Pete Dowson Posted September 14, 2011 Report Posted September 14, 2011 I was applying non-conditional "button" range in Axis Assignments. That worked, it just didn't stop at idle. :) But that is an assignment in FSUIPC's "axis assignments"! How can it operate the ranges if it doesn't know the joystick and axis to check? No biggie, I'll unassign in FSX and assign in FSUIPC it to send to calibration. Well it isn't essential if you already have it assigned as you say, but dual assignments in both FS and FSUIPC aren't a good idea, even if to different purposes. Both will be scanning independently -- a waste of time and resources. Regards Pete
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 Hmm... I'm getting: ********* LUA: "throttles" Log [from FSUIPC version 4.728a] ********* 2521834 System time = 14/09/2011 14:37:29, Simulator time = 12:37:58 (16:37Z) 2521834 LUA: beginning "C:\Program Files (x86)\Microsoft Games\Microsoft Flight Simulator X\Modules\throttles.lua" 2522864 *** LUA Error: ...s\Microsoft Flight Simulator X\Modules\throttles.lua:2: attempt to call field 'axis' (a nil value) 2523878 *** LUA Error: ...s\Microsoft Flight Simulator X\Modules\throttles.lua:2: attempt to call field 'axis' (a nil value) 2525110 *** LUA Error: ...s\Microsoft Flight Simulator X\Modules\throttles.lua:2: attempt to call field 'axis' (a nil value) Running a simple test with throttles.lua: function poll_axis() v = ipc.axis(0, "Z") end event.timer(1000, "poll_axis") UPDATE: your link shows 4.728b but it's downloading a. I downloaded b, testing...
Pete Dowson Posted September 14, 2011 Report Posted September 14, 2011 Hmm... I'm getting: ********* LUA: "throttles" Log [from FSUIPC version 4.728a] ********* 2521834 System time = 14/09/2011 14:37:29, Simulator time = 12:37:58 (16:37Z) 2521834 LUA: beginning "C:\Program Files (x86)\Microsoft Games\Microsoft Flight Simulator X\Modules\throttles.lua" 2522864 *** LUA Error: ...s\Microsoft Flight Simulator X\Modules\throttles.lua:2: attempt to call field 'axis' (a nil value) That's because 4.728a did not include that function. UPDATE: your link shows 4.728b but it's downloading a. I downloaded b, testing... Weird. I'm cross-checking now ... ... Oops, yes, you're right! It's this new Forum software. I'll never get used to it! You have to edit both the visible text and the link text AND click a "confirm" button, not just press return, or it reverts! I'll fix the link in the original post. Please try again. Apologies. Pete
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 That's because 4.728a did not include that function. Weird. I'm cross-checking now ... ... Oops, yes, you're right! It's this new Forum software. I'll never get used to it! You have to edit both the visible text and the link text AND click a "confirm" button, not just press return, or it reverts! I'll fix the link in the original post. Please try again. Apologies. Pete Works, thanks! I'll post my generic-ized Lua in case others are interested when I'm done (I made it variable speed based on the axis position in the range).
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 Works, thanks! I'll post my generic-ized Lua in case others are interested when I'm done (I made it variable speed based on the axis position in the range). If I writeSW, and then immediately readSW, should that reflect the new value? Setting the throttle directly (instead of using throttle increment) seems to work on less complex planes (Turbine Duke), but not the J41. If yes, I can put in logic that if the throttle position didn't change, then use throttle increment instead.
Pete Dowson Posted September 14, 2011 Report Posted September 14, 2011 If I writeSW, and then immediately readSW, should that reflect the new value? Not necessarily. The write instigates a write to SimConnect, which updates the throttle and sends the new value back to FSUIPC. It could happen fast enough for Lua not to notice the difference, but it isn't guaranteed. Setting the throttle directly (instead of using throttle increment) seems to work on less complex planes (Turbine Duke), but not the J41. Really? That's strange. If yes, I can put in logic that if the throttle position didn't change, then use throttle increment instead. You could do that, but for safety check if it changed by the next loop. The FS one may still change in any case -- maybe the J41 simply ignores the FS one? But then how can it work to detect reverse? Hmmm. If you use throttle increment you'd need to adjust the time of the loop to match. my 32 at 50 mSecs would need to be 256 (small incr) at 400 mSecs if you wanted the same slow speed. Pete
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 Another question... is it possible to "take over" the handling of the axes only under certain circumstances. The more I develop this little hack, the more I realize the best way to handle this would as follows: 1. If the aircraft throttle < 0 and the throttle axis is moved "forward", the aircraft throttles should not be "set" but rather incremented as the "small" range solution does. 2. However, if the aircraft throttle >= 0, let FSUIPC do as it always does and send throttle settings to FS It's possible to trigger a Lua on all axis changes, correct - without FSUIPC handling anything FS controls? What's the overhead on this, instead of polling?
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 Really? That's strange. You could do that, but for safety check if it changed by the next loop. The FS one may still change in any case -- maybe the J41 simply ignores the FS one? But then how can it work to detect reverse? Hmmm. Pete Yep... it's strange. Even at 50ms intervals, sometimes the new value I read is still the same as in the previous loop.
Pete Dowson Posted September 14, 2011 Report Posted September 14, 2011 Even at 50ms intervals, sometimes the new value I read is still the same as in the previous loop. And this is only with the J41? Definitely sounds like it intercepts these things and overrules my writes to SimConnect, though I suppose it could have a built in delay for "realism". Try 100 or even 500mSecs, just to check. Could you use the FSUIPC logging tab, please? On the right-hand side put 088C as an offset, type S16, then check "Normal Log" below. Reproduce this, then show me the resulting FSUIPC.4 Log file (or a relevant extract). Thanks. Pete
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 Even more odd is that ipc.control(65965) doesn't work either on the J41 (but does on the Duke). "F3" does work, and so does THROTTLE1_DECR_SMALL for the reverse assigned to the button below the detent. Also if I assign THROTTLE1_INCR_SMALL to an axis range within FSUIPC, it also works. J41: 5132698 Monitor IPC:088C (S16) = -16383 5134819 Monitor IPC:088C (S16) = -16301 5134819 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -99.4995117188 5134882 Monitor IPC:088C (S16) = -16091 5134882 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -98.2177734375 5134913 Monitor IPC:088C (S16) = -16383 5134913 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5134944 Monitor IPC:088C (S16) = -15881 5134944 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -96.9360351563 5134991 Monitor IPC:088C (S16) = -16383 5134991 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5135022 Monitor IPC:088C (S16) = -15543 5135022 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -94.873046875 5135053 Monitor IPC:088C (S16) = -16383 5135053 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5135147 Monitor IPC:088C (S16) = 519 5135147 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 3.16772460938 5135209 Monitor IPC:088C (S16) = 1005 5135209 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 6.13403320313 5135303 Monitor IPC:088C (S16) = 1342 5135303 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 8.19091796875 5135365 Monitor IPC:088C (S16) = 1572 5135365 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 9.5947265625 5135443 Monitor IPC:088C (S16) = 1792 5135443 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 10.9375 5135475 Monitor IPC:088C (S16) = 1892 5135475 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 11.5478515625 5135537 Monitor IPC:088C (S16) = 1939 5135537 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 11.8347167969 5135599 Monitor IPC:088C (S16) = 2149 5135599 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 13.1164550781 5135631 Monitor IPC:088C (S16) = 2245 5135631 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 13.7023925781 5135693 Monitor IPC:088C (S16) = 2328 5135693 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 14.208984375 5135755 Monitor IPC:088C (S16) = 2365 5135755 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 14.4348144531 5135833 Monitor IPC:088C (S16) = 2383 5135833 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 14.5446777344 5135927 Monitor IPC:088C (S16) = 2315 5135927 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 14.1296386719 5135989 Monitor IPC:088C (S16) = 2020 5135989 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 12.3291015625 5136021 Monitor IPC:088C (S16) = 1468 5136021 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 8.9599609375 5136083 Monitor IPC:088C (S16) = 875 5136083 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 5.34057617188 5136145 Monitor IPC:088C (S16) = 338 5136145 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 2.06298828125 5136223 Monitor IPC:088C (S16) = 0 5136223 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5137035 Monitor IPC:088C (S16) = -163 5137035 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -1 5137159 Monitor IPC:088C (S16) = -327 5137159 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -2 5137191 Monitor IPC:088C (S16) = -491 5137191 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -3 5137253 Monitor IPC:088C (S16) = -818 5137253 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -5 5137331 Monitor IPC:088C (S16) = -1146 5137331 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -7 5137362 Monitor IPC:088C (S16) = -1310 5137362 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -8 5137425 Monitor IPC:088C (S16) = -1637 5137425 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -10 5137487 Monitor IPC:088C (S16) = -1965 5137487 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -12 5137518 Monitor IPC:088C (S16) = -2129 5137518 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -13 5137581 Monitor IPC:088C (S16) = -2457 5137581 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -15 5137659 Monitor IPC:088C (S16) = -2784 5137659 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -17 5137721 Monitor IPC:088C (S16) = -3112 5137721 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -19 5137752 Monitor IPC:088C (S16) = -3276 5137752 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -20 5137815 Monitor IPC:088C (S16) = -3603 5137815 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -22 5137877 Monitor IPC:088C (S16) = -3931 5137877 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -24 5137908 Monitor IPC:088C (S16) = -4095 5137908 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -25 5137971 Monitor IPC:088C (S16) = -4423 5137971 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -27 5138049 Monitor IPC:088C (S16) = -4750 5138049 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -29 5138080 Monitor IPC:088C (S16) = -4914 5138080 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -30 5138142 Monitor IPC:088C (S16) = -5242 5138142 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -32 5138205 Monitor IPC:088C (S16) = -5570 5138205 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -34 5138267 Monitor IPC:088C (S16) = -5897 5138267 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -36 5138314 Monitor IPC:088C (S16) = -6061 5138314 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -37 5138376 Monitor IPC:088C (S16) = -6389 5138376 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -39 5138439 Monitor IPC:088C (S16) = -6716 5138439 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -41 5138470 Monitor IPC:088C (S16) = -6880 5138470 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -42 5138532 Monitor IPC:088C (S16) = -7208 5138532 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -44 5138595 Monitor IPC:088C (S16) = -7536 5138595 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -46 5138626 Monitor IPC:088C (S16) = -7699 5138626 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -47 5138704 Monitor IPC:088C (S16) = -8027 5138704 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -49 5138766 Monitor IPC:088C (S16) = -8355 5138766 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -51 5138829 Monitor IPC:088C (S16) = -8683 5138829 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -53 5138860 Monitor IPC:088C (S16) = -8846 5138860 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -54 5138922 Monitor IPC:088C (S16) = -9174 5138922 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -56 5138985 Monitor IPC:088C (S16) = -9502 5138985 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -58 5139016 Monitor IPC:088C (S16) = -9666 5139016 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -59 5139094 Monitor IPC:088C (S16) = -9993 5139094 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -61 5139156 Monitor IPC:088C (S16) = -10321 5139156 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -63 5139187 Monitor IPC:088C (S16) = -10485 5139187 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -64 5139250 Monitor IPC:088C (S16) = -10812 5139250 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -66 5139312 Monitor IPC:088C (S16) = -11140 5139312 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -68 5139375 Monitor IPC:088C (S16) = -11468 5139375 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -70 5139406 Monitor IPC:088C (S16) = -11632 5139406 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -71 5139484 Monitor IPC:088C (S16) = -11959 5139484 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -73 5139546 Monitor IPC:088C (S16) = -12287 5139546 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -75 5139609 Monitor IPC:088C (S16) = -12615 5139609 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -77 5139640 Monitor IPC:088C (S16) = -12779 5139640 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -78 5139702 Monitor IPC:088C (S16) = -13106 5139702 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -80 5139765 Monitor IPC:088C (S16) = -13434 5139765 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -82 5139812 Monitor IPC:088C (S16) = -13598 5139812 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -83 5139874 Monitor IPC:088C (S16) = -13925 5139874 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -85 5139936 Monitor IPC:088C (S16) = -14253 5139936 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -87 5139968 Monitor IPC:088C (S16) = -14417 5139968 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -88 5140030 Monitor IPC:088C (S16) = -14745 5140030 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -90 5140092 Monitor IPC:088C (S16) = -15072 5140092 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -92 5140155 Monitor IPC:088C (S16) = -15400 5140155 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -94 5140186 Monitor IPC:088C (S16) = -15564 5140186 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -95 5140264 Monitor IPC:088C (S16) = -15891 5140264 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -97 5140326 Monitor IPC:088C (S16) = -16219 5140326 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -99 5140358 Monitor IPC:088C (S16) = -16383 5140358 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5141637 Monitor IPC:088C (S16) = -16301 5141637 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -99.4995117188 5141668 Monitor IPC:088C (S16) = -16383 5141668 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5141699 Monitor IPC:088C (S16) = -16219 5141699 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -98.9990234375 5141762 Monitor IPC:088C (S16) = -16073 5141762 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -98.1079101563 5141824 Monitor IPC:088C (S16) = -15287 5141824 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -93.310546875 5141855 Monitor IPC:088C (S16) = -16383 5141855 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5142058 Monitor IPC:088C (S16) = 15 5142058 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.091552734375 5142089 Monitor IPC:088C (S16) = 55 5142089 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.335693359375 5142152 Monitor IPC:088C (S16) = 74 5142152 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.45166015625 5142214 Monitor IPC:088C (S16) = 82 5142214 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.50048828125 5142245 Monitor IPC:088C (S16) = 87 5142245 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.531005859375 5142308 Monitor IPC:088C (S16) = 88 5142308 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.537109375 5142386 Monitor IPC:088C (S16) = 89 5142386 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.543212890625 5142542 Monitor IPC:088C (S16) = 90 5142542 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.54931640625 5143197 Monitor IPC:088C (S16) = 0 5143197 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5143649 Monitor IPC:088C (S16) = -163 5143649 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -1 5143821 Monitor IPC:088C (S16) = -327 5143821 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -2 5143883 Monitor IPC:088C (S16) = -654 5143883 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -4 5143914 Monitor IPC:088C (S16) = -818 5143914 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -5 5143977 Monitor IPC:088C (S16) = -1146 5143977 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -7 5144039 Monitor IPC:088C (S16) = -1474 5144039 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -9 5144102 Monitor IPC:088C (S16) = -1801 5144102 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -11 5144148 Monitor IPC:088C (S16) = -1965 5144148 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -12 5144211 Monitor IPC:088C (S16) = -2293 5144211 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -14 5144273 Monitor IPC:088C (S16) = -2620 5144273 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -16 5144304 Monitor IPC:088C (S16) = -2784 5144304 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -17 5144367 Monitor IPC:088C (S16) = -3112 5144367 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -19 5144429 Monitor IPC:088C (S16) = -3440 5144429 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -21 5144492 Monitor IPC:088C (S16) = -3767 5144492 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23 5144538 Monitor IPC:088C (S16) = -3931 5144538 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -24 5144601 Monitor IPC:088C (S16) = -4259 5144601 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -26 5144663 Monitor IPC:088C (S16) = -4587 5144663 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -28 5144694 Monitor IPC:088C (S16) = -4750 5144694 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -29 5144757 Monitor IPC:088C (S16) = -5078 5144757 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -31 5144819 Monitor IPC:088C (S16) = -5406 5144819 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -33 5144850 Monitor IPC:088C (S16) = -5570 5144850 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -34 5144928 Monitor IPC:088C (S16) = -5897 5144928 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -36 5144991 Monitor IPC:088C (S16) = -6225 5144991 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -38 5145053 Monitor IPC:088C (S16) = -6553 5145069 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -40 5145100 Monitor IPC:088C (S16) = -6716 5145100 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -41 5145131 Monitor IPC:088C (S16) = -6880 5145131 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -42 5145194 Monitor IPC:088C (S16) = -7208 5145194 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -44 5145256 Monitor IPC:088C (S16) = -7536 5145256 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -46 5145318 Monitor IPC:088C (S16) = -7863 5145318 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -48 5145365 Monitor IPC:088C (S16) = -8027 5145365 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -49 5145428 Monitor IPC:088C (S16) = -8355 5145428 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -51 5145490 Monitor IPC:088C (S16) = -8683 5145490 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -53 5145521 Monitor IPC:088C (S16) = -8846 5145521 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -54 5145584 Monitor IPC:088C (S16) = -9174 5145584 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -56 5145646 Monitor IPC:088C (S16) = -9502 5145646 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -58 5145724 Monitor IPC:088C (S16) = -9829 5145724 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -60 5145755 Monitor IPC:088C (S16) = -9993 5145755 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -61 5145818 Monitor IPC:088C (S16) = -10321 5145818 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -63 5145896 Monitor IPC:088C (S16) = -10649 5145896 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -65 5145896 Monitor IPC:088C (S16) = -10812 5145896 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -66 5145989 Monitor IPC:088C (S16) = -11140 5145989 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -68 5146052 Monitor IPC:088C (S16) = -11304 5146052 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -69 5146098 Monitor IPC:088C (S16) = -11632 5146098 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -71 5146208 Monitor IPC:088C (S16) = -11959 5146208 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -73 5146254 Monitor IPC:088C (S16) = -12287 5146254 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -75 5146301 Monitor IPC:088C (S16) = -12451 5146301 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -76 5146410 Monitor IPC:088C (S16) = -12942 5146410 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -79 5146457 Monitor IPC:088C (S16) = -13106 5146457 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -80 5146520 Monitor IPC:088C (S16) = -13434 5146520 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -82 5146644 Monitor IPC:088C (S16) = -13925 5146644 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -85 5146676 Monitor IPC:088C (S16) = -14089 5146676 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -86 5146785 Monitor IPC:088C (S16) = -14581 5146785 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -89 5146894 Monitor IPC:088C (S16) = -14908 5146894 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -91 5146956 Monitor IPC:088C (S16) = -15236 5146956 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -93 5147003 Monitor IPC:088C (S16) = -15564 5147003 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -95 5147066 Monitor IPC:088C (S16) = -15728 5147066 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -96 5147112 Monitor IPC:088C (S16) = -15891 5147112 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -97 5147159 Monitor IPC:088C (S16) = -16055 5147159 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -98 5147206 Monitor IPC:088C (S16) = -16219 5147206 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -99 5147222 Monitor IPC:088C (S16) = -16383 5147222 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -100 5305563 Sim stopped: average frame rate for last 167 secs = 22.7 fps 5305563 Average weather filter write interval in that time = 1943.3 msecs Duke: 5316030 C:\Program Files (x86)\Microsoft Games\Microsoft Flight Simulator X\SimObjects\Airplanes\RealAir Duke Turbine\RealAir_Duke_Turbine.AIR 5316592 Monitor IPC:088C (S16) = -3931 5316592 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.9999994636 5316607 Aircraft="RealAir Beech Duke Turbine VHDUC Winglets Ventral" 5323237 Monitor IPC:088C (S16) = -3849 5323237 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.4985351563 5323331 Monitor IPC:088C (S16) = -3767 5323331 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -22.998046875 5323393 Monitor IPC:088C (S16) = -3557 5323393 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -21.7163085938 5323456 Monitor IPC:088C (S16) = -3155 5323456 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -19.2626953125 5323534 Monitor IPC:088C (S16) = -2689 5323534 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -16.4184570313 5323596 Monitor IPC:088C (S16) = -2223 5323596 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -13.57421875 5323659 Monitor IPC:088C (S16) = -1629 5323659 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -9.94873046875 5323721 Monitor IPC:088C (S16) = -1035 5323721 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -6.3232421875 5323783 Monitor IPC:088C (S16) = -441 5323783 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -2.69775390625 5323846 Monitor IPC:088C (S16) = 0 5323846 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5325718 Monitor IPC:088C (S16) = -63 5325718 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -0.390625 5325889 Monitor IPC:088C (S16) = -319 5325889 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -1.953125 5325921 Monitor IPC:088C (S16) = -575 5325921 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -3.515625 5325952 Monitor IPC:088C (S16) = -831 5325952 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -5.078125 5325983 Monitor IPC:088C (S16) = -1087 5325983 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -6.640625 5326014 Monitor IPC:088C (S16) = -1343 5326014 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -8.203125 5326045 Monitor IPC:088C (S16) = -1599 5326045 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -9.765625 5326077 Monitor IPC:088C (S16) = -1855 5326077 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -11.328125 5326108 Monitor IPC:088C (S16) = -2111 5326108 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -12.890625 5326139 Monitor IPC:088C (S16) = -2367 5326139 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -14.453125 5326170 Monitor IPC:088C (S16) = -2623 5326170 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -16.015625 5326201 Monitor IPC:088C (S16) = -2879 5326201 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -17.578125 5326233 Monitor IPC:088C (S16) = -3135 5326233 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -19.140625 5326279 Monitor IPC:088C (S16) = -3391 5326279 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -20.703125 5326311 Monitor IPC:088C (S16) = -3647 5326311 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -22.265625 5326342 Monitor IPC:088C (S16) = -3903 5326342 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.828125 5326373 Monitor IPC:088C (S16) = -3931 5326373 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.9999994636 5328042 Monitor IPC:088C (S16) = -3785 5328042 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.1079101563 5328105 Monitor IPC:088C (S16) = -3447 5328105 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -21.044921875 5328167 Monitor IPC:088C (S16) = -3109 5328167 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -18.9819335938 5328230 Monitor IPC:088C (S16) = -2771 5328230 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -16.9189453125 5328292 Monitor IPC:088C (S16) = -2433 5328292 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -14.8559570313 5328370 Monitor IPC:088C (S16) = -2095 5328370 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -12.79296875 5328432 Monitor IPC:088C (S16) = -1757 5328432 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -10.7299804688 5328495 Monitor IPC:088C (S16) = -1419 5328495 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -8.6669921875 5328557 Monitor IPC:088C (S16) = -1081 5328557 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -6.60400390625 5328620 Monitor IPC:088C (S16) = -743 5328620 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -4.541015625 5328682 Monitor IPC:088C (S16) = -405 5328682 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -2.47802734375 5328760 Monitor IPC:088C (S16) = -67 5328760 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -0.4150390625 5328822 Monitor IPC:088C (S16) = 0 5328822 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5330850 Monitor IPC:088C (S16) = 157 5330850 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.958251953125 5330913 Monitor IPC:088C (S16) = 612 5330913 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 3.7353515625 5330975 Monitor IPC:088C (S16) = 1048 5330975 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 6.396484375 5331038 Monitor IPC:088C (S16) = 1437 5331038 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 8.77075195313 5331100 Monitor IPC:088C (S16) = 1729 5331100 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 10.5529785156 5331178 Monitor IPC:088C (S16) = 2052 5331178 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 12.5244140625 5331240 Monitor IPC:088C (S16) = 2352 5331240 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 14.35546875 5331303 Monitor IPC:088C (S16) = 2679 5331303 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 16.3513183594 5331365 Monitor IPC:088C (S16) = 3094 5331365 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 18.8842773438 5331428 Monitor IPC:088C (S16) = 3511 5331428 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 21.4294433594 5331490 Monitor IPC:088C (S16) = 4005 5331490 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 24.4445800781 5331568 Monitor IPC:088C (S16) = 4421 5331568 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 26.9836425781 5331599 Monitor IPC:088C (S16) = 4726 5331599 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 28.8452148438 5331662 Monitor IPC:088C (S16) = 5055 5331662 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 30.8532714844 5331724 Monitor IPC:088C (S16) = 5433 5331724 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 33.1604003906 5331786 Monitor IPC:088C (S16) = 5758 5331786 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 35.1440429688 5331849 Monitor IPC:088C (S16) = 6209 5331849 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 37.8967285156 5331911 Monitor IPC:088C (S16) = 6568 5331911 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 40.087890625 5331989 Monitor IPC:088C (S16) = 6922 5331989 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 42.2485351563 5332052 Monitor IPC:088C (S16) = 7385 5332052 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 45.0744628906 5332114 Monitor IPC:088C (S16) = 7784 5332114 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 47.509765625 5332176 Monitor IPC:088C (S16) = 8264 5332176 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 50.439453125 5332239 Monitor IPC:088C (S16) = 8672 5332239 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 52.9296875 5332301 Monitor IPC:088C (S16) = 9007 5332301 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 54.9743652344 5332379 Monitor IPC:088C (S16) = 9273 5332379 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 56.5979003906 5332442 Monitor IPC:088C (S16) = 9395 5332442 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 57.3425292969 5332473 Monitor IPC:088C (S16) = 9452 5332473 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 57.6904296875 5332535 Monitor IPC:088C (S16) = 9366 5332535 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 57.1655273438 5332598 Monitor IPC:088C (S16) = 9029 5332598 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 55.1086425781 5332660 Monitor IPC:088C (S16) = 8503 5332660 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 51.8981933594 5332722 Monitor IPC:088C (S16) = 7849 5332722 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 47.9064941406 5332800 Monitor IPC:088C (S16) = 7172 5332800 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 43.7744140625 5332863 Monitor IPC:088C (S16) = 6519 5332863 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 39.7888183594 5332925 Monitor IPC:088C (S16) = 5577 5332925 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 34.0393066406 5332988 Monitor IPC:088C (S16) = 4502 5332988 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 27.4780273438 5333050 Monitor IPC:088C (S16) = 3441 5333050 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 21.0021972656 5333112 Monitor IPC:088C (S16) = 2538 5333112 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 15.4907226563 5333190 Monitor IPC:088C (S16) = 1593 5333190 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 9.72290039063 5333253 Monitor IPC:088C (S16) = 630 5333253 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 3.84521484375 5333284 Monitor IPC:088C (S16) = 0 5333284 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5334236 Monitor IPC:088C (S16) = 337 5334236 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 2.05688476563 5334298 Monitor IPC:088C (S16) = 770 5334298 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 4.69970703125 5334360 Monitor IPC:088C (S16) = 1083 5334360 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 6.61010742188 5334423 Monitor IPC:088C (S16) = 1377 5334423 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 8.40454101563 5334485 Monitor IPC:088C (S16) = 1702 5334485 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 10.3881835938 5334548 Monitor IPC:088C (S16) = 2040 5334548 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 12.451171875 5334610 Monitor IPC:088C (S16) = 2233 5334610 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 13.6291503906 5334688 Monitor IPC:088C (S16) = 2586 5334688 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 15.7836914063 5334719 Monitor IPC:088C (S16) = 2900 5334719 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 17.7001953125 5334782 Monitor IPC:088C (S16) = 3195 5334782 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 19.5007324219 5334844 Monitor IPC:088C (S16) = 3368 5334844 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 20.556640625 5334906 Monitor IPC:088C (S16) = 3486 5334906 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 21.2768554688 5334969 Monitor IPC:088C (S16) = 3465 5334969 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 21.1486816406 5335031 Monitor IPC:088C (S16) = 3039 5335031 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 18.5485839844 5335109 Monitor IPC:088C (S16) = 2693 5335109 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 16.4367675781 5335172 Monitor IPC:088C (S16) = 2156 5335172 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 13.1591796875 5335234 Monitor IPC:088C (S16) = 1531 5335234 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 9.34448242188 5335296 Monitor IPC:088C (S16) = 979 5335296 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 5.97534179688 5335359 Monitor IPC:088C (S16) = 499 5335359 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 3.04565429688 5335421 Monitor IPC:088C (S16) = 13 5335421 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0.079345703125 5335499 Monitor IPC:088C (S16) = 0 5335499 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5336669 Monitor IPC:088C (S16) = -255 5336669 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -1.5625 5336825 Monitor IPC:088C (S16) = -511 5336825 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -3.125 5336856 Monitor IPC:088C (S16) = -767 5336856 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -4.6875 5336888 Monitor IPC:088C (S16) = -1023 5336888 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -6.25 5336919 Monitor IPC:088C (S16) = -1279 5336919 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -7.8125 5336950 Monitor IPC:088C (S16) = -1535 5336950 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -9.375 5336981 Monitor IPC:088C (S16) = -1791 5336981 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -10.9375 5337012 Monitor IPC:088C (S16) = -2047 5337012 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -12.5 5337059 Monitor IPC:088C (S16) = -2303 5337059 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -14.0625 5337090 Monitor IPC:088C (S16) = -2559 5337090 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -15.625 5337122 Monitor IPC:088C (S16) = -2815 5337122 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -17.1875 5337153 Monitor IPC:088C (S16) = -3071 5337153 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -18.75 5337184 Monitor IPC:088C (S16) = -3327 5337184 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -20.3125 5337215 Monitor IPC:088C (S16) = -3583 5337215 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -21.875 5337246 Monitor IPC:088C (S16) = -3839 5337246 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.4375 5337278 Monitor IPC:088C (S16) = -3931 5337278 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.9999994636 5338650 Monitor IPC:088C (S16) = -3849 5338650 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -23.4985351563 5338744 Monitor IPC:088C (S16) = -3639 5338744 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -22.216796875 5338806 Monitor IPC:088C (S16) = -3301 5338806 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -20.1538085938 5338869 Monitor IPC:088C (S16) = -2963 5338869 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -18.0908203125 5338931 Monitor IPC:088C (S16) = -2625 5338931 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -16.0278320313 5339009 Monitor IPC:088C (S16) = -2287 5339009 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -13.96484375 5339072 Monitor IPC:088C (S16) = -1949 5339072 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -11.9018554688 5339134 Monitor IPC:088C (S16) = -1611 5339134 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -9.8388671875 5339196 Monitor IPC:088C (S16) = -1273 5339196 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -7.77587890625 5339259 Monitor IPC:088C (S16) = -935 5339259 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -5.712890625 5339321 Monitor IPC:088C (S16) = -597 5339321 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -3.64990234375 5339384 Monitor IPC:088C (S16) = -259 5339384 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -1.5869140625 5339462 Monitor IPC:088C (S16) = 0 5339462 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: 0 5341630 Monitor IPC:088C (S16) = -63 5341630 SimRead: 088C="GENERAL ENG THROTTLE LEVER POSITION:1" [also 3AE8] FLT64: -0.390625
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 To recap: Button assigned in FSUIPC to throttle_decr_small works on J41 and Duke (and other generics). Range assigned in FSUIPC to throttle_incr_small works on both. Neither ipc.write nor ipc.control work on J41, but they work on Duke.
Pete Dowson Posted September 14, 2011 Report Posted September 14, 2011 Button assigned in FSUIPC to throttle_decr_small works on J41 and Duke (and other generics). Range assigned in FSUIPC to throttle_incr_small works on both. Neither ipc.write nor ipc.control work on J41, but they work on Duke. Earlier you said "throttle decr small", which is not the same control as "throttle1 decr small". the are numbers 66634 and 66635 respectively. The FS keys will operate the general all-engine controls, not the individual engines. There's no difference between assigning a control in FSUIPC and using the ipc.control function in Lua. both do the same thing -- send the control number to FS. BTW I noticed the thrust logged in one of the logs above going to -16384 -- full power reverse! Is that actually allowed on that aircraft? I know jets tend to have a max of 25% (-4096) or less in reverse. Regards Pete
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 Earlier you said "throttle decr small", which is not the same control as "throttle1 decr small". the are numbers 66634 and 66635 respectively. The FS keys will operate the general all-engine controls, not the individual engines. There's no difference between assigning a control in FSUIPC and using the ipc.control function in Lua. both do the same thing -- send the control number to FS. BTW I noticed the thrust logged in one of the logs above going to -16384 -- full power reverse! Is that actually allowed on that aircraft? I know jets tend to have a max of 25% (-4096) or less in reverse. Regards Pete In FSUIPC it's assigned to THROTTLE1_DECR_SMALL for below the detent. Works on J41 and others. If I assign THROTTLE1_INCR_SMALL to the axis range in FSUIPC it works. If I call ipc.writeXX or ipc.control(65965), it does not work in the J41, but works on others. F3 works on the J41 and all others affecting both throttles. I enter reverse through the repeat of THROTTLE1_DECR_SMALL, so whatever that does is what causes it go to -16384. Seems to work. The only thing that does not work is ipc.write/control on J41 for some reason. Very odd...
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 I don't know what changed (restarted FSX), but the ipc.control now works. ipc.control(65820, n) also works, but ipc.write does not. So I'll use 65820 etc. instead.
pilotjohn Posted September 14, 2011 Author Report Posted September 14, 2011 I don't know what changed (restarted FSX), but the ipc.control now works. ipc.control(65820, n) also works, but ipc.write does not. So I'll use 65820 etc. instead. Any idea why there's such an update delay between sending the control and reading the updated value. See my logs below, which show the read value, and what it will updated to. You'll see there is always several iterations of the same value being read (that is, it was updated, but on the next cycle, the same value is returned again): ********* LUA: "throttles" Log [from FSUIPC version 4.728b] ********* 12383375 System time = 14/09/2011 18:09:37, Simulator time = 13:12:14 (17:12Z) 12383375 LUA: beginning "C:\Program Files (x86)\Microsoft Games\Microsoft Flight Simulator X\Modules\throttles.lua" 12391424 LUA: 65820 = -16383 setting -16383 + 146 = -16237 12391487 LUA: 65820 = -16383 setting -16383 + 146 = -16237 12391580 LUA: 65820 = -16234 setting -16234 + 146 = -16088 12391627 LUA: 65820 = -16234 setting -16234 + 146 = -16088 12391674 LUA: 65820 = -16234 setting -16234 + 146 = -16088 12391768 LUA: 65820 = -16085 setting -16085 + 146 = -15939 12391814 LUA: 65820 = -16085 setting -16085 + 146 = -15939 12391861 LUA: 65820 = -16085 setting -16085 + 146 = -15939 12391955 LUA: 65820 = -15936 setting -15936 + 146 = -15790 12392002 LUA: 65820 = -15936 setting -15936 + 146 = -15790 12392048 LUA: 65820 = -15936 setting -15936 + 146 = -15790 12392142 LUA: 65820 = -15787 setting -15787 + 146 = -15641 12392189 LUA: 65820 = -15787 setting -15787 + 146 = -15641 12392236 LUA: 65820 = -15787 setting -15787 + 146 = -15641 12392314 LUA: 65820 = -15638 setting -15638 + 146 = -15492 12392360 LUA: 65820 = -15638 setting -15638 + 146 = -15492 12392454 LUA: 65820 = -15638 setting -15638 + 146 = -15492 12392501 LUA: 65820 = -15489 setting -15489 + 146 = -15343 12392548 LUA: 65820 = -15489 setting -15489 + 146 = -15343 12392641 LUA: 65820 = -15340 setting -15340 + 146 = -15194 12392688 LUA: 65820 = -15340 setting -15340 + 146 = -15194 12392735 LUA: 65820 = -15340 setting -15340 + 146 = -15194 12392828 LUA: 65820 = -15191 setting -15191 + 146 = -15045 12392860 LUA: 65820 = -15191 setting -15191 + 146 = -15045 12392953 LUA: 65820 = -15191 setting -15191 + 146 = -15045 12393000 LUA: 65820 = -15042 setting -15042 + 146 = -14896 12393047 LUA: 65820 = -15042 setting -15042 + 146 = -14896 12393140 LUA: 65820 = -14893 setting -14893 + 146 = -14747 12393172 LUA: 65820 = -14893 setting -14893 + 146 = -14747 12393265 LUA: 65820 = -14744 setting -14744 + 146 = -14598 12393312 LUA: 65820 = -14744 setting -14744 + 146 = -14598 12393359 LUA: 65820 = -14744 setting -14744 + 146 = -14598 12393452 LUA: 65820 = -14595 setting -14595 + 146 = -14449 12393499 LUA: 65820 = -14595 setting -14595 + 146 = -14449 12393577 LUA: 65820 = -14446 setting -14446 + 146 = -14300 12393624 LUA: 65820 = -14446 setting -14446 + 146 = -14300 12393671 LUA: 65820 = -14446 setting -14446 + 146 = -14300 12393764 LUA: 65820 = -14297 setting -14297 + 146 = -14151 12393811 LUA: 65820 = -14297 setting -14297 + 146 = -14151 12393858 LUA: 65820 = -14297 setting -14297 + 146 = -14151 12393952 LUA: 65820 = -14148 setting -14148 + 146 = -14002 12393983 LUA: 65820 = -14148 setting -14148 + 146 = -14002 12394076 LUA: 65820 = -13999 setting -13999 + 146 = -13853 12394123 LUA: 65820 = -13999 setting -13999 + 146 = -13853 12394170 LUA: 65820 = -13999 setting -13999 + 146 = -13853 12394264 LUA: 65820 = -13850 setting -13850 + 146 = -13704 12394295 LUA: 65820 = -13850 setting -13850 + 146 = -13704 12394388 LUA: 65820 = -13701 setting -13701 + 146 = -13555 12394435 LUA: 65820 = -13701 setting -13701 + 146 = -13555 12394513 LUA: 65820 = -13552 setting -13552 + 146 = -13406 12394560 LUA: 65820 = -13552 setting -13552 + 146 = -13406 12394607 LUA: 65820 = -13552 setting -13552 + 146 = -13406 12394685 LUA: 65820 = -13403 setting -13403 + 146 = -13257 12394732 LUA: 65820 = -13403 setting -13403 + 146 = -13257 12394810 LUA: 65820 = -13254 setting -13254 + 146 = -13108 12394872 LUA: 65820 = -13254 setting -13254 + 146 = -13108 12394950 LUA: 65820 = -13254 setting -13254 + 146 = -13108 12394981 LUA: 65820 = -13105 setting -13105 + 146 = -12959 12395075 LUA: 65820 = -13105 setting -13105 + 146 = -12959 12395122 LUA: 65820 = -13105 setting -13105 + 146 = -12959 12395200 LUA: 65820 = -12956 setting -12956 + 146 = -12810 12395246 LUA: 65820 = -12956 setting -12956 + 146 = -12810 12395324 LUA: 65820 = -12956 setting -12956 + 146 = -12810 12395371 LUA: 65820 = -12807 setting -12807 + 146 = -12661 12395418 LUA: 65820 = -12807 setting -12807 + 146 = -12661 12395496 LUA: 65820 = -12807 setting -12807 + 146 = -12661 12395543 LUA: 65820 = -12658 setting -12658 + 146 = -12512 12395636 LUA: 65820 = -12658 setting -12658 + 146 = -12512 12395668 LUA: 65820 = -12658 setting -12658 + 146 = -12512 12395761 LUA: 65820 = -12509 setting -12509 + 146 = -12363 12395792 LUA: 65820 = -12509 setting -12509 + 146 = -12363 12395886 LUA: 65820 = -12360 setting -12360 + 146 = -12214 12395917 LUA: 65820 = -12360 setting -12360 + 146 = -12214 12396011 LUA: 65820 = -12360 setting -12360 + 146 = -12214 12396042 LUA: 65820 = -12211 setting -12211 + 146 = -12065 12396136 LUA: 65820 = -12211 setting -12211 + 146 = -12065 12396167 LUA: 65820 = -12211 setting -12211 + 146 = -12065 12396260 LUA: 65820 = -12062 setting -12062 + 146 = -11916 12396292 LUA: 65820 = -12062 setting -12062 + 146 = -11916 12396370 LUA: 65820 = -11913 setting -11913 + 146 = -11767 12396416 LUA: 65820 = -11913 setting -11913 + 146 = -11767 12396510 LUA: 65820 = -11913 setting -11913 + 146 = -11767 12396541 LUA: 65820 = -11764 setting -11764 + 146 = -11618 12396619 LUA: 65820 = -11764 setting -11764 + 146 = -11618 12396666 LUA: 65820 = -11764 setting -11764 + 146 = -11618 12396744 LUA: 65820 = -11615 setting -11615 + 146 = -11469 12396962 LUA: 65820 = -11615 setting -11615 + 146 = -11469 12397040 LUA: 65820 = -11615 setting -11615 + 146 = -11469 12397118 LUA: 65820 = -11466 setting -11466 + 146 = -11320 12397165 LUA: 65820 = -11466 setting -11466 + 146 = -11320 12397243 LUA: 65820 = -11317 setting -11317 + 146 = -11171 12397290 LUA: 65820 = -11317 setting -11317 + 146 = -11171 12397368 LUA: 65820 = -11168 setting -11168 + 146 = -11022 12397415 LUA: 65820 = -11168 setting -11168 + 146 = -11022 12397493 LUA: 65820 = -11168 setting -11168 + 146 = -11022 12397571 LUA: 65820 = -11019 setting -11019 + 146 = -10873 12397618 LUA: 65820 = -11019 setting -11019 + 146 = -10873 12397696 LUA: 65820 = -10870 setting -10870 + 146 = -10724 12397727 LUA: 65820 = -10870 setting -10870 + 146 = -10724 12397820 LUA: 65820 = -10721 setting -10721 + 146 = -10575 12397867 LUA: 65820 = -10721 setting -10721 + 146 = -10575 12397945 LUA: 65820 = -10721 setting -10721 + 146 = -10575 12397976 LUA: 65820 = -10572 setting -10572 + 146 = -10426 12398070 LUA: 65820 = -10572 setting -10572 + 146 = -10426 12398101 LUA: 65820 = -10572 setting -10572 + 146 = -10426 12398179 LUA: 65820 = -10423 setting -10423 + 146 = -10277 12398226 LUA: 65820 = -10423 setting -10423 + 146 = -10277 12398304 LUA: 65820 = -10274 setting -10274 + 146 = -10128 12398398 LUA: 65820 = -10274 setting -10274 + 146 = -10128 12398429 LUA: 65820 = -10125 setting -10125 + 146 = -9979 12398476 LUA: 65820 = -10125 setting -10125 + 146 = -9979 12398554 LUA: 65820 = -10125 setting -10125 + 146 = -9979 12398600 LUA: 65820 = -9976 setting -9976 + 146 = -9830 12398678 LUA: 65820 = -9976 setting -9976 + 146 = -9830 12398756 LUA: 65820 = -9827 setting -9827 + 146 = -9681 12398803 LUA: 65820 = -9827 setting -9827 + 146 = -9681 12398881 LUA: 65820 = -9678 setting -9678 + 146 = -9532 12398912 LUA: 65820 = -9678 setting -9678 + 146 = -9532 12399006 LUA: 65820 = -9678 setting -9678 + 146 = -9532 12399037 LUA: 65820 = -9529 setting -9529 + 146 = -9383 12399115 LUA: 65820 = -9529 setting -9529 + 146 = -9383 12399209 LUA: 65820 = -9380 setting -9380 + 146 = -9234 12399240 LUA: 65820 = -9380 setting -9380 + 146 = -9234 12399287 LUA: 65820 = -9380 setting -9380 + 146 = -9234 12399365 LUA: 65820 = -9231 setting -9231 + 146 = -9085 12399443 LUA: 65820 = -9231 setting -9231 + 146 = -9085 12399474 LUA: 65820 = -9082 setting -9082 + 146 = -8936 12399552 LUA: 65820 = -9082 setting -9082 + 146 = -8936 12399599 LUA: 65820 = -8933 setting -8933 + 146 = -8787 12399677 LUA: 65820 = -8933 setting -8933 + 146 = -8787 12399724 LUA: 65820 = -8933 setting -8933 + 146 = -8787 12399802 LUA: 65820 = -8784 setting -8784 + 146 = -8638 12399848 LUA: 65820 = -8784 setting -8784 + 146 = -8638 12399926 LUA: 65820 = -8635 setting -8635 + 146 = -8489 12400004 LUA: 65820 = -8635 setting -8635 + 146 = -8489 12400036 LUA: 65820 = -8486 setting -8486 + 146 = -8340 12400114 LUA: 65820 = -8486 setting -8486 + 146 = -8340 12400160 LUA: 65820 = -8486 setting -8486 + 146 = -8340 12400238 LUA: 65820 = -8337 setting -8337 + 146 = -8191 12400316 LUA: 65820 = -8337 setting -8337 + 146 = -8191 12400363 LUA: 65820 = -8188 setting -8188 + 146 = -8042 12400441 LUA: 65820 = -8188 setting -8188 + 146 = -8042 12400488 LUA: 65820 = -8039 setting -8039 + 146 = -7893 12400550 LUA: 65820 = -8039 setting -8039 + 146 = -7893 12400597 LUA: 65820 = -7890 setting -7890 + 146 = -7744 12400675 LUA: 65820 = -7890 setting -7890 + 146 = -7744 12400722 LUA: 65820 = -7890 setting -7890 + 146 = -7744 12400800 LUA: 65820 = -7741 setting -7741 + 146 = -7595 12400847 LUA: 65820 = -7741 setting -7741 + 146 = -7595 12400925 LUA: 65820 = -7592 setting -7592 + 146 = -7446 12401003 LUA: 65820 = -7592 setting -7592 + 146 = -7446 12401034 LUA: 65820 = -7443 setting -7443 + 146 = -7297 12401112 LUA: 65820 = -7443 setting -7443 + 146 = -7297 12401159 LUA: 65820 = -7443 setting -7443 + 146 = -7297 12401237 LUA: 65820 = -7294 setting -7294 + 146 = -7148 12401284 LUA: 65820 = -7294 setting -7294 + 146 = -7148 12401362 LUA: 65820 = -7145 setting -7145 + 146 = -6999 12401408 LUA: 65820 = -7145 setting -7145 + 146 = -6999 12401486 LUA: 65820 = -6996 setting -6996 + 146 = -6850 12401564 LUA: 65820 = -6996 setting -6996 + 146 = -6850 12401596 LUA: 65820 = -6847 setting -6847 + 146 = -6701 12401674 LUA: 65820 = -6847 setting -6847 + 146 = -6701 12401720 LUA: 65820 = -6847 setting -6847 + 146 = -6701 12401798 LUA: 65820 = -6698 setting -6698 + 146 = -6552 12401876 LUA: 65820 = -6698 setting -6698 + 146 = -6552 12401923 LUA: 65820 = -6549 setting -6549 + 146 = -6403 12402001 LUA: 65820 = -6549 setting -6549 + 146 = -6403 12402032 LUA: 65820 = -6400 setting -6400 + 146 = -6254 12402110 LUA: 65820 = -6400 setting -6400 + 146 = -6254 12402157 LUA: 65820 = -6400 setting -6400 + 146 = -6254 12402235 LUA: 65820 = -6251 setting -6251 + 146 = -6105 12402313 LUA: 65820 = -6251 setting -6251 + 146 = -6105 12402360 LUA: 65820 = -6102 setting -6102 + 146 = -5956 12402438 LUA: 65820 = -6102 setting -6102 + 146 = -5956 12402485 LUA: 65820 = -5953 setting -5953 + 146 = -5807 12402563 LUA: 65820 = -5953 setting -5953 + 146 = -5807 12402594 LUA: 65820 = -5804 setting -5804 + 146 = -5658 12402672 LUA: 65820 = -5804 setting -5804 + 146 = -5658 12402719 LUA: 65820 = -5804 setting -5804 + 146 = -5658 12402797 LUA: 65820 = -5655 setting -5655 + 146 = -5509 12402844 LUA: 65820 = -5655 setting -5655 + 146 = -5509 12402922 LUA: 65820 = -5506 setting -5506 + 146 = -5360 12402968 LUA: 65820 = -5506 setting -5506 + 146 = -5360 12403046 LUA: 65820 = -5357 setting -5357 + 146 = -5211 12403124 LUA: 65820 = -5357 setting -5357 + 146 = -5211 12403156 LUA: 65820 = -5357 setting -5357 + 146 = -5211 12403249 LUA: 65820 = -5208 setting -5208 + 146 = -5062 12403280 LUA: 65820 = -5208 setting -5208 + 146 = -5062 12403358 LUA: 65820 = -5059 setting -5059 + 146 = -4913 12403405 LUA: 65820 = -5059 setting -5059 + 146 = -4913 12403483 LUA: 65820 = -4910 setting -4910 + 146 = -4764 12403530 LUA: 65820 = -4910 setting -4910 + 146 = -4764 12403608 LUA: 65820 = -4910 setting -4910 + 146 = -4764 12403686 LUA: 65820 = -4761 setting -4761 + 146 = -4615 12403733 LUA: 65820 = -4761 setting -4761 + 146 = -4615 12403811 LUA: 65820 = -4612 setting -4612 + 146 = -4466 12403858 LUA: 65820 = -4612 setting -4612 + 146 = -4466 12404014 LUA: 65820 = -4612 setting -4612 + 146 = -4466 12404060 LUA: 65820 = -4463 setting -4463 + 146 = -4317 12404107 LUA: 65820 = -4463 setting -4463 + 146 = -4317 12404154 LUA: 65820 = -4463 setting -4463 + 146 = -4317 12404232 LUA: 65820 = -4314 setting -4314 + 146 = -4168 12404279 LUA: 65820 = -4314 setting -4314 + 146 = -4168 12404357 LUA: 65820 = -4165 setting -4165 + 146 = -4019 12404404 LUA: 65820 = -4165 setting -4165 + 146 = -4019 12404497 LUA: 65820 = -4016 setting -4016 + 146 = -3870 12404544 LUA: 65820 = -4016 setting -4016 + 146 = -3870 12404622 LUA: 65820 = -3867 setting -3867 + 146 = -3721 12404669 LUA: 65820 = -3867 setting -3867 + 146 = -3721 12404716 LUA: 65820 = -3867 setting -3867 + 146 = -3721 12404794 LUA: 65820 = -3718 setting -3718 + 146 = -3572 12404840 LUA: 65820 = -3718 setting -3718 + 146 = -3572 12404934 LUA: 65820 = -3569 setting -3569 + 146 = -3423 12404981 LUA: 65820 = -3569 setting -3569 + 146 = -3423 12405028 LUA: 65820 = -3569 setting -3569 + 146 = -3423 12405106 LUA: 65820 = -3420 setting -3420 + 146 = -3274 12405152 LUA: 65820 = -3420 setting -3420 + 146 = -3274 12405230 LUA: 65820 = -3271 setting -3271 + 146 = -3125 12405277 LUA: 65820 = -3271 setting -3271 + 146 = -3125 12405371 LUA: 65820 = -3122 setting -3122 + 146 = -2976 12405402 LUA: 65820 = -3122 setting -3122 + 146 = -2976 12405496 LUA: 65820 = -2973 setting -2973 + 146 = -2827 12405542 LUA: 65820 = -2973 setting -2973 + 146 = -2827 12405620 LUA: 65820 = -2824 setting -2824 + 146 = -2678 12405667 LUA: 65820 = -2824 setting -2824 + 146 = -2678 12405745 LUA: 65820 = -2675 setting -2675 + 146 = -2529 12405792 LUA: 65820 = -2675 setting -2675 + 146 = -2529 12405839 LUA: 65820 = -2675 setting -2675 + 146 = -2529 12405917 LUA: 65820 = -2526 setting -2526 + 146 = -2380 12405995 LUA: 65820 = -2526 setting -2526 + 146 = -2380 12406042 LUA: 65820 = -2377 setting -2377 + 146 = -2231 12406088 LUA: 65820 = -2377 setting -2377 + 146 = -2231 12406166 LUA: 65820 = -2377 setting -2377 + 146 = -2231 12406213 LUA: 65820 = -2228 setting -2228 + 146 = -2082 12406291 LUA: 65820 = -2228 setting -2228 + 146 = -2082 12406338 LUA: 65820 = -2228 setting -2228 + 146 = -2082 12406416 LUA: 65820 = -2079 setting -2079 + 146 = -1933 12406463 LUA: 65820 = -2079 setting -2079 + 146 = -1933 12406541 LUA: 65820 = -1930 setting -1930 + 146 = -1784 12406588 LUA: 65820 = -1930 setting -1930 + 146 = -1784 12406681 LUA: 65820 = -1930 setting -1930 + 146 = -1784 12406712 LUA: 65820 = -1781 setting -1781 + 146 = -1635 12406790 LUA: 65820 = -1781 setting -1781 + 146 = -1635 12406837 LUA: 65820 = -1781 setting -1781 + 146 = -1635 12406931 LUA: 65820 = -1632 setting -1632 + 146 = -1486 12406978 LUA: 65820 = -1632 setting -1632 + 146 = -1486 12407056 LUA: 65820 = -1632 setting -1632 + 146 = -1486 12407102 LUA: 65820 = -1483 setting -1483 + 146 = -1337 12407149 LUA: 65820 = -1483 setting -1483 + 146 = -1337 12407227 LUA: 65820 = -1483 setting -1483 + 146 = -1337 12407274 LUA: 65820 = -1334 setting -1334 + 146 = -1188 12407368 LUA: 65820 = -1334 setting -1334 + 146 = -1188 12407414 LUA: 65820 = -1185 setting -1185 + 146 = -1039 12407492 LUA: 65820 = -1185 setting -1185 + 146 = -1039 12407539 LUA: 65820 = -1036 setting -1036 + 146 = -890 12407586 LUA: 65820 = -1036 setting -1036 + 146 = -890 12407664 LUA: 65820 = -1036 setting -1036 + 146 = -890 12407711 LUA: 65820 = -887 setting -887 + 146 = -741 12407789 LUA: 65820 = -887 setting -887 + 146 = -741 12407836 LUA: 65820 = -887 setting -887 + 146 = -741 12407914 LUA: 65820 = -738 setting -738 + 146 = -592 12407960 LUA: 65820 = -738 setting -738 + 146 = -592 12408054 LUA: 65820 = -589 setting -589 + 146 = -443 12408101 LUA: 65820 = -589 setting -589 + 146 = -443 12408179 LUA: 65820 = -440 setting -440 + 146 = -294 12408226 LUA: 65820 = -440 setting -440 + 146 = -294 12408272 LUA: 65820 = -440 setting -440 + 146 = -294 12408350 LUA: 65820 = -291 setting -291 + 146 = -145 12408397 LUA: 65820 = -291 setting -291 + 146 = -145 12408491 LUA: 65820 = -142 setting -142 + 142 = 0 12408522 LUA: 65820 = -142 setting -142 + 142 = 0 12408616 LUA: 65820 = -142 setting -142 + 142 = 0 12408662 LUA: 65820 = -113 setting -113 + 113 = 0 12408756 LUA: 65820 = -72 setting -72 + 72 = 0 12408803 LUA: 65820 = -58 setting -58 + 58 = 0 12408834 LUA: 65820 = -58 setting -58 + 58 = 0 12408928 LUA: 65820 = -36 setting -36 + 36 = 0 12408974 LUA: 65820 = -29 setting -29 + 29 = 0 12409052 LUA: 65820 = -23 setting -23 + 23 = 0 12409099 LUA: 65820 = -18 setting -18 + 18 = 0 12409146 LUA: 65820 = -14 setting -14 + 14 = 0 12409224 LUA: 65820 = -11 setting -11 + 11 = 0 12409271 LUA: 65820 = -9 setting -9 + 9 = 0 12409349 LUA: 65820 = -5 setting -5 + 5 = 0 12409396 LUA: 65820 = -5 setting -5 + 5 = 0 12409474 LUA: 65820 = -3 setting -3 + 3 = 0 12409520 LUA: 65820 = -2 setting -2 + 2 = 0 12409598 LUA: 65820 = -2 setting -2 + 2 = 0 12409692 LUA: 65820 = -1 setting -1 + 1 = 0 12409723 LUA: 65820 = -1 setting -1 + 1 = 0
Pete Dowson Posted September 14, 2011 Report Posted September 14, 2011 I don't know what changed (restarted FSX), but the ipc.control now works. ipc.control(65820, n) also works, but ipc.write does not. So I'll use 65820 etc. instead. 65820 is THROTTLE1_SET, the old FS axis control, the one which allows a reverse range. When you were editing the Lua, were you reloading FS to test it, or changing aircraft? If neither it wouldn't have reloaded and recompiled, but remained running as it was. The file on disk is not being re-interpreted all the time, it is only loaded the once. To develop and test Lua plug-ins I assign two keypresses -- one to to Kill it ("LuaKill <name>") and the other to run it ("Lua <name>"). Then you can keep changing it, testing it, etc, in the one session without any other reloads. Or you can get away with just the one keypress, to run it -- when you run a Lua which is already running it kills the existing one automatically. Regards Pete
pilotjohn Posted September 15, 2011 Author Report Posted September 15, 2011 65820 is THROTTLE1_SET, the old FS axis control, the one which allows a reverse range. When you were editing the Lua, were you reloading FS to test it, or changing aircraft? If neither it wouldn't have reloaded and recompiled, but remained running as it was. The file on disk is not being re-interpreted all the time, it is only loaded the once. To develop and test Lua plug-ins I assign two keypresses -- one to to Kill it ("LuaKill <name>") and the other to run it ("Lua <name>"). Then you can keep changing it, testing it, etc, in the one session without any other reloads. Or you can get away with just the one keypress, to run it -- when you run a Lua which is already running it kills the existing one automatically. Regards Pete I was swapping aircraft. Here's the final script. It can use either INCR_SMALL or SET. If SET is used, the delta (throttle increase rate) can be variable based on the axis position (how far forward). It seems the J41 filters some of the throttle inputs, as it sometime won't accept the setting unless the delta is larger enough (don't know how large, maybe 512) but works well enough. -- Use the beginning of a throttle axis range to decrease reverse thrust -- by using either THROTTLEX_SET with min/max delta based on range position -- or THROTTLEX_INCR_SMALL. Both work on the J41, but INCR_SMALL appears smoother. -- Configuration syntax: joystick, axis, axis_low, axis_high, throttle_ipc, zero_control, set/incr_control, delta_min, delta_max -- If delta_min == delta_max == 0 then control is sent without a parameter. -- THROTTLEX_SET configuration throttle_config = { { 0, "Z", -16256, -13440, 0x088c, 65820, 65820, 32, 256 }, -- 65820 = THROTTLE1_SET, 65965 = THROTTLE1_INCR_SMALL { 0, "U", -16256, -13440, 0x0924, 65821, 65821, 32, 256 } -- 65821 = THROTTLE2_SET, 65970 = THROTTLE2_INCR_SMALL } -- THROTTLEX_INCR_SMALL configuration --throttle_config = { -- { 0, "Z", -16256, -13440, 0x088c, 65820, 65965, 0, 0 }, -- 65820 = THROTTLE1_SET, 65965 = THROTTLE1_INCR_SMALL -- { 0, "U", -16256, -13440, 0x0924, 65821, 65970, 0, 0 } -- 65821 = THROTTLE2_SET, 65970 = THROTTLE2_INCR_SMALL --} poll_interval = 50 function list_iter(t) local i = 0 local n = table.getn(t) return function () i = i + 1 if i <= n then return t[i] end end end function poll_axis() for config in list_iter(throttle_config) do local joy = config[1] local axis = config[2] local alo = config[3] local ahi = config[4] local a = ipc.axis(joy, axis) if (a > alo) and (a <= ahi) then local ofs = config[5] local t = ipc.readSW(ofs) if (t > 0) then local ctrl = config[6] ipc.control(ctrl, 0); -- ipc.log(ctrl.." = "..t.." setting 0") elseif (t < 0) then local ctrl = config[7] local dlo = config[8] local dhi = config[9] if (dlo == dhi == 0) then ipc.control(ctrl) -- ipc.log(ctrl.." = "..t) else local delta = math.ceil(dlo + (dhi - dlo) * (a - alo) / (ahi - alo)) if (t > -delta) then delta = -t end ipc.control(ctrl, t + delta) -- ipc.log(ctrl.." = "..t.." setting "..t.." + "..delta.." = "..(t+delta)) end end end end end event.timer(poll_interval, "poll_axis")
pilotjohn Posted September 15, 2011 Author Report Posted September 15, 2011 Pete, If I wanted to handle the entire axis range inside a Lua function, how would I got about it? I'd like to get the "calibrated" values triggered as an event. Is this possible? For example, for the throttle lever (-16k to 16k) I'd like to have my callback function event driven with the calibrated output values (0-16k) but not have it sent to FS (my function would do that as needed). Here's why... I like the way my reverse is working, but what I'd like to do is make the entire throttle lever an anti-reverse button (for lack of a better term) until the aircraft throttle is in idle, at which point it would become a regular throttle. I can do this by assigning to axis to write to the FSUIPC throttle offset, and event.intercept that offset, but that would provide me with raw values. I can calibrate manually, but it would be nicer if I could use the already calibrated values, or at least query for calibration settings. Thoughts? Regards, John
Pete Dowson Posted September 15, 2011 Report Posted September 15, 2011 If I wanted to handle the entire axis range inside a Lua function, how would I got about it? I'd like to get the "calibrated" values triggered as an event. Is this possible? Yes. For FSUIPC to calibrate an axis but not send it on to FS you'd need to disconnect after calibration. That's done using offsets in FSUIPC -- there are bits for most of the control axes which have to be set to do a disconnection. These were intended (and used) for Fly-By-Wire implementations. For safety FSUIPC restores the connection every 10 seconds or so unless you reset the bits more often, so you need to keep setting the right bit (use the ipc.setbitsUW function).. You need really to refer to the offsets lists where these things are described. Download the FSUIPC SDK. There's a Programmers guide which covers FS9 and before, and an FSUIPC4 Offsets status document which covers FSX. Both are the same for all this. Check offset 310A for the disconnection. You can read the calibrated value which would have otherwise have been sent to FS in signed 16-bit words ("SW") in offsets starting at 3328. You can use event.offset to set an intercept for changes to the relevant value. You can read the calibrated value even if the axis is not disconnected, if that's all you want. Regards Pete
pilotjohn Posted September 15, 2011 Author Report Posted September 15, 2011 Yes. For FSUIPC to calibrate an axis but not send it on to FS you'd need to disconnect after calibration. That's done using offsets in FSUIPC -- there are bits for most of the control axes which have to be set to do a disconnection. These were intended (and used) for Fly-By-Wire implementations. For safety FSUIPC restores the connection every 10 seconds or so unless you reset the bits more often, so you need to keep setting the right bit (use the ipc.setbitsUW function).. You need really to refer to the offsets lists where these things are described. Download the FSUIPC SDK. There's a Programmers guide which covers FS9 and before, and an FSUIPC4 Offsets status document which covers FSX. Both are the same for all this. Check offset 310A for the disconnection. You can read the calibrated value which would have otherwise have been sent to FS in signed 16-bit words ("SW") in offsets starting at 3328. You can use event.offset to set an intercept for changes to the relevant value. You can read the calibrated value even if the axis is not disconnected, if that's all you want. Regards Pete Thanks, I'll give that a try.
pilotjohn Posted September 15, 2011 Author Report Posted September 15, 2011 Just one quick question: If the disconnect is set/enabled for a throttle, can I still send ipc.control values to the disconnected throttle, or will they be ignored?
Pete Dowson Posted September 15, 2011 Report Posted September 15, 2011 Just one quick question: If the disconnect is set/enabled for a throttle, can I still send ipc.control values to the disconnected throttle, or will they be ignored? Should be okay. Without tracing through the code I'm not sure. Try it. Pete
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