trigger()

void fl::TimeRamp::trigger ( u32 now )

overridevirtual

Call this when you want to (re)start the ramp cycle.

Smart re-trigger that preserves state when already active:

• If in plateau: extends the plateau time
• If falling: reverses back to plateau
• If rising: continues rising
• If inactive: starts new cycle

Implements fl::TimeAlpha.

Definition at line 83 of file time_alpha.cpp.hpp.

                                          {
    RampPhase phase = getCurrentPhase(now);
 
    switch (phase) {
        case RampPhase::Inactive:
            // Not active, start fresh
            mStart = now;
            mFinishedRisingTime = mStart + mRisingTime;
            mFinishedPlateauTime = mFinishedRisingTime + mLatchMs;
            mFinishedFallingTime = mFinishedPlateauTime + mFallingTime;
            break;
 
        case RampPhase::Rising:
            // Continue rising, just extend the plateau end time
            mFinishedPlateauTime = mFinishedRisingTime + mLatchMs;
            mFinishedFallingTime = mFinishedPlateauTime + mFallingTime;
            break;
 
        case RampPhase::Plateau:
            // Extend the plateau by the full latch time from now
            mFinishedPlateauTime = now + mLatchMs;
            mFinishedFallingTime = mFinishedPlateauTime + mFallingTime;
            break;
 
        case RampPhase::Falling:
            // Reverse back to plateau
            // Jump immediately to plateau and hold for latch time
            mFinishedRisingTime = now;
            mFinishedPlateauTime = now + mLatchMs;
            mFinishedFallingTime = mFinishedPlateauTime + mFallingTime;
            mStart = now - mRisingTime; // Adjust start so timing stays consistent
            break;
    }
}

References fl::Falling, FL_NOEXCEPT, getCurrentPhase(), fl::Inactive, mFallingTime, mFinishedFallingTime, mFinishedPlateauTime, mFinishedRisingTime, mLatchMs, mRisingTime, mStart, fl::Plateau, and fl::Rising.

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