forked from epics_driver_modules/motorBase
Check for abort while reading scope data; default is PSO_DISTANCE_ARRAY==0; when PSO_DISTANCE_ARRAY==0, use a fixed grid of (motorlastpos-motorfirstpos)/npulses
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@@ -561,6 +561,7 @@ ss EnsembleTrajectoryScan {
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%%pVar->status = sendReceiveCommand(ssId, pVar, "SCOPETRIG STOP", pVar->stringIn, 1);
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strcpy(stringLast, "");
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for (i=0; i<nScopeDataPoints; i++) {
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if (execStatus == STATUS_ABORT) break;
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sprintf(stringOut, "SCOPEDATA %d %d", sd_PositionFeedback, i);
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%%pVar->status = sendReceiveCommand(ssId, pVar, pVar->stringOut, pVar->stringIn, 0);
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sprintf(stringOut, "DGLOBAL(%d)", darg1Var);
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@@ -1208,7 +1209,7 @@ int writeIntAndCheck(SS_ID ssId, struct UserVar *pVar, int n, int ival) {
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/* Not all Ensemble controllers support PSOARRAY commands. There doesn't seem to be a command
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* that allows software to determine whether or not PSOARRAY commands are supported.
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*/
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#define PSO_DISTANCE_ARRAY 1
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#define PSO_DISTANCE_ARRAY 0
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/* For trajectories of unlimited length, PVT commands can be executed via sendReceiveCommand(),
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* but this has not been reliable enough, so if PVT_BY_CONTROLLER, we send the whole trajectory
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@@ -1301,7 +1302,7 @@ static int loadTrajectory(SS_ID ssId, struct UserVar *pVar) {
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status = writeRead(ssId, pVar, stringOut, reply);
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#else
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/* Just send fixed-distance pulses. For now, don't even worry about StartPulses, EndPulses */
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dp = (pVar->motorTrajectory[0][pVar->npoints-1] - pVar->motorTrajectory[0][0]) / pVar->npoints;
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dp = (pVar->motorTrajectory[0][pVar->npoints-1] - pVar->motorTrajectory[0][0]) / pVar->npulses;
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sprintf(stringOut, "PSODISTANCE @0 FIXED %f UNITS", dp);
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status = writeRead(ssId, pVar, stringOut, reply);
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#endif
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