8 Status	`RT_DISTATUS8`		1	0
Digital Input 9 Status	`RT_DISTATUS9`		1	0
Digital Input 10 Status	`RT_DISTATUS10`		1	0
Digital Input 11 Status	`RT_DISTATUS11`		1	0
Digital Input 12 Status	`RT_DISTATUS12`		1	0
Digital Input 13 Status	`RT_DISTATUS13`		1	0
Digital Input 14 Status	`RT_DISTATUS14`		1	0
Digital Input 15 Status	`RT_DISTATUS15`		1	0
Digital Input 16 Status	`RT_DISTATUS16`		1	0
Hall Input 1 Status	`RT_HALLSTATUS1`		1	0
Hall Input 2 Status	`RT_HALLSTATUS2`		1	0
Hall Input 3 Status	`RT_HALLSTATUS3`		1	0
Hall Input 4 Status	`RT_HALLSTATUS4`		1	0
Digital Input 1 Level	`RT_DILEVEL1`		1	0
Digital Input 2 Level	`RT_DILEVEL2`		1	0
Digital Input 3 Level	`RT_DILEVEL3`		1	0
Digital Input 4 Level	`RT_DILEVEL4`		1	0
Digital Input 5 Level	`RT_DILEVEL5`		1	0
Digital Input 6 Level	`RT_DILEVEL6`		1	0
Digital Input 7 Level	`RT_DILEVEL7`		1	0
Digital Input 8 Level	`RT_DILEVEL8`		1	0
Digital Input 9 Level	`RT_DILEVEL9`		1	0
Digital Input 10 Level	`RT_DILEVEL10`		1	0
Digital Input 11 Level	`RT_DILEVEL11`		1	0
Digital Input 12 Level	`RT_DILEVEL12`		1	0
Digital Input 13 Level	`RT_DILEVEL13`		1	0
Digital Input 14 Level	`RT_DILEVEL14`		1	0
Digital Input 15 Level	`RT_DILEVEL15`		1	0
Digital Input 16 Level	`RT_DILEVEL16`		1	0
Hall Input 1 Level	`RT_HALLLEVEL1`		1	0
Hall Input 2 Level	`RT_HALLLEVEL2`		1	0
Hall Input 3 Level	`RT_HALLLEVEL3`		1	0
Hall Input 4 Level	`RT_HALLLEVEL4`		1	0
Digital Input 1 Volts	`RT_DIVOLTS1`	V	0.001	3
Digital Input 2 Volts	`RT_DIVOLTS2`	V	0.001	3
Digital Input 3 Volts	`RT_DIVOLTS3`	V	0.001	3
Digital Input 4 Volts	`RT_DIVOLTS4`	V	0.001	3
Digital Input 5 Volts	`RT_DIVOLTS5`	V	0.001	3
Digital Input 6 Volts	`RT_DIVOLTS6`	V	0.001	3
Digital Input 7 Volts	`RT_DIVOLTS7`	V	0.001	3
Digital Input 8 Volts	`RT_DIVOLTS8`	V	0.001	3
Digital Input 9 Volts	`RT_DIVOLTS9`	V	0.001	3
Digital Input 10 Volts	`RT_DIVOLTS10`	V	0.001	3
Digital Input 11 Volts	`RT_DIVOLTS11`	V	0.001	3
Digital Input 12 Volts	`RT_DIVOLTS12`	V	0.001	3
Digital Input 13 Volts	`RT_DIVOLTS13`	V	0.001	3
Digital Input 14 Volts	`RT_DIVOLTS14`	V	0.001	3
Digital Input 15 Volts	`RT_DIVOLTS15`	V	0.001	3
Digital Input 16 Volts	`RT_DIVOLTS16`	V	0.001	3
Digital Input 1 Frequency	`RT_DIFREQ1`	Hz	0.01	2
Digital Input 2 Frequency	`RT_DIFREQ2`	Hz	0.01	2
Digital Input 3 Frequency	`RT_DIFREQ3`	Hz	0.01	2
Digital Input 4 Frequency	`RT_DIFREQ4`	Hz	0.01	2
Digital Input 5 Frequency	`RT_DIFREQ5`	Hz	0.01	2
Digital Input 6 Frequency	`RT_DIFREQ6`	Hz	0.01	2
Digital Input 7 Frequency	`RT_DIFREQ7`	Hz	0.01	2
Digital Input 8 Frequency	`RT_DIFREQ8`	Hz	0.01	2
Digital Input 9 Frequency	`RT_DIFREQ9`	Hz	0.01	2
Digital Input 10 Frequency	`RT_DIFREQ10`	Hz	0.01	2
Digital Input 11 Frequency	`RT_DIFREQ11`	Hz	0.01	2
Digital Input 12 Frequency	`RT_DIFREQ12`	Hz	0.01	2
Digital Input 13 Frequency	`RT_DIFREQ13`	Hz	0.01	2
Digital Input 14 Frequency	`RT_DIFREQ14`	Hz	0.01	2
Digital Input 15 Frequency	`RT_DIFREQ15`	Hz	0.01	2
Digital Input 16 Frequency	`RT_DIFREQ16`	Hz	0.01	2
Hall Input 1 Frequency	`RT_HALLFREQ1`	Hz	0.01	2
Hall Input 2 Frequency	`RT_HALLFREQ2`	Hz	0.01	2
Hall Input 3 Frequency	`RT_HALLFREQ3`	Hz	0.01	2
Hall Input 4 Frequency	`RT_HALLFREQ4`	Hz	0.01	2
Digital Input 1 Duty	`RT_DIDUTY1`	%	0.1	1
Digital Input 2 Duty	`RT_DIDUTY2`	%	0.1	1
Digital Input 3 Duty	`RT_DIDUTY3`	%	0.1	1
Digital Input 4 Duty	`RT_DIDUTY4`	%	0.1	1
Digital Input 5 Duty	`RT_DIDUTY5`	%	0.1	1
Digital Input 6 Duty	`RT_DIDUTY6`	%	0.1	1
Digital Input 7 Duty	`RT_DIDUTY7`	%	0.1	1
Digital Input 8 Duty	`RT_DIDUTY8`	%	0.1	1
Digital Input 9 Duty	`RT_DIDUTY9`	%	0.1	1
Digital Input 10 Duty	`RT_DIDUTY10`	%	0.1	1
Digital Input 11 Duty	`RT_DIDUTY11`	%	0.1	1
Digital Input 12 Duty	`RT_DIDUTY12`	%	0.1	1
Digital Input 13 Duty	`RT_DIDUTY13`	%	0.1	1
Digital Input 14 Duty	`RT_DIDUTY14`	%	0.1	1
Digital Input 15 Duty	`RT_DIDUTY15`	%	0.1	1
Digital Input 16 Duty	`RT_DIDUTY16`	%	0.1	1
Hall Input 1 Duty	`RT_HALLDUTY1`	%	0.1	1
Hall Input 2 Duty	`RT_HALLDUTY2`	%	0.1	1
Hall Input 3 Duty	`RT_HALLDUTY3`	%	0.1	1
Hall Input 4 Duty	`RT_HALLDUTY4`	%	0.1	1
Digital Input 1 Period	`RT_DIPER1`	ms	0.001	3
Digital Input 2 Period	`RT_DIPER2`	ms	0.001	3
Digital Input 3 Period	`RT_DIPER3`	ms	0.001	3
Digital Input 4 Period	`RT_DIPER4`	ms	0.001	3
Digital Input 5 Period	`RT_DIPER5`	ms	0.001	3
Digital Input 6 Period	`RT_DIPER6`	ms	0.001	3
Digital Input 7 Period	`RT_DIPER7`	ms	0.001	3
Digital Input 8 Period	`RT_DIPER8`	ms	0.001	3
Digital Input 9 Period	`RT_DIPER9`	ms	0.001	3
Digital Input 10 Period	`RT_DIPER10`	ms	0.001	3
Digital Input 11 Period	`RT_DIPER11`	ms	0.001	3
Digital Input 12 Period	`RT_DIPER12`	ms	0.001	3
Digital Input 13 Period	`RT_DIPER13`	ms	0.001	3
Digital Input 14 Period	`RT_DIPER14`	ms	0.001	3
Digital Input 15 Period	`RT_DIPER15`	ms	0.001	3
Digital Input 16 Period	`RT_DIPER16`	ms	0.001	3
Hall Input 1 Period	`RT_HALLPER1`	ms	0.001	3
Hall Input 2 Period	`RT_HALLPER2`	ms	0.001	3
Hall Input 3 Period	`RT_HALLPER3`	ms	0.001	3
Hall Input 4 Period	`RT_HALLPER4`	ms	0.001	3
Digital Input 1 Pulse Width	`RT_DIPW1`	ms	0.001	3
Digital Input 2 Pulse Width	`RT_DIPW2`	ms	0.001	3
Digital Input 3 Pulse Width	`RT_DIPW3`	ms	0.001	3
Digital Input 4 Pulse Width	`RT_DIPW4`	ms	0.001	3
Digital Input 5 Pulse Width	`RT_DIPW5`	ms	0.001	3
Digital Input 6 Pulse Width	`RT_DIPW6`	ms	0.001	3
Digital Input 7 Pulse Width	`RT_DIPW7`	ms	0.001	3
Digital Input 8 Pulse Width	`RT_DIPW8`	ms	0.001	3
Digital Input 9 Pulse Width	`RT_DIPW9`	ms	0.001	3
Digital Input 10 Pulse Width	`RT_DIPW10`	ms	0.001	3
Digital Input 11 Pulse Width	`RT_DIPW11`	ms	0.001	3
Digital Input 12 Pulse Width	`RT_DIPW12`	ms	0.001	3
Digital Input 13 Pulse Width	`RT_DIPW13`	ms	0.001	3
Digital Input 14 Pulse Width	`RT_DIPW14`	ms	0.001	3
Digital Input 15 Pulse Width	`RT_DIPW15`	ms	0.001	3
Digital Input 16 Pulse Width	`RT_DIPW16`	ms	0.001	3
Hall Input 1 Pulse Width	`RT_HALLPW1`	ms	0.001	3
Hall Input 2 Pulse Width	`RT_HALLPW2`	ms	0.001	3
Hall Input 3 Pulse Width	`RT_HALLPW3`	ms	0.001	3
Hall Input 4 Pulse Width	`RT_HALLPW4`	ms	0.001	3
Digital Input 1 Threshold Low	`RT_DI1THLOW`	V	0.01	2
Digital Input 2 Threshold Low	`RT_DI2THLOW`	V	0.01	2
Digital Input 3 Threshold Low	`RT_DI3THLOW`	V	0.01	2
Digital Input 4 Threshold Low	`RT_DI4THLOW`	V	0.01	2
Digital Input 5 Threshold Low	`RT_DI5THLOW`	V	0.01	2
Digital Input 6 Threshold Low	`RT_DI6THLOW`	V	0.01	2
Digital Input 7 Threshold Low	`RT_DI7THLOW`	V	0.01	2
Digital Input 8 Threshold Low	`RT_DI8THLOW`	V	0.01	2
Digital Input 1 Threshold High	`RT_DI1THHIGH`	V	0.01	2
Digital Input 2 Threshold High	`RT_DI2THHIGH`	V	0.01	2
Digital Input 3 Threshold High	`RT_DI3THHIGH`	V	0.01	2
Digital Input 4 Threshold High	`RT_DI4THHIGH`	V	0.01	2
Digital Input 5 Threshold High	`RT_DI5THHIGH`	V	0.01	2
Digital Input 6 Threshold High	`RT_DI6THHIGH`	V	0.01	2
Digital Input 7 Threshold High	`RT_DI7THHIGH`	V	0.01	2
Digital Input 8 Threshold High	`RT_DI8THHIGH`	V	0.01	2
Aux 1 Status	`RT_AUX1STATUS`		1	0
Aux 2 Status	`RT_AUX2STATUS`		1	0
Aux 3 Status	`RT_AUX3STATUS`		1	0
Aux 4 Status	`RT_AUX4STATUS`		1	0
Aux 5 Status	`RT_AUX5STATUS`		1	0
Aux 6 Status	`RT_AUX6STATUS`		1	0
Aux 7 Status	`RT_AUX7STATUS`		1	0
Aux 8 Status	`RT_AUX8STATUS`		1	0
Solenoid 1 Status	`RT_SOL1STATUS`		1	0
Solenoid 2 Status	`RT_SOL2STATUS`		1	0
Solenoid 3 Status	`RT_SOL3STATUS`		1	0
Solenoid 4 Status	`RT_SOL4STATUS`		1	0
Solenoid 5 Status	`RT_SOL5STATUS`		1	0
Solenoid 6 Status	`RT_SOL6STATUS`		1	0
Solenoid 7 Status	`RT_SOL7STATUS`		1	0
Solenoid 8 Status	`RT_SOL8STATUS`		1	0
Solenoid 9 Status	`RT_SOL9STATUS`		1	0
Solenoid 10 Status	`RT_SOL10STATUS`		1	0
Solenoid 11 Status	`RT_SOL11STATUS`		1	0
Solenoid 12 Status	`RT_SOL12STATUS`		1	0
Solenoid 13 Status	`RT_SOL13STATUS`		1	0
Solenoid 14 Status	`RT_SOL14STATUS`		1	0
Solenoid 15 Status	`RT_SOL15STATUS`		1	0
Solenoid 16 Status	`RT_SOL16STATUS`		1	0
Solenoid Bank 1 Status	`RT_SOLBANK1STS`		1	0
Solenoid Bank 2 Status	`RT_SOLBANK2STS`		1	0
Solenoid Bank 3 Status	`RT_SOLBANK3STS`		1	0
Solenoid Bank 4 Status	`RT_SOLBANK4STS`		1	0
Solenoid Bank 1 Temperature	`RT_SOLBANK1TEMP`	°C	0.1	1
Solenoid Bank 2 Temperature	`RT_SOLBANK2TEMP`	°C	0.1	1
Solenoid Bank 3 Temperature	`RT_SOLBANK3TEMP`	°C	0.1	1
Solenoid Bank 4 Temperature	`RT_SOLBANK4TEMP`	°C	0.1	1
Solenoid Supply Output 1 Volts	`RT_SOLPWR1VOLTS`	V	0.001	3
Solenoid Supply Output 2 Volts	`RT_SOLPWR2VOLTS`	V	0.001	3
Solenoid Supply Output 3 Volts	`RT_SOLPWR3VOLTS`	V	0.001	3
Solenoid Supply Output 4 Volts	`RT_SOLPWR4VOLTS`	V	0.001	3
Solenoid Supply Output 1 Current	`RT_SOLPWR1AMPS`	A	0.001	3
Solenoid Supply Output 2 Current	`RT_SOLPWR2AMPS`	A	0.001	3
Solenoid Supply Output 3 Current	`RT_SOLPWR3AMPS`	A	0.001	3
Solenoid Supply Output 4 Current	`RT_SOLPWR4AMPS`	A	0.001	3
Aux 1 Frequency	`RT_AUX1FREQ`	Hz	0.1	1
Aux 2 Frequency	`RT_AUX2FREQ`	Hz	0.1	1
Aux 3 Frequency	`RT_AUX3FREQ`	Hz	0.1	1
Aux 4 Frequency	`RT_AUX4FREQ`	Hz	0.1	1
Aux 5 Frequency	`RT_AUX5FREQ`	Hz	0.1	1
Aux 6 Frequency	`RT_AUX6FREQ`	Hz	0.1	1
Aux 7 Frequency	`RT_AUX7FREQ`	Hz	0.1	1
Aux 8 Frequency	`RT_AUX8FREQ`	Hz	0.1	1
Solenoid 1 Frequency	`RT_SOL1FREQ`	Hz	0.1	1
Solenoid 2 Frequency	`RT_SOL2FREQ`	Hz	0.1	1
Solenoid 3 Frequency	`RT_SOL3FREQ`	Hz	0.1	1
Solenoid 4 Frequency	`RT_SOL4FREQ`	Hz	0.1	1
Solenoid 5 Frequency	`RT_SOL5FREQ`	Hz	0.1	1
Solenoid 6 Frequency	`RT_SOL6FREQ`	Hz	0.1	1
Solenoid 7 Frequency	`RT_SOL7FREQ`	Hz	0.1	1
Solenoid 8 Frequency	`RT_SOL8FREQ`	Hz	0.1	1
Solenoid 9 Frequency	`RT_SOL9FREQ`	Hz	0.1	1
Solenoid 10 Frequency	`RT_SOL10FREQ`	Hz	0.1	1
Solenoid 11 Frequency	`RT_SOL11FREQ`	Hz	0.1	1
Solenoid 12 Frequency	`RT_SOL12FREQ`	Hz	0.1	1
Solenoid 13 Frequency	`RT_SOL13FREQ`	Hz	0.1	1
Solenoid 14 Frequency	`RT_SOL14FREQ`	Hz	0.1	1
Solenoid 15 Frequency	`RT_SOL15FREQ`	Hz	0.1	1
Solenoid 16 Frequency	`RT_SOL16FREQ`	Hz	0.1	1
Aux 1 Duty Cycle	`RT_AUX1DUTY`	%	0.1	1
Aux 2 Duty Cycle	`RT_AUX2DUTY`	%	0.1	1
Aux 3 Duty Cycle	`RT_AUX3DUTY`	%	0.1	1
Aux 4 Duty Cycle	`RT_AUX4DUTY`	%	0.1	1
Aux 5 Duty Cycle	`RT_AUX5DUTY`	%	0.1	1
Aux 6 Duty Cycle	`RT_AUX6DUTY`	%	0.1	1
Aux 7 Duty Cycle	`RT_AUX7DUTY`	%	0.1	1
Aux 8 Duty Cycle	`RT_AUX8DUTY`	%	0.1	1
Solenoid 1 Duty Cycle	`RT_SOL1DUTY`	%	0.1	1
Solenoid 2 Duty Cycle	`RT_SOL2DUTY`	%	0.1	1
Solenoid 3 Duty Cycle	`RT_SOL3DUTY`	%	0.1	1
Solenoid 4 Duty Cycle	`RT_SOL4DUTY`	%	0.1	1
Solenoid 5 Duty Cycle	`RT_SOL5DUTY`	%	0.1	1
Solenoid 6 Duty Cycle	`RT_SOL6DUTY`	%	0.1	1
Solenoid 7 Duty Cycle	`RT_SOL7DUTY`	%	0.1	1
Solenoid 8 Duty Cycle	`RT_SOL8DUTY`	%	0.1	1
Solenoid 9 Duty Cycle	`RT_SOL9DUTY`	%	0.1	1
Solenoid 10 Duty Cycle	`RT_SOL10DUTY`	%	0.1	1
Solenoid 11 Duty Cycle	`RT_SOL11DUTY`	%	0.1	1
Solenoid 12 Duty Cycle	`RT_SOL12DUTY`	%	0.1	1
Solenoid 13 Duty Cycle	`RT_SOL13DUTY`	%	0.1	1
Solenoid 14 Duty Cycle	`RT_SOL14DUTY`	%	0.1	1
Solenoid 15 Duty Cycle	`RT_SOL15DUTY`	%	0.1	1
Solenoid 16 Duty Cycle	`RT_SOL16DUTY`	%	0.1	1
Aux 1 Volts	`RT_AUX1VOLTS`	V	0.001	3
Aux 2 Volts	`RT_AUX2VOLTS`	V	0.001	3
Aux 3 Volts	`RT_AUX3VOLTS`	V	0.001	3
Aux 4 Volts	`RT_AUX4VOLTS`	V	0.001	3
Aux 5 Volts	`RT_AUX5VOLTS`	V	0.001	3
Aux 6 Volts	`RT_AUX6VOLTS`	V	0.001	3
Aux 7 Volts	`RT_AUX7VOLTS`	V	0.001	3
Aux 8 Volts	`RT_AUX8VOLTS`	V	0.001	3
Solenoid 1 Volts	`RT_SOL1VOLTS`	V	0.001	3
Solenoid 2 Volts	`RT_SOL2VOLTS`	V	0.001	3
Solenoid 3 Volts	`RT_SOL3VOLTS`	V	0.001	3
Solenoid 4 Volts	`RT_SOL4VOLTS`	V	0.001	3
Solenoid 5 Volts	`RT_SOL5VOLTS`	V	0.001	3
Solenoid 6 Volts	`RT_SOL6VOLTS`	V	0.001	3
Solenoid 7 Volts	`RT_SOL7VOLTS`	V	0.001	3
Solenoid 8 Volts	`RT_SOL8VOLTS`	V	0.001	3
Solenoid 9 Volts	`RT_SOL9VOLTS`	V	0.001	3
Solenoid 10 Volts	`RT_SOL10VOLTS`	V	0.001	3
Solenoid 11 Volts	`RT_SOL11VOLTS`	V	0.001	3
Solenoid 12 Volts	`RT_SOL12VOLTS`	V	0.001	3
Solenoid 13 Volts	`RT_SOL13VOLTS`	V	0.001	3
Solenoid 14 Volts	`RT_SOL14VOLTS`	V	0.001	3
Solenoid 15 Volts	`RT_SOL15VOLTS`	V	0.001	3
Solenoid 16 Volts	`RT_SOL16VOLTS`	V	0.001	3
Aux 1 Current	`RT_AUX1AMPS`	A	0.001	3
Aux 2 Current	`RT_AUX2AMPS`	A	0.001	3
Aux 3 Current	`RT_AUX3AMPS`	A	0.001	3
Aux 4 Current	`RT_AUX4AMPS`	A	0.001	3
Aux 5 Current	`RT_AUX5AMPS`	A	0.001	3
Aux 6 Current	`RT_AUX6AMPS`	A	0.001	3
Aux 7 Current	`RT_AUX7AMPS`	A	0.001	3
Aux 8 Current	`RT_AUX8AMPS`	A	0.001	3
Solenoid 1 Current	`RT_SOL1AMPS`	A	0.001	3
Solenoid 2 Current	`RT_SOL2AMPS`	A	0.001	3
Solenoid 3 Current	`RT_SOL3AMPS`	A	0.001	3
Solenoid 4 Current	`RT_SOL4AMPS`	A	0.001	3
Solenoid 5 Current	`RT_SOL5AMPS`	A	0.001	3
Solenoid 6 Current	`RT_SOL6AMPS`	A	0.001	3
Solenoid 7 Current	`RT_SOL7AMPS`	A	0.001	3
Solenoid 8 Current	`RT_SOL8AMPS`	A	0.001	3
Solenoid 9 Current	`RT_SOL9AMPS`	A	0.001	3
Solenoid 10 Current	`RT_SOL10AMPS`	A	0.001	3
Solenoid 11 Current	`RT_SOL11AMPS`	A	0.001	3
Solenoid 12 Current	`RT_SOL12AMPS`	A	0.001	3
Solenoid 13 Current	`RT_SOL13AMPS`	A	0.001	3
Solenoid 14 Current	`RT_SOL14AMPS`	A	0.001	3
Solenoid 15 Current	`RT_SOL15AMPS`	A	0.001	3
Solenoid 16 Current	`RT_SOL16AMPS`	A	0.001	3
Analog Output Voltage 1	`RT_ANOUT1`	V	0.001	3
Analog Output Voltage 2	`RT_ANOUT2`	V	0.001	3
Analog Output Voltage 3	`RT_ANOUT3`	V	0.001	3
Analog Output Voltage 4	`RT_ANOUT4`	V	0.001	3
IMU Status	`RT_IMUSTATUS`		1	0
G-Force Lateral	`RT_GEESLAT`	g	0.001	3
G-Force Longitudinal	`RT_GEESLONG`	g	0.001	3
G-Force Vertical	`RT_GEESVERT`	g	0.001	3
Acceleration Lateral	`RT_ACCELLAT`	m/s²	0.001	3
Acceleration Longitudinal	`RT_ACCELLONG`	m/s²	0.001	3
Acceleration Vertical	`RT_ACCELVERT`	m/s²	0.001	3
Pitch Rate (X)	`RT_PITCHRATE`		0.1	1
Roll Rate (Y)	`RT_ROLLRATE`		0.1	1
Yaw Rate (Z)	`RT_YAWRATE`		0.1	1
Pitch Angle (X)	`RT_PITCHANGLE`	°	0.1	1
Roll Angle (Y)	`RT_ROLLANGLE`	°	0.1	1
Yaw Angle (Z)	`RT_YAWANGLE`	°	0.1	1
IMU Temperature	`RT_IMUTEMP`	°C	0.1	1
GPS Longitude	`RT_GPSLONG`		1E-07	7
GPS Latitude	`RT_GPSLAT`		1E-07	7
GPS Status	`RT_GPSSTATUS`		1	0
GPS Satelites	`RT_GPSSATS`		1	0
GPS Heading	`RT_GPSHEADING`		1	0
GPS Speed	`RT_GPSSPEED`	km/h	0.1	1
Math Expression 1	`RT_MATHEXPR1`		1	(float)
Math Expression 2	`RT_MATHEXPR2`		1	(float)
Math Expression 3	`RT_MATHEXPR3`		1	(float)
Math Expression 4	`RT_MATHEXPR4`		1	(float)
Math Expression 5	`RT_MATHEXPR5`		1	(float)
Math Expression 6	`RT_MATHEXPR6`		1	(float)
Math Expression 7	`RT_MATHEXPR7`		1	(float)
Math Expression 8	`RT_MATHEXPR8`		1	(float)
Math Expression 9	`RT_MATHEXPR9`		1	(float)
Math Expression 10	`RT_MATHEXPR10`		1	(float)
Math Expression 11	`RT_MATHEXPR11`		1	(float)
Math Expression 12	`RT_MATHEXPR12`		1	(float)
Math Expression 13	`RT_MATHEXPR13`		1	(float)
Math Expression 14	`RT_MATHEXPR14`		1	(float)
Math Expression 15	`RT_MATHEXPR15`		1	(float)
Math Expression 16	`RT_MATHEXPR16`		1	(float)
Math Expression 1 Status	`RT_MATHEXPR1STS`		1	0
Math Expression 2 Status	`RT_MATHEXPR2STS`		1	0
Math Expression 3 Status	`RT_MATHEXPR3STS`		1	0
Math Expression 4 Status	`RT_MATHEXPR4STS`		1	0
Math Expression 5 Status	`RT_MATHEXPR5STS`		1	0
Math Expression 6 Status	`RT_MATHEXPR6STS`		1	0
Math Expression 7 Status	`RT_MATHEXPR7STS`		1	0
Math Expression 8 Status	`RT_MATHEXPR8STS`		1	0
Math Expression 9 Status	`RT_MATHEXPR9STS`		1	0
Math Expression 10 Status	`RT_MATHEXPR10STS`		1	0
Math Expression 11 Status	`RT_MATHEXPR11STS`		1	0
Math Expression 12 Status	`RT_MATHEXPR12STS`		1	0
Math Expression 13 Status	`RT_MATHEXPR13STS`		1	0
Math Expression 14 Status	`RT_MATHEXPR14STS`		1	0
Math Expression 15 Status	`RT_MATHEXPR15STS`		1	0
Math Expression 16 Status	`RT_MATHEXPR16STS`		1	0
User Function 1 Status	`RT_GPLOGIC1`		1	0
User Function 2 Status	`RT_GPLOGIC2`		1	0
User Function 3 Status	`RT_GPLOGIC3`		1	0
User Function 4 Status	`RT_GPLOGIC4`		1	0
User Function 5 Status	`RT_GPLOGIC5`		1	0
User Function 6 Status	`RT_GPLOGIC6`		1	0
User Function 7 Status	`RT_GPLOGIC7`		1	0
User Function 8 Status	`RT_GPLOGIC8`		1	0
User Function 9 Status	`RT_GPLOGIC9`		1	0
User Function 10 Status	`RT_GPLOGIC10`		1	0
User Function 11 Status	`RT_GPLOGIC11`		1	0
User Function 12 Status	`RT_GPLOGIC12`		1	0
User Function 13 Status	`RT_GPLOGIC13`		1	0
User Function 14 Status	`RT_GPLOGIC14`		1	0
User Function 15 Status	`RT_GPLOGIC15`		1	0
User Function 16 Status	`RT_GPLOGIC16`		1	0
User Function 1 Frequency	`RT_GPLOGIC1FREQ`	Hz	0.1	1
User Function 2 Frequency	`RT_GPLOGIC2FREQ`	Hz	0.1	1
User Function 3 Frequency	`RT_GPLOGIC3FREQ`	Hz	0.1	1
User Function 4 Frequency	`RT_GPLOGIC4FREQ`	Hz	0.1	1
User Function 5 Frequency	`RT_GPLOGIC5FREQ`	Hz	0.1	1
User Function 6 Frequency	`RT_GPLOGIC6FREQ`	Hz	0.1	1
User Function 7 Frequency	`RT_GPLOGIC7FREQ`	Hz	0.1	1
User Function 8 Frequency	`RT_GPLOGIC8FREQ`	Hz	0.1	1
User Function 9 Frequency	`RT_GPLOGIC9FREQ`	Hz	0.1	1
User Function 10 Frequency	`RT_GPLOGIC10FREQ`	Hz	0.1	1
User Function 11 Frequency	`RT_GPLOGIC11FREQ`	Hz	0.1	1
User Function 12 Frequency	`RT_GPLOGIC12FREQ`	Hz	0.1	1
User Function 13 Frequency	`RT_GPLOGIC13FREQ`	Hz	0.1	1
User Function 14 Frequency	`RT_GPLOGIC14FREQ`	Hz	0.1	1
User Function 15 Frequency	`RT_GPLOGIC15FREQ`	Hz	0.1	1
User Function 16 Frequency	`RT_GPLOGIC16FREQ`	Hz	0.1	1
User Function 1 Duty Cycle	`RT_GPLOGIC1DUTY`	%	0.1	1
User Function 2 Duty Cycle	`RT_GPLOGIC2DUTY`	%	0.1	1
User Function 3 Duty Cycle	`RT_GPLOGIC3DUTY`	%	0.1	1
User Function 4 Duty Cycle	`RT_GPLOGIC4DUTY`	%	0.1	1
User Function 5 Duty Cycle	`RT_GPLOGIC5DUTY`	%	0.1	1
User Function 6 Duty Cycle	`RT_GPLOGIC6DUTY`	%	0.1	1
User Function 7 Duty Cycle	`RT_GPLOGIC7DUTY`	%	0.1	1
User Function 8 Duty Cycle	`RT_GPLOGIC8DUTY`	%	0.1	1
User Function 9 Duty Cycle	`RT_GPLOGIC9DUTY`	%	0.1	1
User Function 10 Duty Cycle	`RT_GPLOGIC10DUTY`	%	0.1	1
User Function 11 Duty Cycle	`RT_GPLOGIC11DUTY`	%	0.1	1
User Function 12 Duty Cycle	`RT_GPLOGIC12DUTY`	%	0.1	1
User Function 13 Duty Cycle	`RT_GPLOGIC13DUTY`	%	0.1	1
User Function 14 Duty Cycle	`RT_GPLOGIC14DUTY`	%	0.1	1
User Function 15 Duty Cycle	`RT_GPLOGIC15DUTY`	%	0.1	1
User Function 16 Duty Cycle	`RT_GPLOGIC16DUTY`	%	0.1	1
Keypad 1 Button 1	`RT_KP1BTN1`		1	0
Keypad 1 Button 2	`RT_KP1BTN2`		1	0
Keypad 1 Button 3	`RT_KP1BTN3`		1	0
Keypad 1 Button 4	`RT_KP1BTN4`		1	0
Keypad 1 Button 5	`RT_KP1BTN5`		1	0
Keypad 1 Button 6	`RT_KP1BTN6`		1	0
Keypad 1 Button 7	`RT_KP1BTN7`		1	0
Keypad 1 Button 8	`RT_KP1BTN8`		1	0
Keypad 1 Button 9	`RT_KP1BTN9`		1	0
Keypad 1 Button 10	`RT_KP1BTN10`		1	0
Keypad 1 Button 11	`RT_KP1BTN11`		1	0
Keypad 1 Button 12	`RT_KP1BTN12`		1	0
Keypad 1 Button 13	`RT_KP1BTN13`		1	0
Keypad 1 Button 14	`RT_KP1BTN14`		1	0
Keypad 1 Button 15	`RT_KP1BTN15`		1	0
Keypad 1 Button 16	`RT_KP1BTN16`		1	0
Keypad 1 Button 17	`RT_KP1BTN17`		1	0
Keypad 1 Button 18	`RT_KP1BTN18`		1	0
Keypad 1 Button 19	`RT_KP1BTN19`		1	0
Keypad 1 Button 20	`RT_KP1BTN20`		1	0
Keypad 2 Button 1	`RT_KP2BTN1`		1	0
Keypad 2 Button 2	`RT_KP2BTN2`		1	0
Keypad 2 Button 3	`RT_KP2BTN3`		1	0
Keypad 2 Button 4	`RT_KP2BTN4`		1	0
Keypad 2 Button 5	`RT_KP2BTN5`		1	0
Keypad 2 Button 6	`RT_KP2BTN6`		1	0
Keypad 2 Button 7	`RT_KP2BTN7`		1	0
Keypad 2 Button 8	`RT_KP2BTN8`		1	0
Keypad 2 Button 9	`RT_KP2BTN9`		1	0
Keypad 2 Button 10	`RT_KP2BTN10`		1	0
Keypad 2 Button 11	`RT_KP2BTN11`		1	0
Keypad 2 Button 12	`RT_KP2BTN12`		1	0
Keypad 2 Button 13	`RT_KP2BTN13`		1	0
Keypad 2 Button 14	`RT_KP2BTN14`		1	0
Keypad 2 Button 15	`RT_KP2BTN15`		1	0
Keypad 2 Button 16	`RT_KP2BTN16`		1	0
Keypad 2 Button 17	`RT_KP2BTN17`		1	0
Keypad 2 Button 18	`RT_KP2BTN18`		1	0
Keypad 2 Button 19	`RT_KP2BTN19`		1	0
Keypad 2 Button 20	`RT_KP2BTN20`		1	0
Keypad 1 Status	`RT_KP1STS`		1	0
Keypad 2 Status	`RT_KP2STS`		1	0
User Input 1	`RT_USERINPUT1`		1	(float)
User Input 2	`RT_USERINPUT2`		1	(float)
User Input 3	`RT_USERINPUT3`		1	(float)
User Input 4	`RT_USERINPUT4`		1	(float)
User Input 5	`RT_USERINPUT5`		1	(float)
User Input 6	`RT_USERINPUT6`		1	(float)
User Input 7	`RT_USERINPUT7`		1	(float)
User Input 8	`RT_USERINPUT8`		1	(float)
User Input 9	`RT_USERINPUT9`		1	(float)
User Input 10	`RT_USERINPUT10`		1	(float)
User Input 11	`RT_USERINPUT11`		1	(float)
User Input 12	`RT_USERINPUT12`		1	(float)
User Input 13	`RT_USERINPUT13`		1	(float)
User Input 14	`RT_USERINPUT14`		1	(float)
User Input 15	`RT_USERINPUT15`		1	(float)
User Input 16	`RT_USERINPUT16`		1	(float)
User Switch 1	`RT_USERSWITCH1`		1	0
User Switch 2	`RT_USERSWITCH2`		1	0
User Switch 3	`RT_USERSWITCH3`		1	0
User Switch 4	`RT_USERSWITCH4`		1	0
User Switch 5	`RT_USERSWITCH5`		1	0
User Switch 6	`RT_USERSWITCH6`		1	0
User Switch 7	`RT_USERSWITCH7`		1	0
User Switch 8	`RT_USERSWITCH8`		1	0
User Switch 9	`RT_USERSWITCH9`		1	0
User Switch 10	`RT_USERSWITCH10`		1	0
User Switch 11	`RT_USERSWITCH11`		1	0
User Switch 12	`RT_USERSWITCH12`		1	0
User Switch 13	`RT_USERSWITCH13`		1	0
User Switch 14	`RT_USERSWITCH14`		1	0
User Switch 15	`RT_USERSWITCH15`		1	0
User Switch 16	`RT_USERSWITCH16`		1	0
User Function 1 Current Target	`RT_USERFUNC1CURRTGT`	A	0.001	3
User Function 2 Current Target	`RT_USERFUNC2CURRTGT`	A	0.001	3
User Function 3 Current Target	`RT_USERFUNC3CURRTGT`	A	0.001	3
User Function 4 Current Target	`RT_USERFUNC4CURRTGT`	A	0.001	3
User Function 5 Current Target	`RT_USERFUNC5CURRTGT`	A	0.001	3
User Function 6 Current Target	`RT_USERFUNC6CURRTGT`	A	0.001	3
User Function 7 Current Target	`RT_USERFUNC7CURRTGT`	A	0.001	3
User Function 8 Current Target	`RT_USERFUNC8CURRTGT`	A	0.001	3
User Function 9 Current Target	`RT_USERFUNC9CURRTGT`	A	0.001	3
User Function 10 Current Target	`RT_USERFUNC10CURRTGT`	A	0.001	3
User Function 11 Current Target	`RT_USERFUNC11CURRTGT`	A	0.001	3
User Function 12 Current Target	`RT_USERFUNC12CURRTGT`	A	0.001	3
User Function 13 Current Target	`RT_USERFUNC13CURRTGT`	A	0.001	3
User Function 14 Current Target	`RT_USERFUNC14CURRTGT`	A	0.001	3
User Function 15 Current Target	`RT_USERFUNC15CURRTGT`	A	0.001	3
User Function 16 Current Target	`RT_USERFUNC16CURRTGT`	A	0.001	3
User Function 1 Current	`RT_USERFUNC1CURR`	A	0.001	3
User Function 2 Current	`RT_USERFUNC2CURR`	A	0.001	3
User Function 3 Current	`RT_USERFUNC3CURR`	A	0.001	3
User Function 4 Current	`RT_USERFUNC4CURR`	A	0.001	3
User Function 5 Current	`RT_USERFUNC5CURR`	A	0.001	3
User Function 6 Current	`RT_USERFUNC6CURR`	A	0.001	3
User Function 7 Current	`RT_USERFUNC7CURR`	A	0.001	3
User Function 8 Current	`RT_USERFUNC8CURR`	A	0.001	3
User Function 9 Current	`RT_USERFUNC9CURR`	A	0.001	3
User Function 10 Current	`RT_USERFUNC10CURR`	A	0.001	3
User Function 11 Current	`RT_USERFUNC11CURR`	A	0.001	3
User Function 12 Current	`RT_USERFUNC12CURR`	A	0.001	3
User Function 13 Current	`RT_USERFUNC13CURR`	A	0.001	3
User Function 14 Current	`RT_USERFUNC14CURR`	A	0.001	3
User Function 15 Current	`RT_USERFUNC15CURR`	A	0.001	3
User Function 16 Current	`RT_USERFUNC16CURR`	A	0.001	3
Counter 1	`RT_COUNTER1`		1	0
Counter 2	`RT_COUNTER2`		1	0
Counter 3	`RT_COUNTER3`		1	0
Counter 4	`RT_COUNTER4`		1	0
Counter 5	`RT_COUNTER5`		1	0
Counter 6	`RT_COUNTER6`		1	0
Counter 7	`RT_COUNTER7`		1	0
Counter 8	`RT_COUNTER8`		1	0
Engine Speed	`RT_ENGSPD`	RPM	0.1	0
Engine Speed Main	`RT_ENGSPDMAIN`	RPM	0.1	1
Engine Speed Tracking	`RT_ENGSPDTRK`	RPM	0.1	1
Engine Ignition Switch Status	`RT_ENGIGNSWSTS`		1	0
Engine Start Switch	`RT_ENGSTARTSW`		1	0
Engine Run Status	`RT_ENGRUNSTS`		1	0
Engine Run Time	`RT_ENGRUNTIME`	Sec	0.001	3
ECU Supply Volts	`RT_ENGECUVOLTS`	V	0.001	3
Engine Idle Status	`RT_ENGIDLESTS`		1	0
Engine Idle Target	`RT_ENGIDLETGT`	RPM	1	0
Air Mass Per Cylinder	`RT_AIRMASSPERCYL`	g	0.001	3
Air Mass Flow	`RT_AIRMASSFLOW`	g/s	0.1	1
Fuel Mass Flow	`RT_FUELMASSFLOW`	g/s	0.01	2
Engine Temperature	`RT_ENGTEMP`	°C	0.1	1
Engine Oil Temperature	`RT_ENGOILTEMP`	°C	0.1	1
Inlet Air Temperature	`RT_INLETAIRTEMP`	°C	0.1	1
Inlet Air Temperature Bank 1	`RT_INLETAIRTEMP1`	°C	0.1	1
Inlet Air Temperature Bank 2	`RT_INLETAIRTEMP2`	°C	0.1	1
Inlet Air Temperature Average	`RT_INLETAIRTEMPAVG`	°C	0.1	1
Barometric Pressure	`RT_BARO`	kPa	0.01	2
Manifold Absolute Pressure	`RT_MAP`	kPa	0.1	1
Manifold Absolute Pressure Bank 1	`RT_MAP1`	kPa	0.1	1
Manifold Absolute Pressure Bank 2	`RT_MAP2`	kPa	0.1	1
Manifold Absolute Pressure Average	`RT_MAPAV`	kPa	0.1	1
Manifold Gauge Pressure	`RT_MGP`	kPa	0.1	1
Manifold Gauge Pressure Bank 1	`RT_MGP1`	kPa	0.1	1
Manifold Gauge Pressure Bank 2	`RT_MGP2`	kPa	0.1	1
Manifold Gauge Pressure Average	`RT_MGPAV`	kPa	0.1	1
Boost Pressure	`RT_BOOSTPRS`	kPa	0.1	1
Boost Pressure Bank 1	`RT_BOOSTPRS1`	kPa	0.1	1
Boost Pressure Bank 2	`RT_BOOSTPRS2`	kPa	0.1	1
Boost Pressure Average	`RT_BOOSTPRSAV`	kPa	0.1	1
Throttle Position	`RT_TPS`	%	0.1	1
Throttle Position 1 Main	`RT_TP1MAIN`	%	0.1	1
Throttle Position 1 Tracking	`RT_TP1TRK`	%	0.1	1
Throttle Effective Area	`RT_THROTTLEAREA`	%	0.1	1
Throttle 1 Effective Area	`RT_THREFFAREA1`	%	0.1	1
Throttle 2 Effective Area	`RT_THREFFAREA2`	%	0.1	1
Throttle Area Demand	`RT_TADEMAND`	%	0.1	1
Pedal Position	`RT_PPS`	%	0.1	1
Pedal Position Main	`RT_PPSMAIN`	%	0.1	1
Pedal Position Sub	`RT_PPSTRK`	%	0.1	1
Pedal Closed Switch	`RT_PPSCLOSEDSW`		1	0
Pedal Open Switch	`RT_PPSOPENSW`		1	0
Pedal WOT Switch	`RT_PPSWOTSW`		1	0
Throttle Closed Switch	`RT_TPSCLOSEDSW`		1	0
Throttle Open Switch	`RT_TPSOPENSW`		1	0
Throttle WOT Switch	`RT_TPSWOTSW`		1	0
Overrun Fuel Cut Status	`RT_ENGORFCSTATUS`		1	0
Engine Fault Code Count	`RT_ENGFAULTCOUNT`		1	0
Engine Fan 1 Request	`RT_ENGFAN1REQ`		1	0
Engine Fan 2 Request	`RT_ENGFAN2REQ`		1	0
Engine Fan 1 Status	`RT_ENGFAN1STS`		1	0
Engine Fan 2 Status	`RT_ENGFAN2STS`		1	0
AC Switch	`RT_ACSWITCH`		1	0
AC Request	`RT_ACREQUEST`		1	0
AC Clutch Status	`RT_ACCLUTCHSTATUS`		1	0
AC Pressure	`RT_ACPRESSURE`	kPa	0.1	1
Ethanol Content	`RT_FUELETHCONTENT`	%	0.1	1
Engine Oil Pressure	`RT_ENGOILPRS`	kPa	0.1	1
Fuel Pressure 1	`RT_FUELPRS1`	kPa	0.1	1
Fuel Pressure 2	`RT_FUELPRS2`	kPa	0.1	1
Fuel Pressure 1 Differential	`RT_FUELPRS1DIFF`	kPa	0.1	1
Fuel Pressure 2 Differential	`RT_FUELPRS2DIFF`	kPa	0.1	1
Fuel Pressure 1 Differential Offset	`RT_FUELPRS1DIFFOFF`	kPa	0.1	1
Fuel Pressure 2 Differential Offset	`RT_FUELPRS2DIFFOFF`	kPa	0.1	1
Fuel Pressure 1 Target	`RT_FUELPRS1TGT`	kPa	0.1	1
Fuel Pressure 2 Target	`RT_FUELPRS2TGT`	kPa	0.1	1
Fuel Temperature 1	`RT_FUELTEMP1`	°C	0.1	1
Fuel Temperature 2	`RT_FUELTEMP2`	°C	0.1	1
Inlet Charge Temperature	`RT_CHARGETEMP`	°C	0.1	1
Engine Torque (Supplied)	`RT_ENGTQ`	Nm	0.1	1
Engine Torque (Available)	`RT_ENGTQUNCORR`	Nm	0.1	1
Driver Demand Torque	`RT_DRIVERDEMANDTQ`	Nm	0.1	1
Engine Torque Reduction Total	`RT_ENGTQREDTOT`	Nm	0.1	1
Engine Power	`RT_ENGPWR`	kW	0.1	1
Engine Power (Uncorrected)	`RT_ENGPWRUNCORR`	kW	0.1	1
Frictional Loss	`RT_ENGFRICTLOSS`	Nm	0.1	1
Frictional Loss Offset	`RT_ENGFRICTLOSSOFFSET1`	Nm	0.1	1
Frictional Loss Final	`RT_ENGFRICTLOSSFINAL`	Nm	0.1	1
Torque Fuel Mass Per Cylinder	`RT_TQMODELFUELMASS`	g	0.0001	4
Torque Fuel Mass Flow	`RT_TQMODELFUELFLOW`	g/s	0.01	2
Ignition Retard	`RT_ENGIGNRETARD`	°	0.1	1
Torque Model Ignition Reduction	`RT_TQMODELIGNREDUCTION`	Nm	0.1	1
Torque Model Cut Reduction	`RT_TQMODELCUTREDUCTION`	Nm	0.1	1
Lambda 1	`RT_LA1`		0.001	3
Lambda 2	`RT_LA2`		0.001	3
Lambda Average	`RT_LAAVG`		0.001	3
Lambda Target	`RT_LATGT`		0.001	3
Lambda 1 Target Error	`RT_LA1TGTERR`		0.001	3
Lambda 2 Target Error	`RT_LA2TGTERR`		0.001	3
Lambda Target Error Average	`RT_LATGTERRAVG`		0.001	3
Exhaust Manifold Pressure 1	`RT_EMAP1`	kPa	0.1	1
Exhaust Manifold Pressure 2	`RT_EMAP2`	kPa	0.1	1
Exhaust Manifold Pressure Average	`RT_EMAPAVG`	kPa	0.1	1
Crankcase Pressure	`RT_CRANKCASEPRS`	kPa	0.1	1
Cooling System Pressure	`RT_COOLANTPRS`	kPa	0.1	1
Drive Speed	`RT_DRIVESPEED`	km/h	0.1	1
Vehicle Speed	`RT_VEHICLESPEED`	km/h	0.1	1
Wheel Speed Front Left	`RT_SPEEDFL`	km/h	0.1	1
Wheel Speed Front Right	`RT_SPEEDFR`	km/h	0.1	1
Wheel Speed Rear Left	`RT_SPEEDRL`	km/h	0.1	1
Wheel Speed Rear Right	`RT_SPEEDRR`	km/h	0.1	1
Fuel Trim Bank 1 Short Term	`RT_FUELTRIM1ST`	%	0.01	2
Fuel Trim Bank 2 Short Term	`RT_FUELTRIM2ST`	%	0.01	2
Fuel Trim Bank 1 Long Term	`RT_FUELTRIM1LT`	%	0.01	2
Fuel Trim Bank 2 Long Term	`RT_FUELTRIM2LT`	%	0.01	2
Fuel Trim Bank 1	`RT_FUELTRIM1`	%	0.01	2
Fuel Trim Bank 2	`RT_FUELTRIM2`	%	0.01	2
Injector Duty Cylce	`RT_INJDC`	%	0.01	2
Injector Duty Cylce (Secondary)	`RT_INJDCSEC`	%	0.01	2
Engine ECU Temperature	`RT_ENGECUTEMP`	°C	0.1	1
Throttle Position Delta	`RT_TPDELTA`	%/Sec	0.1	1
Pedal Position Delta	`RT_PPDELTA`	%/Sec	0.1	1
Engine Speed Delta	`RT_ENGSPEEDDELTA`	RPM/Sec	0.1	1
Manifold Pressure Delta	`RT_MAPDELTA`	kPa/Sec	0.1	1
Fuel Cut Level	`RT_FUELCUT`	%	0.1	1
Ignition Cut Level	`RT_IGNCUT`	%	0.1	1
Fuel Cut Status	`RT_FUELCUTSTS`		1	0
Ignition Cut Status	`RT_IGNITIONCUTSTS`		1	0
Engine Protection - Fuel Pressure	`RT_ENGCUTFP`		1	0
Engine Protection - Oil Pressure	`RT_ENGCUTOP`		1	0
Engine Protection - Coolant Temp	`RT_ENGCUTTEMP`		1	0
Engine Protection - EGT	`RT_ENGCUTEGT`		1	0
Engine DTC Count	`RT_ENGDTCCOUNT`		1	0
Engine DTC Code	`RT_ENGDTCCODE`		1	0
Engine Trigger Error Counter	`RT_ENGTRIGERRCNT`		1	0
Max Engine Speed	`RT_ENGSPEEDMAX`	RPM	0.1	1
Engine Speed Limit 1	`RT_ENGSPEEDLIM1`	RPM	1	0
Engine Speed Limit 2	`RT_ENGSPEEDLIM2`	RPM	1	0
Vehicle Speed Limit 1	`RT_VEHSPEEDLIM1`	km/h	0.1	1
Vehicle Speed Limit 2	`RT_VEHSPEEDLIM2`	km/h	0.1	1
Engine Sync Position	`RT_ENGSYNCPOS`	%	0.1	1
Brake Switch 1	`RT_BRAKESW1`		1	0
Brake Switch 2	`RT_BRAKESW2`		1	0
Clutch Switch	`RT_CLUTCHSW`		1	0
Brake Pressure Front	`RT_BRAKEPRSF`	Bar	0.01	2
Brake Pressure Rear	`RT_BRAKEPRSR`	Bar	0.01	2
Clutch Pedal Pressure	`RT_CLUTCHPEDPRS`	Bar	0.1	1
Clutch Pedal Position	`RT_CLUTCHPEDPOS`	%	0.1	1
Start Position Switch	`RT_STARTSW`		1	0
Start / Stop Switch	`RT_STARTSTOPSW`		1	0
Vehicle Ignition State	`RT_IGNITIONSTATE`		1	0
Vehicle Ignition Switch	`RT_IGNITIONSW`		1	0
Ignition Relay	`RT_IGNRELAY`		1	0
Ignition Angle	`RT_IGNANGLE`	°	0.1	1
Injector Pulse Width	`RT_INJPW`	ms	0.001	3
Injector Effective Pulse Width	`RT_INJEFFPW`	ms	0.001	3
Injector Pulse Width (Secondary)	`RT_INJPWSEC`	ms	0.001	3
Injector Effective Pulse Width (Secondary)	`RT_INJEFFPWSEC`	ms	0.001	3
Fuel Mass Per Cylinder	`RT_FUELMASSCYL`	g	0.0001	4
Injection Timing	`RT_INJTIMING`	°	0.1	1
Mass Air Flow Sensor	`RT_MAF`	g/s	0.1	1
ECU Traction Control Status	`RT_ECUTRACTIONSTATUS`		1	0
ECU Launch Control Status	`RT_ECULAUNCHSTATUS`		1	0
ECU Rolling Launch Control Status	`RT_ECUROLLINGLCSTATUS`		1	0
ECU Antilag Status	`RT_ECUANTILAGSTATUS`		1	0
ECU Gear Shift Control Status	`RT_ECUGSCSTATUS`		1	0
ECU Differential Control Status	`RT_ECUDIFFCONSTATUS`		1	0
Nitrous Control Status	`RT_ECUNOSSTATUS`		1	0
Launch Switch	`RT_LAUNCHSW`		1	0
Traction Switch	`RT_TRACTIONSW`		1	0
TCM Snow Mode	`RT_TCMMODESNOW`		1	0
Rotary Switch 1	`RT_ROTARYSW1`		1	0
Rotary Switch 2	`RT_ROTARYSW2`		1	0
Rotary Switch 3	`RT_ROTARYSW3`		1	0
Rotary Switch 4	`RT_ROTARYSW4`		1	0
Reverse Switch	`RT_REVERSESW`		1	0
Engine Crank Status	`RT_ENGCRANKSTS`		1	0
Engine Oil Light	`RT_ENGOILLIGHT`		1	0
Engine Start Request	`RT_STARTREQUEST`		1	0
Fuel Pump Status 1	`RT_FPSTATUS1`		1	0
Fuel Pump Status 2	`RT_FPSTATUS2`		1	0
Fuel Tank Level	`RT_FUELLVL`	°C	0.1	1
Fuel Tank Level 1	`RT_FUELLVL1`	°C	0.1	1
Fuel Tank Level 2	`RT_FUELLVL2`	°C	0.1	1
Boost Target	`RT_BOOSTTGT`	kPa	0.1	1
Boost Target 1	`RT_BOOSTTGT1`	kPa	0.1	1
Boost Target 2	`RT_BOOSTTGT2`	kPa	0.1	1
Boost Target 3	`RT_BOOSTTGT3`	kPa	0.1	1
Boost Solenoid Duty	`RT_BOOSTDUTY`	kPa	0.1	1
Cruise Control Status	`RT_CRUISESTS`		1	0
Cruise Control Set Speed	`RT_CRUISESPEED`	km/h	0.1	1
Steering Angle	`RT_STEERINGANGLE`	°	0.1	1
Drive Speed Delta	`RT_DRIVESPEEDDELTA`	km/h/s	0.1	1
Vehicle Speed Delta	`RT_VEHICLESPEEDDELTA`	km/h/s	0.1	1
Gear	`RT_GEAR`		1	0
Gear (ECU)	`RT_GEARECU`		1	0
Next Gear	`RT_GEARNEXT`		1	0
Previous Gear	`RT_GEARPREV`		1	0
Requested Gear	`RT_GEARREQ`		1	0
Requested Gear (ECU)	`RT_GEARREQECU`		1	0
Selected Gear A	`RT_GEARSELA`		1	0
Selected Gear B	`RT_GEARSELB`		1	0
Shifter Position	`RT_SHIFTERPOS`		1	0
Pre-Selection Bias	`RT_PRESELECTBIAS`		1	0
Input Shaft Speed	`RT_INPUTSHSPD`	RPM	0.1	1
Output Shaft Speed	`RT_OUTPUTSHSPD`	RPM	0.1	1
Converter Slip	`RT_CONVERTERSLIP`	RPM	1	0
Transmission Fluid Temperature	`RT_TRANSTEMP`	°C	0.1	1
Display Gear	`RT_GEARDISP`		1	0
Tyre Diameter	`RT_TYREDIAMETER`	mm	0.1	1
Final Drive Ratio	`RT_FINALDRIVE`		0.001	3
Clutch Slip	`RT_CLUTCHSLIP`	RPM	1	0
Input Shaft Speed Limit Max	`RT_ISSLIMITMAX`	RPM	1	0
Input Shaft Speed Limit Min	`RT_ISSLIMITMIN`	RPM	1	0
Line Pressure Control Status	`RT_LINEPRSSTS`		1	0
Line Pressure	`RT_LINEPRS`	Bar	0.01	2
Line Pressure Target	`RT_LINEPRSTGT`	Bar	0.01	2
Line Pressure Target Error	`RT_LINEPRSERR`	Bar	0.01	2
Line Pressure Feed Forward	`RT_LINEPRSFF`	A	0.001	3
Line Pressure Solenoid Current Target	`RT_LINEPRSSOLTGT`	A	0.001	3
Line Pressure Solenoid Current	`RT_LINEPRSSOLCUR`	A	0.001	3
Line Pressure P Output	`RT_LINEPRSP`	A	0.001	3
Line Pressure I Output	`RT_LINEPRSI`	A	0.001	3
Line Pressure D Output	`RT_LINEPRSD`	A	0.001	3
Line Pressure PID Status	`RT_LINEPRSPIDSTS`		1	0
Line Pressure Target Base	`RT_LINEPRSTGTBASE`	Bar	0.01	2
Input Shaft Speed Delta	`RT_ISSDELTA`	RPM/Sec	0.1	1
Output Shaft Speed Delta	`RT_OSSDELTA`	RPM/Sec	0.1	1
Engine Inertia	`RT_ENGINERTIA`	kg.m²	0.01	2
Engine Inertia Test Status	`RT_ENGINERTIATESTSTS`		1	0
Road Output Inertia Measured	`RT_ROADOUTINERTIAMEAS`	kg.m²	0.01	2
Road Output Inertia	`RT_ROADOUTINERTIA`	kg.m²	0.01	2
Input Shaft Torque	`RT_INPUTSHAFTTQ`	Nm	0.1	1
Output Shaft Torque	`RT_OUTPUTSHAFTTQ`	Nm	0.1	1
Road Output Torque	`RT_ROADOUTPUTTQ`	Nm	0.1	1
Engine Torque (Inertia Corrected)	`RT_ENGTQINERTIACORR`	Nm	0.1	1
Transmission Control Status	`RT_TRANSCTRLSTATUS`		1	0
Transmission Drive Mode	`RT_TRANSDRIVEMODE`		1	0
Shifter Position Switch #	`RT_SHIFTERPOSSWID`		1	0
Shifter Position Switch 1	`RT_SHIFTERPOSSW1`		1	0
Shifter Position Switch 2	`RT_SHIFTERPOSSW2`		1	0
Shifter Position Switch 3	`RT_SHIFTERPOSSW3`		1	0
Shifter Position Switch 4	`RT_SHIFTERPOSSW4`		1	0
Shifter Position Switch 5	`RT_SHIFTERPOSSW5`		1	0
Shifter Position Switch 6	`RT_SHIFTERPOSSW6`		1	0
Shifter Position Switch 7	`RT_SHIFTERPOSSW7`		1	0
Shifter Position Switch 8	`RT_SHIFTERPOSSW8`		1	0
Shift In Progress	`RT_SHIFTINPROG`		1	0
Neutral Request Switch	`RT_NEUTRALSW`		1	0
Drive Mode Switch	`RT_DRIVESW`		1	0
Park Request Switch	`RT_PARKSW`		1	0
Park Brake Switch	`RT_PARKBRAKESW`		1	0
Manual Mode Switch	`RT_MANUALSW`		1	0
R Mode Switch	`RT_RMODESW`		1	0
TCM R Mode	`RT_TCMMODER`		1	0
VDC R Mode	`RT_VDCMODER`		1	0
Transmission Low Torque Flag	`RT_TCMLOWTQFLAG`		1	0
Torque Reduction Request	`RT_TCMTQREDREQ`	Nm	0.1	1
Torque Reduction Percent	`RT_TCMTQREDPC`	%	0.1	1
Torque Limit Percent	`RT_TCMTQLIMITPC`	%	0.1	1
Torque Limit Final	`RT_TCMTQLIMITFINAL`	Nm	0.1	1
Torque Limit Slow	`RT_TCMTQLIMITSLOW`	Nm	0.1	1
Torque Limit Fast	`RT_TCMTQLIMITFAST`	Nm	0.1	1
Torque Limit Status	`RT_TCMTQLIMITSTS`		1	0
Up Shift Switch	`RT_UPSHIFTSW`		1	0
Down Shift Switch	`RT_DNSHIFTSW`		1	0
Up Shift Count	`RT_UPSHIFTCOUNT`		1	0
Down Shift Count	`RT_DOWNSHIFTCOUNT`		1	0
Up Shift Request	`RT_UPSHIFTREQ`		1	0
Down Shift Request	`RT_DOWNSHIFTREQ`		1	0
Reverse Lockout Switch	`RT_REVERSELOCKSW`		1	0
Shifter Position CAN (Raw)	`RT_SHIFTERPOSCANRAW`		1	0
Manual Mode Switch 1	`RT_MANUALSW1`		1	0
Manual Mode Switch 2	`RT_MANUALSW2`		1	0
Clutch A Status	`RT_CLUTCH1STS`		1	0
Clutch A Pressure	`RT_CLUTCH1PRS`	Bar	0.01	2
Clutch A Pressure Target	`RT_CLUTCH1TGT`	Bar	0.01	2
Clutch A Pressure Target Error	`RT_CLUTCH1ERR`	Bar	0.01	2
Clutch A Feed Forward	`RT_CLUTCH1FF`	A	0.001	3
Clutch A Pressure Solenoid Current Target	`RT_CLUTCH1SOLTGT`	A	0.001	3
Clutch A Pressure Solenoid Current	`RT_CLUTCH1SOLCUR`	A	0.001	3
Clutch A P Gain	`RT_CLUTCH1KP`	A	0.001	3
Clutch A I Gain	`RT_CLUTCH1KI`	A	0.001	3
Clutch A D Gain	`RT_CLUTCH1KD`	A	0.001	3
Clutch A PID Status	`RT_CLUTCH1PIDSTS`		1	0
Clutch A Slip	`RT_CLUTCH1SLIP`	RPM	1	0
Clutch A Temperature	`RT_CLUTCH1TEMP`	°C	0.1	1
Clutch A Speed	`RT_CLUTCH1SPEED`	RPM	1	0
Clutch A Torque Capacity	`RT_CLUTCH1TQCAP`	Nm	1	0
Clutch A Max Torque Capacity	`RT_CLUTCH1TQCAPMAX`	Nm	1	0
Clutch A Touch Point	`RT_CLUTCH1TOUCH`	Bar	0.01	2
Clutch A Learned Capacity Correction	`RT_CLUTCH1LEARNEDCORR`	%	0.1	1
Clutch A Centrifugal Pressure	`RT_CLUTCH1CFPRS`	Bar	0.01	2
Clutch A Input Torque	`RT_CLUTCH1INPUTTQ`	Nm	1	0
Clutch B Status	`RT_CLUTCH2STS`		1	0
Clutch B Pressure	`RT_CLUTCH2PRS`	Bar	0.01	2
Clutch B Pressure Target	`RT_CLUTCH2TGT`	Bar	0.01	2
Clutch B Pressure Target Error	`RT_CLUTCH2ERR`	Bar	0.01	2
Clutch B Feed Forward	`RT_CLUTCH2FF`	A	0.001	3
Clutch B Pressure Solenoid Current Target	`RT_CLUTCH2SOLTGT`	A	0.001	3
Clutch B Pressure Solenoid Current	`RT_CLUTCH2SOLCUR`	A	0.001	3
Clutch B P Gain	`RT_CLUTCH2KP`	A	0.001	3
Clutch B I Gain	`RT_CLUTCH2KI`	A	0.001	3
Clutch B D Gain	`RT_CLUTCH2KD`	A	0.001	3
Clutch B PID Status	`RT_CLUTCH2PIDSTS`		0.1	1
Clutch B Slip	`RT_CLUTCH2SLIP`	RPM	1	0
Clutch B Temperature	`RT_CLUTCH2TEMP`	°C	0.1	1
Clutch B Speed	`RT_CLUTCH2SPEED`	RPM	1	0
Clutch B Torque Capacity	`RT_CLUTCH2TQCAP`	Nm	1	0
Clutch B Max Torque Capacity	`RT_CLUTCH2TQCAPMAX`	Nm	1	0
Clutch B Touch Point	`RT_CLUTCH2TOUCH`	Bar	0.01	2
Clutch B Learned Capacity Correction	`RT_CLUTCH2LEARNEDCORR`	%	0.1	1
Clutch B Centrifugal Pressure	`RT_CLUTCH2CFPRS`	Bar	0.01	2
Clutch B Input Torque	`RT_CLUTCH2INPUTTQ`	Nm	1	0
Clutch C Status	`RT_CLUTCH3STS`		1	0
Clutch C Pressure	`RT_CLUTCH3PRS`	Bar	0.01	2
Clutch C Pressure Target	`RT_CLUTCH3TGT`	Bar	0.01	2
Clutch C Pressure Target Error	`RT_CLUTCH3ERR`	Bar	0.01	2
Clutch C Feed Forward	`RT_CLUTCH3FF`	A	0.001	3
Clutch C Pressure Solenoid Current Target	`RT_CLUTCH3SOLTGT`	A	0.001	3
Clutch C Pressure Solenoid Current	`RT_CLUTCH3SOLCUR`	A	0.001	3
Clutch C P Gain	`RT_CLUTCH3KP`	A	0.001	3
Clutch C I Gain	`RT_CLUTCH3KI`	A	0.001	3
Clutch C D Gain	`RT_CLUTCH3KD`	A	0.001	3
Clutch C PID Status	`RT_CLUTCH3PIDSTS`		0.1	1
Clutch C Slip	`RT_CLUTCH3SLIP`	RPM	1	0
Clutch C Temperature	`RT_CLUTCH3TEMP`	°C	0.1	1
Clutch C Speed	`RT_CLUTCH3SPEED`	RPM	1	0
Clutch C Torque Capacity	`RT_CLUTCH3TQCAP`	Nm	1	0
Clutch C Max Torque Capacity	`RT_CLUTCH3TQCAPMAX`	Nm	1	0
Clutch C Touch Point	`RT_CLUTCH3TOUCH`	Bar	0.01	2
Clutch C Learned Capacity Correction	`RT_CLUTCH3LEARNEDCORR`	%	0.1	1
Clutch C Centrifugal Pressure	`RT_CLUTCH3CFPRS`	Bar	0.01	2
Clutch C Input Torque	`RT_CLUTCH3INPUTTQ`	Nm	1	0
Clutch D Status	`RT_CLUTCH4STS`		1	0
Clutch D Pressure	`RT_CLUTCH4PRS`	Bar	0.01	2
Clutch D Pressure Target	`RT_CLUTCH4TGT`	Bar	0.01	2
Clutch D Pressure Target Error	`RT_CLUTCH4ERR`	Bar	0.01	2
Clutch D Feed Forward	`RT_CLUTCH4FF`	A	0.001	3
Clutch D Pressure Solenoid Current Target	`RT_CLUTCH4SOLTGT`	A	0.001	3
Clutch D Pressure Solenoid Current	`RT_CLUTCH4SOLCUR`	A	0.001	3
Clutch D P Gain	`RT_CLUTCH4KP`	A	0.001	3
Clutch D I Gain	`RT_CLUTCH4KI`	A	0.001	3
Clutch D D Gain	`RT_CLUTCH4KD`	A	0.001	3
Clutch D PID Status	`RT_CLUTCH4PIDSTS`		0.1	1
Clutch D Slip	`RT_CLUTCH4SLIP`	RPM	1	0
Clutch D Temperature	`RT_CLUTCH4TEMP`	°C	0.1	1
Clutch D Speed	`RT_CLUTCH4SPEED`	RPM	1	0
Clutch D Torque Capacity	`RT_CLUTCH4TQCAP`	Nm	1	0
Clutch D Max Torque Capacity	`RT_CLUTCH4TQCAPMAX`	Nm	1	0
Clutch D Touch Point	`RT_CLUTCH4TOUCH`	Bar	0.01	2
Clutch D Learned Capacity Correction	`RT_CLUTCH4LEARNEDCORR`	%	0.1	1
Clutch D Centrifugal Pressure	`RT_CLUTCH4CFPRS`	Bar	0.01	2
Clutch D Input Torque	`RT_CLUTCH4INPUTTQ`	Nm	1	0
Clutch E Status	`RT_CLUTCH5STS`		1	0
Clutch E Pressure	`RT_CLUTCH5PRS`	Bar	0.01	2
Clutch E Pressure Target	`RT_CLUTCH5TGT`	Bar	0.01	2
Clutch E Pressure Target Error	`RT_CLUTCH5ERR`	Bar	0.01	2
Clutch E Feed Forward	`RT_CLUTCH5FF`	A	0.001	3
Clutch E Pressure Solenoid Current Target	`RT_CLUTCH5SOLTGT`	A	0.001	3
Clutch E Pressure Solenoid Current	`RT_CLUTCH5SOLCUR`	A	0.001	3
Clutch E P Gain	`RT_CLUTCH5KP`	A	0.001	3
Clutch E I Gain	`RT_CLUTCH5KI`	A	0.001	3
Clutch E D Gain	`RT_CLUTCH5KD`	A	0.001	3
Clutch E PID Status	`RT_CLUTCH5PIDSTS`		0.1	1
Clutch E Slip	`RT_CLUTCH5SLIP`	RPM	1	0
Clutch E Temperature	`RT_CLUTCH5TEMP`	°C	0.1	1
Clutch E Speed	`RT_CLUTCH5SPEED`	RPM	1	0
Clutch E Torque Capacity	`RT_CLUTCH5TQCAP`	Nm	1	0
Clutch E Max Torque Capacity	`RT_CLUTCH5TQCAPMAX`	Nm	1	0
Clutch E Touch Point	`RT_CLUTCH5TOUCH`	Bar	0.01	2
Clutch E Learned Capacity Correction	`RT_CLUTCH5LEARNEDCORR`	%	0.1	1
Clutch E Centrifugal Pressure	`RT_CLUTCH5CFPRS`	Bar	0.01	2
Clutch E Input Torque	`RT_CLUTCH5INPUTTQ`	Nm	1	0
Clutch F Status	`RT_CLUTCH6STS`		1	0
Clutch F Pressure	`RT_CLUTCH6PRS`	Bar	0.01	2
Clutch F Pressure Target	`RT_CLUTCH6TGT`	Bar	0.01	2
Clutch F Pressure Target Error	`RT_CLUTCH6ERR`	Bar	0.01	2
Clutch F Feed Forward	`RT_CLUTCH6FF`	A	0.001	3
Clutch F Pressure Solenoid Current Target	`RT_CLUTCH6SOLTGT`	A	0.001	3
Clutch F Pressure Solenoid Current	`RT_CLUTCH6SOLCUR`	A	0.001	3
Clutch F P Gain	`RT_CLUTCH6KP`	A	0.001	3
Clutch F I Gain	`RT_CLUTCH6KI`	A	0.001	3
Clutch F D Gain	`RT_CLUTCH6KD`	A	0.001	3
Clutch F PID Status	`RT_CLUTCH6PIDSTS`		0.1	1
Clutch F Slip	`RT_CLUTCH6SLIP`	RPM	1	0
Clutch F Temperature	`RT_CLUTCH6TEMP`	°C	0.1	1
Clutch F Speed	`RT_CLUTCH6SPEED`	RPM	1	0
Clutch F Torque Capacity	`RT_CLUTCH6TQCAP`	Nm	1	0
Clutch F Max Torque Capacity	`RT_CLUTCH6TQCAPMAX`	Nm	1	0
Clutch F Touch Point	`RT_CLUTCH6TOUCH`	Bar	0.01	2
Clutch F Learned Capacity Correction	`RT_CLUTCH6LEARNEDCORR`	%	0.1	1
Clutch F Centrifugal Pressure	`RT_CLUTCH6CFPRS`	Bar	0.01	2
Clutch F Input Torque	`RT_CLUTCH6INPUTTQ`	Nm	1	0
Clutch G Status	`RT_CLUTCH7STS`		1	0
Clutch G Pressure	`RT_CLUTCH7PRS`	Bar	0.01	2
Clutch G Pressure Target	`RT_CLUTCH7TGT`	Bar	0.01	2
Clutch G Pressure Target Error	`RT_CLUTCH7ERR`	Bar	0.01	2
Clutch G Feed Forward	`RT_CLUTCH7FF`	A	0.001	3
Clutch G Pressure Solenoid Current Target	`RT_CLUTCH7SOLTGT`	A	0.001	3
Clutch G Pressure Solenoid Current	`RT_CLUTCH7SOLCUR`	A	0.001	3
Clutch G P Gain	`RT_CLUTCH7KP`	A	0.001	3
Clutch G I Gain	`RT_CLUTCH7KI`	A	0.001	3
Clutch G D Gain	`RT_CLUTCH7KD`	A	0.001	3
Clutch G PID Status	`RT_CLUTCH7PIDSTS`		0.1	1
Clutch G Slip	`RT_CLUTCH7SLIP`	RPM	1	0
Clutch G Temperature	`RT_CLUTCH7TEMP`	°C	0.1	1
Clutch G Speed	`RT_CLUTCH7SPEED`	RPM	1	0
Clutch G Torque Capacity	`RT_CLUTCH7TQCAP`	Nm	1	0
Clutch G Max Torque Capacity	`RT_CLUTCH7TQCAPMAX`	Nm	1	0
Clutch G Touch Point	`RT_CLUTCH7TOUCH`	Bar	0.01	2
Clutch G Learned Capacity Correction	`RT_CLUTCH7LEARNEDCORR`	%	0.1	1
Clutch G Centrifugal Pressure	`RT_CLUTCH7CFPRS`	Bar	0.01	2
Clutch G Input Torque	`RT_CLUTCH7INPUTTQ`	Nm	1	0
Clutch H Status	`RT_CLUTCH8STS`		1	0
Clutch H Pressure	`RT_CLUTCH8PRS`	Bar	0.01	2
Clutch H Pressure Target	`RT_CLUTCH8TGT`	Bar	0.01	2
Clutch H Pressure Target Error	`RT_CLUTCH8ERR`	Bar	0.01	2
Clutch H Feed Forward	`RT_CLUTCH8FF`	A	0.001	3
Clutch H Pressure Solenoid Current Target	`RT_CLUTCH8SOLTGT`	A	0.001	3
Clutch H Pressure Solenoid Current	`RT_CLUTCH8SOLCUR`	A	0.001	3
Clutch H P Gain	`RT_CLUTCH8KP`	A	0.001	3
Clutch H I Gain	`RT_CLUTCH8KI`	A	0.001	3
Clutch H D Gain	`RT_CLUTCH8KD`	A	0.001	3
Clutch H PID Status	`RT_CLUTCH8PIDSTS`		0.1	1
Clutch H Slip	`RT_CLUTCH8SLIP`	RPM	1	0
Clutch H Temperature	`RT_CLUTCH8TEMP`	°C	0.1	1
Clutch H Speed	`RT_CLUTCH8SPEED`	RPM	1	0
Clutch H Torque Capacity	`RT_CLUTCH8TQCAP`	Nm	1	0
Clutch H Max Torque Capacity	`RT_CLUTCH8TQCAPMAX`	Nm	1	0
Clutch H Touch Point	`RT_CLUTCH8TOUCH`	Bar	0.01	2
Clutch H Learned Capacity Correction	`RT_CLUTCH8LEARNEDCORR`	%	0.1	1
Clutch H Centrifugal Pressure	`RT_CLUTCH8CFPRS`	Bar	0.01	2
Clutch H Input Torque	`RT_CLUTCH8INPUTTQ`	Nm	1	0
Clutch Active Pressure Target	`RT_CLUTCHACTPRSTGT`	Bar	0.01	2
Clutch Active Pressure Target Base	`RT_CLUTCHACTPRSTGTBASE`	Bar	0.01	2
Active Clutch	`RT_CLUTCHACTIVE`		1	0
Inactive Clutch	`RT_CLUTCHINACTIVE`		1	0
Takeup Slip Target	`RT_TAKEUPSLIPTGT`	RPM	1	0
Takeup Slip Error	`RT_TAKEUPSLIPERR`	RPM	1	0
Takeup Clutch Pressure	`RT_TAKEUPPRSTGT`	Bar	0.01	2
Takeup Torque Feed Forward	`RT_TAKEUPTQFF`	Nm	0.1	1
Takeup Gain P	`RT_TAKEUPKP`	Nm	0.1	1
Takeup Gain I	`RT_TAKEUPKI`	Nm	0.1	1
Takeup Gain D	`RT_TAKEUPKD`	Nm	0.1	1
Takeup Status	`RT_TAKEUPSTS`		1	0
Takeup Clutch Torque	`RT_TAKEUPCLUTCHTQ`	Nm	0.1	1
Takeup Sync Speed	`RT_TAKEUPSYNCSPD`	RPM	1	0
Clutch Touch Point Leaning Status	`RT_CLUTCHTOUCHLEARNSTS`		1	0
Clutch Adaption Status	`RT_CLUTCHADAPTSTS`		1	0
Global Torque Limit	`RT_TCMTQLIMITGLOBAL`	Nm	0.1	1
Up Shift Torque Limit	`RT_TCMTQLIMITUPSHIFT`	Nm	0.1	1
Down Shift Torque Limit	`RT_TCMTQLIMITDOWNSHIFT`	Nm	0.1	1
Takeup Torque Limit	`RT_TCMTQLIMITTAKEUP`	Nm	0.1	1
Fault Torque Limit	`RT_TCMTQLIMITFAULT`	Nm	0.1	1
Down Shift Lock Phase Torque Limit	`RT_TCMTQLIMITDOWNLOCK`	Nm	0.1	1
Takeup Shift Torque Limit	`RT_TCMTQLIMITTAKEUPSHIFT`	Nm	0.1	1
Up Shift Status	`RT_UPSHIFTSTATUS`		1	0
Down Shift Status	`RT_DOWNSHIFTSTATUS`		1	0
Up Shift Time	`RT_UPSHIFTTIME`	ms	1	0
Down Shift Time	`RT_DOWNSHIFTTIME`	ms	1	0
Shift Time	`RT_SHIFTTIME`	ms	1	0
Up Shift Sync Progress	`RT_UPSHIFTPROGRESS`	%	0.1	1
Down Shift Sync Progress	`RT_DOWNSHIFTPROGRESS`	%	0.1	1
Shift Sync Progress	`RT_SHIFTPROGRESS`	%	0.1	1
Rev Match Target	`RT_REVMATCHTGT`	RPM	1	0
Rev Match Error	`RT_REVMATCHERROR`	RPM	1	0
Up Shift Rev Match Error Count	`RT_UPSHIFTREVMATCHERRCNT`		1	0
Down Shift Rev Match Error Count	`RT_DOWNSHIFTREVMATCHERRCNT`		1	0
Shift Solenoid #	`RT_SHIFTSOLENOIDID`		1	0
Clutch #	`RT_CLUTCHID`		1	0
Clutch Pressure Target (Shared)	`RT_CLUTCHPRSTGTSHARED`	Bar	0.01	2
Clutch Pressure Target Error (Shared)	`RT_CLUTCHPRSTGTERRSHARED`	Bar	0.01	2
Clutch Slip (Shared)	`RT_CLUTCHSLIPSHARED`	RPM	1	0
Clutch Pressure Target Max	`RT_CLUTCHPRSMAX`	Bar	0.01	2
Clutch Temperature Max	`RT_CLUTCHTEMPMAX`	°C	0.1	1
Clutch By Wire Scaler	`RT_CBWSCALER`	%	0.1	1
Torque Converter Torque	`RT_CONVERTERTQ`	Nm	0.1	1
Torque Converter Lock Up Status	`RT_TCLOCKUPSTS`		1	0
Torque Converter Lock Up Pressure	`RT_TCLOCKUPPRS`	Bar	0.01	2
Torque Converter Lock Up Solenoid Current Target	`RT_TCLOCKUPSOLTGT`	A	0.001	3
Torque Converter Lock Up Solenoid Current	`RT_TCLOCKUPSOLCURR`	A	0.001	3
Torque Converter Lock Up Capacity	`RT_TCLOCKUPTQCAP`	Nm	1	0
Torque Converter Lock Up Clutch Status	`RT_TCLOCKUPCLUTCHSTS`		1	0
Gear Ratio	`RT_GEARRATIO`		0.001	3
Input Output Shaft Speed Ratio	`RT_INOUTSSRATIO`		0.001	3
RPM Speed Ratio	`RT_RPMSPDRATIO`		0.001	3
Transbrake Status	`RT_TRANSBRAKESTS`		1	0
Transbrake Switch	`RT_TRANSBRAKESW`		1	0
Transbrake Bump Switch	`RT_TRANSBRAKEBUMPSW`		1	0
Transbrake Solenoid Current Target	`RT_TRANSBRAKESOLTGT`	A	0.001	3
Transbrake Solenoid Current	`RT_TRANSBRAKESOLCURR`	A	0.001	3
Transbrake Torque Limit	`RT_TRANSBRAKETQLIMIT`	Nm	1	0
Park Hold Solenoid Status	`RT_PARKHOLDSOLSTS`		1	0
Park Hold Solenoid Command	`RT_PARKHOLDSOLCMD`	%	0.1	1
Park Hold Solenoid Current Target	`RT_PARKHOLDSOLTGT`	A	0.001	3
Park Hold Solenoid Current	`RT_PARKHOLDSOLCUR`	A	0.001	3
Park Release Solenoid Status	`RT_PARKRELEASESOLSTS`		1	0
Park Release Solenoid Command	`RT_PARKRELEASESOLCMD`	%	0.1	1
Park Release Solenoid Current Target	`RT_PARKRELEASESOLTGT`	A	0.001	3
Park Release Solenoid Current	`RT_PARKRELEASESOLCUR`	A	0.001	3
Sport Mode Switch	`RT_SPORTSW`		1	0
Transmission Fluid Cooler Temperature	`RT_TRANSFLUIDCOOLERTEMP`	°C	0.1	1
Snow Mode Switch	`RT_SNOWMODESW`		1	0
Engine Gearshift Torque Limit Error	`RT_ENGTQLIMITERR`	Nm	1	0
Up Shift Torque Limit Error Count	`RT_ENGUPSHIFTTQLIMITERRCNT`		1	0
Down Shift Torque Limit Error Count	`RT_ENGDOWNSHIFTTQLIMITERRCNT`		1	0
Up Shift Torque Limit Status	`RT_UPSHIFTTQLIMITSTS`		1	0
Down Shift Torque Limit Status	`RT_DOWNSHIFTTQLIMITSTS`		1	0
Up Shift Rev Match Status	`RT_UPSHIFTREVMATCHSTS`		1	0
Down Shift Rev Match Status	`RT_DOWNSHIFTREVMATCHSTS`		1	0
Shift Phase	`RT_SHIFTPHASE`		1	0
Shift Request Status	`RT_SHIFTREQSTS`		1	0
Rev Match Torque	`RT_REVMATCHTQ`	Nm	0.1	1
Time In Gear	`RT_TIMEINGEAR`	ms	1	0
Shift Prefill Time	`RT_SHIFTPREFILLTIME`	ms	1	0
Shift Fast Fill Time	`RT_SHIFTFASTFILLTIME`	ms	1	0
Shift Stable Fill Time	`RT_SHIFTSTABLEFILLTIME`	ms	1	0
Shift Fill Time	`RT_SHIFTFILLTIME`	ms	1	0
Shift Transfer Time	`RT_SHIFTTRANSFERTIME`	ms	1	0
Shift Inertial Time	`RT_SHIFTINERTIALTIME`	ms	1	0
Shift Lock Time	`RT_SHIFTLOCKTIME`	ms	1	0
Next Gear Speed	`RT_GEARSPDNEXT`	RPM	1	0
Previous Gear Speed	`RT_GEARSPDPREV`	RPM	1	0
Oncoming Clutch Slip	`RT_CLUTCHSLIPON`	RPM	1	0
Offgoing Clutch Slip	`RT_CLUTCHSLIPOFF`	RPM	1	0
Oncoming Clutch Slip Target	`RT_CLUTCHSLIPTGTON`	RPM	1	0
Oncoming Clutch Slip Error	`RT_CLUTCHSLIPERRON`	RPM	1	0
Offgoing Clutch Slip Error	`RT_CLUTCHSLIPERROFF`	RPM	1	0
Oncoming Clutch Torque Split	`RT_CLUTCHTQSPLITON`	Nm	0.1	1
Offgoing Clutch Torque Split	`RT_CLUTCHTQSPLITOFF`	Nm	0.1	1
Shift Fork 1 Position Target	`RT_FORK1POSTGT`	mm	0.01	2
Shift Fork 2 Position Target	`RT_FORK2POSTGT`	mm	0.01	2
Shift Fork 3 Position Target	`RT_FORK3POSTGT`	mm	0.01	2
Shift Fork 4 Position Target	`RT_FORK4POSTGT`	mm	0.01	2
Shift Fork 5 Position Target	`RT_FORK5POSTGT`	mm	0.01	2
Shift Fork 6 Position Target	`RT_FORK6POSTGT`	mm	0.01	2
Shift Fork 7 Position Target	`RT_FORK7POSTGT`	mm	0.01	2
Shift Fork 8 Position Target	`RT_FORK8POSTGT`	mm	0.01	2
Shift Fork 1 Position	`RT_FORK1POS`	mm	0.01	2
Shift Fork 2 Position	`RT_FORK2POS`	mm	0.01	2
Shift Fork 3 Position	`RT_FORK3POS`	mm	0.01	2
Shift Fork 4 Position	`RT_FORK4POS`	mm	0.01	2
Shift Fork 5 Position	`RT_FORK5POS`	mm	0.01	2
Shift Fork 6 Position	`RT_FORK6POS`	mm	0.01	2
Shift Fork 7 Position	`RT_FORK7POS`	mm	0.01	2
Shift Fork 8 Position	`RT_FORK8POS`	mm	0.01	2
Shift Fork 1 Status	`RT_FORK1STS`		1	0
Shift Fork 2 Status	`RT_FORK2STS`		1	0
Shift Fork 3 Status	`RT_FORK3STS`		1	0
Shift Fork 4 Status	`RT_FORK4STS`		1	0
Shift Fork 5 Status	`RT_FORK5STS`		1	0
Shift Fork 6 Status	`RT_FORK6STS`		1	0
Shift Fork 7 Status	`RT_FORK7STS`		1	0
Shift Fork 8 Status	`RT_FORK8STS`		1	0
Preselection Strategy	`RT_PRESELECTIONSTRAT`		1	0
Preselection Status	`RT_PRESELECTIONSTS`		1	0
Active Shift Fork Position	`RT_FORKACTPOS`	mm	0.01	2
Active Shift Fork Position Target	`RT_FORKACTPOSTGT`	mm	0.01	2
Active Shift Fork Position Error	`RT_FORKACTPOSERR`	mm	0.01	2
Active Gear Shift Fork	`RT_FORKGEARACTID`		1	0
Preselected Gear Shift Fork	`RT_FORKGEARPRESELECTID`		1	0
Moving Shift Fork	`RT_FORKMOVINGID`		1	0
Active Axis Fork Movement Torque Limit	`RT_ACTAXISFORKMOVETQLIMIT`	Nm	1	0
Shift Fork 1 Position Error	`RT_FORK1POSERR`	mm	0.01	2
Shift Fork 2 Position Error	`RT_FORK2POSERR`	mm	0.01	2
Shift Fork 3 Position Error	`RT_FORK3POSERR`	mm	0.01	2
Shift Fork 4 Position Error	`RT_FORK4POSERR`	mm	0.01	2
Shift Fork 5 Position Error	`RT_FORK5POSERR`	mm	0.01	2
Shift Fork 6 Position Error	`RT_FORK6POSERR`	mm	0.01	2
Shift Fork 7 Position Error	`RT_FORK7POSERR`	mm	0.01	2
Shift Fork 8 Position Error	`RT_FORK8POSERR`	mm	0.01	2
Shift Fork 1 Tracking	`RT_FORK1TRK`	mm	0.01	2
Shift Fork 2 Tracking	`RT_FORK2TRK`	mm	0.01	2
Shift Fork 3 Tracking	`RT_FORK3TRK`	mm	0.01	2
Shift Fork 4 Tracking	`RT_FORK4TRK`	mm	0.01	2
Shift Fork 5 Tracking	`RT_FORK5TRK`	mm	0.01	2
Shift Fork 6 Tracking	`RT_FORK6TRK`	mm	0.01	2
Shift Fork 7 Tracking	`RT_FORK7TRK`	mm	0.01	2
Shift Fork 8 Tracking	`RT_FORK8TRK`	mm	0.01	2
Axis A Pressure Control Status	`RT_AXISAPRSCTRLSTS`		1	0
Axis A Pressure	`RT_AXISAPRS`	Bar	0.01	2
Axis A Pressure Target	`RT_AXISATGT`	Bar	0.01	2
Axis A Pressure Target Error	`RT_AXISAERR`	Bar	0.01	2
Axis A Feed Forward	`RT_AXISAFF`	A	0.001	3
Axis A Pressure Solenoid Current Target	`RT_AXISASOLTGT`	A	0.001	3
Axis A Pressure Solenoid Current	`RT_AXISASOLCUR`	A	0.001	3
Axis A P Gain	`RT_AXISAKP`	A	0.001	3
Axis A I Gain	`RT_AXISAKI`	A	0.001	3
Axis A D Gain	`RT_AXISAKD`	A	0.001	3
Axis A PID Status	`RT_AXISAPIDSTS`		1	0
Axis B Pressure Control Status	`RT_AXISBPRSCTRLSTS`		1	0
Axis B Pressure	`RT_AXISBPRS`	Bar	0.01	2
Axis B Pressure Target	`RT_AXISBTGT`	Bar	0.01	2
Axis B Pressure Target Error	`RT_AXISBERR`	Bar	0.01	2
Axis B Feed Forward	`RT_AXISBFF`	A	0.001	3
Axis B Pressure Solenoid Current Target	`RT_AXISBSOLTGT`	A	0.001	3
Axis B Pressure Solenoid Current	`RT_AXISBSOLCUR`	A	0.001	3
Axis B P Gain	`RT_AXISBKP`	A	0.001	3
Axis B I Gain	`RT_AXISBKI`	A	0.001	3
Axis B D Gain	`RT_AXISBKD`	A	0.001	3
Axis B PID Status	`RT_AXISBPIDSTS`		1	0
Active Axis Pressure Target	`RT_AXISACTTGT`	Bar	0.01	2
Inactive Axis Pressure Target	`RT_AXISINACTTGT`	Bar	0.01	2
Axis Pressure Target Error (Shared)	`RT_AXISPRSTGTERRSHARED`	Bar	0.01	2
Axis Pressure Target (Shared)	`RT_AXISPRSTGTSHARED`	Bar	0.01	2
Axis #	`RT_AXISID`		1	0
Axis Pressure Target Max	`RT_AXISPRSTGTMAX`	Bar	0.01	2
Lube Flow Pressure Status	`RT_LUBEFLOWPRSSTATUS`		1	0
Lubrication Flow Pressure Target	`RT_LUBEFLOWPRSTGT`	Bar	0.01	2
Lubrication Flow Pressure Solenoid Current Target	`RT_LUBEFLOWPRSSOLTGT`	A	0.001	3
Lubrication Flow Pressure Solenoid Current	`RT_LUBEFLOWPRSSOLCURR`	A	0.001	3
Shift Fork 1 Velocity	`RT_FORK1VELOCITY`	mm/sec	0.01	2
Shift Fork 2 Velocity	`RT_FORK2VELOCITY`	mm/sec	0.01	2
Shift Fork 3 Velocity	`RT_FORK3VELOCITY`	mm/sec	0.01	2
Shift Fork 4 Velocity	`RT_FORK4VELOCITY`	mm/sec	0.01	2
Shift Fork 5 Velocity	`RT_FORK5VELOCITY`	mm/sec	0.01	2
Shift Fork 6 Velocity	`RT_FORK6VELOCITY`	mm/sec	0.01	2
Shift Fork 7 Velocity	`RT_FORK7VELOCITY`	mm/sec	0.01	2
Shift Fork 8 Velocity	`RT_FORK8VELOCITY`	mm/sec	0.01	2
Shift Fork Movement Pressure Base	`RT_FORKMOVEPRSBASE`	Bar	0.01	2
Shift Fork Movement Pressure	`RT_FORKMOVEPRS`	Bar	0.01	2
Shift Fork Movement Pressure P Gain	`RT_FORKMOVEPRSKP`	Bar	0.01	2
Shift Fork Movement Pressure I Gain	`RT_FORKMOVEPRSKI`	Bar	0.01	2
Shift Fork Movement Pressure D Gain	`RT_FORKMOVEPRSKD`	Bar	0.01	2
Shift P Gain	`RT_SHIFTKP`	Nm	0.1	1
Shift I Gain	`RT_SHIFTKI`	Nm	0.1	1
Shift D Gain	`RT_SHIFTKD`	Nm	0.1	1
Shift Solenoid 1 Current Target	`RT_SHIFTSOL1CURTGT`	A	0.001	3
Shift Solenoid 2 Current Target	`RT_SHIFTSOL2CURTGT`	A	0.001	3
Shift Solenoid 3 Current Target	`RT_SHIFTSOL3CURTGT`	A	0.001	3
Shift Solenoid 4 Current Target	`RT_SHIFTSOL4CURTGT`	A	0.001	3
Shift Solenoid 5 Current Target	`RT_SHIFTSOL5CURTGT`	A	0.001	3
Shift Solenoid 6 Current Target	`RT_SHIFTSOL6CURTGT`	A	0.001	3
Shift Solenoid 7 Current Target	`RT_SHIFTSOL7CURTGT`	A	0.001	3
Shift Solenoid 8 Current Target	`RT_SHIFTSOL8CURTGT`	A	0.001	3
Shift Solenoid 1 Current	`RT_SHIFTSOL1CUR`	A	0.001	3
Shift Solenoid 2 Current	`RT_SHIFTSOL2CUR`	A	0.001	3
Shift Solenoid 3 Current	`RT_SHIFTSOL3CUR`	A	0.001	3
Shift Solenoid 4 Current	`RT_SHIFTSOL4CUR`	A	0.001	3
Shift Solenoid 5 Current	`RT_SHIFTSOL5CUR`	A	0.001	3
Shift Solenoid 6 Current	`RT_SHIFTSOL6CUR`	A	0.001	3
Shift Solenoid 7 Current	`RT_SHIFTSOL7CUR`	A	0.001	3
Shift Solenoid 8 Current	`RT_SHIFTSOL8CUR`	A	0.001	3
Shift Solenoid 1 Status	`RT_SHIFTSOL1STS`		1	0
Shift Solenoid 2 Status	`RT_SHIFTSOL2STS`		1	0
Shift Solenoid 3 Status	`RT_SHIFTSOL3STS`		1	0
Shift Solenoid 4 Status	`RT_SHIFTSOL4STS`		1	0
Shift Solenoid 5 Status	`RT_SHIFTSOL5STS`		1	0
Shift Solenoid 6 Status	`RT_SHIFTSOL6STS`		1	0
Shift Solenoid 7 Status	`RT_SHIFTSOL7STS`		1	0
Shift Solenoid 8 Status	`RT_SHIFTSOL8STS`		1	0
Hill Decent Control	`RT_HILLDECENT`		1	0
Hill Ascent Control	`RT_HILLASCENT`		1	0
Auto Up Shift Speed	`RT_AUTOUPSHIFTSPEED`		0.1	1
Auto Down Shift Speed	`RT_AUTODOWNSHIFTSPEED`		0.1	1
Kickdown Speed	`RT_KICKDOWNSPEED`		0.1	1
Input Shaft Speed (Calculated)	`RT_ISSCALC`	RPM	0.1	1
Output Shaft Speed (Calculated)	`RT_OSSCALC`	RPM	0.1	1
Manual Override Switch	`RT_MANUALOVRSW`		1	0
Input Shaft Speed (Calculated) Delta	`RT_ISSCALCDELTA`	RPM/Sec	0.1	1
Output Shaft Speed (Calculated) Delta	`RT_OSSCALCDELTA`	RPM/Sec	0.1	1
Launch Control Status	`RT_LAUNCHCTRLSTS`		1	0
Launch Control Engine Speed Target	`RT_LAUNCHCTRLENGSPDTGT`	RPM	1	0
Launch Control Torque Limit	`RT_LAUNCHCTRLTQLIMIT`	Nm	0.1	1
Launch Control Clutch Torque	`RT_LAUNCHCTRLCLUTCHTQ`	Nm	0.1	1
Launch Control Static Time	`RT_LAUNCHCTRLSTATICTIME`	ms	1	0
Launch Control Preload Time	`RT_LAUNCHCTRLPRELOADTIME`	ms	1	0
Launch Control Moving Time	`RT_LAUNCHCTRLMOVINGTIME`	ms	1	0
Launch Preload Switch	`RT_LAUNCHPRELOADSW`		1	0
Logging Enable Switch	`RT_LOGGINGENSW`		1	0
Logging Status	`RT_LOGGINGSTATUS`		1	0
Logging Data Rate	`RT_LOGGINGRATE`	KB/sec	0.0009765625	3
Logging Memory Used	`RT_LOGGINGBYTESWRITTEN`	KB	0.5	1
Logging Capacity Used	`RT_LOGGINGCAPACITY`	%	0.1	1
Logging Total Session Counter	`RT_LOGGINGSESSIONCOUNT`		1	0
Log Marker Switch	`RT_LOGMARKERSW`		1	0
Script Output 1 Frequency	`RT_SCRIPTOUT1FREQ`	Hz	0.1	1
Script Output 2 Frequency	`RT_SCRIPTOUT2FREQ`	Hz	0.1	1
Script Output 3 Frequency	`RT_SCRIPTOUT3FREQ`	Hz	0.1	1
Script Output 4 Frequency	`RT_SCRIPTOUT4FREQ`	Hz	0.1	1
Script Output 5 Frequency	`RT_SCRIPTOUT5FREQ`	Hz	0.1	1
Script Output 6 Frequency	`RT_SCRIPTOUT6FREQ`	Hz	0.1	1
Script Output 7 Frequency	`RT_SCRIPTOUT7FREQ`	Hz	0.1	1
Script Output 8 Frequency	`RT_SCRIPTOUT8FREQ`	Hz	0.1	1
Script Output 9 Frequency	`RT_SCRIPTOUT9FREQ`	Hz	0.1	1
Script Output 10 Frequency	`RT_SCRIPTOUT10FREQ`	Hz	0.1	1
Script Output 11 Frequency	`RT_SCRIPTOUT11FREQ`	Hz	0.1	1
Script Output 12 Frequency	`RT_SCRIPTOUT12FREQ`	Hz	0.1	1
Script Output 13 Frequency	`RT_SCRIPTOUT13FREQ`	Hz	0.1	1
Script Output 14 Frequency	`RT_SCRIPTOUT14FREQ`	Hz	0.1	1
Script Output 15 Frequency	`RT_SCRIPTOUT15FREQ`	Hz	0.1	1
Script Output 16 Frequency	`RT_SCRIPTOUT16FREQ`	Hz	0.1	1
Script Output 17 Frequency	`RT_SCRIPTOUT17FREQ`	Hz	0.1	1
Script Output 18 Frequency	`RT_SCRIPTOUT18FREQ`	Hz	0.1	1
Script Output 19 Frequency	`RT_SCRIPTOUT19FREQ`	Hz	0.1	1
Script Output 20 Frequency	`RT_SCRIPTOUT20FREQ`	Hz	0.1	1
Script Output 21 Frequency	`RT_SCRIPTOUT21FREQ`	Hz	0.1	1
Script Output 22 Frequency	`RT_SCRIPTOUT22FREQ`	Hz	0.1	1
Script Output 23 Frequency	`RT_SCRIPTOUT23FREQ`	Hz	0.1	1
Script Output 24 Frequency	`RT_SCRIPTOUT24FREQ`	Hz	0.1	1
Script Output 1 Duty Cycle	`RT_SCRIPTOUT1DUTY`	%	0.1	1
Script Output 2 Duty Cycle	`RT_SCRIPTOUT2DUTY`	%	0.1	1
Script Output 3 Duty Cycle	`RT_SCRIPTOUT3DUTY`	%	0.1	1
Script Output 4 Duty Cycle	`RT_SCRIPTOUT4DUTY`	%	0.1	1
Script Output 5 Duty Cycle	`RT_SCRIPTOUT5DUTY`	%	0.1	1
Script Output 6 Duty Cycle	`RT_SCRIPTOUT6DUTY`	%	0.1	1
Script Output 7 Duty Cycle	`RT_SCRIPTOUT7DUTY`	%	0.1	1
Script Output 8 Duty Cycle	`RT_SCRIPTOUT8DUTY`	%	0.1	1
Script Output 9 Duty Cycle	`RT_SCRIPTOUT9DUTY`	%	0.1	1
Script Output 10 Duty Cycle	`RT_SCRIPTOUT10DUTY`	%	0.1	1
Script Output 11 Duty Cycle	`RT_SCRIPTOUT11DUTY`	%	0.1	1
Script Output 12 Duty Cycle	`RT_SCRIPTOUT12DUTY`	%	0.1	1
Script Output 13 Duty Cycle	`RT_SCRIPTOUT13DUTY`	%	0.1	1
Script Output 14 Duty Cycle	`RT_SCRIPTOUT14DUTY`	%	0.1	1
Script Output 15 Duty Cycle	`RT_SCRIPTOUT15DUTY`	%	0.1	1
Script Output 16 Duty Cycle	`RT_SCRIPTOUT16DUTY`	%	0.1	1
Script Output 17 Duty Cycle	`RT_SCRIPTOUT17DUTY`	%	0.1	1
Script Output 18 Duty Cycle	`RT_SCRIPTOUT18DUTY`	%	0.1	1
Script Output 19 Duty Cycle	`RT_SCRIPTOUT19DUTY`	%	0.1	1
Script Output 20 Duty Cycle	`RT_SCRIPTOUT20DUTY`	%	0.1	1
Script Output 21 Duty Cycle	`RT_SCRIPTOUT21DUTY`	%	0.1	1
Script Output 22 Duty Cycle	`RT_SCRIPTOUT22DUTY`	%	0.1	1
Script Output 23 Duty Cycle	`RT_SCRIPTOUT23DUTY`	%	0.1	1
Script Output 24 Duty Cycle	`RT_SCRIPTOUT24DUTY`	%	0.1	1
Script Output 1 Current Target	`RT_SCRIPTOUT1CURRTGT`	A	0.001	3
Script Output 2 Current Target	`RT_SCRIPTOUT2CURRTGT`	A	0.001	3
Script Output 3 Current Target	`RT_SCRIPTOUT3CURRTGT`	A	0.001	3
Script Output 4 Current Target	`RT_SCRIPTOUT4CURRTGT`	A	0.001	3
Script Output 5 Current Target	`RT_SCRIPTOUT5CURRTGT`	A	0.001	3
Script Output 6 Current Target	`RT_SCRIPTOUT6CURRTGT`	A	0.001	3
Script Output 7 Current Target	`RT_SCRIPTOUT7CURRTGT`	A	0.001	3
Script Output 8 Current Target	`RT_SCRIPTOUT8CURRTGT`	A	0.001	3
Script Output 9 Current Target	`RT_SCRIPTOUT9CURRTGT`	A	0.001	3
Script Output 10 Current Target	`RT_SCRIPTOUT10CURRTGT`	A	0.001	3
Script Output 11 Current Target	`RT_SCRIPTOUT11CURRTGT`	A	0.001	3
Script Output 12 Current Target	`RT_SCRIPTOUT12CURRTGT`	A	0.001	3
Script Output 13 Current Target	`RT_SCRIPTOUT13CURRTGT`	A	0.001	3
Script Output 14 Current Target	`RT_SCRIPTOUT14CURRTGT`	A	0.001	3
Script Output 15 Current Target	`RT_SCRIPTOUT15CURRTGT`	A	0.001	3
Script Output 16 Current Target	`RT_SCRIPTOUT16CURRTGT`	A	0.001	3
Script Output 17 Current Target	`RT_SCRIPTOUT17CURRTGT`	A	0.001	3
Script Output 18 Current Target	`RT_SCRIPTOUT18CURRTGT`	A	0.001	3
Script Output 19 Current Target	`RT_SCRIPTOUT19CURRTGT`	A	0.001	3
Script Output 20 Current Target	`RT_SCRIPTOUT20CURRTGT`	A	0.001	3
Script Output 21 Current Target	`RT_SCRIPTOUT21CURRTGT`	A	0.001	3
Script Output 22 Current Target	`RT_SCRIPTOUT22CURRTGT`	A	0.001	3
Script Output 23 Current Target	`RT_SCRIPTOUT23CURRTGT`	A	0.001	3
Script Output 24 Current Target	`RT_SCRIPTOUT24CURRTGT`	A	0.001	3
Script Output 1 Current	`RT_SCRIPTOUT1CURR`	A	0.001	3
Script Output 2 Current	`RT_SCRIPTOUT2CURR`	A	0.001	3
Script Output 3 Current	`RT_SCRIPTOUT3CURR`	A	0.001	3
Script Output 4 Current	`RT_SCRIPTOUT4CURR`	A	0.001	3
Script Output 5 Current	`RT_SCRIPTOUT5CURR`	A	0.001	3
Script Output 6 Current	`RT_SCRIPTOUT6CURR`	A	0.001	3
Script Output 7 Current	`RT_SCRIPTOUT7CURR`	A	0.001	3
Script Output 8 Current	`RT_SCRIPTOUT8CURR`	A	0.001	3
Script Output 9 Current	`RT_SCRIPTOUT9CURR`	A	0.001	3
Script Output 10 Current	`RT_SCRIPTOUT10CURR`	A	0.001	3
Script Output 11 Current	`RT_SCRIPTOUT11CURR`	A	0.001	3
Script Output 12 Current	`RT_SCRIPTOUT12CURR`	A	0.001	3
Script Output 13 Current	`RT_SCRIPTOUT13CURR`	A	0.001	3
Script Output 14 Current	`RT_SCRIPTOUT14CURR`	A	0.001	3
Script Output 15 Current	`RT_SCRIPTOUT15CURR`	A	0.001	3
Script Output 16 Current	`RT_SCRIPTOUT16CURR`	A	0.001	3
Script Output 17 Current	`RT_SCRIPTOUT17CURR`	A	0.001	3
Script Output 18 Current	`RT_SCRIPTOUT18CURR`	A	0.001	3
Script Output 19 Current	`RT_SCRIPTOUT19CURR`	A	0.001	3
Script Output 20 Current	`RT_SCRIPTOUT20CURR`	A	0.001	3
Script Output 21 Current	`RT_SCRIPTOUT21CURR`	A	0.001	3
Script Output 22 Current	`RT_SCRIPTOUT22CURR`	A	0.001	3
Script Output 23 Current	`RT_SCRIPTOUT23CURR`	A	0.001	3
Script Output 24 Current	`RT_SCRIPTOUT24CURR`	A	0.001	3
DTC Count	`RT_DTCCOUNT`		1	0
DTC Code	`RT_DTCCODE`		1	0
Malfunction Indicator Lamp	`RT_MIL`		1	0
DTC Register 0	`RT_DTCREG0`		1	0
DTC Register 1	`RT_DTCREG1`		1	0
DTC Register 2	`RT_DTCREG2`		1	0
DTC Register 3	`RT_DTCREG3`		1	0
DTC Register 4	`RT_DTCREG4`		1	0
DTC Register 5	`RT_DTCREG5`		1	0
DTC Register 6	`RT_DTCREG6`		1	0
DTC Register 7	`RT_DTCREG7`		1	0
DTC Register 8	`RT_DTCREG8`		1	0
DTC Register 9	`RT_DTCREG9`		1	0
DTC Register 10	`RT_DTCREG10`		1	0
DTC Register 11	`RT_DTCREG11`		1	0
DTC Register 12	`RT_DTCREG12`		1	0
DTC Register 13	`RT_DTCREG13`		1	0
DTC Register 14	`RT_DTCREG14`		1	0
DTC Register 15	`RT_DTCREG15`		1	0
Firmware Version Word	`RT_FWVERSIONWORD`		1	0
User Channel 1	`RT_USERCH1`		1	(float)
User Channel 2	`RT_USERCH2`		1	(float)
User Channel 3	`RT_USERCH3`		1	(float)
User Channel 4	`RT_USERCH4`		1	(float)
User Channel 5	`RT_USERCH5`		1	(float)
User Channel 6	`RT_USERCH6`		1	(float)
User Channel 7	`RT_USERCH7`		1	(float)
User Channel 8	`RT_USERCH8`		1	(float)
User Channel 9	`RT_USERCH9`		1	(float)
User Channel 10	`RT_USERCH10`		1	(float)
User Channel 11	`RT_USERCH11`		1	(float)
User Channel 12	`RT_USERCH12`		1	(float)
User Channel 13	`RT_USERCH13`		1	(float)
User Channel 14	`RT_USERCH14`		1	(float)
User Channel 15	`RT_USERCH15`		1	(float)
User Channel 16	`RT_USERCH16`		1	(float)
User Channel 17	`RT_USERCH17`		1	(float)
User Channel 18	`RT_USERCH18`		1	(float)
User Channel 19	`RT_USERCH19`		1	(float)
User Channel 20	`RT_USERCH20`		1	(float)
User Channel 21	`RT_USERCH21`		1	(float)
User Channel 22	`RT_USERCH22`		1	(float)
User Channel 23	`RT_USERCH23`		1	(float)
User Channel 24	`RT_USERCH24`		1	(float)
User Channel 25	`RT_USERCH25`		1	(float)
User Channel 26	`RT_USERCH26`		1	(float)
User Channel 27	`RT_USERCH27`		1	(float)
User Channel 28	`RT_USERCH28`		1	(float)
User Channel 29	`RT_USERCH29`		1	(float)
User Channel 30	`RT_USERCH30`		1	(float)
User Channel 31	`RT_USERCH31`		1	(float)
User Channel 32	`RT_USERCH32`		1	(float)
User Channel 33	`RT_USERCH33`		1	(float)
User Channel 34	`RT_USERCH34`		1	(float)
User Channel 35	`RT_USERCH35`		1	(float)
User Channel 36	`RT_USERCH36`		1	(float)
User Channel 37	`RT_USERCH37`		1	(float)
User Channel 38	`RT_USERCH38`		1	(float)
User Channel 39	`RT_USERCH39`		1	(float)
User Channel 40	`RT_USERCH40`		1	(float)
User Channel 41	`RT_USERCH41`		1	(float)
User Channel 42	`RT_USERCH42`		1	(float)
User Channel 43	`RT_USERCH43`		1	(float)
User Channel 44	`RT_USERCH44`		1	(float)
User Channel 45	`RT_USERCH45`		1	(float)
User Channel 46	`RT_USERCH46`		1	(float)
User Channel 47	`RT_USERCH47`		1	(float)
User Channel 48	`RT_USERCH48`		1	(float)
User Channel 49	`RT_USERCH49`		1	(float)
User Channel 50	`RT_USERCH50`		1	(float)
User Channel 51	`RT_USERCH51`		1	(float)
User Channel 52	`RT_USERCH52`		1	(float)
User Channel 53	`RT_USERCH53`		1	(float)
User Channel 54	`RT_USERCH54`		1	(float)
User Channel 55	`RT_USERCH55`		1	(float)
User Channel 56	`RT_USERCH56`		1	(float)
User Channel 57	`RT_USERCH57`		1	(float)
User Channel 58	`RT_USERCH58`		1	(float)
User Channel 59	`RT_USERCH59`		1	(float)
User Channel 60	`RT_USERCH60`		1	(float)
User Channel 61	`RT_USERCH61`		1	(float)
User Channel 62	`RT_USERCH62`		1	(float)
User Channel 63	`RT_USERCH63`		1	(float)
User Channel 64	`RT_USERCH64`		1	(float)

Reference

Subsections of Reference

Error Codes

Enumerations

CAN Status

Clutch Leaning Status

Clutches

Engine Inertia Test Status

Gear

Hold Power Status

IMU Status

Input Status

IO Level

Launch Control Status

Logging Status

Math Expression Status

Output Status

PID Status

Preselection Status

Pressure Control Status

Script Status

Shift Fork ID

Shift Fork Status

Shift Phase

Shift Request Status

Shift Solenoid Status

Shift Status

Shifter Position

Solenoid Driver Status

Takeup Status

TC Lockup Clutch Status

Torque Converter Lockup Status

Torque Limit Status

Transbrake Status

Transmission Control Status

Transmission Drive Mode

VM Status

Runtimes