sandboxels/mods/nousersthings.js

// Gallium is the best element
behaviors.RADSOLID = [
    "XX|CR:radiation%1|XX",
    "CR:radiation%1|XX|CR:radiation%1",
    "XX|CR:radiation%1|XX"
]
elements.caesium = {
	color: ["#917921", "#ebcb59", "#a48b2d", "#d6b84c"],
	behavior: behaviors.WALL,
	category: "solids",
	state: "solid",
	tempHigh: 28.44,
	stateHigh: "molten_caesium",
	density: 1873,
	conduct: 0.90,
	reactions: {
			"water": { "elem1":"pop", "elem2":"hydrogen" },
			"sugar_water": { "elem1":"pop", "elem2":"hydrogen" },
			"dirty_water": { "elem1":"pop", "elem2":"hydrogen" },
			"pool_water": { "elem1":"pop", "elem2":"hydrogen" },
			"salt_water": { "elem1":"pop", "elem2":"hydrogen" },
			"seltzer":  { "elem1":"pop", "elem2":"hydrogen" },
		}
},
elements.molten_caesium = {
	color: ["#735c0a", "#a68e37", "#7e6715", "#9b832e"],
	behavior: behaviors.LIQUID,
	category: "states",
	state: "liquid",
	tempLow: 27.44,
	stateLow: "caesium",
    hidden: true,
	tempHigh: 671,
	stateHigh: "caesium_vapor",
	density: 1842,
	temp: 29,
	conduct: 0.90,
	reactions: {
		"water": { "elem1":"pop", "elem2":"hydrogen" },
		"sugar_water": { "elem1":"pop", "elem2":"hydrogen" },
		"dirty_water": { "elem1":"pop", "elem2":"hydrogen" },
		"pool_water": { "elem1":"pop", "elem2":"hydrogen" },
		"salt_water": { "elem1":"pop", "elem2":"hydrogen" },
		"seltzer":  { "elem1":"pop", "elem2":"hydrogen" },
	}
},
elements.caesium_vapor = {
	color: ["#d89e77", "#cd9064", "#af6f34", "#a26320"],
	behavior: behaviors.GAS,
	category: "states",
	state: "gas",
	tempLow: 660,
    hidden: true,
	stateLow: "molten_caesium",
	density: 1.7,
	temp: 700
}
elements.caesium_137 = {
	color: ["#917921", "#ebcb59", "#a48b2d", "#d6b84c"],
	behavior: behaviors.RADSOLID,
	category: "solids",
	state: "solid",
	tempHigh: 28.44,
	stateHigh: "molten_caesium_137",
	density: 1873,
	conduct: 0.90,
	reactions: {
			"water": { "elem1":"pop", "elem2":"hydrogen" },
			"sugar_water": { "elem1":"pop", "elem2":"hydrogen" },
			"dirty_water": { "elem1":"pop", "elem2":"hydrogen" },
			"pool_water": { "elem1":"pop", "elem2":"hydrogen" },
			"salt_water": { "elem1":"pop", "elem2":"hydrogen" },
			"seltzer":  { "elem1":"pop", "elem2":"hydrogen" },
		},
    tick: function(pixel){
        if (Math.random()<0.0002){
            changePixel(pixel, "barium", false)
            if (Math.random() >= 0.946){
                pixelMap[pixel.x][pixel.y].excited = true
            }
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("electric", x, y)
                    break;
                }
            }
        }
    }
},
elements.molten_caesium_137 = {
	color: ["#735c0a", "#a68e37", "#7e6715", "#9b832e"],
	behavior: behaviors.RADLIQUID,
	category: "states",
	state: "liquid",
	tempLow: 27.44,
	stateLow: "caesium_137",
	tempHigh: 671,
    hidden: true,
	stateHigh: "caesium_vapor_137",
	density: 1842,
	temp: 29,
	conduct: 0.90,
	reactions: {
		"water": { "elem1":"pop", "elem2":"hydrogen" },
		"sugar_water": { "elem1":"pop", "elem2":"hydrogen" },
		"dirty_water": { "elem1":"pop", "elem2":"hydrogen" },
		"pool_water": { "elem1":"pop", "elem2":"hydrogen" },
		"salt_water": { "elem1":"pop", "elem2":"hydrogen" },
		"seltzer":  { "elem1":"pop", "elem2":"hydrogen" },
	},
    tick: function(pixel){
        if (Math.random()<0.0002){
            changePixel(pixel, "barium", false)
            if (Math.random() >= 0.946){
                pixelMap[pixel.x][pixel.y].excited = true
            }
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("electric", x, y)
                    break;
                }
            }
        }
    }
},
elements.caesium_137_vapor = {
	color: ["#d89e77", "#cd9064", "#af6f34", "#a26320"],
	behavior: behaviors.RADSOLID,
	category: "states",
	state: "gas",
	tempLow: 660,
	stateLow: "molten_caesium_137",
	density: 1.7,
	temp: 700,
    hidden: true,
    tick: function(pixel){
        behaviors.GAS(pixel)
        if (Math.random()<0.0002){
            changePixel(pixel, "barium", false)
            if (Math.random() >= 0.946){
                pixelMap[pixel.x][pixel.y].excited = true
            }
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("electric", x, y)
                    break;
                }
            }
        }
    }
}
elements.barium = {
    color: ["#191f19", "#2c332c", "#3f483f", "#545e54", "#6a756a"],
    behavior: behaviors.STURDYPOWDER,
    reactions: elements.caesium.reactions,
    category: "powders",
    state: "solid",
    tempHigh: 730,
    stateHigh: "molten_barium",
    density: 3594,
    tick: function(pixel){
        if(pixel.excited && Math.random() < 0.005){
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("laser", x, y)
                    pixelMap[x][y].temp = pixel.temp + 120
                    delete pixel.excited
                    break;
                }
            }
        }
    }
}
elements.molten_barium = {
    color: ["#c26d24", "#cf8225", "#da9727", "#e4ad2b", "#ecc432"],
    behavior: behaviors.MOLTEN,
    reactions: elements.caesium.reactions,
    category: "states",
    state: "liquid",
    tempLow: 728,
    hidden: true,
    stateLow: "barium",
    density: 3338,
    tick: function(pixel){
        if(pixel.excited && Math.random() < 0.005){
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("laser", x, y)
                    pixelMap[x][y].temp = pixel.temp + 120
                    delete pixel.excited
                    break;
                }
            }
        }
    }
}
elements.subzero_grass_seed = {
	color: ["#022c14", "#032911", "#032205", "#021f00"],
	behavior: [
	"XX|M2%0.1|XX",
	"XX|L2:subzero_grass AND C2:subzero_grass%15|XX",
	"XX|M1|XX",
	],
	category: "life",
	state: "solid",
	tempHigh: 10,
	temp: 0,
	stateHigh: "dead_plant",
	density: 1400
},
elements.subzero_grass = {
	color: ["#003220", "#022a1a", "#032314", "#001c0d"],
	behavior: behaviors.STURDYPOWDER,
	category: "life",
	state: "solid",
	tempHigh: 13,
	temp: 0,
	stateHigh: "dead_plant",
	density:1400
},
elements.ruthenium = {
    color: ["#ffffff","#c9c9c9","#b1b1b1","#9e9e9e","#888888"],
    behavior: behaviors.STURDYPOWDER,
    category: "powders",
    state: "liquid",
    tempHigh: 2334,
    stateHigh: "molten_ruthenium",
    density: 12370,
}
elements.molten_ruthenium = {
    color: ["#ffc251", "#dd562c", "#e9a423", "#d8722e"],
    behavior: behaviors.MOLTEN,
    category: "states",
    state: "liquid",
    hidden: true,
    density: 10650,
    tempLow: 2330,
    stateLow: "ruthenium"
}
elements.acid.ignore.push("ruthenium"),
elements.acid.ignore.push("molten_ruthenium"),
elements.acid_gas.ignore.push("ruthenium"),
elements.acid_gas.ignore.push("molten_ruthenium")
elements.technetium = {
	color: ["#e7d9bb", "#bab195", "#8f8a70", "#66654e"],
	behavior: behaviors.RADSOLID,
    tick: function(pixel){
        if(Math.random() < 0.0007){
        for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (isEmpty(x, y)){
                createPixel("positron", x, y)
                break;
            }
        }
        changePixel(pixel, "ruthenium", false);
    }
    },
	category: "solids",
	state: "solid",
	tempHigh: 2157,
	stateHigh: "molten_technetium",
	density: 11500,
	conduct: 0.9
},
 elements.molten_technetium = {
	color: ["#d16b42", "#da904c", "#dfb360", "#e2d57f"],
	behavior: behaviors.RADMOLTEN,
	tick: function(pixel){
        if(Math.random() < 0.0007){
        for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (isEmpty(x, y)){
                createPixel("positron", x, y)
                break;
            }
        }
        changePixel(pixel, "ruthenium", false);
    }
    },
	category: "states",
	state: "liquid",
    hidden: true,
	tempLow: 2140,
	temp: 2200,
	stateLow: "technetium",
	density: 11400
},
elements.destroyable_pipe = {
    color: "#414c4f",
    tick: function(pixel) {
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    createPixel("brick",x,y);
                    pixelMap[x][y].color = pixelColorPick(pixel,"#586879");
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "destroyable_pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.element === "destroyable_pipe" || newPixel.element === "bridge_pipe" || newPixel.element === "pipe_transmitter") {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter")) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && newPixel.element != "ray") { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "destroyable_pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	tempHigh: 1538,
	stateHigh: "molten_iron",
	breakInto: "metal_scrap", 
},
elements.destroyable_superheater = {
    color: "#dd1111",
    behavior: [
        "XX|HT:10|XX",
        "HT:10|XX|HT:10",
        "XX|HT:10|XX",
    ],
    category:"machines",
	stateLow:["iron","copper"],
	tempLow: -7,
	breakInto:["metal_scrap","oxidized_copper"],
},
elements.destroyable_heater = {
    color: "#881111",
    behavior: [
        "XX|HT:2|XX",
        "HT:2|XX|HT:2",
        "XX|HT:2|XX",
    ],
    category:"machines",
	stateLow:["iron","copper"],
	tempLow: -7,
	breakInto:["metal_scrap","oxidized_copper"],
},
elements.destroyable_cooler = {
    color: "#111188",
    behavior: [
        "XX|CO:2|XX",
        "CO:2|XX|CO:2",
        "XX|CO:2|XX",
    ],
    category:"machines",
	stateHigh:["iron","copper"],
	tempHigh: 49,
	breakInto:["metal_scrap","oxidized_copper"],
},
elements.destroyable_freezer = {
    color: "#1111dd",
    behavior: [
        "XX|CO:10|XX",
        "CO:10|XX|CO:10",
        "XX|CO:10|XX",
    ],
    category:"machines",
	stateHigh:["iron","copper"],
	tempHigh: 49,
	breakInto:["metal_scrap","oxidized_copper"],
},
elements.destroyable_cloner = {
    color: "#dddd00",
    behavior: behaviors.CLONER,
    ignore: ["ecloner","slow_cloner","clone_powder","floating_cloner","wall","ewall","destroyable_cloner","destroyable_clone_powder","cloner"],
    category:"machines",
    darkText: true,
	breakInto: "destroyable_clone_powder",
	tempHigh: 1538,
	stateHigh: "molten_iron",
},
elements.destroyable_clone_powder = {
    color: "#f0f000",
    behavior: [
        "XX|CF|XX",
        "CF|XX|CF",
        "M2|CF AND M1|M2",
    ],
    ignore: ["ecloner","slow_cloner","clone_powder","floating_cloner","wall","ewall","destroyable_cloner","destroyable_clone_powder","cloner"],
    category:"machines",
    state:"solid",
    density:2710,
    darkText: true,
	breakInto: "destroyable_clone_powder",
	tempHigh: 1538,
	stateHigh: "molten_iron",
},
eLists.CLONERS = ["ecloner","slow_cloner","clone_powder","floating_cloner","wall","ewall","destroyable_cloner","destroyable_clone_powder","cloner"];
elements.cloner.ignore = eLists.CLONERS;
elements.slow_cloner.ignore = eLists.CLONERS;
elements.clone_powder.ignore = eLists.CLONERS;
elements.floating_cloner.ignore = eLists.CLONERS;
elements.roomtemper = {
	color: "#29632f",
	behavior: behaviors.WALL,
	tick: function(pixel) {
		for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true)) {
					if(pixelMap[x][y].temp < -230) {
                    pixelMap[x][y].temp = (pixelMap[x][y].temp + 7)
					} else if(pixelMap[x][y].temp > 270) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 7)
					} else if (pixelMap[x][y].temp < 20) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp + 2)
					} else if (pixelMap[x][y].temp > 20) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 2)
					}
                }
            }
	},
	category:"machines",
	state:"solid",
	insulate: true,
	noMix: true,
	movable: false,
},
elements.destroyable_roomtemper = {
	color: "#18401a",
	behavior: behaviors.WALL,
	tick: function(pixel) {
		for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true)) {
					if(pixelMap[x][y].temp < -230) {
                    pixelMap[x][y].temp = (pixelMap[x][y].temp + 7)
					} else if(pixelMap[x][y].temp > 270) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 7)
					} else if (pixelMap[x][y].temp < 20) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp + 2)
					} else if (pixelMap[x][y].temp > 20) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 2)
					}
                }
            }
	},
	category:"machines",
	state:"solid",
	tempHigh: 1538,
	stateHigh: ["steam","molten_iron"],
	tempLow: -200,
	stateLow: ["ice", "iron"],
	breakInto: ["snow","metal_scrap"],
	noMix: true,
	movable: false,
},
elements.customtemper = {
	color: "#421b6b",
	behavior: behaviors.WALL,
	tick: function(pixel) {
		for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true)) {
					if(pixelMap[x][y].temp < (pixel.temp - 250)) {
                    pixelMap[x][y].temp = (pixelMap[x][y].temp + 7)
					} else if(pixelMap[x][y].temp > (pixel.temp + 250)) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 7)
					} else if (pixelMap[x][y].temp < pixel.temp) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp + 2)
					} else if (pixelMap[x][y].temp > pixel.temp) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 2)
					}
                }
            }
	},
	category:"machines",
	state:"solid",
	insulate: true,
	noMix: true,
	movable: false,
},
elements.destroyable_customtemper = {
	color: "#261047",
	behavior: behaviors.WALL,
	tick: function(pixel) {
		for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true)) {
					if(pixelMap[x][y].temp < (pixel.temp - 250)) {
                    pixelMap[x][y].temp = (pixelMap[x][y].temp + 7)
					} else if(pixelMap[x][y].temp > (pixel.temp + 250)) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 7)
					} else if (pixelMap[x][y].temp < pixel.temp) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp + 2)
					} else if (pixelMap[x][y].temp > pixel.temp) {
						pixelMap[x][y].temp = (pixelMap[x][y].temp - 2)
					}
                }
            }
	},
	category:"machines",
	state:"solid",
	insulate: true,
	breakInto: ["snow","metal_scrap","oxidized_copper","wire"],
	noMix: true,
	movable: false,
},
elements.e_pipe = {
    color: "#414c4f",
    onSelect: function() {
        logMessage("Draw a pipe, wait for walls to appear, then erase the exit hole.");
    },
    tick: function(pixel) {
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    createPixel("pipe_wall",x,y);
                    pixelMap[x][y].color = pixelColorPick(pixel,"#586879");
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "e_pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.element === "e_pipe" || newPixel.element === "bridge_pipe" || newPixel.element === "pipe_transmitter") {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter") && (pixel.charge || pixel.chargeCD)) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && (pixel.charge || pixel.chargeCD) && newPixel.element != "ray") { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved && (pixel.charge || pixel.chargeCD)) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "e_pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	conduct: 1,
    insulate: true,
},
elements.destroyable_e_pipe = {
    color: "#414c4f",
    onSelect: function() {
        logMessage("Draw a pipe, wait for walls to appear, then erase the exit hole.");
    },
    tick: function(pixel) {
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    createPixel("brick",x,y);
                    pixelMap[x][y].color = pixelColorPick(pixel,"#586879");
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "destroyable_e_pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.element === "destroyable_e_pipe" || newPixel.element === "bridge_pipe" || newPixel.element === "pipe_transmitter") {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter") && (pixel.charge || pixel.chargeCD)) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && (pixel.charge || pixel.chargeCD)  && newPixel.element != "ray" ) { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved && (pixel.charge || pixel.chargeCD)) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "destroyable_e_pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	conduct: 1,
	tempHigh: 1538,
	stateHigh: "molten_iron",
	breakInto: ["metal_scrap", "wire"]
},
currentChannel = 0;
elements.channel_pipe = {
    color: "#414c4f",
    onSelect: function() {
		var answer3 = prompt("Please input the desired channel of this pipe strand. Warning: It wont work if you do multiple strand types while paused.",(currentChannel||undefined));
        if (!answer3) { return }
		currentChannel = answer3;
        logMessage("Draw a pipe, wait for walls to appear, then erase the exit hole. Use the prop tool to set channel to a number before erasing the holes.");
    },
    tick: function(pixel) {
		if (pixel.start===pixelTicks){
			pixel.channel = currentChannel;
		}
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    createPixel("pipe_wall",x,y);
                    pixelMap[x][y].color = pixelColorPick(pixel,"#586879");
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && ((pixelMap[x][y].element === "channel_pipe" && pixelMap[x][y].channel == pixel.channel) || pixelMap[x][y].element === "bridge_pipe")) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if ((newPixel.element === "channel_pipe" && pixelMap[x][y].channel == pixel.channel || newPixel.element === "bridge_pipe" || (newPixel.element === "pipe_transmitter" && pixelMap[x][y].channel == pixel.channel))) {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter")) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && newPixel.element != "ray") { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && ((pixelMap[x][y].element === "channel_pipe" && pixelMap[x][y].channel == pixel.channel) || pixelMap[x][y].element === "bridge_pipe")) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
    insulate: true,
},
elements.destroyable_channel_pipe = {
    color: "#414c4f",
      onSelect: function() {
		var answer3 = prompt("Please input the desired channel of this pipe strand. Warning: It wont work if you do multiple strand types while paused.",(currentChannel||undefined));
        if (!answer3) { return }
		currentChannel = answer3;
        logMessage("Draw a pipe, wait for walls to appear, then erase the exit hole. Use the prop tool to set channel to a number before erasing the holes.");
    },
    tick: function(pixel) {
		if (pixel.start === pixelTicks){
			pixel.channel = currentChannel;
		}
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    createPixel("brick",x,y);
                    pixelMap[x][y].color = pixelColorPick(pixel,"#586879");
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "destroyable_channel_pipe" && pixelMap[x][y].channel == pixel.channel || pixelMap[x][y].element === "bridge_pipe")) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if ((newPixel.element === "destroyable_channel_pipe" && pixelMap[x][y].channel == pixel.channel) || newPixel.element === "bridge_pipe" || (newPixel.element === "pipe_transmitter" && pixelMap[x][y].channel == pixel.channel)) {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter")) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && newPixel.element != "ray") { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && ((pixelMap[x][y].element === "destroyable_channel_pipe" && pixelMap[x][y].channel == pixel.channel) || pixelMap[x][y].element === "bridge_pipe")) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
},
listPipes = ["pipe", "destroyable_pipe", "destroyable_e_pipe","channel_pipe","destroyable_channel_pipe","bridge_pipe","e_pipe","pipe_transmitter"];
elements.bridge_pipe = {
    color: "#414c4f",
    onSelect: function() {
        logMessage("Draw a pipe, wait for walls to appear, then erase the exit hole.");
    },
    tick: function(pixel) {
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    createPixel("pipe_wall",x,y);
                    pixelMap[x][y].color = pixelColorPick(pixel,"#586879");
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (listPipes.includes(newPixel.element)) {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter")) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && newPixel.element != "ray") { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
    insulate: true,
},
    elements.pipe.tick = function(pixel) {
        if (!pixel.stage && pixelTicks-pixel.start > 60) {
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && elements[pixelMap[x][y].element].movable && newPixel.element != "ray") {
                    deletePixel(x,y)
                }
                if (isEmpty(x,y)) {
                    createPixel("pipe_wall",x,y);
                }
            }
            pixel.stage = 1;
        }
        else if (pixel.stage === 1 && pixelTicks-pixel.start > 70) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
                    pixel.stage = 2; //blue
                    pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (pixel.stage > 1 && pixelTicks % 3 === pixel.stage-2) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
                            case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
                        newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.element === "pipe" || newPixel.element === "bridge_pipe" || newPixel.element === "pipe_transmitter") {
                        var nextStage;
                        switch (pixel.stage) {
                            case 2: nextStage = 4; break; //green
                            case 3: nextStage = 2; break; //red
                            case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con && (newPixel.stage === nextStage || newPixel.element === "pipe_transmitter")) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && newPixel.element != "ray") { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && (pixelMap[x][y].element === "pipe" || pixelMap[x][y].element === "bridge_pipe")) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con && newPixel.stage === pixel.stage) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    }
    elements.pipe.insulate = true,
	filterTypeVar = 0;
elements.filter = {
    color: "#599fc2",
    onSelect: function() {
        var answer4 = prompt("Please input the desired element of this filter. It will not work if you do multiple filter types while paused.",(filterTypeVar||undefined));
        if (!answer4) { return }
		filterTypeVar = answer4;
    },
    tick: function(pixel) {
		if (pixel.start === pixelTicks) {
			pixel.filterType = filterTypeVar
		}
        if (1 === 2) {
           for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
//                    createPixel("brick",x,y);
//                    pixelMap[x][y].color = pixelColorPick(pixel,"#808080");
                }
            }
 //           pixel.stage = 1;
        }
        else if (1 === 2) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
 //                   pixel.stage = 2; //blue
 //                   pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (1 === 1) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
//                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
 //                           case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
//                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
 //                       newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (listPipes.includes(newPixel.element)) {
                        var nextStage;
                        switch (pixel.stage) {
 //                           case 2: nextStage = 4; break; //green
//                            case 3: nextStage = 2; break; //red
 //                           case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && (newPixel.element == pixel.filterType) ) { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	noMix: true,
    insulate: true,
},
elements.heat_test = {
	onSelect: function() {
        logMessage("Use heatglow.js for more elements to glow when they are hot.");
    },
	color: "#787878",
	behavior: behaviors.WALL,
	category: "solids",
	state: "solid",
	tempHigh: 1538,
	stateHigh: "molten_iron",
	movable: false,
	tick: function(pixel){
		if (pixel.start == pixelTicks){
			pixel.ogR = parseInt(pixel.color.slice(4, pixel.color.indexOf(',')), 10)
			pixel.ogG = parseInt(pixel.color.slice(pixel.color.indexOf(',') + 1, pixel.color.lastIndexOf(',')), 10)
			pixel.ogB = parseInt(pixel.color.slice(pixel.color.lastIndexOf(',') + 1, -1), 10)
		}else if (pixelTicks > pixel.start){
			if (pixel.temp <= (elements.heat_test.tempHigh) - 700){ // replace 700 with lower limit of range
				pixel.ctemp = 0;
			} else if (pixel.temp > (elements.heat_test.tempHigh)-700 && pixel.temp <= elements.heat_test.tempHigh){ // replace 700 with lower limit of range
				pixel.ctemp = ((1/700)*pixel.temp)-(((elements.heat_test.tempHigh)-700)/700) // replace 700 with lower limit of range
			}
			if (pixel.ctemp <= 0.5){
				pixel.newR = (((510-(2*pixel.ogR))*pixel.ctemp)+pixel.ogR);
				pixel.newG = ((0-((2*pixel.ogG)*pixel.ctemp))+pixel.ogG);
				pixel.newB = ((0-((2*pixel.ogB)*pixel.ctemp))+pixel.ogB);
			}else if (pixel.ctemp > 0.5){
				pixel.newR = 255;
				pixel.newG = ((510*pixel.ctemp)-256);
				pixel.newB= ((280*pixel.ctemp)-140);
			}
			pixel.color = "rgb(" + pixel.newR + "," + pixel.newG + "," + pixel.newB + ")";
		}
	},
},
/*
elements.soup = {
	color: "#3d2812",
	behavior: behaviors.LIQUID,
	category: "food",
	onMix: function(soup,ingredient) {
        if (elements[ingredient.element].isFood && elements[ingredient.element].id !== elements.soup.id && elements[ingredient.element].id !== elements.broth.id) {
            var rgb1 = soup.color.match(/\d+/g);
            var rgb2 = ingredient.color.match(/\d+/g);
            // average the colors
            var rgb = [
                Math.round((parseInt(rgb1[0])+parseInt(rgb2[0]))/2),
                Math.round((parseInt(rgb1[1])+parseInt(rgb2[1]))/2),
                Math.round((parseInt(rgb1[2])+parseInt(rgb2[2]))/2)
            ];
				if (!soup.elemlist){
				soup.elemlist = [];
				}
				soup.decidedHigh = soup.elemlist[Math.floor(Math.random()*soup.elemlist.length)];
				soup.elemlist.push(ingredient.element)
				soup.stateHigh = soup.elemlist;
            changePixel(ingredient, "soup");
            // convert rgb to hex
            var hex = RGBToHex(rgb);
            soup.color = pixelColorPick(soup, hex);
            // 50% change to delete ingredient
            if (Math.random() < 0.5) { deletePixel(ingredient.x, ingredient.y); }
            else {
                ingredient.color = pixelColorPick(ingredient, hex);
            }
		}
	},
	tick: function(pixel) {
		if (!pixel.decidedHigh){
			pixel.decidedHigh = "steam";
		}
		if (pixel.temp > 100){
			if (Math.random() < 0.5) {
				changePixel(pixel, "steam");
		} else {
			changePixel(pixel, pixel.decidedHigh)
		}
		}
		},
	density: 1100,
	stain: 0.02,
	state: "liquid",
},
elements.broth.onMix = function(pixel){
	changePixel(pixel, "soup")
},
*/
converter1Var = 0;
converter2Var = 0;
elements.converter = {
	color: "#296127",
	behavior: behaviors.WALL,
	category: "machines",
	tick: function(pixel) {
		if (pixel.start === pixelTicks){
			pixel.contype = converter2Var;
			pixel.specialturn = converter1Var;
		}
		 for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true)) {
					var otherPixel = pixelMap[x][y];
					if ((otherPixel.element == pixel.specialturn || pixel.specialturn == "all") && !elements.converter.ignore.includes(otherPixel.element)){
						changePixel(otherPixel, pixel.contype)
					}
                }
            }
	},
	onSelect: function() {
        var answer5 = prompt("Please input what type of element should be converted. Write \"all\" to include everything.",(converter1Var||undefined));
        if (!answer5) { return }
		converter1Var = answer5;
		var answer6 = prompt("Please input what it should turn into.",(converter2Var||undefined));
        if (!answer6) { return }
		converter2Var = answer6;
    },
	ignore: ["converter", "wall", "ewall", "border"],
	movable: false,
},
elements.blackhole_storage = {
	color: "#171717",
	behavior: behaviors.WALL,
	category: "machines",
	tick: function(pixel) {
		if (!pixel.bhcontents){
			pixel.bhcontents = [];
		}
		 for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true) && (!pixel.charge && !pixel.chargeCD)) {
					var otherPixel = pixelMap[x][y];
					if (elements[otherPixel.element].movable == true){
						pixel.bhcontents.push(otherPixel);
						deletePixel(otherPixel.x, otherPixel.y);
					}
                } else if (pixel.charge && isEmpty(x,y) && pixel.bhcontents.length){
					let randomindex = Math.floor(Math.random()*pixel.bhcontents.length);
                    let releasedPixel = pixel.bhcontents[randomindex]
                    pixel.bhcontents.splice(randomindex, 1)
                    delete releasedPixel.del
                    releasedPixel.x = x
                    releasedPixel.y = y
                    pixelMap[x][y] = releasedPixel
                    currentPixels.push(releasedPixel)
				}
            }
	},
	movable: false,
	conduct: 1,
},
elements.plutonium = {
	color: ["#212121", "#2b1c1c", "#371616", "#430e0e", "#510606", "#212121", "#1e1e1e", "#1b1b1b", "#171717", "#141414", "#212121", "#1e1e1e", "#1b1b1b", "#171717", "#141414"],
	behavior: behaviors.STURDYPOWDER,
	category: "powders",
	tempHigh: 640,
	stateHigh: "molten_plutonium",
	state: "solid",
	tick: function(pixel){
        if(Math.random() < 0.0007){
        for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (isEmpty(x, y)){
                createPixel("helium", x, y)
                pixelMap[x][y].temp = pixel.temp + 200
                break;
            }
        }
        if(Math.random() < 0.5){
        for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (isEmpty(x, y)){
                createPixel("neutron", x, y)
                pixelMap[x][y].temp = pixel.temp + 200
                break;
            }
        }
    }
        changePixel(pixel, "uranium", false);
        pixelMap[x][y].temp += 200
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x, y, true)){
                    pixelMap[x][y].temp += 175
                }
            }
       }
       behaviors.RADSOLID
    },
	reactions: {
        "neutron": { elem1:"pn_explosion", tempMin:400, chance:0.1 },
    },
	density: 19186,
}
elements.molten_plutonium = {
	color: ["#6b5133", "#743f26", "#7c2727"],
	behavior: behaviors.RADMOLTEN,
	category: "states",
	state: "liquid",
	tempLow: 620,
    hidden: true,
	stateLow: "plutonium",
	tick: function(pixel){
        if(Math.random() < 0.0007){
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("helium", x, y)
                    pixelMap[x][y].temp = pixel.temp + 200
                    break;
                }
            }
        if(Math.random() < 0.5){
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x, y)){
                    createPixel("neutron", x, y)
                    pixelMap[x][y].temp = pixel.temp + 200
                    break;
                }
            }
        }
            changePixel(pixel, "uranium", false);
            pixelMap[x][y].temp += 200
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x, y, true)){
                    pixelMap[x][y].temp += 175
                }
            }
        }
    },
	reactions: {
        "neutron": { elem1:"pn_explosion", tempMin:400, chance:0.1 },
    },
	density: 16629,
},
elements.neutron.reactions.plutonium = { temp2:200 };
elements.neutron.reactions.molten_plutonium = { temp2:200 }
elements.pn_explosion = {
    color: ["#ffb48f","#ffd991","#ffad91"],
    behavior: [
        "XX|XX|XX",
        "XX|EX:80>plasma,plasma,plasma,plasma,radiation,rad_steam,neutron|XX",
        "XX|XX|XX",
    ],
    temp: 100000000,
    category: "energy",
    state: "gas",
    density: 1000,
    excludeRandom: true,
    hidden: true,
    alias: "plutonium nuclear explosion",
    noMix: true
},
elements.smasher = {
	color: "#606060",
	behavior: behaviors.WALL,
	category: "deprecated",
	tick: function(pixel){
		for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y, true)) {
					var otherPixel = pixelMap[x][y];
					breakPixel(otherPixel);
					}
        }
    },
	movable: false,
    hidden: true
},
/*
elements.mixer = {
	color: "#F0F0F0",
	behavior: behaviors.WALL,
	category: "deprecated",
	tick: function(pixel){
		pixel.mixList = [];
		for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true) && !elements[pixelMap[x][y].element].noMix) {
				var otherPixel = pixelMap[x][y];
				pixel.mixList.push(otherPixel);
			}
        }
		for (var i = 0; i < pixel.mixList.length; i++) {
                    var pixel1 = pixel.mixList[Math.floor(Math.random()*pixel.mixList.length)];
                    var pixel2 = pixel.mixList[Math.floor(Math.random()*pixel.mixList.length)];
                    swapPixels(pixel1,pixel2);
                    pixel.mixList.splice(pixel.mixList.indexOf(pixel1),1);
                    pixel.mixList.splice(pixel.mixList.indexOf(pixel2),1);
                    if (elements[pixel1.element].onMix) {
                        elements[pixel1.element].onMix(pixel1,pixel2);
                    }
                    if (elements[pixel2.element].onMix) {
                        elements[pixel2.element].onMix(pixel2,pixel1);
                    }
                }
	},
	movable: false,
    noMix: true,
    hidden: true,
},
*/
elements.invisiblesupport = {
	color: "#000000",
	behavior: behaviors.WALL,
	tick: function(pixel){
		var x = pixel.x
		var y = pixel.y
		if (currentElement == "invisiblesupport"){
			pixel.color = "rgb(15, 15, 15)";
		} else {
			pixel.color = "rgba(0, 0, 0, -1)";
		}
		if ((isEmpty(x-1, y) || isEmpty(x+1,y)) && isEmpty(x,y+1)){
			deletePixel(pixel.x, pixel.y);
		}
	},
	category: "powders",
},
elements.invisiblewall = {
	color: "#000000",
	behavior: behaviors.WALL,
	tick: function(pixel){
		if (currentElement == "invisiblewall"){
			pixel.color = "rgb(15, 15, 15)";
		} else {
			pixel.color = "rgba(0, 0, 0, -1)";
		}
	},
	category: "solids",
    movable: false,
    noMix: true,
    hardness: 1,
},
elements.bismuth = {
    color: ["#818181","#989898","#b0b0b0","#c9c9c9"],
    behavior: behaviors.WALL,
    category: "solids",
    tempHigh: 271.4,
    stateHigh: "molten_bismuth",
    density: 9780,
    state: "solid"
}
function RGBtoHSV(r, g, b) {
    if (arguments.length === 1) {
        g = r.g, b = r.b, r = r.r;
    }
    var max = Math.max(r, g, b), min = Math.min(r, g, b),
        d = max - min,
        h,
        s = (max === 0 ? 0 : d / max),
        v = max / 255;

    switch (max) {
        case min: h = 0; break;
        case r: h = (g - b) + d * (g < b ? 6: 0); h /= 6 * d; break;
        case g: h = (b - r) + d * 2; h /= 6 * d; break;
        case b: h = (r - g) + d * 4; h /= 6 * d; break;
    }

    return {
        h: h,
        s: s,
        v: v
    };
}
function HSVtoRGB(h, s, v) {
    var r, g, b, i, f, p, q, t;
    if (arguments.length === 1) {
        s = h.s, v = h.v, h = h.h;
    }
    i = Math.floor(h * 6);
    f = h * 6 - i;
    p = v * (1 - s);
    q = v * (1 - f * s);
    t = v * (1 - (1 - f) * s);
    switch (i % 6) {
        case 0: r = v, g = t, b = p; break;
        case 1: r = q, g = v, b = p; break;
        case 2: r = p, g = v, b = t; break;
        case 3: r = p, g = q, b = v; break;
        case 4: r = t, g = p, b = v; break;
        case 5: r = v, g = p, b = q; break;
    }
    return {
        r: Math.round(r * 255),
        g: Math.round(g * 255),
        b: Math.round(b * 255)
    };
}
elements.molten_bismuth = {
    color: ["#ee8d63", "#ef7e5e", "#f06e5c", "#f05c5c"],
    behavior: behaviors.MOLTEN,
    hidden: true,
    category: "states",
    state: "liquid",
    temp: 280,
    tick: function(pixel){
        if (pixel.temp <= 261.4){
            pixel.tHue = 0;
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x, y, true)){
                  if (pixelMap[x][y].element == "bismuth"){
                      var otherPixel = pixelMap[x][y]
                      var nR = parseInt(otherPixel.color.slice(4, otherPixel.color.indexOf(',')), 10)
		              var nG = parseInt(otherPixel.color.slice(otherPixel.color.indexOf(',') + 1, otherPixel.color.lastIndexOf(',')), 10)
		              var nB = parseInt(otherPixel.color.slice(otherPixel.color.lastIndexOf(',') + 1, -1), 10)
                      var hsvResult = RGBtoHSV(nR, nG, nB)
                           if ((pixel.tHue+1)%1 < hsvResult.h){
                           pixel.tHue = hsvResult.h;
                         }
                     }
              }
            }
            changePixel(pixel, "bismuth")
            var rgbResult = HSVtoRGB(pixel.tHue + 0.02, 0.5, 0.9);
            const hexR = rgbResult.r.toString(16).padStart(2, '0');
            const hexG = rgbResult.g.toString(16).padStart(2, '0');
            const hexB = rgbResult.b.toString(16).padStart(2, '0');
            const hexCode = `#${hexR}${hexG}${hexB}`;
            pixel.color = pixelColorPick(pixel, hexCode)
        }
    },
    density: 10049,
}
const powderList = [behaviors.POWDER, behaviors.STURDYPOWDER, behaviors.POWDER_OLD, behaviors.AGPOWDER, behaviors.LIGHTWEIGHT, behaviors.SUPPORT, behaviors.SUPPORTPOWDER, behaviors.RADPOWDER]
const liquidList = [behaviors.LIQUID, behaviors.LIQUID_OLD, behaviors.SUPERFLUID_OLD, behaviors.SUPERFLUID, behaviors.AGLIQUID, behaviors.FOAM, behaviors.BUBBLE, behaviors.MOLTEN, behaviors.RADMOLTEN, behaviors.RADLIQUID]
const gasList = [behaviors.UL_UR, behaviors.UL_UR_OPTIMIZED, behaviors.GAS_OLD, behaviors.GAS, behaviors.DGAS]
elements.powder_filter = {
    color: "#599fc2",
    tick: function(pixel) {
        if (1 === 2) {
           for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
//                    createPixel("brick",x,y);
//                    pixelMap[x][y].color = pixelColorPick(pixel,"#808080");
                }
            }
 //           pixel.stage = 1;
        }
        else if (1 === 2) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
 //                   pixel.stage = 2; //blue
 //                   pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (1 === 1) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
//                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
 //                           case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
//                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
 //                       newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (listPipes.includes(newPixel.element)) {
                        var nextStage;
                        switch (pixel.stage) {
 //                           case 2: nextStage = 4; break; //green
//                            case 3: nextStage = 2; break; //red
 //                           case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && (elements[newPixel.element].state == "solid") ) { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	noMix: true,
    insulate: true,
}
elements.liquid_filter = {
    color: "#599fc2",
    tick: function(pixel) {
        if (1 === 2) {
           for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
//                    createPixel("brick",x,y);
//                    pixelMap[x][y].color = pixelColorPick(pixel,"#808080");
                }
            }
 //           pixel.stage = 1;
        }
        else if (1 === 2) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
 //                   pixel.stage = 2; //blue
 //                   pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (1 === 1) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
//                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
 //                           case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
//                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
 //                       newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (listPipes.includes(newPixel.element)) {
                        var nextStage;
                        switch (pixel.stage) {
 //                           case 2: nextStage = 4; break; //green
//                            case 3: nextStage = 2; break; //red
 //                           case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && (elements[newPixel.element].state == "liquid") ) { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	noMix: true,
    insulate: true,
}
elements.gas_filter = {
    color: "#599fc2",
    tick: function(pixel) {
        if (1 === 2) {
           for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
//                    createPixel("brick",x,y);
//                    pixelMap[x][y].color = pixelColorPick(pixel,"#808080");
                }
            }
 //           pixel.stage = 1;
        }
        else if (1 === 2) { //uninitialized
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = adjacentCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y)) {
 //                   pixel.stage = 2; //blue
 //                   pixel.color = pixelColorPick(pixel,"#000036");
                    break;
                }
            }
        }
        else if (1 === 1) { //initialized
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                    var newPixel = pixelMap[x][y];
                    if (newPixel.stage === 1) {
                        var newColor;
                        switch (pixel.stage) {
//                            case 2: newPixel.stage = 3; newColor = "#003600"; break; //green
 //                           case 3: newPixel.stage = 4; newColor = "#360000"; break; //red
//                            case 4: newPixel.stage = 2; newColor = "#000036"; break; //blue
                        }
 //                       newPixel.color = pixelColorPick(newPixel,newColor);
                    }
                }
            }
            var moved = false;
            shuffleArray(squareCoordsShuffle);
            for (var i = 0; i < squareCoordsShuffle.length; i++) {
                var coord = squareCoordsShuffle[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    if (listPipes.includes(newPixel.element)) {
                        var nextStage;
                        switch (pixel.stage) {
 //                           case 2: nextStage = 4; break; //green
//                            case 3: nextStage = 2; break; //red
 //                           case 4: nextStage = 3; break; //blue
                        }
                        if (pixel.con && !newPixel.con) { //transfer to adjacent pipe
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            moved = true;
                            break;
                        }
                    }
                    else if (!pixel.con && elements[newPixel.element].movable && (elements[newPixel.element].state == "gas")) { //suck up pixel
                        pixel.con = newPixel;
                        deletePixel(newPixel.x,newPixel.y);
                        pixel.con.x = pixel.x;
                        pixel.con.y = pixel.y;
                        pixel.con.del;
                        moved = true;
                        break;
                    }
                }
            }
            if (pixel.con && !moved) { // move to same stage if none other
                for (var i = 0; i < squareCoordsShuffle.length; i++) {
                    var coord = squareCoordsShuffle[i];
                    var x = pixel.x+coord[0];
                    var y = pixel.y+coord[1];
                    if (isEmpty(x,y)) {
                        delete pixel.con.del;
                        pixel.con.x = x;
                        pixel.con.y = y;
                        pixelMap[x][y] = pixel.con;
                        currentPixels.push(pixel.con);
                        pixel.con = null;
                        break;
                    }
                    if (!isEmpty(x,y,true) && listPipes.includes(pixelMap[x][y].element)) {
                        var newPixel = pixelMap[x][y];
                        if (pixel.con && !newPixel.con) {
                            newPixel.con = pixel.con;
                            newPixel.con.x = newPixel.x;
                            newPixel.con.y = newPixel.y;
                            pixel.con = null;
                            break;
                        }
                    }
                }
            }
        }
        doDefaults(pixel);
    },
    category: "machines",
    movable: false,
    canContain: true,
	noMix: true,
    insulate: true,
}
function weightedAverage(num1, num2, weight){
    return ((weight * num1)+((1-weight)*num2))
}
function getPixelColor(pixel){
    let rgb2;
    if(pixel.color.startsWith("#")) {
        rgb2 = pixel.color.match(/[0-9A-F]{2}/ig).map(x => parseInt(x,16));
    } else if(pixel.color.startsWith("hsl")) {
        var hsl = pixel.color.match(/\d+/g);
        hsl[0] = (hsl[0] / 360) % 360; if(hsl[0] < 0) { hsl[0]++ };
        hsl[1] = Math.max(Math.min(hsl[1] / 100,1),0);
        hsl[2] = Math.max(Math.min(hsl[2] / 100,1),0);
        rgb2 = HSLtoRGB(hsl)
    } else {
        rgb2 = pixel.color.match(/\d+/g);
    }
    return rgb2
}
elements.dyer = {
    customColor: true,
    color: ["#ff0000","#ff8800","#ffff00","#00ff00","#00ffff","#0000ff","#ff00ff"],
    behavior: behaviors.wall,
    movable: false,
    state: "solid",
    category: "machines",
    tick: function(pixel){
        for (var i = 0; i < squareCoordsShuffle.length; i++) {
            var coord = squareCoordsShuffle[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y,true)) {
                if (!(pixelMap[x][y].element == "dyer")){
                    var newPixel = pixelMap[x][y];
                    var rgb1 = pixel.color.match(/\d+/g);
                    var rgb2 = getPixelColor(newPixel)
                    // average the colors
                    var rgb = [
                        weightedAverage(parseInt(rgb1[0]), parseInt(rgb2[0]), 0.2),
                        weightedAverage(parseInt(rgb1[1]), parseInt(rgb2[1]), 0.2),
                        weightedAverage(parseInt(rgb1[2]), parseInt(rgb2[2]), 0.2),
                    ];
                    // convert rgb to hex
                    var hex = RGBToHex(rgb);
                    newPixel.color = pixelColorPick(newPixel, hex);
                }
            }
        }
    }
}
elemfillerVar = 0;
elements.element_filler = {
    category: "special",
    color: elements.filler.color,
    excludeRandom: true,
    state: "solid",
    movable: "false",
    onSelect: function() {
        var answer6 = prompt("Please input the desired element of this filler. It will not work if you do multiple filler types while paused.",(elemfillerVar||undefined));
        if (!answer6) { return }
		elemfillerVar = mostSimilarElement(answer6);
    },
    tick: function(pixel){
        var neighbors = 0;
        if(!pixel.changeElem){
            pixel.changeElem = elemfillerVar;
        }
		for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)) {
				neighbors = neighbors + 1;
			} else if (isEmpty(x, y)){
                createPixel("element_filler", x, y)
                pixelMap[x][y].changeElem = pixel.changeElem;
            } else (
                changePixel(pixel, pixel.changeElem)
            )
        }
        if (neighbors >= 8){
            changePixel(pixel, pixel.changeElem)
        }
    }
} 
var outlinerVar = 0
elements.inner_outliner = {
    color: elements.filler.color,
    category: elements.filler.category,
    excludeRandom: true,
    onSelect: function() {
        var answerot = prompt("Please input the desired element of this outliner. It will not work if you do multiple outliner types while paused.",(outlinerVar||undefined));
        if (!answerot) { return }
		outlinerVar = mostSimilarElement(answerot);
    },
    tick: function(pixel){
        var neighbors = 0;
        if(!pixel.changeElem){
            pixel.changeElem = outlinerVar;
            if (pixel.nDelete == undefined){
                pixel.nDelete = false
            }
        }
        if (pixel.nDelete){
            deletePixel(pixel.x, pixel.y)
        }
		for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)) {
				neighbors = neighbors + 1;
			}
        }
        if (neighbors >= 8){
            pixel.nDelete = true
        } else {
            changePixel(pixel, pixel.changeElem)
        }
    }
}
textures.transparency = [
    "wwwggg",
    "wwwggg",
    "wwwggg",
    "gggwww",
    "gggwww",
    "gggwww"
]
textures.steel = [
    "hHhhd",
    "Hnnnd",
    "hnnnd",
    "hnnnD",
    "dddDD"
]
textures.sponge = [
    "hddddnnddd",
    "Ddhddhnhdd",
    "ddDdnNnNdd",
    "dddhnnnnnh",
    "dhdNnhnnnN",
    "nNnhnNnddd",
    "dhnNnnddhd",
    "dDnnnhddDd",
    "dhnnnNdhdd",
    "ddddnddDdd"
]
textures.copper = [
    "uuuuum",
    "unhhnd",
    "uhhnnD",
    "uhnnHd",
    "unnHnD",
    "mdDdDD"
]
textures.gold = [
    "hnnndbHHHhhnbHHHh",
    "nnndbhnnnnndDbnnn",
    "nnddbnnnnnddDbnnn",
    "dddbnnnddddDDDbnd",
    "DDDbDDDDDDDDDDbDD",
    "BBBBBBBBBBBBBBBBB"
]
textures.diamond = [
    "llcccLbLl",
    "lcccccbbC",
    "CScccBbCC",
    "SSScBBBLC",
    "SSSSLBbLS",
    "SSSCLbbbL",
    "BSCCCnbBL",
    "BBBCnnBBB",
    "lBBcLnLbL"
]
elements.transparency = {
    color: ["#d4d4d4", "#ffffff"],
    colorPattern: textures.transparency,
    colorKey: {
        "g": "#D4D4D4",
        "w": "#ffffff"
    },
    behavior: behaviors.WALL,
    category: "special",
    state: "solid"
}
elements.textured_steel = {
    color: ["#708196", "#8895ad", "#596B77", "#525D6B", "#404954"],
    colorPattern: textures.steel,
    colorKey: {
        "h": "#708196",
        "H": "#8895ad",
        "n": "#596B77",
        "d": "#525D6B",
        "D": "#404954"
    },
    behavior: behaviors.WALL,
    category: "solids",
    state: "solid",
    tick: function(pixel){
        if (pixelTicks - pixel.start == 1){
        pixel.element = "steel"
        }
    }
}
elements.textured_sponge = {
    color: ["#ccaa00", "#c1a100", "#967d00", "#b89a00", "#ae9100"],
    colorPattern: textures.sponge,
    colorKey: {
        "n": "#ccaa00",
        "N": "#c1a100",
        "h": "#967d00",
        "d": "#b89a00",
        "D": "#ae9100"
    },
    behavior: behaviors.WALL,
    category: "solids",
    state: "solid",
    tick: function(pixel){
        if (pixelTicks - pixel.start == 1){
        pixel.element = "sponge"
        }
    }
}
elements.textured_copper = {
    color: ["#772F22", "#AB533F", "#9E3F2D", "#9E3F2D", "#4C1C11"],
    colorPattern: textures.copper,
    colorKey: {
        "u": "#772F22",
        "H": "#AB533F",
        "h": "#C0725A",
        "n": "#9E3F2D",
        "D": "#4C1C11",
        "d": "#622516",
        "m": "#712C1E"
    },
    behavior: behaviors.WALL,
    category: "solids",
    state: "solid",
    tick: function(pixel){
        if (pixelTicks - pixel.start == 1){
        pixel.element = "copper"
        }
    }
}
elements.textured_gold = {
    color: ["#E4B038", "#FFCA59", "#BF8A18", "#7F5A10", "#674611"],
    colorPattern: textures.gold,
    colorKey: {
        "h": "#FFCA59",
        "H": "#FFFFCC",
        "n": "#E4B038",
        "B": "#513412",
        "b": "#674611",
        "d": "#BF8A18",
        "D": "#7F5A10"
    },
    behavior: behaviors.WALL,
    category: "solids",
    state: "solid",
    tick: function(pixel){
        if (pixelTicks - pixel.start == 1){
        pixel.element = "gold"
        }
    }
}
elements.solid_diamond = {
    color: elements.diamond.color,
    category: "solids",
    colorPattern: textures.diamond,
    colorKey: {
        "c":"#36BDF3",
        "C": "#7DD1F2",
        "B": "#4B94ED",
        "b": "#97BEED",
        "L":"#C2D5ED",
        "n": "#7BAEED",
        "l": "#A2DBF2",
        "S": "#BDF8FF"
    },
    reactions: elements.diamond.reactions,
    state: "solid",
    density: elements.diamond.density,
    hardness: elements.diamond.hardness,
    behavior: behaviors.WALL,
}
elements.textured_rose_gold = {
    color: ["#FF5991", "#E4386F", "#7F1037", "#FFCCCD", "#671133"],
    colorPattern: textures.gold,
    colorKey: {
        "h": "#FF5991",
        "H": "#FFCCCD",
        "n": "#E4386F",
        "B": "#511230",
        "b": "#671133",
        "d": "#BF1850",
        "D": "#7F1037"
    },
    behavior: behaviors.WALL,
    category: "solids",
    state: "solid",
    tick: function(pixel){
        if (pixelTicks - pixel.start == 1){
        pixel.element = "rose_gold"
        }
    }
}
elements.insulating_filler = {
    color: elements.filler.color,
    behavior: behaviors.FILL,
    category: elements.filler.category,
    state: elements.filler.state,
    insulate: true
}
selvoid = 0;
elements.selective_void = {
    category: "special",
    color: elements.void.color,
    excludeRandom: true,
    state: "solid",
    movable: "false",
    onSelect: function() {
        var selvoidans = prompt("Please input the desired element of this void. It will not work if you do multiple void types while paused.",(selvoid||undefined));
        if (!selvoidans) { return }
		selvoid = mostSimilarElement(selvoidans);
    },
    tick: function(pixel){
        if(!pixel.changeElem){
            pixel.changeElem = selvoid;
        }
		for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)) {
				var otherPixel = pixelMap[x][y]
                if (otherPixel.element == pixel.changeElem)
                deletePixel(x, y)
			}
        }
    }
} 
let circleElem = "wood"
elements.scuffed_circle_brush = {
    category: "special",
    color: elements.drag.color,
    excludeRandom: true,
    state: "solid",
    movable: false,
    onSelect: function(){
		var answerE = prompt("Element of the brush.",(circleElem||undefined));
        if (!answerE) { return }
		circleElem = mostSimilarElement(answerE);
    },
    tick: function(pixel){
        let radius = mouseSize/2
        //pyhtagoreas time
        if (Math.sqrt(Math.pow(pixel.x-mousePos.x,2)+Math.pow(pixel.y-mousePos.y,2)) < radius) {
            deletePixel(pixel.x, pixel.y)
            createPixel(circleElem, pixel.x, pixel.y)
        } else {
            deletePixel(pixel.x, pixel.y)
        } 
    }
}
elements.scuffed_triangle_brush = {
    category: "special",
    color: elements.drag.color,
    excludeRandom: true,
    state: "solid",
    movable: false,
    onSelect: function(){
		var answerE = prompt("Element of the brush.",(circleElem||undefined));
        if (!answerE) { return }
		circleElem = mostSimilarElement(answerE);
    },
    tick: function(pixel){
        let radius = mouseSize/2
        if ((pixel.y - mousePos.y + mouseSize > 2 * (pixel.x - mousePos.x) + 0.5 * mouseSize) && (pixel.y - mousePos.y + mouseSize > -2 * (pixel.x - mousePos.x) + 0.5 * mouseSize)) {
            deletePixel(pixel.x, pixel.y)
            createPixel(circleElem, pixel.x, pixel.y)
        } else {
            deletePixel(pixel.x, pixel.y)
        }
    }
}
function randomIntFromInterval(min, max) { // min and max included 
    return Math.floor(Math.random() * (max - min + 1) + min)
  }
elements.spacedust_cola = {
    color: ["#090033", "#0a0027", "#0a001b", "#0b000f"],
    behavior: elements.soda.behavior,
    tempHigh: 104,
    stateHigh: ["steam", "carbon_dioxide", "spacedust", "spacedust"],
    category: "liquids",
    state: "liquid",
    reactions: {head: {elem1: null, chance: 0.02}},
    density: elements.tungsten.density,
    isFood: true,
}
elements.spacedust = {
    color: ["#090033", "#0a0027", "#0a001b", "#0b000f", "#090033", "#0a0027", "#0a001b", "#0b000f", "#090033", "#0a0027", "#0a001b", "#0b000f", "#090033", "#0a0027", "#0a001b", "#0b000f", "#090033", "#0a0027", "#0a001b", "#0b000f", "#090033", "#0a0027", "#0a001b", "#0b000f", "#ffffff"],
    behavior: behaviors.POWDER,
    category: "special",
    state: "solid",
    reactions: {
        "acid": {elem1: null, elem2: ["hydrogen", "helium", "hydrogen", "helium", "hydrogen", "helium", "hydrogen", "hydrogen", "hydrogen", "hydrogen", "metal_scrap"], chance: 0.02},
        "seltzer": {elem1: null, elem2: "spacedust_cola"},
        "soda": {elem1: null, elem2: "spacedust_cola"},
    },
    density: elements.tungsten.density,
}
elements.acid.ignore.push("spacedust")
elements.acid.ignore.push("spacedust_cola")
elements.sun.breakInto = "spacedust"
var gridElem = 0
elements.grid_brush = {
    color: elements.lattice.color,
    behavior: behaviors.WALL,
    category: "special",
    movable: false,
    onSelect: function() {
        var gridans = prompt("Please input the desired element of this grid brush",(gridElem||undefined));
        if (!gridans) { return }
		gridElem = mostSimilarElement(gridans);
    },
    tick: function(pixel){
        if (pixel.x%2 || pixel.y%2){
            deletePixel(pixel.x, pixel.y)
            createPixel(gridElem, pixel.x, pixel.y)
        } else {
            deletePixel(pixel.x, pixel.y)
        }
    }
}
elements.healing_serum = {
    color: ["#79d2c5", "#77d8c0", "#78ddb9", "#7de1b0", "#85e6a6", "#91e99a", "#9fec8e"],
    behavior: behaviors.LIQUID,
    category: "liquids",
    state: "liquid",
    properties: {
        wait: 15,
        waitReduce: false,
    },
    tick: function(pixel){
        if (pixel.waitReduce){pixel.wait -= 1}
        if (!pixel.decidedPixel){
            for (var i = 0; i < squareCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (!isEmpty(x, y, true)){
                    let otherPixel = pixelMap[x][y]
                    if (otherPixel.element != "healing_serum"){
                        pixel.decidedPixel = otherPixel
                        pixel.waitReduce = true
                        break;
                    }
                }
            }
        }
        if (pixel.wait <= 0){
            const { x, y, ...remainingProperties } = pixel.decidedPixel;
            Object.assign(pixel, remainingProperties);
            delete pixel.decidedPixel
            return;
        }
    },
    renderer: function(pixel, ctx){
        // interpolate pixel color and decidedpixel's color (if it has one!)
        if (pixel.decidedPixel){
            var color1 = pixel.color.match(/\d+/g);
            var color2 = getPixelColor(pixel.decidedPixel)
            var ratio = pixel.wait/15
            drawSquare(ctx, `rgb(${color1[0]*ratio+color2[0]*(1-ratio)},${color1[1]*ratio+color2[1]*(1-ratio)},${color1[2]*ratio+color2[2]*(1-ratio)})`, pixel.x, pixel.y)
        }
        else{
            drawSquare(ctx, pixel.color, pixel.x, pixel.y)
        }
    }
}
var rayElement = "ray"
var rayStoppedByWalls = false
elements.ray_emitter = {
    color: "#ff9c07",
    behavior: behaviors.WALL,
    category: "machines",
    movable: false,
    onSelect: function(pixel){
        var rayans = prompt("Please input the desired element of this ray emitter",(rayElement||undefined));
        if (!rayans) { return }
		rayElement = mostSimilarElement(rayans);
        var rayans2 = prompt("Should the ray be stopped by walls? Write true or false.",(rayStoppedByWalls||false));
        if (rayans2 == "false"){rayStoppedByWalls = false} else {rayStoppedByWalls = true}
    },
    hoverStat: function(pixel){
        return (pixel.rayElement|| "unset").toUpperCase()  + ", " + (pixel.rayStoppedByWalls || "unset").toString().toUpperCase()
    },
    tick: function(pixel){
        if (pixelTicks == pixel.start){
            pixel.rayElement = rayElement
            pixel.rayStoppedByWalls = rayStoppedByWalls
        }
        for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)){
                if (pixelMap[x][y].charge && (pixelMap[x][y].element == "wire" || pixelMap[x][y].element == "insulated_wire")){
                    if ((Math.abs(coord[0]) + Math.abs(coord[1]) == 2) && pixelMap[x][y].element == "insulated_wire"){return}
                    var dir = [0-squareCoords[i][0], 0-squareCoords[i][1]]
                    var startx = pixel.x+dir[0]
                    var starty = pixel.y+dir[1]
                    var magnitude = 0
                    if (width > height){magnitude = width} else {magnitude = height}
                    var endx = startx+(magnitude*dir[0])
                    var endy = starty+(magnitude*dir[1])
                 //   console.log("Direction seems to be " + dir)
                    var jcoords = lineCoords(startx, starty, endx, endy, 1)
                 //   console.log(startx + " is the starting x, " + starty + " is the starting y, " + endx + " is the ending x, " + endy + " is the ending y. Result is " + jcoords)
                    for (var j = 0; j < jcoords.length; j++) {
                        var lcoord = jcoords[j];
                        var lx = lcoord[0];
                        var ly = lcoord[1];
                      //  console.log(lcoord)
                        if (isEmpty(lx,ly)){
                            createPixel(pixel.rayElement, lx, ly)
                            pixelMap[lx][ly].temp = pixel.temp
                            if (pixel.rayElement == "ray"){
                                pixelMap[lx][ly].rColor = pixel.color
                                pixelMap[lx][ly].color = pixel.color
                            }
                        } else if (!isEmpty(lx, ly, true)){
                            if (pixelMap[lx][ly].element != pixel.rayElement && pixel.rayStoppedByWalls){
                                break;
                            } else if (pixelMap[lx][ly].element == "ray" && pixel.rayElement == "ray"){
                                pixelMap[lx][ly].rColor = pixel.color
                                pixelMap[lx][ly].life = 10
                                pixelMap[lx][ly].color = pixel.color
                            }
                        }
                    }
                }
            }
        }
    },
    insulate: true,
}
elements.indestructible_battery = {
    color: elements.battery.color,
    behavior: elements.battery.behavior,
    category: elements.battery.category
}
elements.ray = {
    color: "#ffffff",
    behavior: behaviors.WALL,
    movable: true,
    category: "special",
    hoverStat: function(pixel){
        return (pixel.life || "unset").toString()
    },
    properties: {
        life: 10,
        maxLife: 10,
    },
    tick: function(pixel){
        if (pixel.rColor){
            pixel.rgb = pixel.rColor.match(/\d+/g);
        } else {
            pixel.rgb = [255,255,255]
        }
        pixel.life -= 1
        if (pixel.life < pixel.maxLife){
            pixel.color = "rgba("+pixel.rgb[0]+","+pixel.rgb[1]+","+pixel.rgb[2]+","+(pixel.life/pixel.maxLife)+")"
        } else {pixel.color = "rgba("+pixel.rgb[0]+","+pixel.rgb[1]+","+pixel.rgb[2]+",1)"}
        // lightmap.js integration
        if (enabledMods.includes("mods/lightmap.js")){
            let x = Math.floor(pixel.x / lightmapScale);
            let y = Math.floor(pixel.y / lightmapScale);
            lightmap[y][x] = { color: [parseInt(pixel.rgb[0])*((pixel.life/pixel.maxLife)), parseInt(pixel.rgb[1])*((pixel.life/pixel.maxLife)), parseInt(pixel.rgb[2])*((pixel.life/pixel.maxLife))]};
        }
        if (pixel.life <= 0){
            deletePixel(pixel.x, pixel.y)
        }
    },
    canPlace: true,
    tool: function(pixel){
        if (pixel.element == "ray"){
            pixel.life = 10
            pixel.color = pixel.rColor
        }
    }
}
var specificRayStart = 0
var specificRayEnd = 20
var specificRayAngle = 0
var stopAtElement = "wall"
var rayLife = 10
var rainbowMode = "no"
elements.specific_ray_emitter = {
    color: "#e73e63",
    behavior: behaviors.WALL,
    category: "machines",
    movable: false,
    onSelect: function(pixel){
        var rayans = prompt("Please input the desired element of this ray emitter",(rayElement||undefined));
        if (!rayans) { return }
		rayElement = mostSimilarElement(rayans);
        if (rayElement != "ray"){rainbowMode = false}
        var rayans2 = prompt("Should the ray be stopped by walls? Write true or false.",(rayStoppedByWalls||false));
        if (rayans2 == "false"){rayStoppedByWalls = false} else {rayStoppedByWalls = true}
        var rayans3 = prompt("How much should the beginning of the ray be offset from the emitter?", (specificRayStart||0));
        if (!rayans3) { return }
        specificRayStart = rayans3
        var rayans4 = prompt("How much should the end of the ray be offset from the emitter?", (specificRayEnd||0));
        if (!rayans4) { return }
        specificRayEnd = rayans4
        var rayans5 = prompt("What angle should the ray be emitted at? Type anything that isnt a number to use default angle logic.", (specificRayAngle||0));
        if (!rayans5) { return }
        specificRayAngle = rayans5
        if (isNaN(parseFloat(specificRayAngle))){
            specificRayAngle = "nah"
        }
        var rayans6 = prompt("What element should the ray stop at?", (stopAtElement||"wall"));
        if (!rayans6) { return }
        stopAtElement = mostSimilarElement(rayans6)
        let rayans7
        if (rayans == "ray"){ rayans7 = prompt("How long should the ray stay on screen in ticks?", (rayLife||10));
        if (!rayans7) { return }
        if (isNaN(parseFloat(rayans7))){
            rayLife = 10
        } else {
            rayLife = rayans7
        }
        var rayans8 = prompt("Would you like rainbow mode to be enabled? Type yes or no.", (rainbowMode||"no"));
        if (rayans8 == "yes"){rainbowMode = true} else {rainbowMode = false}
        }
    },
    hoverStat: function(pixel){
        return (pixel.rayElement.toUpperCase() || "unset") + ", " + (pixel.rayStoppedByWalls.toString().toUpperCase() || "unset") + ", " + (pixel.specificRayStart || "unset") + ", " + (pixel.specificRayEnd || "unset") + ", " + (pixel.specificRayAngle || "unset")
    },
    tick: function(pixel){
        if (pixelTicks == pixel.start){
            pixel.rayElement = rayElement
            pixel.rayStoppedByWalls = rayStoppedByWalls
            pixel.specificRayStart = specificRayStart
            pixel.specificRayEnd = specificRayEnd
            pixel.specificRayAngle = specificRayAngle
            pixel.stopAtElement = stopAtElement
            pixel.life = rayLife
            pixel.rainbowMode = rainbowMode
        }
        if (pixel.rainbowMode){
        pixel.specificRayAngle ++
        pixel.rgb = pixel.color.match(/\d+/g);
        pixel.rgb[0] = parseInt(pixel.rgb[0])
        pixel.rgb[1] = parseInt(pixel.rgb[1])
        pixel.rgb[2] = parseInt(pixel.rgb[2])
        //console.log(pixel.rgb)
        var hsvResult = RGBtoHSV(pixel.rgb[0], pixel.rgb[1], pixel.rgb[2]);
            pixel.tHue = hsvResult.h;
            var rgbResult = HSVtoRGB(pixel.tHue + (1/360), 1, 1);
            //console.log(rgbResult)
            const hexR = rgbResult.r.toString(16).padStart(2, '0');
            const hexG = rgbResult.g.toString(16).padStart(2, '0');
            const hexB = rgbResult.b.toString(16).padStart(2, '0');
            const hexCode = `#${hexR}${hexG}${hexB}`;
            //console.log(hexCode)
            pixel.color = pixelColorPick(pixel, hexCode)}
        for (var i = 0; i < squareCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)){
                if (pixelMap[x][y].charge && (pixelMap[x][y].element == "wire" || pixelMap[x][y].element == "insulated_wire")){
                    if ((Math.abs(coord[0]) + Math.abs(coord[1]) == 2) && pixelMap[x][y].element == "insulated_wire"){return}
                    var dir = [0-squareCoords[i][0], 0-squareCoords[i][1]]
                    let startx, starty, endx, endy, magnitude
                    if (pixel.specificRayAngle == "nah"){
                        startx = pixel.x+(dir[0]*pixel.specificRayStart)
                        starty = pixel.y+(dir[1]*pixel.specificRayStart)
                        magnitude = pixel.specificRayEnd
                        endx = startx+(magnitude*dir[0])
                        endy = starty+(magnitude*dir[1])
                    } else {
                        let angleInRadians = pixel.specificRayAngle * Math.PI / 180;
                        //console.log("Angle in radians is " + angleInRadians)
                        dir = [(Math.cos(angleInRadians)), (Math.sin(angleInRadians))]
                        startx = pixel.x+Math.round((dir[0]*pixel.specificRayStart))
                        starty = pixel.y+Math.round((dir[1]*pixel.specificRayStart))
                        magnitude = pixel.specificRayEnd
                        endx = startx+Math.round((magnitude*dir[0]))
                        endy = starty+Math.round((magnitude*dir[1]))
                    }
                 //console.log("Direction seems to be " + dir)
                    var jcoords = lineCoords(startx, starty, endx, endy, 1)
                 //console.log(startx + " is the starting x, " + starty + " is the starting y, " + endx + " is the ending x, " + endy + " is the ending y. Result is " + jcoords)
                    for (var j = 0; j < jcoords.length; j++) {
                        var lcoord = jcoords[j];
                        var lx = lcoord[0];
                        var ly = lcoord[1];
                      //  console.log(lcoord)
                        if (isEmpty(lx,ly)){
                            createPixel(pixel.rayElement, lx, ly)
                            pixelMap[lx][ly].temp = pixel.temp
                            if (pixel.rayElement == "ray"){
                                pixelMap[lx][ly].rColor = pixel.color
                                pixelMap[lx][ly].color = pixel.color
                                pixelMap[lx][ly].life = pixel.life
                                pixelMap[lx][ly].maxLife = pixel.life
                            }
                        } else if (!isEmpty(lx, ly, true)){
                            if ((pixelMap[lx][ly].element != pixel.rayElement && pixel.rayStoppedByWalls) || pixelMap[lx][ly].element == pixel.stopAtElement){
                                break;
                            } else if (pixelMap[lx][ly].element == "ray" && pixel.rayElement == "ray"){
                                pixelMap[lx][ly].rColor = pixel.color
                                pixelMap[lx][ly].life = pixel.life
                                pixelMap[lx][ly].maxLife = pixel.life
                                pixelMap[lx][ly].color = pixel.color
                            }
                        }
                    }
                }
            }
        }
    },
    insulate: true,
}
elements.run_some_code = {
    color: "#68b2cf",
    category: "tools",
    canPlace: false,
    tool: function(){},
    onSelect: function(){
        let code = prompt("Enter code to run")
        if (code){
            eval(code)
        }
    }
}
elements.insulated_wire = {
    color: "#5e2d2c",
    category: "machines",
    conduct: 1,
    tick: function(pixel){
        {
            if (pixel.charge) {
                // Check each adjacent pixel, if that pixel's charge is false, set it to the same charge
                for (var i = 0; i < adjacentCoords.length; i++) {
                    var x = pixel.x+adjacentCoords[i][0];
                    var y = pixel.y+adjacentCoords[i][1];
                    if (!isEmpty(x,y,true)) {
                        var newPixel = pixelMap[x][y];
                        var con = newPixel.element;
                        if (con == "insulated_wire" || con == "wire_bridge") {
                        if (1 == 1) { // If random number is less than conductivity
                            if (!newPixel.charge && !newPixel.chargeCD) {
                                newPixel.charge = 1;
                            }
                        }
                    }
                }
                }
                pixel.charge -= 0.25;
                if (pixel.charge <= 0) {
                    delete pixel.charge;
                    // pixel.chargeCD = 4;
                    pixel.chargeCD = Math.round(4 + (4*(1-elements[pixel.element].conduct))) || 4;
                }
            }
            // Lower charge cooldown
            else if (pixel.chargeCD) {
                pixel.chargeCD -= 1;
                if (pixel.chargeCD <= 0) {
                    delete pixel.chargeCD;
                    if (elements[pixel.element].colorOn) {
                        pixel.color = pixelColorPick(pixel);
                    }
                }
            }
        }
        doHeat(pixel)
    }
}
elements.wire_bridge = {
    color: "#461716",
    category: "machines",
    conduct: 1,
    tick: function(pixel){
        {
            if (pixel.charge) {
                // Check each adjacent pixel, if that pixel's charge is false, set it to the same charge
                for (var i = 0; i < adjacentCoords.length; i++) {
                    var x = pixel.x+adjacentCoords[i][0];
                    var y = pixel.y+adjacentCoords[i][1];
                    if (!isEmpty(x,y,true)) {
                        var newPixel = pixelMap[x][y];
                        var con = newPixel.element;
                        if (con == "insulated_wire" || con == "wire" || con == "wire_bridge") {
                        if (1 == 1) { // If random number is less than conductivity
                            if (!newPixel.charge && !newPixel.chargeCD) {
                                newPixel.charge = 1;
                            }
                        }
                    }
                }
                }
                pixel.charge -= 0.25;
                if (pixel.charge <= 0) {
                    delete pixel.charge;
                    // pixel.chargeCD = 4;
                    pixel.chargeCD = Math.round(4 + (4*(1-elements[pixel.element].conduct))) || 4;
                }
            }
            // Lower charge cooldown
            else if (pixel.chargeCD) {
                pixel.chargeCD -= 1;
                if (pixel.chargeCD <= 0) {
                    delete pixel.chargeCD;
                    if (elements[pixel.element].colorOn) {
                        pixel.color = pixelColorPick(pixel);
                    }
                }
            }
        }
        doHeat(pixel)
    }
}
elements.insulated_wire.desc = "Insulated wire. Only conducts to other insulated wires. Pairs with ray emitters to not make diagonal rays."
elements.e_pipe.desc = "Electric pipe. Only passes elements while charged."
elements.destroyable_e_pipe.desc = elements.e_pipe.desc
elements.channel_pipe.desc = "Channel pipe. Only passes elements to pipes of the same channel."
elements.bridge_pipe.desc = "Bridge pipe. Can pass and receive from any other type of pipe."
elements.ray_emitter.desc = "Emits a ray of the specified element in the opposite direction it was shocked from."
elements.specific_ray_emitter.desc = "Emits a ray of the specified element in a specific direction and a specific length."
elements.blackhole_storage.desc = "Stores elements inside of itself. Can be released by shocking it."
let pullOrPush = 1
elements.anchor = {
    color: "#020c20",
    category: "machines",
    behavior: behaviors.WALL,
    desc: "Anchor; unpushable and unpullable by pistons.",
    onSelect: function(){
        logMessage("Unpushable and unpullable by pistons.")
    }
}
elements.piston_ray_emitter = {
    color: "#143b5f",
    behavior: behaviors.WALL,
    category: "machines",
    movable: false,
    onSelect: function(){
        var ans1 = prompt("Would you like this piston to pull or push?", "pull").toLowerCase();
        if (ans1 == "pull"){pullOrPush = 1}
        else if (ans1 == "push"){pullOrPush = 2}
    },
    tick: function(pixel){
        if (pixelTicks == pixel.start){
            pixel.pullOrPush = pullOrPush
        }
        if (!pixel.cooldown){pixel.cooldown = 0}
        if (pixel.cooldown < 1){
        for (var i = 0; i < adjacentCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)){
                if (pixelMap[x][y].charge && (pixelMap[x][y].element == "wire" || pixelMap[x][y].element == "insulated_wire")){
                    pixel.cooldown = 6
                    var dir = [0-squareCoords[i][0], 0-squareCoords[i][1]]
                    var startx = pixel.x+dir[0]
                    var starty = pixel.y+dir[1]
                    var magnitude = 0
                    if (width > height){magnitude = width} else {magnitude = height}
                    var endx = startx+(magnitude*dir[0])
                    var endy = starty+(magnitude*dir[1])
                 //   console.log("Direction seems to be " + dir)
                 var jcoords
                 if (pixel.pullOrPush == 1){jcoords = lineCoords(startx, starty, endx, endy, 1)}
                 else {jcoords = lineCoords(endx, endy, startx, starty, 1)}
                 
                 //   console.log(startx + " is the starting x, " + starty + " is the starting y, " + endx + " is the ending x, " + endy + " is the ending y. Result is " + jcoords)
                    let pCoord = jcoords[0]
                    for (var j = 0; j < jcoords.length; j++) {
                        var lcoord = jcoords[j];
                        var lx = lcoord[0];
                        var ly = lcoord[1];
                        if (!isEmpty(lx, ly, true)){
                            if (!(pixelMap[lx][ly].element == "anchor")){
                                tryMove(pixelMap[lx][ly], pCoord[0], pCoord[1], null, true)
                            }
                        }
                        pCoord[0] = lx;
                        pCoord[1] = ly;
                    }
                }
            }
        }} else {pixel.cooldown -= 1}
    },
    insulate: true,
}
let pistonStart = 0
let pistonEnd = 0
let pistonDistance = 1
let pistonCooldown = 10
let pistonRepeat = 1
let pistonRepeatCooldown = 1
function pistonEmit(pixel, i){
    pixel.cooldown = pixel.pistonCooldown
    pixel.rcooldown = pixel.pistonRepeatCooldown
                    var dir = [0-squareCoords[i][0], 0-squareCoords[i][1]]
                    var startx = pixel.x+(dir[0]*(pixel.pistonStart+1))
                    var starty = pixel.y+(dir[1]*(pixel.pistonStart+1))
                    var magnitude = pixel.pistonEnd
                    var endx = startx+(magnitude*dir[0])
                    var endy = starty+(magnitude*dir[1])
                 //   console.log("Direction seems to be " + dir)
                 var jcoords
                 if (pixel.pullOrPush == 1){jcoords = lineCoords(startx, starty, endx, endy, 1)}
                 else {jcoords = lineCoords(endx, endy, startx, starty, 1)}
                 
                 
                 //   console.log(startx + " is the starting x, " + starty + " is the starting y, " + endx + " is the ending x, " + endy + " is the ending y. Result is " + jcoords)
                    let pCoord = jcoords[0]
                    for (var j = 0; j < jcoords.length; j++) {
                        var lcoord = jcoords[j];
                        var lx = lcoord[0];
                        var ly = lcoord[1];
                        if (!isEmpty(lx, ly, true)){
                            if (!(pixelMap[lx][ly].element == "anchor")){
                                tryMove(pixelMap[lx][ly], pCoord[0], pCoord[1], null, true)
                            }
                        }
                        pCoord[0] = lx;
                        pCoord[1] = ly;
                    }
}
elements.specific_piston_ray_emitter = {
    color: "#517597",
    behavior: behaviors.WALL,
    category: "machines",
    movable: false,
    onSelect: function(){
        var ans1 = prompt("Would you like this piston to pull or push?", "pull").toLowerCase();
        if (ans1 == "pull"){pullOrPush = 1}
        else if (ans1 == "push"){pullOrPush = 2}
        var ans2 = parseInt(prompt("How offset should the start of the push/pulling be?", "0"))
        pistonStart = ans2
        var ans3 = parseInt(prompt("How offset should the end of the push/pulling be?", "20"))
        pistonEnd = ans3
        var ans4 = parseInt(prompt("How far should it push the pixels each charge?", "1"))
        pistonDistance = ans4
        var ans5 = parseInt(prompt("How many ticks should it wait to be charged again?", "6"))
        pistonCooldown = ans5
        var ans6 = parseInt(prompt("How many times should it repeat the push/pulling?", "1"))
        pistonRepeat = ans6
        if (pistonRepeat != 1){
            var ans7 = parseInt(prompt("How many ticks should it wait between repeats?", "1"))
            pistonRepeatCooldown = ans7
        }
    },
    tick: function(pixel){
        if (pixelTicks == pixel.start){
            pixel.pullOrPush = pullOrPush
            pixel.pistonStart = pistonStart
            pixel.pistonEnd = pistonEnd
            pixel.pistonDistance = pistonDistance
            pixel.pistonCooldown = pistonCooldown
            pixel.pistonRepeat = pistonRepeat
            pixel.pistonRepeatCooldown = pistonRepeatCooldown
        }
        if (!pixel.pistonRepeat){
            pixel.pistonRepeat = pistonRepeat
            pixel.pistonRepeatCooldown = pistonRepeatCooldown
        }
        if (!pixel.cooldown){pixel.cooldown = 0}
        if (!pixel.rcooldown){pixel.rcooldown = 0}
        if (!pixel.repeatAmounts){pixel.repeatAmounts = 0}
        if (!pixel.fakei){pixel.fakei = 0}
        if (pixel.cooldown < 1){
        for (var i = 0; i < adjacentCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)){
                if (pixelMap[x][y].charge && (pixelMap[x][y].element == "wire" || pixelMap[x][y].element == "insulated_wire")){
                    pixel.repeatAmounts = pixel.pistonRepeat
                    pixel.fakei = i
                    for (let r = 0; r < pixel.pistonDistance; r++){
                        pistonEmit(pixel, i);
                    }
                    pixel.repeatAmounts--
                }
            }
        }} else {pixel.cooldown --}
        if (pixel.rcooldown < 1 && pixel.repeatAmounts > 0){
            for (let r = 0; r < pixel.pistonDistance; r++){
                pistonEmit(pixel, pixel.fakei);
            }
            pixel.repeatAmounts--
        } else {pixel.rcooldown --}
    },
    insulate: true,
}
if (!elements.molten_gallium.reactions){elements.gallium.reactions = {}}
elements.molten_gallium.reactions.nitrogen = {elem1: "gallium_nitride", elem2: null, chance: 0.02, tempMin: 1200}
elements.gallium_nitride = {
    color: "#dedf9d",
    behavior: behaviors.WALL,
    colorOn: "#493ee9",
    category: "solids",
    tempHigh: 1650,
    density: 6100,
    stateHigh: "molten_gallium_nitride",
    state: "solid",
    conduct: 0.84,
    tick: function(pixel){
        if (pixel.charge){
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y, true)){
                    if (Math.random() < 0.3){
                        createPixel("light", x, y)
                        pixelMap[x][y].color = pixelColorPick(pixelMap[x][y], "#493ee9")
                    }
                }
            }
        }
    },
    movable: false,
}
elements.molten_gallium_nitride = {
    color: ["#d29d70", "#cf8e5e", "#cd7e4e", "#ca6d40", "#c75b33"],
    behavior: behaviors.MOLTEN,
    category: "states",
    hidden: true,
    state: "liquid",
    tempLow: 1640,
    stateLow: "gallium_nitride",
    density: 6050,
}
elements.gallium_phosphide = {
    color: "#be6008",
    behavior: behaviors.WALL,
    colorOn: "#00ff15",
    category: "solids",
    tempHigh: 1457,
    density: 4138,
    stateHigh: "molten_gallium_phosphide",
    state: "solid",
    conduct: 0.84,
    tick: function(pixel){
        if (pixel.charge){
            for (var i = 0; i < adjacentCoords.length; i++) {
                var coord = squareCoords[i];
                var x = pixel.x+coord[0];
                var y = pixel.y+coord[1];
                if (isEmpty(x,y, true)){
                    if (Math.random() < 0.3){
                        createPixel("light", x, y)
                        pixelMap[x][y].color = pixelColorPick(pixelMap[x][y], "#00ff15")
                    }
                }
            }
        }
    },
    movable: false,
}
elements.molten_gallium_phosphide = {
    color: ["#a36936", "#cf8e5e", "#9b4c1c", "#ca6d40", "#a13d19"],
    behavior: behaviors.MOLTEN,
    category: "states",
    hidden: true,
    state: "liquid",
    tempLow: 1447,
    stateLow: "gallium_phosphide",
    density: 4100,
}
/*
let funcRadius = 10
let functionScope = "pixel"
let funcFunction = "function(){console.log('Hello World')}"
let functionStorage = function(){}
elements.function_machine = {
    color: "#56999e",
    behavior: behaviors.WALL,
    category: "machines",
    state: "solid",
    onSelect: function(){
        let ans1 = prompt("What radius should the function be executed at? (Ignore if you plan on making it a global one.", funcRadius||10)
        funcRadius = parseInt(ans1)
        let ans2 = prompt("What scope should the function be executed in? Type \"global\" or \"pixel\" (without the quotes of course.)", functionScope||"pixel")
        if (ans2 == "global"){functionScope = "global"} else {functionScope = "pixel"}
        let ans3 = prompt("Type the entire function. Example: function(pixel){pixel.temp = 1000}}", funcFunction||"function(){console.log('Hello World')}")
        funcFunction = ans3
    },
    tick: function(pixel){
        if (pixelTicks == pixel.start){
            pixel.radius = funcRadius
            pixel.scope = functionScope
            pixel.function = funcFunction
        }
        if (pixel.scope == "global"){
            eval("functionStorage = "+pixel.function)
            functionStorage()
        } else {
            var circlec = circleCoords(pixel.x, pixel.y, pixel.radius)
            for (var i = 0; i < circlec.length; i++){
                var coord = circlec[i]
                var x = coord.x
                var y = coord.y
                if (!isEmpty(x,y,true)){
                    eval("functionStorage = "+pixel.function)
                    functionStorage(pixelMap[x][y])
                }
            }
        }
    },
    excludeRandom: true,
}
    */
   /*
elements.galvanized_steel = {
    color: "#4c585f",
    behavior: behaviors.WALL,
    tempHigh: 1455.5,
    category: "solids",
    density: 7850,
    conduct: 0.42,
    hardness: 0.8,
    tick: function(pixel){
        for (var i = 0; i < adjacentCoords.length; i++) {
            var coord = squareCoords[i];
            var x = pixel.x+coord[0];
            var y = pixel.y+coord[1];
            if (!isEmpty(x,y, true)){
                let otherPixel = pixelMap[x][y]
                if (otherPixel.element == "molten_zinc"){
                    if (Math.random() < 0.005){
                        deletePixel(x, y)
                        if (!pixel.absorbedZinc){pixel.absorbedZinc = 0}
                        pixel.absorbedZinc ++
                    }
                } else if (otherPixel.element == "steel"){
                    if (pixel.absorbedZinc && Math.random() < 0.02){
                        changePixel(otherPixel, "galvanized_steel")
                        pixel.absorbedZinc --
                    }
                }
                else if (otherPixel.element == "galvanized_steel"){
                    if (!otherPixel.absorbedZinc){otherPixel.absorbedZinc = 0}
                    if (pixel.absorbedZinc > otherPixel.absorbedZinc && Math.random() < 0.1){
                        otherPixel.absorbedZinc ++
                        pixel.absorbedZinc --
                    }
                }
            }
        }
    },
    movable: false
}
if (!eLists.metals) { eLists.metals = [] }
eLists.metals = eLists.metals.concat(["galvanized_steel"])
if (!elements.steel.reactions){elements.steel.reactions = {}}
elements.steel.reactions.molten_zinc = {elem1: "galvanized_steel", chance: 0.035}
if (!elements.molten_zinc.reactions){elements.zinc.reactions = {}}
elements.molten_zinc.reactions.steel = {elem1: "null", chance: 0.2}
*/
elements.super_heat_conductor = {
    color: "#b66b61",
    behavior: behaviors.WALL,
    category: "solids",
    density: 10000,
    tick: function(pixel){
        for (let j = 0; j <= 10; j++){
            for (var i = 0; i < adjacentCoords.length; i++) {
                var x = pixel.x+adjacentCoords[i][0];
                var y = pixel.y+adjacentCoords[i][1];
                if (!isEmpty(x,y,true)) {
                    var newPixel = pixelMap[x][y];
                    // Skip if both temperatures are the same
                    if (pixel.temp == newPixel.temp || elements[newPixel.element].insulate == true) {
                        continue;
                    }
                    // Set both pixel temperatures to their average
                    var avg = (pixel.temp + newPixel.temp)/2;
                    pixel.temp = avg;
                    newPixel.temp = avg;
                    pixelTempCheck(pixel);
                    pixelTempCheck(newPixel);
                }
            }
        }
    }
}
runEveryTick(function() {
    // run any code after pixels are simulated per tick
    var heatpixels = currentPixels.filter(function(pixelToCheck) {
        if (pixelToCheck.element == "global_heat_conductor"){
            return true;
        }
    })
    for (var i = 0; i < heatpixels.length; i++) {
        var newPixel = heatpixels[i];
        var randomPixel = heatpixels[Math.floor(Math.random()*heatpixels.length)];
        var avg = (randomPixel.temp + newPixel.temp)/2;
        randomPixel.temp = avg;
        newPixel.temp = avg;
    }
})
elements.global_heat_conductor = {
    color: "#55251e",
    behavior: behaviors.WALL,
    category: "solids",
    density: 10000,
}
let latticeElem = "wood"
elements.lattice_brush = {
    color: elements.grid_brush.color,
    behavior: behaviors.WALL,
    category: "special",
    onSelect: function(){
        let ans1 = prompt("Enter the element you want to use for the lattice", latticeElem||"wood")
        latticeElem = mostSimilarElement(ans1)
    },
    tick: function(pixel){
        let modx = pixel.x%2
        let mody = pixel.y%2
        let valid = {
            1: 0,
            0: 1
        }
        if (valid[modx] == mody){
            changePixel(pixel, latticeElem)
        }else {
            deletePixel(pixel.x, pixel.y)
        }
    }
}
elements.spaced_lattice_brush = {
    color: elements.grid_brush.color,
    behavior: behaviors.WALL,
    category: "special",
    onSelect: function(){
        let ans1 = prompt("Enter the element you want to use for the lattice", latticeElem||"wood")
        latticeElem = mostSimilarElement(ans1)
    },
    tick: function(pixel){
        let modx = pixel.x%5
        let mody = pixel.y%5
        let valid = {
            1: 3,
            2: 0,
            3: 2,
            4: 4,
            0: 1
        }
        if (valid[modx] == mody){
            changePixel(pixel, latticeElem)
        }else {
            deletePixel(pixel.x, pixel.y)
        }
    }
}
let outlinerElem = "wood"
elements.outer_outliner = {
    color: elements.inner_outliner.color,
    behavior: behaviors.WALL,
    category: "special",
    onSelect: function(){
        let ans1 = prompt("Enter the element you want to use for the outliner. The outliner will ignore pixels of this type.", outlinerElem||"wood")
        outlinerElem = mostSimilarElement(ans1)
    },
    tick: function(pixel){
        // this just checks if theres any neighboring coord non-outliner elem pixels. yuh that simple
        for (var i = 0; i < squareCoords.length; i++) {
            var x = pixel.x+squareCoords[i][0];
            var y = pixel.y+squareCoords[i][1];
            if (!isEmpty(x,y,true)) {
                var newPixel = pixelMap[x][y];
                if (newPixel.element != outlinerElem && newPixel.element!= "outer_outliner") {
                    deletePixel(pixel.x, pixel.y)
                    createPixel(outlinerElem, pixel.x, pixel.y)
                    return;
                }
            }
        }
        deletePixel(pixel.x, pixel.y)
    }
}
function highestValueObjectKey(object){
    let max = -Infinity
    for (var key in object){
        if (object[key] > (object[max]||-Infinity)){
            max = key
        }
    }
    return max
}
function sumOfObjectValues(object){
    let sum = 0
    for (var key in object){
        sum += object[key]
    }
    return sum
}
neighborRandomChance = {
    1: 0.015,
    2: 0.03,
    3: 0.06,
    4: 0.12,
    5: 0.2,
    6: 0.5,
    7: 0.8,
    8: 1
}
elements.colored_filler = {
    color: elements.rainbow.color,
    behavior: behaviors.WALL,
    category: "special",
    customColor: true,
    properties: {
        "initalized": false,
    },
    tick: function(pixel){
        let fillerNeighbors = {}
        for (var i = 0; i < adjacentCoords.length; i++) {
            var x = pixel.x+adjacentCoords[i][0];
            var y = pixel.y+adjacentCoords[i][1];
            if (isEmpty(x,y) && pixel.initalized) {
                createPixel("colored_filler", x, y)
                pixelMap[x][y].color = pixel.color;
                pixelMap[x][y].initalized = true
            }
        }
        for (var i = 0; i < squareCoords.length; i++) {
            var x = pixel.x+squareCoords[i][0];
            var y = pixel.y+squareCoords[i][1];
            if (!isEmpty(x, y, true)){
                var otherPixel = pixelMap[x][y];
                if (otherPixel.element == "colored_filler" && otherPixel.color != pixel.color){
                    fillerNeighbors[otherPixel.color] = (fillerNeighbors[otherPixel.color]||0)+1;
                }
            }
        }
        if(Object.keys(fillerNeighbors).length > 0){
            let mostSeenColor = highestValueObjectKey(fillerNeighbors)
            let opposingCount = sumOfObjectValues(fillerNeighbors)
            if (Math.random() < neighborRandomChance[opposingCount]){
                pixel.color = mostSeenColor;
            }
        }
    },
    renderer: function(pixel, ctx){
        if (!pixel.initalized){
            var rgb = hexToRGB(currentColor);
            pixel.color = "rgb("+rgb.r+","+rgb.g+","+rgb.b+")";
            pixel.initalized = true;
        }
        if (pixel.color != "monochrome" && pixel.color != "rainbow"){
            drawSquare(ctx, pixel.color, pixel.x, pixel.y);
        } else {
            if (pixel.color == "monochrome"){
                drawSquare(ctx, "hsl(0, 0%, " + 100*Math.abs(Math.asin(Math.sin(pixelTicks/30)))/(0.5*Math.PI) + "%)", pixel.x, pixel.y);
            } else if (pixel.color == "rainbow"){
                drawSquare(ctx, "hsl(" + ((pixelTicks%60)/60)*360 + ", 100%, 50%)", pixel.x, pixel.y);
            }
        }
    }
}
let copycatfillerElem = "sand"
elements.copycat_filler = {
    color: elements.random.color,
    behavior:behaviors.WALL,
    category: "special",
    onSelect: function(){
        let ans1 = prompt("Enter the element you want to use for the copycat filler", copycatfillerElem||"sand")
        copycatfillerElem = mostSimilarElement(ans1)
    },
    tick: function(pixel){
        let fillerNeighbors = {}
        if (!pixel.copycatElement){
            pixel.copycatElement = copycatfillerElem
        }
        if (!pixel.rSeed){
            pixel.rSeed = [Math.random(), Math.random(), Math.random(), Math.random()]
        }
        for (var i = 0; i < adjacentCoords.length; i++) {
            var x = pixel.x+adjacentCoords[i][0];
            var y = pixel.y+adjacentCoords[i][1];
            if (isEmpty(x,y)) {
                createPixel("copycat_filler", x, y)
                pixelMap[x][y].copycatElement = pixel.copycatElement
            }
        }
        for (var i = 0; i < squareCoords.length; i++) {
            var x = pixel.x+squareCoords[i][0];
            var y = pixel.y+squareCoords[i][1];
            if (!isEmpty(x, y, true)){
                var otherPixel = pixelMap[x][y];
                if (otherPixel.element == "copycat_filler" && otherPixel.copycatElement != pixel.copycatElement){
                    fillerNeighbors[otherPixel.copycatElement] = (fillerNeighbors[otherPixel.copycatElement]||0)+1;
                }
            }
        }
        if(Object.keys(fillerNeighbors).length > 0){
            let mostSeenColor = highestValueObjectKey(fillerNeighbors)
            let opposingCount = sumOfObjectValues(fillerNeighbors)
            if (Math.random() < neighborRandomChance[opposingCount]){
                pixel.copycatElement = mostSeenColor;
            }
        }
    },
    renderer: function(pixel, ctx){
        if (!pixel.copycatElement){pixel.copycatElement = copycatfillerElem}
        if (!pixel.rSeed){pixel.rSeed = [Math.random(), Math.random(), Math.random(), Math.random()]}
        if (typeof elements[pixel.copycatElement].color == "object"){
            let selectedColor = elements[pixel.copycatElement].color[Math.floor(pixel.rSeed[1]*elements[pixel.copycatElement].color.length)]
            let rgb = {
                r: parseInt(selectedColor.match(/\d+/g)[0]),
                g: parseInt(selectedColor.match(/\d+/g)[1]),
                b: parseInt(selectedColor.match(/\d+/g)[2])
            }
            for (let c in rgb){
                rgb[c] += Math.floor(pixel.rSeed[0] * (pixel.rSeed[2] > 0.5 ? -1 : 1) * pixel.rSeed[3] * 15);
                rgb[c] = Math.max(0, Math.min(255, rgb[c]));
            }
            if (elements[pixel.copycatElement].glow || elements[pixel.copycatElement].isGas){
                drawPlus(ctx, "rgb("+rgb.r+","+rgb.g+","+rgb.b+")", pixel.x, pixel.y, 1);
            } else {
                drawSquare(ctx, "rgb("+rgb.r+","+rgb.g+","+rgb.b+")", pixel.x, pixel.y);
            }
        } else {
            let rgb = {
                r: parseInt(elements[pixel.copycatElement].color.match(/\d+/g)[0]),
                g: parseInt(elements[pixel.copycatElement].color.match(/\d+/g)[1]),
                b: parseInt(elements[pixel.copycatElement].color.match(/\d+/g)[2])
            }
            for (let c in rgb){
                rgb[c] += Math.floor(pixel.rSeed[0] * (pixel.rSeed[2] > 0.5 ? -1 : 1) * pixel.rSeed[3] * 15);
                rgb[c] = Math.max(0, Math.min(255, rgb[c]));
            }
            if (elements[pixel.copycatElement].glow || elements[pixel.copycatElement].isGas){
                drawPlus(ctx, "rgb("+rgb.r+","+rgb.g+","+rgb.b+")", pixel.x, pixel.y, 1);
            } else {
                drawSquare(ctx, "rgb("+rgb.r+","+rgb.g+","+rgb.b+")", pixel.x, pixel.y);
            }
        }
    }
}
/*
top left: canvasCoord(x), canvasCoord(y)
top right: canvasCoord(x)+pixelSize, canvasCoord(y)
bottom left: canvasCoord(x), canvasCoord(y)+pixelSize
bottom right: canvasCoord(x)+pixelSize, canvasCoord(y)+pixelSize
*/
adjacentSidesToCanvas = function(x, y, px, py){
    if (x == 0 && y == -1){
        return [canvasCoord(px)+(0.5*pixelSize), canvasCoord(py)]
    }
    else if (x == 0 && y == 1){
        return [canvasCoord(px)+(0.5*pixelSize), canvasCoord(py)+pixelSize]
    }
    else if  (x == -1 && y == 0){
        return [canvasCoord(px), canvasCoord(py)+(0.5*pixelSize)]
    }
    else if  (x == 1 && y == 0){
        return [canvasCoord(px)+pixelSize, canvasCoord(py)+(0.5*pixelSize)]
    }
}
drawRectangle = function(ctx, color, x, y, width, height, xoffset, yoffset){
    ctx.fillStyle = color;
    ctx.fillRect(canvasCoord(x+xoffset), canvasCoord(y+yoffset), pixelSize*width, pixelSize*height)
}
elements.thin_pixel = {
    color: "#747474",
    behavior: behaviors.WALL,
    category: "special",
    renderer: function(pixel, ctx){
        let differentAdjacent = [];
                for (let i = 0; i < adjacentCoords.length; i++) {
                    let x = adjacentCoords[i][0] + pixel.x;
                    let y = adjacentCoords[i][1] + pixel.y;
                    if (!isEmpty(x, y, true) && pixelMap[x][y].element == "thin_pixel") {
                        differentAdjacent.push(adjacentCoords[i]);
                    }
                }
                ctx.globalAlpha = 1
                differentAdjacent.forEach(adj => {
                    let canvasadjacentCoords = adjacentSidesToCanvas(adj[0], adj[1], pixel.x, pixel.y);
                   // if (!canvasadjacentCoords){
                  //      console.log(adj)
                  //      return;
                  //  }
                    //console.log(canvasadjacentCoords);
                    ctx.beginPath();
                    ctx.moveTo(canvasCoord(pixel.x)+(0.5*pixelSize), canvasCoord(pixel.y)+(0.5*pixelSize));
                    ctx.lineTo(canvasadjacentCoords[0], canvasadjacentCoords[1]);
                    ctx.strokeStyle = pixel.color;
                    if (pixelSize*0.24>=2){ctx.lineWidth = pixelSize*0.24}else{ctx.lineWidth = 2}
                    ctx.stroke();
                    //console.log("line")
                });
                ctx.fillStyle = pixel.color;
                ctx.fillRect(canvasCoord(pixel.x+0.38), canvasCoord(pixel.y+0.38), pixelSize*0.24, pixelSize*0.24);
    }
}
elements.cooler_sensor = {
    color: "#5499e7",
    behavior: behaviors.WALL,
    category: "machines",
    insulate: true,
    conduct: 1,
    tick: function(pixel){
        let temp = pixel.temp
        for (i = 0; i < adjacentCoords.length; i++){
            let x = adjacentCoords[i][0] + pixel.x;
            let y = adjacentCoords[i][1] + pixel.y;
            if (!isEmpty(x, y, true)){
                if (pixelMap[x][y].temp < temp){
                    pixel.charge = 1
                }
            }
        }
    }
}
elements.hotter_sensor = {
    color: "#e75454",
    behavior: behaviors.WALL,
    category: "machines",
    insulate: true,
    conduct: 1,
    tick: function(pixel){
        let temp = pixel.temp
        for (i = 0; i < adjacentCoords.length; i++){
            let x = adjacentCoords[i][0] + pixel.x;
            let y = adjacentCoords[i][1] + pixel.y;
            if (!isEmpty(x, y, true)){
                if (pixelMap[x][y].temp > temp){
                    pixel.charge = 1
                }
            }
        }
    }
}
let pipe_transmitter_channelVar = 0;
elements.pipe_transmitter = {
    color: "#6e6250",
    category: "deprecated",
    movable: false,
    canContain: true,
    insulate: true,
    onSelect: () => {
        let newChannel = prompt("Enter the channel of this pipe transmitter. It will not work if you do multiple while paused.", pipe_transmitter_channelVar);
        pipe_transmitter_channelVar = newChannel;
    },
    tick: (pixel) => {
        if (!pixel.channel){
            pixel.channel = pipe_transmitter_channelVar;
        }
        if (pixel.channel && pixel.con){
            let valid = currentPixels.filter(pixel2 => 
                pixel2.element == "pipe_receiver" && pixel2.channel === pixel.channel && !(pixel2.con)
            )
            if (valid.length){
                console.log(valid)
                shuffleArray(valid);
                console.log(valid)
                pixel.con.x = valid[0].x
                pixel.con.y = valid[0].y
                pixelMap[valid[0].x][valid[0].y].con = pixel.con
                delete pixel.con
            }
        }
    }
}
let pipe_receiver_channelVar = 0;
elements.pipe_receiver = {
    color: "#4d4b63",
    category: "deprecated",
    movable: false,
    canContain: true,
    insulate: true,
    onSelect: () => {
        let newChannel = prompt("Enter the channel of this pipe receiver. It will not work if you do multiple while paused.", pipe_receiver_channelVar);
        pipe_receiver_channelVar = newChannel;
    },
    tick: (pixel) => {
        if (!pixel.channel){
            pixel.channel = pipe_receiver_channelVar;
        }
        if (pixel.channel && pixel.con){
            // just scan neighbors for elements on the pipe list; transfer con to them. if its a type of channel pipe, also check if channel matches
            for (i = 0; i < squareCoords.length; i++){
                let x = squareCoords[i][0] + pixel.x;
                let y = squareCoords[i][1] + pixel.y;
                if (!isEmpty(x, y, true)){
                    if (listPipes.includes(pixelMap[x][y].element)){
                        if (["channel_pipe", "destroyable_channel_pipe"].includes(pixelMap[x][y].element)){
                            if (pixelMap[x][y].channel == pixel.channel && !pixelMap[x][y].con){
                                pixelMap[x][y].con = pixel.con;
                                delete pixel.con;
                                break;
                            }
                        } else {
                            pixel.con.x = x;
                            pixel.con.y = y;
                            pixelMap[x][y].con = pixel.con;
                            delete pixel.con;
                            break;
                        }
                    }
                }
            }
        }
    }
}
elements.false_vacuum_decay_bomb = {
    color: "#3f0b0b",
    category: "weapons",
    behavior: behaviors.STURDYPOWDER,
    tick: function(pixel){
        if (!isEmpty(pixel.x, pixel.y+1, true)){
            changePixel(pixel, "false_vacuum")
        }
    }
}
elements.false_vacuum = {
    color: "#b41b1b",
    category: "special",
    hidden: true,
    tick: function(pixel){
        if (!pixel.timeAlive){
            pixel.timeAlive = 0
        }
        pixel.color = `rgb(${180/(pixel.timeAlive+2)}, ${27/(pixel.timeAlive+2)}, ${27/(pixel.timeAlive+2)})`
        if (pixel.timeAlive === 0){
            for (i = 0; i < squareCoords.length; i++){
                let x = squareCoords[i][0] + pixel.x;
                let y = squareCoords[i][1] + pixel.y;
                if (!isEmpty(x, y, true)){
                    if (pixelMap[x][y].element !== "false_vacuum"){
                        deletePixel(x, y)
                        createPixel("false_vacuum", x, y)
                    }
                } else if (isEmpty(x, y)){
                    createPixel("false_vacuum", x, y)
                }
            }
        }
        pixel.timeAlive ++;
        if (pixel.timeAlive > 20){
            deletePixel(pixel.x, pixel.y)
            return
        }
    },
    movable: false,
    hardness: 1
}
let signInput = "Hello World!";
elements.sign = {
    color: "#FFFFFF",
    darkText: true,
    category: "special",
    onSelect: function(){
        let signi = prompt("What text should the sign display?", signInput||"Hello World!")
        signInput = signi;
    },
    renderer: function(pixel, ctx){
        if (!pixel.sign){pixel.sign = signInput}
    },
    movable: false
}
elements.e_sign = {
    color: "#f3ff88",
    darkText: true,
    category: "special",
    movable: false,
    onSelect: () => {
        let signi = prompt("What text should the sign display?", signInput||"Hello World!")
        signInput = signi;
    },
    renderer: function(pixel, ctx){
        if (!pixel.sign){pixel.sign=signInput}
    },
    conduct: 1
}
renderPostPixel(function(ctx){
    for (pixel of currentPixels){
        if ((pixel.element == "sign") && pixel.sign){
            ctx.font = `12pt Arial`
            ctx.fillStyle = pixel.color;
            ctx.fillText(pixel.sign, canvasCoord(pixel.x), canvasCoord(pixel.y))
        } else if (pixel.element == "e_sign" && pixel.sign){
            if (pixel.charge || pixel.chargeCD){
                ctx.font = `12pt Arial`
                ctx.fillStyle = pixel.color;
                ctx.fillText(pixel.sign, canvasCoord(pixel.x), canvasCoord(pixel.y))
            } else {
                drawSquare(ctx, pixel.color, pixel.x, pixel.y)
            }
        }
    }
})
let machinemodName = "nousersthings.js"
elements.mod_dectector = {
    color: "#54681d",
    behavior: behaviors.WALL,
    category: "machines",
    movable: false,
    excludeRandom: true,
    onSelect: () => {
        let newMod = prompt("What mod should this machine detect?", "nousersthings.js"||modName)
        machinemodName = newMod
    },
    tick: (pixel) => {
        if (!pixel.mod){pixel.mod = machinemodName}
        if (enabledMods.includes("mods/" + pixel.mod)){
            for (let i = 0; i < adjacentCoords.length; i++){
                let x = adjacentCoords[i][0] + pixel.x;
                let y = adjacentCoords[i][1] + pixel.y;
                if (!isEmpty(x, y, true) && elements[pixelMap[x][y].element].conduct){
                    pixelMap[x][y].charge = 1
                }
            }
        }
    }
}