// SPDX-License-Identifier: MIT
// Copyright (c) 2026 Incoprea
// Cap catch-up simulation work
// Not compiled or tested in-world
// Setup: Put in a spare owned prim. Set nonnegative ACCUMULATOR/ELAPSED, positive STEP, and MAX_STEPS1..100. Owner touch prints calculations only.
// Stop / restore: Disable/remove. No prim motion or appearance is changed.
// Notes: Explicitly reports discarded backlog to avoid a spiral of excessive catch-up work. This is a planning demonstration.
// License: see LICENSE in this distribution.
// Original Incoprea. MIT. Motion planning only.
float ACCUMULATOR=0.02;
float ELAPSED=0.4;
float STEP=0.05;
integer MAX_STEPS=4;
default
{
    touch_start(integer detectedCount)
    {
        if(llDetectedKey(0)!=llGetOwner())return;
        if(ACCUMULATOR<0.0||ELAPSED<0.0||STEP<=0.0||MAX_STEPS<1||MAX_STEPS>100)
        {
            llOwnerSay("Invalid step configuration.");
            return;
        }
        float available=ACCUMULATOR+ELAPSED;
        integer count=llFloor(available/STEP);
        integer run=count;
        if(run>MAX_STEPS)run=MAX_STEPS;
        float leftover=available-count*STEP;
        llOwnerSay("Run steps="+(string)run+" discarded seconds="+(string)((count-run)*STEP)+" remainder="+(string)leftover);
    }
}