/* Action function for state "light_on" in state set "set_lights" */
static void A_set_lights_light_on(SS_ID ssId, struct UserVar *pVar, short transNum)
{
switch(transNum)
{
case 0:
{
# line 26 "../srcextrSncLib.st"
strcpy(currentstate, "Light Off");
seq_pvPut(ssId, 3 /* currentstate */, 0);
# line 29 "../srcextrSncLib.st"
light = 0;
seq_pvPut(ssId, 1 /* light */, 0);
}
return;
case 1:
{
# line 34 "../srcextrSncLib.st"
strcpy(currentstate, "Fault");
seq_pvPut(ssId, 3 /* currentstate */, 0);
# line 37 "../srcextrSncLib.st"
light = 1;
seq_pvPut(ssId, 2 /* fault */, 0);
}
return;
}
}
/* Action function for state "fault" in state set "set_lights" */
static void A_set_lights_fault(SS_ID ssId, struct UserVar *pVar, short transNum)
{
switch(transNum)
{
case 0:
{
# line 61 "../srcextrSncLib.st"
strcpy(currentstate, "Light On");
seq_pvPut(ssId, 3 /* currentstate */, 0);
# line 64 "../srcextrSncLib.st"
light = 1;
seq_pvPut(ssId, 1 /* light */, 0);
}
return;
case 1:
{
# line 69 "../srcextrSncLib.st"
strcpy(currentstate, "Light Off");
seq_pvPut(ssId, 3 /* currentstate */, 0);
# line 72 "../srcextrSncLib.st"
light = 0;
seq_pvPut(ssId, 1 /* light */, 0);
}
return;
}
}
/* Action function for state "findDirectionState" in state set "lockInjectorLaserStateSet" */
static void A_lockInjectorLaserStateSet_findDirectionState(SS_ID ssId, struct UserVar *pVar, short transNum)
{
switch(transNum)
{
case 0:
{
}
return;
case 1:
{
# line 211 "../seqLockInjectorLaser.stt"
(pVar->alpha) = 2 * (pVar->directionBO) - 1;
(pVar->actuatorAO) += (pVar->alpha) * (pVar->findDirectionStepSizeAO);
# line 212 "../seqLockInjectorLaser.stt"
seq_pvPut(ssId, 7 /* actuatorAO */, 2);
seq_seqLog(ssId, "actuatorAO = %f\n", (pVar->actuatorAO));
}
return;
case 2:
{
# line 216 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "Wrong direction!\n");
seq_seqLog(ssId, "highFrequencyLimitLI= %d\n", (pVar->highFrequencyLimitLI));
seq_seqLog(ssId, "directionBO = %d\n", (pVar->directionBO));
# line 221 "../seqLockInjectorLaser.stt"
if ((pVar->directionBO) == 1)
{
(pVar->directionBO) = 0;
}
# line 223 "../seqLockInjectorLaser.stt"
else
{
(pVar->directionBO) = 1;
}
# line 224 "../seqLockInjectorLaser.stt"
seq_pvPut(ssId, 6 /* directionBO */, 2);
seq_seqLog(ssId, "directionBO = %d\n", (pVar->directionBO));
seq_seqLog(ssId, "Check readings are still in range\n");
}
return;
case 3:
{
# line 229 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "Direction found!\n");
seq_seqLog(ssId, "highFrequencyLimitLI_atEntry = %d\n", (pVar->highFrequencyLimitLI_atEntry));
seq_seqLog(ssId, "highFrequencyLimitLI = %d\n", (pVar->highFrequencyLimitLI));
seq_seqLog(ssId, "directionBO = %d\n", (pVar->directionBO));
seq_seqLog(ssId, "Now will try to minimize high frequency reading!\n");
}
return;
}
}
/* Entry function for state "idleState" in state set "lockInjectorLaserStateSet" */
static void I_lockInjectorLaserStateSet_idleState(SS_ID ssId, struct UserVar *pVar)
{
/* Entry 1: */
# line 127 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "--> idleState\n");
# line 128 "../seqLockInjectorLaser.stt"
(pVar->runBO) = 0;
seq_pvPut(ssId, 0 /* runBO */, 2);
# line 129 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "runBO = %d\n", (pVar->runBO));
# line 130 "../seqLockInjectorLaser.stt"
strcpy((pVar->statusSI), "Idle");
seq_pvPut(ssId, 1 /* statusSI */, 0);
}
/* Entry function for state "findDirectionState" in state set "lockInjectorLaserStateSet" */
static void I_lockInjectorLaserStateSet_findDirectionState(SS_ID ssId, struct UserVar *pVar)
{
/* Entry 1: */
# line 192 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "--> findDirectionState\n");
# line 193 "../seqLockInjectorLaser.stt"
(pVar->highFrequencyStepSizeAO_atEntry) = (pVar->highFrequencyStepSizeAO);
# line 194 "../seqLockInjectorLaser.stt"
(pVar->directionBO_atEntry) = (pVar->directionBO);
# line 195 "../seqLockInjectorLaser.stt"
(pVar->highFrequencyLimitLI_atEntry) = (pVar->highFrequencyLimitLI);
# line 196 "../seqLockInjectorLaser.stt"
(pVar->actuatorAO_atEntry) = (pVar->actuatorAO);
# line 198 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencyStepSizeAO_atEntry = %f\n", (pVar->highFrequencyStepSizeAO_atEntry));
# line 199 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "directionBO_atEntry = %d\n", (pVar->directionBO_atEntry));
# line 200 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "actuatorAO_atEntry = %f\n", (pVar->actuatorAO_atEntry));
# line 201 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencyLimitLI_atEntry = %d\n", (pVar->highFrequencyLimitLI_atEntry));
# line 202 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencySigmaLO = %d\n", (pVar->highFrequencySigmaLO));
# line 204 "../seqLockInjectorLaser.stt"
strcpy((pVar->statusSI), "Looking for direction");
seq_pvPut(ssId, 1 /* statusSI */, 0);
# line 206 "../seqLockInjectorLaser.stt"
(pVar->sigma) = (pVar->highFrequencySigmaLO);
}
/* Entry function for state "highFrequencyState" in state set "lockInjectorLaserStateSet" */
static void I_lockInjectorLaserStateSet_highFrequencyState(SS_ID ssId, struct UserVar *pVar)
{
/* Entry 1: */
# line 242 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "--> highFrequencyState\n");
# line 243 "../seqLockInjectorLaser.stt"
(pVar->highFrequencyStepSizeAO_atEntry) = (pVar->highFrequencyStepSizeAO);
# line 244 "../seqLockInjectorLaser.stt"
(pVar->actuatorAO_atEntry) = (pVar->actuatorAO);
# line 245 "../seqLockInjectorLaser.stt"
(pVar->directionBO_atEntry) = (pVar->directionBO);
# line 246 "../seqLockInjectorLaser.stt"
(pVar->highFrequencyLimitLI_atEntry) = (pVar->highFrequencyLimitLI);
# line 248 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencyStepSizeAO_atEntry = %f\n", (pVar->highFrequencyStepSizeAO_atEntry));
# line 249 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "directionBO_atEntry = %d\n", (pVar->directionBO_atEntry));
# line 250 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "actuatorAO_atEntry = %f\n", (pVar->actuatorAO_atEntry));
# line 251 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencyLimitLI_atEntry = %d\n", (pVar->highFrequencyLimitLI_atEntry));
# line 252 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencyLimitLI_HOPR = %d\n", (pVar->highFrequencyLimitLI_HOPR));
# line 253 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencySigmaLO = %d\n", (pVar->highFrequencySigmaLO));
# line 255 "../seqLockInjectorLaser.stt"
strcpy((pVar->statusSI), "Lowering high frequency component");
seq_pvPut(ssId, 1 /* statusSI */, 0);
# line 257 "../seqLockInjectorLaser.stt"
(pVar->sigma) = (pVar->highFrequencySigmaLO);
# line 258 "../seqLockInjectorLaser.stt"
(pVar->alpha) = 2 * (pVar->directionBO) - 1;
}
/* Entry function for state "lowFrequencyState" in state set "lockInjectorLaserStateSet" */
static void I_lockInjectorLaserStateSet_lowFrequencyState(SS_ID ssId, struct UserVar *pVar)
{
/* Entry 1: */
# line 278 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "--> lowFrequencyState\n");
# line 279 "../seqLockInjectorLaser.stt"
(pVar->lowFrequencyStepSizeAO_atEntry) = (pVar->lowFrequencyStepSizeAO);
# line 280 "../seqLockInjectorLaser.stt"
(pVar->directionBO_atEntry) = (pVar->directionBO);
# line 281 "../seqLockInjectorLaser.stt"
(pVar->lowFrequencyLimitLI_atEntry) = (pVar->lowFrequencyLimitLI);
# line 283 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "lowFrequencyStepSizeAO_atEntry = %f\n", (pVar->lowFrequencyStepSizeAO_atEntry));
# line 284 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "directionBO_atEntry = %f\n", (pVar->directionBO_atEntry));
# line 285 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "actuatorAO_atEntry = %f\n", (pVar->actuatorAO_atEntry));
# line 286 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "lowFrequencyLimitLI_atEntry = %d\n", (pVar->lowFrequencyLimitLI_atEntry));
# line 287 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "lowFrequencyLimitLI_HOPR = %d\n", (pVar->lowFrequencyLimitLI_HOPR));
# line 288 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "lowFrequencySigmaLO = %d\n", (pVar->lowFrequencySigmaLO));
# line 290 "../seqLockInjectorLaser.stt"
strcpy((pVar->statusSI), "Lowering low frequency component");
seq_pvPut(ssId, 1 /* statusSI */, 0);
# line 292 "../seqLockInjectorLaser.stt"
(pVar->sigma) = (pVar->lowFrequencySigmaLO);
# line 293 "../seqLockInjectorLaser.stt"
(pVar->alpha) = 2 * (pVar->directionBO) - 1;
}
/* Action function for state "lowFrequencyState" in state set "lockInjectorLaserStateSet" */
static void A_lockInjectorLaserStateSet_lowFrequencyState(SS_ID ssId, struct UserVar *pVar, short transNum)
{
switch(transNum)
{
case 0:
{
}
return;
case 1:
{
# line 298 "../seqLockInjectorLaser.stt"
(pVar->actuatorAO) += (pVar->alpha) * (pVar->lowFrequencyStepSizeAO);
# line 298 "../seqLockInjectorLaser.stt"
seq_pvPut(ssId, 7 /* actuatorAO */, 2);
seq_seqLog(ssId, "actuatorAO = %f\n", (pVar->actuatorAO));
}
return;
case 2:
{
# line 302 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "lowFrequencyLimitLI = %d >= HOPR+3*sigma !!!\n", (pVar->lowFrequencyLimitLI));
}
return;
case 3:
{
}
return;
}
}
/* Exit function for state "readingsInRangeState" in state set "lockInjectorLaserStateSet" */
static void O_lockInjectorLaserStateSet_readingsInRangeState(SS_ID ssId, struct UserVar *pVar)
{
/* Exit 1: */
# line 185 "../seqLockInjectorLaser.stt"
(pVar->searchStepSizeAO) = (pVar->searchStepSizeAO_atEntry);
seq_pvPut(ssId, 2 /* searchStepSizeAO */, 0);
# line 186 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "<-- readingsInRangeState\n");
}
/* Action function for state "readingsInRangeState" in state set "lockInjectorLaserStateSet" */
static void A_lockInjectorLaserStateSet_readingsInRangeState(SS_ID ssId, struct UserVar *pVar, short transNum)
{
switch(transNum)
{
case 0:
{
}
return;
case 1:
{
# line 165 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "highFrequencyLimitLI < HOPR\n");
seq_seqLog(ssId, "Readings are ok. Now attempting to find direction\n");
}
return;
case 2:
{
# line 169 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "Looking for valid reading!\n");
(pVar->alpha) = 2 * (pVar->directionBO) - 1;
(pVar->actuatorAO) = (pVar->actuatorAO) + (pVar->searchStepSizeAO) * (pVar->alpha);
# line 171 "../seqLockInjectorLaser.stt"
seq_pvPut(ssId, 7 /* actuatorAO */, 2);
seq_seqLog(ssId, "actuatorAO = %f\n", (pVar->actuatorAO));
# line 175 "../seqLockInjectorLaser.stt"
if ((pVar->directionBO) == 1)
{
(pVar->directionBO) = 0;
}
# line 177 "../seqLockInjectorLaser.stt"
else
{
(pVar->directionBO) = 1;
}
# line 178 "../seqLockInjectorLaser.stt"
seq_pvPut(ssId, 6 /* directionBO */, 2);
seq_seqLog(ssId, "alpha = %d\n", (pVar->alpha));
seq_seqLog(ssId, "directionBO = %d\n", (pVar->directionBO));
(pVar->searchStepSizeAO) += (pVar->searchStepSizeAO_atEntry);
seq_delay(ssId, 0);
}
return;
}
}
/* Action function for state "START" in state set "limit" */
static void A_limit_2_START(SS_ID ssId, struct UserVar *pVar, int transNum, int *pNextState)
{
switch(transNum)
{
case 0:
{
# line 138 "../demo.st"
pVar->hiLimit = pVar->loLimit;
# line 139 "../demo.st"
seq_pvPut(ssId, 5/*hiLimit*/, 0);
}
return;
case 1:
{
# line 143 "../demo.st"
pVar->loLimit = pVar->hiLimit;
# line 144 "../demo.st"
seq_pvPut(ssId, 4/*loLimit*/, 0);
}
return;
}
}
/* Entry function for state "initState" in state set "lockInjectorLaserStateSet" */
static void I_lockInjectorLaserStateSet_initState(SS_ID ssId, struct UserVar *pVar)
{
/* Entry 1: */
# line 112 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "--> initState\n");
# line 113 "../seqLockInjectorLaser.stt"
(pVar->p_familyName) = seq_macValueGet(ssId, "familyName");
# line 114 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "familyName is %s\n", (pVar->p_familyName));
# line 115 "../seqLockInjectorLaser.stt"
strcpy((pVar->statusSI), "Init");
seq_pvPut(ssId, 1 /* statusSI */, 0);
}
/* Action function for state "START" in state set "light" */
static void A_light_0_START(SS_ID ssId, struct UserVar *pVar, int transNum, int *pNextState)
{
switch(transNum)
{
case 0:
{
# line 75 "../demo.st"
pVar->light = 0;
# line 76 "../demo.st"
seq_pvPut(ssId, 0/*light*/, 0);
}
return;
}
}
/* Action function for state "LIGHT_ON" in state set "light" */
static void A_light_0_LIGHT_ON(SS_ID ssId, struct UserVar *pVar, int transNum, int *pNextState)
{
switch(transNum)
{
case 0:
{
# line 90 "../demo.st"
pVar->light = 0;
# line 91 "../demo.st"
seq_pvPut(ssId, 0/*light*/, 0);
# line 92 "../demo.st"
errlogPrintf("light_on -> light_off\n");
}
return;
}
}
/* Action function for state "START" in state set "ramp" */
static void A_ramp_1_START(SS_ID ssId, struct UserVar *pVar, int transNum, int *pNextState)
{
switch(transNum)
{
case 0:
{
# line 101 "../demo.st"
pVar->voltage = pVar->loLimit;
# line 102 "../demo.st"
seq_pvPut(ssId, 3/*voltage*/, 0);
# line 103 "../demo.st"
errlogPrintf("start -> ramp_up\n");
}
return;
}
}
/* Action function for state "idleState" in state set "lockInjectorLaserStateSet" */
static void A_lockInjectorLaserStateSet_idleState(SS_ID ssId, struct UserVar *pVar, short transNum)
{
switch(transNum)
{
case 0:
{
# line 134 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "Request from operator to lock IL\n");
seq_seqLog(ssId, "Reset algo values to default\n");
(pVar->directionBO) = 1;
# line 136 "../seqLockInjectorLaser.stt"
seq_pvPut(ssId, 6 /* directionBO */, 2);
seq_seqLog(ssId, "direcionBO = %d\n", (pVar->directionBO));
(pVar->highFrequencyLimitLI_HOPR) = 900;
(pVar->highFrequencyLimitLI_LOPR) = 100;
(pVar->lowFrequencyLimitLI_HOPR) = 900;
(pVar->lowFrequencyLimitLI_LOPR) = 50;
}
return;
}
}
/* Entry function for state "readingsInRangeState" in state set "lockInjectorLaserStateSet" */
static void I_lockInjectorLaserStateSet_readingsInRangeState(SS_ID ssId, struct UserVar *pVar)
{
/* Entry 1: */
# line 151 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "--> readingsInRangeState\n");
# line 152 "../seqLockInjectorLaser.stt"
(pVar->actuatorAO_atEntry) = (pVar->actuatorAO);
# line 153 "../seqLockInjectorLaser.stt"
(pVar->directionBO_atEntry) = (pVar->directionBO);
# line 154 "../seqLockInjectorLaser.stt"
(pVar->searchStepSizeAO_atEntry) = (pVar->searchStepSizeAO);
# line 156 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "searchStepSizeAO_atEntry = %f\n", (pVar->searchStepSizeAO_atEntry));
# line 157 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "direcionBO_atEntry = %d\n", (pVar->directionBO_atEntry));
# line 158 "../seqLockInjectorLaser.stt"
seq_seqLog(ssId, "actuatorAO_atEntry = %f\n", (pVar->actuatorAO_atEntry));
# line 160 "../seqLockInjectorLaser.stt"
strcpy((pVar->statusSI), "Readings in range?");
seq_pvPut(ssId, 1 /* statusSI */, 0);
}
/* Action function for state "RAMP_DOWN" in state set "ramp" */
static void A_ramp_1_RAMP_DOWN(SS_ID ssId, struct UserVar *pVar, int transNum, int *pNextState)
{
switch(transNum)
{
case 0:
{
# line 122 "../demo.st"
errlogPrintf("ramp_down -> ramp_up\n");
}
return;
case 1:
{
# line 126 "../demo.st"
pVar->voltage -= 0.1;
# line 127 "../demo.st"
if (seq_pvPut(ssId, 3/*voltage*/, 0) < 0)
# line 128 "../demo.st"
errlogPrintf("pvPut( voltage ) failed\n");
}
return;
}
}
/* Action function for state "makeRequest" in state set "monitorEvflagTest" */
static void A_monitorEvflagTest_0_makeRequest(SS_ID ssId, struct UserVar *pVar, int transNum, int *pNextState)
{
switch(transNum)
{
case 0:
{
}
return;
case 1:
{
# line 38 "../monitorEvflag.st"
testPass("no error in %d cycles", (20 * 500));
}
return;
case 2:
{
# line 41 "../monitorEvflag.st"
pVar->requested = pVar->UserVar_monitorEvflagTest.cycleCount;
# line 42 "../monitorEvflag.st"
seq_pvPut(ssId, 0/*requested*/, 0);
}
return;
}
}
