Jacob Wiqvist
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Posts posted by Jacob Wiqvist
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On 2/17/2021 at 3:05 PM, Pete Dowson said:
As well as taking john's good advice, do make good use of the tools at your disposal so you can see what is going on. As well as using Lua tracing (which can sometimes be a bit mind-boggling as it logs every step), try using the ipc.log function to just log details of what you read and write, and also make good use of the FSUIPC monitor facilities (right-hand side of the Logging tab) where you can monitor (to the FSUIPC log) the values of up to 4 offsets of whatever type they are.
To make things easier to see, run the Sim in Windowed mode and enable the FSUIPC console log. You will then see these logging entries in real time, on screen.
Pete
I can't get it to work?
The values are fluctuating from the Lua script. But the input signal seems fairly stable?
FSUIPC log
118890 LUA.1: 16255 118906 LUA.1: SOLENOID 1 118937 LUA.1: HandleParkingBrake end: 118969 LUA.1: HandleParkingBrake start: 118984 LUA.1: rightRudderPedalValue 119000 LUA.1: 32767 119015 LUA.1: leftRudderPedalValue 119031 LUA.1: 16255 119047 LUA.1: SOLENOID 1 119078 LUA.1: HandleParkingBrake end: 119109 LUA.1: HandleParkingBrake start: 119125 LUA.1: rightRudderPedalValue 119140 LUA.1: 32767 119156 LUA.1: leftRudderPedalValue 119172 LUA.1: 16255 119187 LUA.1: SOLENOID 1 119219 LUA.1: HandleParkingBrake end: 119250 LUA.1: HandleParkingBrake start: 119265 LUA.1: rightRudderPedalValue 119281 LUA.1: 32767 119297 LUA.1: leftRudderPedalValue 119312 LUA.1: 16255 119328 LUA.1: SOLENOID 1 119359 LUA.1: HandleParkingBrake end: 119390 LUA.1: HandleParkingBrake start: 119406 LUA.1: rightRudderPedalValue 119422 LUA.1: 32767 119437 LUA.1: leftRudderPedalValue 119453 LUA.1: 16255 119469 LUA.1: SOLENOID 1 119484 LUA.1: HandleParkingBrake end: 119515 LUA.1: HandleParkingBrake start: 119531 LUA.1: rightRudderPedalValue 119547 LUA.1: 32767 119562 LUA.1: leftRudderPedalValue 119578 LUA.1: 16255 119594 LUA.1: SOLENOID 1 119625 LUA.1: HandleParkingBrake end: 119656 LUA.1: HandleParkingBrake start: 119672 LUA.1: rightRudderPedalValue 119687 LUA.1: 32767 119703 LUA.1: leftRudderPedalValue 119719 LUA.1: 16255 119734 LUA.1: SOLENOID 1 119765 LUA.1: HandleParkingBrake end: 119797 LUA.1: HandleParkingBrake start: 119812 LUA.1: rightRudderPedalValue 119828 LUA.1: 32767 119844 LUA.1: leftRudderPedalValue 119859 LUA.1: 16255 119875 LUA.1: SOLENOID 1 119906 LUA.1: HandleParkingBrake end: 119937 LUA.1: HandleParkingBrake start: 119953 LUA.1: rightRudderPedalValue 119969 LUA.1: 32767 119984 LUA.1: leftRudderPedalValue 120000 LUA.1: 16255 120015 LUA.1: SOLENOID 1 120047 LUA.1: HandleParkingBrake end: 120078 LUA.1: HandleParkingBrake start: 120094 LUA.1: rightRudderPedalValue 120109 LUA.1: 32767 120125 LUA.1: leftRudderPedalValue 120140 LUA.1: 16255 120156 LUA.1: SOLENOID 1 120187 LUA.1: HandleParkingBrake end: 120219 LUA.1: HandleParkingBrake start: 120234 LUA.1: rightRudderPedalValue 120250 LUA.1: 32767 120265 LUA.1: leftRudderPedalValue 120281 LUA.1: 16255 120297 LUA.1: SOLENOID 1 120328 LUA.1: HandleParkingBrake end: 120359 LUA.1: HandleParkingBrake start: 120375 LUA.1: rightRudderPedalValue 120390 LUA.1: 32767 120406 LUA.1: leftRudderPedalValue 120422 LUA.1: 16255 120437 LUA.1: SOLENOID 1 120453 LUA.1: HandleParkingBrake end: 120484 LUA.1: HandleParkingBrake start: 120500 LUA.1: rightRudderPedalValue 120515 LUA.1: 32767 120531 Monitor IPC:66F6 (S16) = 15743 120531 LUA.1: leftRudderPedalValue 120547 Monitor IPC:66F6 (S16) = 15678 120547 LUA.1: 16255 120562 Monitor IPC:66F5 (S16) = 16127 120562 LUA.1: SOLENOID 1 120578 Monitor IPC:66F6 (S16) = 16383 120594 Monitor IPC:66F5 (S16) = -1 120594 LUA.1: HandleParkingBrake end: 120609 Monitor IPC:66F6 (S16) = 14975 120625 Monitor IPC:66F5 (S16) = 32639 120625 LUA.1: HandleParkingBrake start: 120640 LUA.1: rightRudderPedalValue 120640 Monitor IPC:66F6 (S16) = 11007 120656 Monitor IPC:66F5 (S16) = -256 120656 LUA.1: -129 120672 LUA.1: leftRudderPedalValue 120687 Monitor IPC:66F6 (S16) = 5760 120687 LUA.1: 13055 120703 Monitor IPC:66F5 (S16) = -32640 120703 Monitor IPC:66F6 (S16) = 1664 120703 LUA.1: SOLENOID 0 120719 Monitor IPC:66F5 (S16) = -32516 120734 LUA.1: HandleParkingBrake end: 120750 Monitor IPC:66F6 (S16) = -7672 120765 Monitor IPC:66F5 (S16) = 2056 120765 LUA.1: HandleParkingBrake start: 120781 LUA.1: rightRudderPedalValue 120781 Monitor IPC:66F6 (S16) = -15474 120797 LUA.1: -18473 120797 Monitor IPC:66F5 (S16) = -28993 120812 Monitor IPC:66F6 (S16) = -16384 120812 LUA.1: leftRudderPedalValue 120812 Monitor IPC:66F5 (S16) = 41 120828 LUA.1: -12873 120844 Monitor IPC:66F6 (S16) = -16189 120844 LUA.1: SOLENOID 0 120859 Monitor IPC:66F5 (S16) = -15604 120875 LUA.1: HandleParkingBrake end: 120875 Monitor IPC:66F6 (S16) = -16192 120890 Monitor IPC:66F5 (S16) = -16384 120906 LUA.1: HandleParkingBrake start: 120922 LUA.1: rightRudderPedalValue 120937 LUA.1: -16384 120953 LUA.1: leftRudderPedalValue 120969 LUA.1: -16192 120984 LUA.1: SOLENOID 0 121015 LUA.1: HandleParkingBrake end: 121047 LUA.1: HandleParkingBrake start: 121062 LUA.1: rightRudderPedalValue 121078 LUA.1: -16384 121094 LUA.1: leftRudderPedalValue 121109 LUA.1: -16192 121125 LUA.1: SOLENOID 0 121156 LUA.1: HandleParkingBrake end: 121187 LUA.1: HandleParkingBrake start: 121203 LUA.1: rightRudderPedalValue 121219 LUA.1: -16384 121234 LUA.1: leftRudderPedalValue 121250 LUA.1: -16192 121265 LUA.1: SOLENOID 0 121297 LUA.1: HandleParkingBrake end: 121328 LUA.1: HandleParkingBrake start: 121344 LUA.1: rightRudderPedalValue 121359 LUA.1: -16384 121375 LUA.1: leftRudderPedalValue 121390 LUA.1: -16192 121406 LUA.1: SOLENOID 0 121422 LUA.1: HandleParkingBrake end: 121453 LUA.1: HandleParkingBrake start: 121469 LUA.1: rightRudderPedalValue 121484 LUA.1: -16384 121500 LUA.1: leftRudderPedalValue 121515 LUA.1: -16192 121531 LUA.1: SOLENOID 0 121562 LUA.1: HandleParkingBrake end: 121594 LUA.1: HandleParkingBrake start: 121609 LUA.1: rightRudderPedalValue 121625 Monitor IPC:66F6 (S16) = -16191 121625 LUA.1: -16384 121640 Monitor IPC:66F5 (S16) = -16124 121640 LUA.1: leftRudderPedalValue 121656 Monitor IPC:66F6 (S16) = -16188 121656 LUA.1: -16192 121672 Monitor IPC:66F5 (S16) = -15214 121672 LUA.1: SOLENOID 0 121687 Monitor IPC:66F6 (S16) = -16185 121703 LUA.1: HandleParkingBrake end: 121703 Monitor IPC:66F5 (S16) = -14433 121703 Monitor IPC:66F6 (S16) = -16174 121719 Monitor IPC:66F5 (S16) = -11573 121734 LUA.1: HandleParkingBrake start: 121750 Monitor IPC:66F6 (S16) = -16168 121750 LUA.1: rightRudderPedalValue 121765 Monitor IPC:66F5 (S16) = -10012 121765 LUA.1: -10012 121781 Monitor IPC:66F6 (S16) = -15214 121781 LUA.1: leftRudderPedalValue 121797 Monitor IPC:66F5 (S16) = -28030 121797 LUA.1: -16168 121797 Monitor IPC:66F6 (S16) = -13523 121812 Monitor IPC:66F5 (S16) = 11540 121812 LUA.1: SOLENOID 0 121828 Monitor IPC:66F6 (S16) = -12353 121844 LUA.1: HandleParkingBrake end: 121844 Monitor IPC:66F5 (S16) = -16473 121875 Monitor IPC:66F6 (S16) = -10533 121875 LUA.1: HandleParkingBrake start: 121890 Monitor IPC:66F5 (S16) = -9411 121890 Monitor IPC:66F6 (S16) = -10272 121890 LUA.1: rightRudderPedalValue 121906 Monitor IPC:66F5 (S16) = -8123 121906 LUA.1: -8123 121906 Monitor IPC:66F6 (S16) = -9232 121922 Monitor IPC:66F5 (S16) = -3873 121922 LUA.1: leftRudderPedalValue 121937 LUA.1: -10272 121937 Monitor IPC:66F6 (S16) = -7932 121953 LUA.1: SOLENOID 0 121953 Monitor IPC:66F5 (S16) = 1276 121984 Monitor IPC:66F6 (S16) = -6372 121984 LUA.1: HandleParkingBrake end: 121984 Monitor IPC:66F5 (S16) = 7168 122015 LUA.1: HandleParkingBrake start: 122015 Monitor IPC:66F6 (S16) = -4941 122031 Monitor IPC:66F5 (S16) = -19584 122031 LUA.1: rightRudderPedalValue 122047 LUA.1: -19584 122047 Monitor IPC:66F6 (S16) = -4031 122062 LUA.1: leftRudderPedalValue 122062 Monitor IPC:66F5 (S16) = 16768 122062 Monitor IPC:66F6 (S16) = -3251 122078 LUA.1: -4941 122078 Monitor IPC:66F5 (S16) = 19840 122094 Monitor IPC:66F6 (S16) = -2861 122094 LUA.1: SOLENOID 0 122094 Monitor IPC:66F5 (S16) = -11520 122109 Monitor IPC:66F6 (S16) = -2341 122109 Monitor IPC:66F5 (S16) = -9344 122125 LUA.1: HandleParkingBrake end: 122140 Monitor IPC:66F6 (S16) = -1691 122156 LUA.1: HandleParkingBrake start: 122156 Monitor IPC:66F5 (S16) = 25984 122172 LUA.1: rightRudderPedalValue 122172 Monitor IPC:66F6 (S16) = 1152 122187 LUA.1: 25984 122187 Monitor IPC:66F5 (S16) = -32641 122203 Monitor IPC:66F6 (S16) = 2048 122203 LUA.1: leftRudderPedalValue 122203 Monitor IPC:66F5 (S16) = 127 122219 Monitor IPC:66F6 (S16) = 3200 122219 LUA.1: -1691 122219 Monitor IPC:66F5 (S16) = -32513 122234 LUA.1: SOLENOID 0 122250 Monitor IPC:66F6 (S16) = 6272 122265 LUA.1: HandleParkingBrake end: 122265 Monitor IPC:66F6 (S16) = 7168 122281 Monitor IPC:66F5 (S16) = 255 122297 LUA.1: HandleParkingBrake start: 122297 Monitor IPC:66F6 (S16) = 9215 122312 LUA.1: rightRudderPedalValue 122312 Monitor IPC:66F5 (S16) = -1 122328 LUA.1: -1 122344 LUA.1: leftRudderPedalValue 122344 Monitor IPC:66F6 (S16) = 12159 122344 Monitor IPC:66F5 (S16) = 32767 122359 LUA.1: 9215 122359 LUA.1: SOLENOID 0 122375 Monitor IPC:66F6 (S16) = 13823 122390 Monitor IPC:66F5 (S16) = -1 122390 Monitor IPC:66F6 (S16) = 14463 122390 LUA.1: HandleParkingBrake end: 122406 Monitor IPC:66F5 (S16) = 32767 122406 Monitor IPC:66F6 (S16) = 14847 122422 Monitor IPC:66F5 (S16) = -1 122422 LUA.1: HandleParkingBrake start: 122437 LUA.1: rightRudderPedalValue 122437 Monitor IPC:66F6 (S16) = 15999 122453 Monitor IPC:66F5 (S16) = 32767 122453 LUA.1: -1 122469 LUA.1: leftRudderPedalValue 122484 Monitor IPC:66F6 (S16) = 16383 122484 LUA.1: 15615 122500 Monitor IPC:66F5 (S16) = -1 122500 LUA.1: SOLENOID 0 122531 LUA.1: HandleParkingBrake end: 122562 LUA.1: HandleParkingBrake start: 122578 LUA.1: rightRudderPedalValue 122594 LUA.1: -1 122609 LUA.1: leftRudderPedalValue 122625 LUA.1: 16383 122640 LUA.1: SOLENOID 0 122672 LUA.1: HandleParkingBrake end: 122703 LUA.1: HandleParkingBrake start: 122719 LUA.1: rightRudderPedalValue 122734 LUA.1: -1 122750 LUA.1: leftRudderPedalValue 122765 LUA.1: 16383 122781 LUA.1: SOLENOID 0 122812 LUA.1: HandleParkingBrake end: 122844 LUA.1: HandleParkingBrake start: 122859 LUA.1: rightRudderPedalValue 122875 LUA.1: -1 122890 LUA.1: leftRudderPedalValue 122906 LUA.1: 16383 122922 LUA.1: SOLENOID 0 122953 LUA.1: HandleParkingBrake end: 122984 LUA.1: HandleParkingBrake start: 123000 LUA.1: rightRudderPedalValue 123015 LUA.1: -1 123031 LUA.1: leftRudderPedalValue 123047 LUA.1: 16383 123062 LUA.1: SOLENOID 0 123094 LUA.1: HandleParkingBrake end: 123125 LUA.1: HandleParkingBrake start: 123140 LUA.1: rightRudderPedalValue 123156 LUA.1: -1 123172 LUA.1: leftRudderPedalValue 123187 LUA.1: 16383 123203 LUA.1: SOLENOID 0 123234 LUA.1: HandleParkingBrake end: 123265 LUA.1: HandleParkingBrake start: 123265 Monitor IPC:66F6 (S16) = 16190 123281 LUA.1: rightRudderPedalValue 123281 Monitor IPC:66F5 (S16) = 15999 123297 LUA.1: 15999 123297 Monitor IPC:66F6 (S16) = 16175 123312 LUA.1: leftRudderPedalValue 123312 Monitor IPC:66F5 (S16) = 12287 123328 LUA.1: 16190 123328 Monitor IPC:66F6 (S16) = 16161 123328 LUA.1: SOLENOID 1 123359 Monitor IPC:66F5 (S16) = 8703 123359 LUA.1: HandleParkingBrake end: 123375 Monitor IPC:66F6 (S16) = 15743 123390 Monitor IPC:66F5 (S16) = 32569 123390 Monitor IPC:66F6 (S16) = 15103 123390 LUA.1: HandleParkingBrake start: 123406 Monitor IPC:66F5 (S16) = -244 123406 LUA.1: rightRudderPedalValue 123422 Monitor IPC:66F6 (S16) = 13951 123422 Monitor IPC:66F5 (S16) = 32585 123422 LUA.1: -9492 123437 LUA.1: leftRudderPedalValue 123453 Monitor IPC:66F6 (S16) = 12415 123453 LUA.1: 15066 123469 Monitor IPC:66F5 (S16) = 32671 123469 LUA.1: SOLENOID 0 123484 Monitor IPC:66F6 (S16) = 6656 123500 Monitor IPC:66F5 (S16) = 151 123500 Monitor IPC:66F6 (S16) = 2304 123500 LUA.1: HandleParkingBrake end: 123515 Monitor IPC:66F5 (S16) = 12 123531 LUA.1: HandleParkingBrake start: 123547 Monitor IPC:66F6 (S16) = -9492 123547 LUA.1: rightRudderPedalValue 123562 Monitor IPC:66F5 (S16) = -5120 123562 LUA.1: -5120 123578 Monitor IPC:66F6 (S16) = -16384 123578 LUA.1: leftRudderPedalValue 123594 Monitor IPC:66F5 (S16) = 0 123594 LUA.1: -9492 123609 LUA.1: SOLENOID 0 123640 LUA.1: HandleParkingBrake end: 123672 LUA.1: HandleParkingBrake start: 123687 LUA.1: rightRudderPedalValue 123703 LUA.1: 0 123719 LUA.1: leftRudderPedalValue 123734 LUA.1: -16384 123750 LUA.1: SOLENOID 0 123781 LUA.1: HandleParkingBrake end: 123812 LUA.1: HandleParkingBrake start: 123828 LUA.1: rightRudderPedalValue 123844 LUA.1: 0 123859 LUA.1: leftRudderPedalValue 123875 LUA.1: -16384 123890 LUA.1: SOLENOID 0 123922 LUA.1: HandleParkingBrake end: 123953 LUA.1: HandleParkingBrake start: 123969 LUA.1: rightRudderPedalValue 123984 LUA.1: 0 124000 LUA.1: leftRudderPedalValue 124015 LUA.1: -16384 124031 LUA.1: SOLENOID 0 124062 LUA.1: HandleParkingBrake end: 124094 LUA.1: HandleParkingBrake start: 124109 LUA.1: rightRudderPedalValue 124125 LUA.1: 0 124140 LUA.1: leftRudderPedalValue 124156 LUA.1: -16384 124172 LUA.1: SOLENOID 0 124203 LUA.1: HandleParkingBrake end: 124234 LUA.1: HandleParkingBrake start: 124250 LUA.1: rightRudderPedalValue 124265 LUA.1: 0 124281 LUA.1: leftRudderPedalValue 124297 LUA.1: -16384 124297 LUA.1: SOLENOID 0 124328 LUA.1: HandleParkingBrake end: 124359 LUA.1: HandleParkingBrake start: 124375 LUA.1: rightRudderPedalValue 124390 LUA.1: 0 124406 LUA.1: leftRudderPedalValue 124422 LUA.1: -16384 124437 LUA.1: SOLENOID 0 124469 LUA.1: HandleParkingBrake end: 124500 LUA.1: HandleParkingBrake start: 124515 LUA.1: rightRudderPedalValue 124531 LUA.1: 0 124547 LUA.1: leftRudderPedalValue 124562 LUA.1: -16384 124578 LUA.1: SOLENOID 0 124609 LUA.1: HandleParkingBrake end: 124640 LUA.1: HandleParkingBrake start: 124656 LUA.1: rightRudderPedalValue 124672 LUA.1: 0 124687 LUA.1: leftRudderPedalValue 124703 LUA.1: -16384 124719 LUA.1: SOLENOID 0 124750 LUA.1: HandleParkingBrake end: 124781 LUA.1: HandleParkingBrake start: 124797 LUA.1: rightRudderPedalValue 124812 LUA.1: 0 124828 LUA.1: leftRudderPedalValue 124844 LUA.1: -16384 124859 LUA.1: SOLENOID 0 124890 LUA.1: HandleParkingBrake end: 124922 LUA.1: HandleParkingBrake start: 124937 LUA.1: rightRudderPedalValue 124953 LUA.1: 0 124969 LUA.1: leftRudderPedalValue 124984 LUA.1: -16384 125000 LUA.1: SOLENOID 0 125031 LUA.1: HandleParkingBrake end: 125062 LUA.1: HandleParkingBrake start: 125078 LUA.1: rightRudderPedalValue 125094 LUA.1: 0 125109 LUA.1: leftRudderPedalValue 125125 LUA.1: -16384 125140 LUA.1: SOLENOID 0 125172 LUA.1: HandleParkingBrake end: 125203 LUA.1: HandleParkingBrake start: 125219 LUA.1: rightRudderPedalValue 125234 LUA.1: 0 125250 LUA.1: leftRudderPedalValue 125265 LUA.1: -16384 125265 LUA.1: SOLENOID 0 125297 LUA.1: HandleParkingBrake end: 125328 LUA.1: HandleParkingBrake start: 125344 LUA.1: rightRudderPedalValue 125359 LUA.1: 0 125375 LUA.1: leftRudderPedalValue 125390 LUA.1: -16384 125406 LUA.1: SOLENOID 0 125437 LUA.1: HandleParkingBrake end: 125469 LUA.1: HandleParkingBrake start: 125484 LUA.1: rightRudderPedalValue 125500 LUA.1: 0 125515 LUA.1: leftRudderPedalValue 125531 LUA.1: -16384 125547 LUA.1: SOLENOID 0 125578 LUA.1: HandleParkingBrake end: 125609 LUA.1: HandleParkingBrake start: 125625 LUA.1: rightRudderPedalValue 125640 LUA.1: 0 125656 LUA.1: leftRudderPedalValue 125672 LUA.1: -16384 125687 LUA.1: SOLENOID 0 125719 LUA.1: HandleParkingBrake end: 125750 LUA.1: HandleParkingBrake start: 125765 LUA.1: rightRudderPedalValue 125781 LUA.1: 0 125797 LUA.1: leftRudderPedalValue 125812 LUA.1: -16384 125828 LUA.1: SOLENOID 0 125859 LUA.1: HandleParkingBrake end: 125890 LUA.1: HandleParkingBrake start: 125906 LUA.1: rightRudderPedalValue 125922 LUA.1: 0 125937 LUA.1: leftRudderPedalValue 125953 LUA.1: -16384 125969 LUA.1: SOLENOID 0 126000 LUA.1: HandleParkingBrake end: 126031 LUA.1: HandleParkingBrake start: 126047 LUA.1: rightRudderPedalValue 126062 LUA.1: 0 126078 LUA.1: leftRudderPedalValue 126094 LUA.1: -16384 126109 LUA.1: SOLENOID 0 126140 LUA.1: HandleParkingBrake end: 126172 LUA.1: HandleParkingBrake start: 126187 LUA.1: rightRudderPedalValue 126203 LUA.1: 0 126219 LUA.1: leftRudderPedalValue 126219 LUA.1: -16384 126234 LUA.1: SOLENOID 0 126265 LUA.1: HandleParkingBrake end: 126297 LUA.1: HandleParkingBrake start: 126312 LUA.1: rightRudderPedalValue 126328 LUA.1: 0 126344 LUA.1: leftRudderPedalValue 126359 LUA.1: -16384 126375 LUA.1: SOLENOID 0 126406 LUA.1: HandleParkingBrake end: 126437 LUA.1: HandleParkingBrake start: 126453 LUA.1: rightRudderPedalValue 126469 LUA.1: 0 126484 LUA.1: leftRudderPedalValue 126500 LUA.1: -16384 126515 LUA.1: SOLENOID 0 126547 LUA.1: HandleParkingBrake end: 126578 LUA.1: HandleParkingBrake start: 126594 LUA.1: rightRudderPedalValue 126609 LUA.1: 0 126625 LUA.1: leftRudderPedalValue 126640 LUA.1: -16384 126656 LUA.1: SOLENOID 0 126687 LUA.1: HandleParkingBrake end: 126719 LUA.1: HandleParkingBrake start: 126734 LUA.1: rightRudderPedalValue 126750 LUA.1: 0 126765 LUA.1: leftRudderPedalValue 126781 LUA.1: -16384 126797 LUA.1: SOLENOID 0 126828 LUA.1: HandleParkingBrake end: 126859 LUA.1: HandleParkingBrake start: 126875 LUA.1: rightRudderPedalValue 126890 LUA.1: 0 126906 LUA.1: leftRudderPedalValue 126922 LUA.1: -16384 126937 LUA.1: SOLENOID 0 126969 LUA.1: HandleParkingBrake end: 127000 LUA.1: HandleParkingBrake start: 127015 LUA.1: rightRudderPedalValue 127031 LUA.1: 0 127047 LUA.1: leftRudderPedalValue 127062 LUA.1: -16384 127078 LUA.1: SOLENOID 0 127109 LUA.1: HandleParkingBrake end: 127140 LUA.1: HandleParkingBrake start: 127156 LUA.1: rightRudderPedalValue 127172 LUA.1: 0 127187 LUA.1: leftRudderPedalValue 127187 LUA.1: -16384 127203 LUA.1: SOLENOID 0 127234 LUA.1: HandleParkingBrake end: 127265 LUA.1: HandleParkingBrake start: 127281 LUA.1: rightRudderPedalValue 127297 LUA.1: 0 127312 LUA.1: leftRudderPedalValue 127328 LUA.1: -16384 127344 LUA.1: SOLENOID 0 127375 LUA.1: HandleParkingBrake end: 127406 LUA.1: HandleParkingBrake start: 127422 LUA.1: rightRudderPedalValue 127437 LUA.1: 0 127453 LUA.1: leftRudderPedalValue 127469 LUA.1: -16384 127484 LUA.1: SOLENOID 0 127515 LUA.1: HandleParkingBrake end: 127547 LUA.1: HandleParkingBrake start: 127562 LUA.1: rightRudderPedalValue 127578 LUA.1: 0 127594 LUA.1: leftRudderPedalValue 127609 LUA.1: -16384 127625 LUA.1: SOLENOID 0 127656 LUA.1: HandleParkingBrake end: 127687 LUA.1: HandleParkingBrake start: 127703 LUA.1: rightRudderPedalValue 127719 LUA.1: 0 127734 LUA.1: leftRudderPedalValue 127750 LUA.1: -16384 127765 LUA.1: SOLENOID 0 127797 LUA.1: HandleParkingBrake end: 127828 LUA.1: HandleParkingBrake start: 127844 LUA.1: rightRudderPedalValue 127859 LUA.1: 0 127875 LUA.1: leftRudderPedalValue 127890 LUA.1: -16384 127906 LUA.1: SOLENOID 0 127937 LUA.1: HandleParkingBrake end: 127969 LUA.1: HandleParkingBrake start: 127984 LUA.1: rightRudderPedalValue 128000 LUA.1: 0 128015 LUA.1: leftRudderPedalValue 128031 LUA.1: -16384 128047 LUA.1: SOLENOID 0 128078 LUA.1: HandleParkingBrake end: 128109 LUA.1: HandleParkingBrake start: 128125 LUA.1: rightRudderPedalValue 128140 LUA.1: 0 128156 LUA.1: leftRudderPedalValue 128156 LUA.1: -16384 128172 LUA.1: SOLENOID 0 128203 LUA.1: HandleParkingBrake end: 128234 LUA.1: HandleParkingBrake start: 128250 LUA.1: rightRudderPedalValue 128265 LUA.1: 0 128281 LUA.1: leftRudderPedalValue 128297 LUA.1: -16384 128312 LUA.1: SOLENOID 0 128344 LUA.1: HandleParkingBrake end: 128375 LUA.1: HandleParkingBrake start: 128390 LUA.1: rightRudderPedalValue 128406 LUA.1: 0 128422 LUA.1: leftRudderPedalValue 128437 LUA.1: -16384 128453 LUA.1: SOLENOID 0 128484 LUA.1: HandleParkingBrake end: 128515 LUA.1: HandleParkingBrake start: 128531 LUA.1: rightRudderPedalValue 128547 LUA.1: 0 128562 LUA.1: leftRudderPedalValue 128578 LUA.1: -16384 128594 LUA.1: SOLENOID 0 128625 LUA.1: HandleParkingBrake end: 128656 LUA.1: HandleParkingBrake start: 128672 LUA.1: rightRudderPedalValue 128687 LUA.1: 0 128703 LUA.1: leftRudderPedalValue 128719 LUA.1: -16384 128734 LUA.1: SOLENOID 0 128765 LUA.1: HandleParkingBrake end: 128797 LUA.1: HandleParkingBrake start: 128812 LUA.1: rightRudderPedalValue 128828 LUA.1: 0 128844 LUA.1: leftRudderPedalValue 128859 LUA.1: -16384 128875 LUA.1: SOLENOID 0 128906 LUA.1: HandleParkingBrake end: 128937 LUA.1: HandleParkingBrake start: 128953 LUA.1: rightRudderPedalValue 128969 LUA.1: 0 128984 LUA.1: leftRudderPedalValue 129000 LUA.1: -16384 129015 LUA.1: SOLENOID 0 129047 LUA.1: HandleParkingBrake end: 129078 LUA.1: HandleParkingBrake start: 129094 LUA.1: rightRudderPedalValue 129109 LUA.1: 0 129125 LUA.1: leftRudderPedalValue 129125 LUA.1: -16384 129140 LUA.1: SOLENOID 0 129172 LUA.1: HandleParkingBrake end: 129203 LUA.1: HandleParkingBrake start: 129219 LUA.1: rightRudderPedalValue 129234 LUA.1: 0 129250 LUA.1: leftRudderPedalValue 129265 LUA.1: -16384 129281 LUA.1: SOLENOID 0 129312 LUA.1: HandleParkingBrake end: 129344 LUA.1: HandleParkingBrake start: 129359 LUA.1: rightRudderPedalValue 129375 LUA.1: 0 129390 LUA.1: leftRudderPedalValue 129406 LUA.1: -16384 129422 LUA.1: SOLENOID 0 129453 LUA.1: HandleParkingBrake end: 129484 LUA.1: HandleParkingBrake start: 129500 LUA.1: rightRudderPedalValue 129515 LUA.1: 0 129531 LUA.1: leftRudderPedalValue 129547 LUA.1: -16384 129562 LUA.1: SOLENOID 0 129594 LUA.1: HandleParkingBrake end: 129625 LUA.1: HandleParkingBrake start: 129640 LUA.1: rightRudderPedalValue 129656 LUA.1: 0 129672 LUA.1: leftRudderPedalValue 129687 LUA.1: -16384 129703 LUA.1: SOLENOID 0 129734 LUA.1: HandleParkingBrake end: 129765 LUA.1: HandleParkingBrake start: 129781 LUA.1: rightRudderPedalValue 129797 LUA.1: 0 129812 LUA.1: leftRudderPedalValue 129828 LUA.1: -16384 129844 LUA.1: SOLENOID 0 129875 LUA.1: HandleParkingBrake end: 129906 LUA.1: HandleParkingBrake start: 129922 LUA.1: rightRudderPedalValue 129937 LUA.1: 0 129953 LUA.1: leftRudderPedalValue 129969 LUA.1: -16384 129984 LUA.1: SOLENOID 0 130015 LUA.1: HandleParkingBrake end: 130047 LUA.1: HandleParkingBrake start: 130062 LUA.1: rightRudderPedalValue 130078 LUA.1: 0 130078 LUA.1: leftRudderPedalValue 130094 LUA.1: -16384 130109 LUA.1: SOLENOID 0 130140 LUA.1: HandleParkingBrake end: 130172 LUA.1: HandleParkingBrake start: 130187 LUA.1: rightRudderPedalValue 130203 LUA.1: 0 130219 LUA.1: leftRudderPedalValue 130234 LUA.1: -16384 130250 LUA.1: SOLENOID 0 130281 LUA.1: HandleParkingBrake end: 130312 LUA.1: HandleParkingBrake start: 130328 LUA.1: rightRudderPedalValue 130344 LUA.1: 0 130359 LUA.1: leftRudderPedalValue 130375 LUA.1: -16384 130390 LUA.1: SOLENOID 0 130422 LUA.1: HandleParkingBrake end: 130453 LUA.1: HandleParkingBrake start: 130469 LUA.1: rightRudderPedalValue 130484 LUA.1: 0 130500 LUA.1: leftRudderPedalValue 130515 LUA.1: -16384 130531 LUA.1: SOLENOID 0 130562 LUA.1: HandleParkingBrake end: 130594 LUA.1: HandleParkingBrake start: 130609 LUA.1: rightRudderPedalValue 130625 LUA.1: 0 130640 LUA.1: leftRudderPedalValue 130656 LUA.1: -16384 130672 LUA.1: SOLENOID 0 130703 LUA.1: HandleParkingBrake end: 130734 LUA.1: HandleParkingBrake start: 130750 LUA.1: rightRudderPedalValue 130765 LUA.1: 0 130781 LUA.1: leftRudderPedalValue 130797 LUA.1: -16384 130812 LUA.1: SOLENOID 0 130844 LUA.1: HandleParkingBrake end: 130844 === Hot key unregistered 130844 === Stop called ... 130859 === Closing external processes we started ... 130875 LUA.1: HandleParkingBrake start: 130890 LUA.1: rightRudderPedalValue 130906 LUA.1: 0 130922 LUA.1: leftRudderPedalValue 130937 LUA.1: -16384 130953 LUA.1: SOLENOID 0 131875 === About to kill any Lua plug-ins still running ... 132015 Lua threads being terminated: 132015 1 = "E:\FSUIPC7\test.lua" 132594 LUA: "E:\FSUIPC7\test.lua": killed 132594 === Closing global Lua thread 133625 === About to kill my timers ... 133844 === Restoring window procs ... 133844 === Unloading libraries ... 133844 === stopping other threads ... 133844 === ... Button scanning ... 133937 === ... Axis scanning ... 134047 === Releasing joystick devices ... 134047 === Freeing macro memory 134047 === Removing any offset overrides 134047 === Clearing any displays left 134062 === Calling SimConnect_Close ... 134265 === SimConnect_Close done! 134265 === AI slots deleted! 134265 === Freeing button memory ... 134265 === Closing my Windows ... 134265 === Freeing FS libraries ... 135281 === Closing devices ... 135281 === Closing the Log ... Bye Bye! ... 135281 System time = 18/02/2021 22:12:09 135281 *** FSUIPC log file being closed Minimum frame rate was 45.3 fps, Maximum was 60.1 fps Average frame rate for running time of 123 secs = 56.3 fps Maximum AI traffic for session was 1 aircraft Traffic deletions 0 aircraft Memory managed: 4 Allocs, 3 Freed ********* FSUIPC Log file closed ***********The code I have used. The lua script seem to send some strange values, could it be bad pedals? Is it in som way possible to filter in the lua script?
function HandleParkingBrake(time) ipc.log("HandleParkingBrake start:") rightRudderPedalValue = ipc.readSW(0x66F5) leftRudderPedalValue = ipc.readSW(0x66F6) ipc.log("rightRudderPedalValue") ipc.log(rightRudderPedalValue) ipc.log("leftRudderPedalValue") ipc.log(leftRudderPedalValue) if rightRudderPedalValue > 14000 and leftRudderPedalValue > 14000 then ipc.log("SOLENOID 1") ipc.writeUB(0x66E9, 1) else ipc.log("SOLENOID 0") ipc.writeUB(0x66E9, 0) end ipc.log("HandleParkingBrake end:") end event.timer(10, "HandleParkingBrake") -
11 minutes ago, John Dowson said:
Also check that you are calling event.offset for those two offsets.
How do I do that in a correct way?
Is this the correct way? :
event.offset(0x66E1, "SD", "myFunction")
event.offset(0x66F5, "SD", "myFunction")
Is Ther any spacing I should be aware of, or careful with?
-
32 minutes ago, John Dowson said:
But thats just the function I gave you. I have still no idea what you are talking about. What do you mean by 'the "And" between 66E1 and 66F5 don't work'? What does 'don't work' actually mean? what is 'between'? What 'And'? You aren't making any sense to me.
When I press the brake pedal that sends data to offset 66F5 the Offset 66E9 change, from 0 to 1 witch is partly correct.
But when I push the brake pedal that sends data to 66E1 nothing happens.
What I want to happen is that I have to push bothe pedals to set 1 on 66E9.
And it should not matter if I start pushing the left pedal that sends data to 66E1 or 66F5. The condition should be that bothe pedals should be pushed, and speed less then 20 knots.
When I sad "and" between 66E1 and 66F5, don't work. I meant that the condition "and" dose not seem to do anything?
This line of code:
if val1 > 14000 and val2 > 14000 and groundSpeed < 20 then
It say if val1 and val2?
In my understanding the code should tak in to account both val1 and val2?
-
20 minutes ago, John Dowson said:
What does this mean? What is an 'And function'?
If a lua script doesn't work, activate logging for lua plugins and try and determine what the problem is from the log output.
function myFunction(offset, value)
-- read 1st axis offset
val1 = ipc.readSD(0x66F5)
-- read 2nd axis offset
val2 = ipc.readSD(0x66E1)
-- read Ground Speed offset
groundSpeed = ipc.readSD(0x02B4)
-- convert groundSpeed to Knots
groundSpeed = (groundSpeed / 65536) * 1.94384
if val1 > 14000 and val2 > 14000 and groundSpeed < 20 then
ipc.writeUB(0x66E9, 1)
else
ipc.writeUB(0x66E9, 0)
end
end
(Unable to send code on my phone)
Also tested this:
https://share.icloud.com/photos/0OkaoN7e_W6v96khJMdZD0cTg
-
5 minutes ago, John Dowson said:
What does this mean? What is an 'And function'?
If a lua script doesn't work, activate logging for lua plugins and try and determine what the problem is from the log output.
God tip I will do that.
Maybe it is not called function.
But the "And" between 66E1 and 66F5 don't work?
-
Unfortunately it did not work. The code disregard the and function, between 66E1 and 66F5.
The strange thing is that the And function between 66F5 and Speed work?
-
50 minutes ago, John Dowson said:
And why change from 0x66E5 to 0x66F5? Ots a good idea to group the user offsets you use consecutively, but its not a functional issue.
Something ells is writing to 0x66E5, but I have no Ide what. It may be something inside ProSim, have to check. But that offset did not work.
I will test the latest script you sent. Much easier for me to understand. Thank you.
I would also like to get into the script that GS must be below 20 knots to be able to activate 0x66E9 to 1, how can I do that?
I read this:
02B4 4 GS: Ground Speed, as 65536*metres/sec. Not updated in Slew mode!
https://forum.simflight.com/topic/5924-fsuipc-need-help-with-ground-speed-offset-02b4/
65536*10,29 =674365,44 about= 674365
or should I devide it?
can I write like this:
function myFunction(offset, value) -- read 1st offset val1 = ipc.readSD(0x66F5) -- read 2nd offset val2 = ipc.readSD(0x66E1) -- read 3ed offset val3 = ipc.readSD(0x02B4) if val1 > 14000 and val2 > 14000 and val3 < 674365 then ipc.writeUB(0x66E9, 1) else ipc.writeUB(0x66E9, 0) end endBest regards!
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11 hours ago, John Dowson said:
If you are writing a double word (4 bytes) to 0x66E1. then that value is held in 4 bytes from that offset, so in 0x66E1-0x66E4 inclusive.
However, you are overwriting that value here: ipc.writeUB (0x66E2, 1).
Try using 0x66E5 instead.Also, is the value signed or unsigned? This is important when reading. I assume signed below - change to unsigned if needed.
Using event.timer was also just an example to get you going. Its probably more efficient to use event.offset, and you can use the same handling function for multiple offsets.
But that is one offset. What is the second offset you are using? And always specify the size of the value you are writing to that offset. If you are writing an axis value of as a dword, then it will take 4 bytes. If thats one axis, then you can write the second axis starting at 0x66E5.
Which offset? If you want them consecutive, the next 'free\ one is 0x66E9, so why not use that?
So, assuming your two axis values are written to 0x66E1 and and 0x66E5, and the flag we are using is in 0x66E9, try
Later...I see Pete also responded at the same time!
I changed a few things an now it works fairly good.
function myFunction(offset, val2)
-- read 1st offset
if offset == 0x66E1 then
val1 = ipc.readSD(0x66F5)
elseif offset == 0x66F5 then
val2 = ipc.readSD(0x66E1)
endif val1 > 14000 and val2 > 14000 then
ipc.writeUB(0x66E9, 1)
else
ipc.writeUB(0x66E9, 0)
endend
event.offset(0x66E1, "SD", "myFunction")
event.offset(0x66F5, "SD", "myFunction")
-
2 hours ago, John Dowson said:
But that is one offset. What is the second offset you are using? And always specify the size of the value you are writing to that offset. If you are writing an axis value of as a dword, then it will take 4 bytes. If thats one axis, then you can write the second axis starting at 0x66E5.
I only tested with one offset and one pedal to see if I could get that working.
What in the code is specifying the size of the value? UB, SW and so on?
Any way so the code you sent will send a 0 or 1 to 0x66E9 depending on if 0x66E1 and 0x66E5 is above or below 15000 on the input axis.
So -16383 to 14999 on the input axis will give 0 on 0x66E9.
And 15000 to 16383 will give 1 on the 0x66E9 Offset?
And it will do this in real time?
I mean that it will continue to be 1 or 0 as long as the value is over 15000?
Regards Jacob!
-
Thank you so much for the help.
I am at work but I soooooo much want to get home to test.
Best regards Jacob!
-
Maybe this is more clear:
What I want is:
1: 2 axis prograned to two FSUIPC offsets. Let's say 0x66E1
2: I want the Lua script to read the two offsets, continuously several times a second.
3: When bothe of the offsets read a value over 15000 I want another offset to change from 0 to 1.
4: When bothe or any of the offsets go below 15000 I want the offset that changed from 0 to 1, to go to 0.
5: I want this to happen in real time.
I have tried to make a script but it doesn't work and it write a value of -64 to + 64 to the offset 0x66E2, instead of 0 or 1.
-
I think I use the wrong offset typ/format in the script, berceuse Offset 0x66E2 is relesed when
0x66E1 go to 0 not over 10000 or 15000 like I want.
FSUIPC AXIS write to x66E1, Offset Dword Set
ProSim brake axis read 0x66E6 (FSUIPC 16 Bit S)
I want the script to read 66E1 (The brake axis)
And if the value goes over 15000 send and keep the Offset 0x66E2 to 1 and if the brake axis go under say 15000 I want the value to go to 0.
This dose not seem to work?
function myFunction(time)
-- read 1st offset
val1 = readUD (0x66E1)
val2 = readUD (0x66E1)if val1 > 15000 and val2 > 15000 then
ipc.writeUB (0x66E2, 1)
else
ipc.writeUB (0x66E2, 0)
endend
event.timer(200, "myFunction")
Regards Jacob
-
If someone els could help me I would realy apriciate the help.
-
2 minutes ago, John Dowson said:
Why? As I said, just don't touch that section. It is managed by FSUIPC - leave it alone!
Why did you change it? What are you trying to read? You use the read function corresponding to the data type of the data held in the offset you want to read.
Please see the lua documentation for event.offset, in the Lua Library document. Also, take a look at the example lua files provided - there should be a zip file containing examples in your FSUIPC documents folder.
I thought you ment that:
[LuaFiles]
1=testNeeded too be removed.
I added those lines my self. bothe [Auto] and [LuaFiles]
I tried to read page 29 of 40:
event.offset(offset, "type", "function-name") event.offset(offset, "STR", length, "function-name") Your processing function: function-name(offset, value)
Executes the named function (named as a string, “...”), which must be defined before this line, when the specified FSUIPC offset changes The function is also executed initially, when the plugin is first run, in order to initialise things. This saves using an explicit call to do the same. The offset can be specified in Lua format hexadecimal, e.g. 0x0AEC, or in decimal, or as a string e.g. “0AEC”. The type is one of these:
UB unsigned 8-bit byte
UW unsigned 16-bit word
UD unsigned 32-bit dword
SB signed 8-bit byte
SW signed 16-bit word
SD signed 32-bit dword
DD signed 64-bit value
DBL 64-bit double floating point
FLT 32-bit single floating point
STR string of ASCII characters
The length parameter is omitted (or ignored) except for the “STR” type, where it can optionally define the string length (max 256). If the length is omitted for the STR type then the string will be zero terminated and will have a maximum length of 255 not including the final zero. The function is called with the offset, so that the same function can, if desired, be used for more than one such event, and also the current (new) value in that offset. This will be a Lua number for all types except STR where it will be a string
I read this thread: https://www.flightsimsweden.se/knowledge-base/lua/
Maybe it is better I explain what I want to do.I want to read 2 offsets and when they bothe are more then 10000 in value, I want another offset to change from 0 to 1.
The 2 offset should be betwen -16383 to + 16383
If bothe are under 10000 an offset change to 0 and if bothe are over 10000 an offset change to 1.
I just wanted with this first test to se If I could get one offset to change another offsets value with a lua script.
Regards.
-
9 minutes ago, John Dowson said:
Whats the issue? The log shows your lua is running ok.
However, you are reading from 0x67E7, which is in a reserved area. Are you sure thats correct?Other than that, your lua is running ok - it will just run and exit.
If you want to keep it running, and update an offset when another offset changes, you probably want to ne using the event.offset function. Then the lua thread will keep running, waiting for that offset to change, and then calling the event function, in which you can write to your other offset.If thats not what you need, then maybe activate the lua on a button or key press rather than have it auto-started.
Don't write the [LuaFiles] section. This is constructed automatically from the lua files (old/removed and new) and shouldn't be manually changed. Just add your luas to the [Auto] section when you want them auto-started.
John
I also removed the:
[LuaFiles]
1=test -
1 minute ago, John Dowson said:
Whats the issue? The log shows your lua is running ok.
However, you are reading from 0x67E7, which is in a reserved area. Are you sure thats correct?Other than that, your lua is running ok - it will just run and exit.
If you want to keep it running, and update an offset when another offset changes, you probably want to ne using the event.offset function. Then the lua thread will keep running, waiting for that offset to change, and then calling the event function, in which you can write to your other offset.If thats not what you need, then maybe activate the lua on a button or key press rather than have it auto-started.
Don't write the [LuaFiles] section. This is constructed automatically from the lua files (old/removed and new) and shouldn't be manually changed. Just add your luas to the [Auto] section when you want them auto-started.
John
Ofcourse I want to use free ofssets.
Can you change the code with a free offest and event.offset function on the correct place.
I changed, to this:
if (ipc.readUB(0x67E7) == 1) then
ipc.writeUB (0x66E2, 1)
end
I changed offset and WB to UB, I hope that is correct?
-
This is what I have written in the config file in the bottom of fsuipc.
[Auto]
1=lua test[LuaFiles]
1=test
-
This is what FSUIPC log say:
234 -------------------------------------------------------------------
266 LogOptions=00000000 00000001
3156 Simulator detected
8187 SimConnect_Open succeeded
8187 Running in "KittyHawk", Version: 11.0.282174.999 (SimConnect: 11.0.62651.3)
8187 MSFS version = 11.0.282174.999
8187 Initialising SimConnect data requests now
8203 C:\Users\jacob\AppData\Local\Packages\Microsoft.FlightSimulator_8wekyb3d8bbwe\LocalState\MISSIONS\Custom\CustomFlight\CustomFlight.FLT
8203 SimObjects\Airplanes\prosim_b738\aircraft.CFG
8203 User Aircraft ID 1 supplied, now being used
8281 Aircraft loaded: running normally now ...
8953 Aircraft="Prosim_B738 2021a KLM"
8953 System time = 14/02/2021 14:07:51, Simulator time = 13:18:48 (12:18Z)
16016 -------------------- Starting everything now ----------------------
16094 LUA.1: beginning "E:\FSUIPC7\test.lua"
16094 LUA.1: E:\FSUIPC7\test.lua:1
16109 LUA.1: Global: ipcPARAM = 0
16125 LUA.1: E:\FSUIPC7\test.lua:5
-
Hi all!
This is my first attempt with lua, or any code for that matter.
I know nothing about programing so pleas bare with me.
My first attempt is to get one FSUIPC Offset to change another offset from 0 to 1. But this dose not seem to work.
I use MSFS2020 and are using FSUIPC7
I have pot the "test.lua" text file in the root of FSUIPC folder.
This is the code I am trying.
If (ipc.readUW(0x67E7) == 1) then
ipc.writeUB (0x66E2, 1)
end
-
I get this error message.
Program error: (0xc000007b
Any one know what to do?
-
At this moment FSUIPC starts a few programs when I start the simulator, and close them when I close the Sim.
But one program neads to be starter as a shortcut with a extra ”Configuration_file_name.config” as a target in the shortcut, to load the config file in the program.
My question is. Is it possible to start a shortcut with fsuipc?
First attempt with Lua
in FSUIPC7 MSFS
Posted
Could this code work?
That it disregard a -1 value?
Or is there any other filtering methods in lua?
function HandleParkingBrake(time)
ipc.log("HandleParkingBrake start:")
rightRudderPedalValue = ipc.readSW(0x66F5)
leftRudderPedalValue = ipc.readSW(0x66F6)
ipc.log("rightRudderPedalValue")
ipc.log(rightRudderPedalValue)
ipc.log("leftRudderPedalValue")
ipc.log(leftRudderPedalValue)
if leftRudderPedalValue <> -1 then
if rightRudderPedalValue > 14000 and leftRudderPedalValue > 14000 then
ipc.log("SOLENOID 1")
ipc.writeUB(0x66E9, 1)
else
ipc.log("SOLENOID 0")
ipc.writeUB(0x66E9, 0)
end
else
ipc.log("HandleParkingBrake end:")
end
end
event.timer(10, "HandleParkingBrake")