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Update mod.js

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commodore 2026-03-11 09:58:40 -04:00
parent 34efe7c35a
commit b2e2cd2316
1 changed files with 38 additions and 77 deletions
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mod.js
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@ -1,61 +1,46 @@
// my1stmod.js - A configurable delay element for Sandboxels // my1stmod.js - Configurable delay gate for Sandboxels
// When powered from the bottom, it waits for a delay then outputs power to the top
// When powered from the sides, it changes the delay duration
elements.delay_gate = { elements.delay_gate = {
color: "#8B4513", // Saddle brown color color: "#8B4513",
behavior: [ behavior: behaviors.wall, // Fixed: lowercase 'wall'
["XX","SH:delay_gate","XX"], // Top: outputs shock to above
["SH:delay_gate","XX","SH:delay_gate"], // Sides: accept input to change delay
["XX","SH","XX"] // Bottom: accept power input
],
category: "machines", category: "machines",
state: "solid", state: "solid",
conduct: 1, // Conducts electricity conduct: 1, // Added: allows receiving power
properties: { properties: {
delay: 30, // Default delay in ticks (0.5 seconds at 60fps) delay: 30, // Delay in ticks
timer: 0, // Current timer count timer: 0, // Current countdown
powered: false // Is currently receiving power? powered: false // Is receiving power from below?
}, },
tick: function(pixel) { tick: function(pixel) {
// Initialize properties if not set // Initialize properties
if (pixel.delay === undefined) pixel.delay = 30; if (pixel.delay === undefined) pixel.delay = 30;
if (pixel.timer === undefined) pixel.timer = 0; if (pixel.timer === undefined) pixel.timer = 0;
if (pixel.powered === undefined) pixel.powered = false; if (pixel.powered === undefined) pixel.powered = false;
// Check for power input from below (pixel.y + 1) // Check power from below (input)
let below = getPixel(pixel.x, pixel.y + 1); let below = getPixel(pixel.x, pixel.y + 1);
let receivingPower = false; let receivingPower = below && (below.charge || below.chargeCD);
if (below && (below.charge || below.chargeCD)) { // Check side inputs for delay adjustment
receivingPower = true;
}
// Check for side inputs to adjust delay (left = decrease, right = increase)
let left = getPixel(pixel.x - 1, pixel.y); let left = getPixel(pixel.x - 1, pixel.y);
let right = getPixel(pixel.x + 1, pixel.y); let right = getPixel(pixel.x + 1, pixel.y);
// Left side powered = decrease delay (faster) // Left side = decrease delay (minimum 5)
if (left && (left.charge || left.chargeCD) && pixel.delay > 5) { if (left && (left.charge || left.chargeCD) && pixel.delay > 5) {
pixel.delay--; pixel.delay--;
// Visual feedback - flash lighter pixel.color = "#A0522D"; // Flash lighter
pixel.color = "#A0522D";
setTimeout(() => {
if (pixel) pixel.color = "#8B4513";
}, 100);
} }
// Right side = increase delay (maximum 300)
// Right side powered = increase delay (slower) else if (right && (right.charge || right.chargeCD) && pixel.delay < 300) {
if (right && (right.charge || right.chargeCD) && pixel.delay < 300) {
pixel.delay++; pixel.delay++;
// Visual feedback - flash darker pixel.color = "#654321"; // Flash darker
pixel.color = "#654321"; }
setTimeout(() => { else if (!receivingPower || pixel.timer >= pixel.delay) {
if (pixel) pixel.color = "#8B4513"; // Reset color when not adjusting
}, 100); pixel.color = "#8B4513";
} }
// Handle power delay logic // Main delay logic
if (receivingPower) { if (receivingPower) {
if (!pixel.powered) { if (!pixel.powered) {
// Just started receiving power // Just started receiving power
@ -63,52 +48,28 @@ elements.delay_gate = {
pixel.timer = 0; pixel.timer = 0;
} }
// Increment timer while powered
pixel.timer++; pixel.timer++;
// Check if delay reached // Visual progress indication
if (pixel.timer >= pixel.delay) { if (pixel.timer < pixel.delay) {
// Output power to above
let above = getPixel(pixel.x, pixel.y - 1);
if (above && above.conduct) {
above.charge = 1;
above.chargeCD = 5; // Charge cooldown
}
// Visual indicator - turn yellow when outputting
pixel.color = "#FFD700";
} else {
// Waiting state - pulsing color based on progress
let progress = pixel.timer / pixel.delay; let progress = pixel.timer / pixel.delay;
let r = Math.floor(139 + (255 - 139) * progress); let r = Math.floor(139 + (100 * progress));
let g = Math.floor(69 + (215 - 69) * progress); pixel.color = `rgb(${r}, 69, 19)`;
let b = Math.floor(19 + (0 - 19) * progress); }
pixel.color = `rgb(${r},${g},${b})`;
// Output when delay reached
if (pixel.timer >= pixel.delay) {
let above = getPixel(pixel.x, pixel.y - 1);
if (above && elements[above.element].conduct) {
above.charge = 1;
above.chargeCD = 5;
}
pixel.color = "#FFD700"; // Gold = outputting
} }
} else { } else {
// No power input // Lost power, reset
if (pixel.powered) { pixel.powered = false;
// Just lost power, reset pixel.timer = 0;
pixel.powered = false;
pixel.timer = 0;
pixel.color = "#8B4513";
}
} }
} }
};
// Optional: Add a tool to manually set delay values
elements.delay_setter = {
color: "#4B0082",
tool: function(pixel) {
if (pixel.element === "delay_gate") {
// Cycle through preset delays: 10, 30, 60, 120, 300 ticks
const delays = [10, 30, 60, 120, 300];
let currentIdx = delays.indexOf(pixel.delay);
let nextIdx = (currentIdx + 1) % delays.length;
pixel.delay = delays[nextIdx];
logMessage(`Delay set to ${pixel.delay} ticks`);
}
},
category: "tools",
desc: "Click on a Delay Gate to cycle through delay presets"
}; };