//private
void Thermocycler::AdvanceToNextStep() {
m_previous_step = m_current_step;
m_current_step = m_program->GetNextStep();
if (m_current_step == NULL)
return;
//update eta calc params
if (m_previous_step == NULL || m_previous_step->GetTemp() != m_current_step->GetTemp()) {
m_is_ramping = true;
m_ramp_start_time = millis();
m_ramp_start_temp = GetPlateTemp();
} else {
m_cycle_start_time = millis(); //next step starts immediately
}
CalcPlateTarget();
SetPlateControlStrategy();
}
void Thermocycler::PrepareStep() {
//update eta calc params
if (ipPreviousStep == NULL || ipPreviousStep->GetTemp() != ipCurrentStep->GetTemp()) {
iRamping = true;
iRampElapsedTimeMs = 0;
iRampStartTemp = GetPlateTemp();
}
else {
iCycleElapsedTimeMs = 0; //next step starts immediately
}
// Switch cycle to display
ProgramComponent *pComp = ipProgram->GetComponent(ipProgram->GetCurrentComponentIndex());
if (pComp->GetType() == ProgramComponent::ECycle) {
ipDisplayCycle = (Cycle*) pComp;
}
CalcPlateTarget();
SetPlateControlStrategy();
}
//private
void Thermocycler::AdvanceToNextStep() {
ipPreviousStep = ipCurrentStep;
ipCurrentStep = ipProgram->GetNextStep();
if (ipCurrentStep == NULL)
return;
//update eta calc params
if (ipPreviousStep == NULL || ipPreviousStep->GetTemp() != ipCurrentStep->GetTemp()) {
iRamping = true;
iRampStartTime = millis();
iRampStartTemp = GetPlateTemp();
} else {
iCycleStartTime = millis(); //next step starts immediately
}
CalcPlateTarget();
SetPlateControlStrategy();
}
