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Title	PAC-MAN SCRAMBLE (FINAL BUILD)
ID	4400062830
Created	9 years ago, 1460413397092
Updated	9 years ago, 1465188220306
Code	/* ----------PAC-MAN SCRAMBLE---------- A game based on the original PAC-MAN, except without mazes. Oh, and the pellets move. This was a game I built for my programming class that I went overboard with. It's supposed to eventually be compatable with p5, which means that it'll run from HTML instead of Khan Academy. That's why some things may be formatted differently. Oh, and since this game was built to run on school computers, I can't help with lag too much. I'll work on disabling the visual effects as an extra option next. -----CONTROLS----- Use the arrow keys to move PAC-MAN around the screen. Press LEFT / RIGHT on the menu to change the current stage. Press DOWN on the menu to start the game. If your game is lagging, then press up on the menu to change the visual mode. The arrow keys can be subsituted by clicking the screen in certain locations. / //-----VARIABLE DECLARATIONS----- //Canvas var canvasx; var canvasy; var canvasavg; //These variables represent the length, width, and average of the canvas which determine the values of nearly all other variables in the game var freeze; //Is the game in hitstun? var freezeflag, startfreeze, freezetime, freezelimit; //These variables control the hitstun in the game var mode; //This represents the mode the game is currently in var t; //Instead of using millis(), I went with my own variable in order to control when the time-based number stops var visuals; //This controls whether or not there are special visual effects in the background. //PAC-MAN var ipacsize; //This is the value that other objects base their size off of: PAC-MAN's normal (initial) size var pacsize; //This is PAC-MAN's actual size, since he can grow when collecting a POWER PELLET, which I somehow mistakenly called a SUPER PELLET throughout the game var ipacspeed, pacspeed; //PAC-MAN's speed, which is determined by his size. //This is another value that other objects base their speed off of var pacx, pacy; //These are the coordinates that determine PAC-MAN's location var pacdir; //This dictates which direction PAC-MAN is heading in var pacaaadir; //pacaaadir determines if paca is going up or down. There's 3 'a's in the name so that it's not confused with pacdir var paca; //paca is the angle that PAC-MAN's mouth is drawn at var pacaaaspeed, ipacaaaspeed; //pacaaaspeed is how fast PAC-MAN's mouth moves var pacsafe; //Is PAC-MAN okay? Or did he touch a ghost? Or better yet, did he eat a POWER PELLET? var pacpass; //Did PAC-MAN collect enough pellets to continue onto the next level? var paclives; //This is the number of lives PAC-MAN has left var paclifestart; //This is the number of lives PAC-MAN starts out with on every game //Ghosts var ghostnum; //The number of ghosts that spawn on-screen var ghostxy; //Initial coords of the ghosts //0,1: ghost1 //2,3: ghost2 //4,5: ghost3 //6,7: ghost4 var ghostdir; //The direction that the ghosts are heading in var ghostsw; //The current state of the ghost var ghostflag; //Which direction the ghost is decides to chase after PAC-MAN; horizontal or verticle var ghostbuff; //How much room is allowed between the ghost and target coords before the ghost changes ghostflag? var rang2dir; //Random ghost 2 direction var rang3flag; //Random ghost 3 flag var g4x, g4y; //Ghost 4 coords, which it goes to and then chooses new coords to follow var bfill; //TURN-TO-BLUE fill var gfill; //Ghost fill colors var ghomex, ghomey; //Ghost spawn points var ghostspeed; //Individual ghost speeds var ghostbspeed; //Ghost base speeds, which the current speed is always based off of var startg2, g2time, g2limit, startg3, g3time, g3limit; //Ghost 2 & 3 time-related variables var startg, gtime, rangdir; //SCATTER MODE time-related variables & flag //Pellets var pellsize; //How large the pellets are, determined in proportion to PAC-MAN var pellxysw; //This variable handles all of the indivdual pellet coordinates and switches var pellspeed; //This variable handles the speed of the pellets var pellspeedlow; //For the random number generator, this is the minimum speed a pellet can be var pellspeedhigh; //...and this is the maximum speed of a pellet var spellsize; //Spellsize, or super pellet size var pellbspeed; //The base pellet speed, which is the average between the low and high speeds var spellxysw; var spellspeed; //Both of these variables serve the same function as their not-super counterparts var spfill; //Super pellet fill color var pelltotal; //The total number of pellets that are generated on the screen var pellprog; //This represents the milestones that pelltotal climbs through; 75%, 95%, and 100% var pellcollect; //The number of pellets PAC-MAN has collected var pfill; //Pellet color fill //Key Controls var keyleft, keyright, keyup, keydown; //These keys originally aided menu control, but now they assist a seperate p5 function. //Each key serves as a flag for when it is on and off. var keylock; //Is the player able to control PAC-MAN? //Score var score, hscore; //This is the player's total score and high score. var starttt; //Start time var ttime; //The amount of time the player has spent in the current stage, on the current life var bflag, startb, btime, blimit; //TURN-TO-BLUE function-related variables var ghostmult; //Ghost score multiplier var paclivesearned; //Score-related //Other var stage; //The current stage var stagenum; //The current number of stages var ldefault; //Default fill for the background var lfill; //The actual fill for the background var dither; //The refresh option for the display var vr; //The random number used in the "glitch" effect //Background var bgspeed; //The speed that the background moves at var cubeside; var cubenum; var cuberad; var cubelength; var cubebrad; var cubeblength; var centerx, centery; var cubex, cubey; //The rest of these are just cube numbers var bgblur; var blur; //Menu var lunit; var logox, logoy; //Logo-related numbers //Initializer var initializer = function() { //Canvas canvasx = 600; canvasy = 500; canvasavg = (canvasx + canvasy) / 2; freeze = false; mode = "menu"; t = 0; //PAC-MAN ipacsize = canvasavg / 20; pacsize = ipacsize; pacspeed = ipacspeed = ipacsize / 12.5; paca = -720; pacaaaspeed = ipacaaaspeed = 15; paclifestart = 3; //Ghosts ghostxy = []; ghostdir = []; ghostsw = []; ghostflag = []; ghostbuff = 1.05; gfill = [ color(240, 34, 34), color(255, 143, 240), color(255, 140, 0), color(24, 178, 217) ]; ghostspeed = []; ghostbspeed = pacspeed / (1.35 ghostbuff); startg = []; gtime = []; rangdir = []; ghostmult = 0; //Pellets pellsize = ipacsize / 4; pellxysw = []; pellspeed = []; pfill = color(247, 238, 136); pellspeedlow = 0; pellspeedhigh = ghostbspeed; spellsize = pellsize * 2; pellbspeed = ghostbspeed / 2; spellxysw = []; spellspeed = []; spfill = [ color(41, 192, 230), color(36, 70, 240), ]; pellprog = "imcomp"; pellcollect = 0; pelltotal = 120; //Score score = 0; hscore = 0; paclivesearned = 0; //Other stage = 1; stagenum = 6; ldefault = color(0, 0, 158); lfill = ldefault; vr = random(20, 30); keylock = false; //Background bgspeed = ghostbspeed; cubeside = canvasavg/8; cubenum = 3; cubex = []; cubey = []; cuberad = []; cubelength = []; cubebrad = cubeside * (sqrt(3)/2); cubeblength = cubeside * 0.57735026919/2; centerx = canvasx/2; centery = canvasy/2; bgblur = 64; blur = false; dither = false; visuals = true; //Menu lunit = ((canvasx + 2canvasy)/3)/24; }; //Initializer initializer(); //Freezegame var freezegame = function(timefrozen) { //This function freezes the game for the specified amount of time freeze = true; startfreeze = millis(); freezelimit = timefrozen; }; //Freezegame //PELLET generator var pellgen = function(pellnum) { //Shortcut variables var superpellnum = round(pellnum/60); var r = round(random(0,3)); var ax = 0; var ay = 0; var color; //Resetting PAC-MAN's progress pellcollect = 0; pellprog = "incomp"; for (var i = 0; i < pellnum; i += 1) { pellxysw[3i] = random(pellsize, canvasx - pellsize); pellxysw[3i+1] = random(pellsize, canvasy - pellsize); pellxysw[3i+2] = true; } for (var i = 0; i < superpellnum; i += 1) { spellxysw[3i] = random(spellsize, canvasx - spellsize); spellxysw[3i+1] = random(spellsize, canvasy - spellsize); spellxysw[3i+2] = true; } switch (stage) { case 1: { for (var i = 0; i < pellnum; i += 1) { pellspeed[2i] = 0; pellspeed[2i+1] = 0; } for (var i = 0; i < superpellnum; i += 1) { spellspeed[2i] = 0; spellspeed[2i+1] = 0; } } break; case 2: { if (r === 0) {ax = 1; ay = 0;} else if (r === 1) {ax = 0; ay = 1;} else if (r === 2) {ax = -1; ay = 0;} else if (r === 3) {ax = 0; ay = -1;} for (var i = 0; i < pellnum; i += 1) { pellspeed[2i] = ax * pellbspeed; pellspeed[2i+1] = ay pellbspeed; } for (var i = 0; i < superpellnum; i += 1) { spellspeed[2i] = ax pellbspeed; spellspeed[2i+1] = ay pellbspeed; } } break; case 3: { for (var i = 0; i < pellnum; i += 1) { pellspeed[2i] = random(0, canvasavg/1.7); pellspeed[2i+1] = random(0, 359); } for (var i = 0; i < superpellnum; i += 1) { spellspeed[2i] = random(0, canvasavg/1.75); spellspeed[2i+1] = random(0, 359); } } break; case 4: { if (r === 0) {ax = 1; ay = 0;} else if (r === 1) {ax = 0; ay = 1;} else if (r === 2) {ax = -1; ay = 0;} else if (r === 3) {ax = 0; ay = -1;} for (var i = 0; i < pellnum; i += 1) { pellspeed[2i] = ax random(pellspeedlow, pellspeedhigh); pellspeed[2i+1] = ay random(pellspeedlow, pellspeedhigh); } for (var i = 0; i < superpellnum; i += 1) { spellspeed[2i] = ax random(pellspeedlow, pellspeedhigh); spellspeed[2i+1] = ay random(pellspeedlow, pellspeedhigh); } } break; case 5: { for (var i = 0; i < pellnum; i += 1) { pellspeed[2i] = random(-pellspeedhigh, pellspeedhigh) / sqrt(2); pellspeed[2i+1] = random(-pellspeedhigh, pellspeedhigh) / sqrt(2); } for (var i = 0; i < superpellnum; i += 1) { spellspeed[2i] = random(-pellspeedhigh, pellspeedhigh) / sqrt(2); spellspeed[2i+1] = random(-pellspeedhigh, pellspeedhigh) / sqrt(2); } } break; case 6: { for (var i = 0; i < pellnum; i += 1) { pellspeed[2i] = random(0, canvasavg/1.7); pellspeed[2i+1] = random(0, 359); } for (var i = 0; i < superpellnum; i += 1) { spellspeed[2i] = random(0, canvasavg/1.75); spellspeed[2i+1] = random(0, 359); } } } }; //PELLET generator //Gameset var gameset = function(resettype) { //Control reset keyup = false; keydown = false; keyleft = false; keyright = false; //Stage advance if (resettype === "next") { pellgen(pelltotal); mode = "game"; } //Life loss else if (resettype === "continue") { paclives -= 1; //Checking for GAME OVER if (paclives <= -1) { mode = "game over"; score = 0; paclivesearned = 0; pellcollect = 0; } else {mode = "game";} } //Gamestart if (resettype === "start") { paclives = paclifestart; pellgen(pelltotal); mode = "game"; } //Freeze Properties freeze = false; freezeflag = false; freezelimit = 0; //PAC-MAN { pacspeed = ipacsize / 12.5; pacsize = ipacsize; pacx = (7/8) * canvasx; pacy = (7/8) * canvasy; pacdir = 0; pacaaadir = 0; paca = -5; pacaaaspeed = ipacaaaspeed; pacsafe = true; pacpass = false; keylock = false; } //PAC-MAN //Ghosts { //Resetting ghost variables ghostnum = 4; ghostbspeed = pacspeed / (1.35 * ghostbuff); for (var i = 0; i < ghostnum; i += 1) { ghostxy[2i] = ghomex = canvasx/8; ghostxy[2i+1] = ghomey = canvasy/8; ghostsw[i] = "on"; ghostdir[i] = 0; ghostspeed[i] = ghostbspeed; } ghostmult = 0; //Ghost fill colors bfill = color(32, 3, 255); //Randomized flags for ghosts 1, 2, and 3 if(round(random(0, 1)) === 0) {ghostflag[0] = "x";} else {ghostflag[0] = "y";} if(round(random(0, 1)) === 0) {ghostflag[1] = "x";} else {ghostflag[1] = "y";} if(round(random(0, 1)) === 0) {ghostflag[3] = "x";} else {ghostflag[3] = "y";} //Timing functions for ghosts 2 and 3 startg2 = startg3 = millis(); g2limit = 600; g3limit = 1200; //Randomized coordinates for ghost 4; g4x = random(0, canvasx); g4y = random(0, canvasy); } //Ghosts //Other { pellsize = ipacsize/4; spellsize = pellsize * 2; starttt = millis(); bflag = false; startb = millis(); blimit = 10; dither = false; bgspeed = ghostbspeed; } //Other }; //Gameset function //Dummy GHOST var dummy = function(c1, c2, c3) { //Common values var gh = ipacsize/2; var gq = ipacsize/4; //fill fill(c1, c2, c3); //Head rect(-gh + ghomex, ghomey, ipacsize, gq); arc(ghomex, ghomey, ipacsize, ipacsize, 135, 405); //Tail if (t%25 < 12.5) { arc(-gh + ghomex, gq + ghomey, gh, gh, -90, 90); arc(-gq + ghomex, gq + ghomey, gh, gh, -90, 90); arc(gq + ghomex, gq + ghomey, gh, gh, 90, 270); arc(gh + ghomex, gq + ghomey, gh, gh, 90, 270); } else { arc(-gq + ghomex, gq + ghomey, gh, gh, 90, 270); ellipse(ghomex, gq + ghomey, gh, gh); arc(gq + ghomex, gq + ghomey, gh, gh, -90, 90); } }; //Dummy GHOST //TURN TO BLUE var turntoblue = function() { if (bflag === true) { pacsafe = "power"; for (var i = 0; i < ghostnum; i += 1) { ghostsw[i] = "blue"; ghostspeed[i] = ghostbspeed/1.35; startg[i] = millis(); } ghostmult = 0; startb = millis(); btime = 0; bfill = color(32, 3, 255); lfill = color(21, 122, 194); bflag = false; } if (pacsafe === "power") { btime = floor((millis()-startb)/100)/10; if (btime >= blimit) { bfill = color(32, 3, 255); pacsafe = true; for (var i = 0; i < ghostnum; i += 1) { if (ghostsw[i] === "blue") {ghostsw[i] = "on";} ghostspeed[i] = ghostbspeed; } ghostmult = 0; lfill = ldefault; btime = 0; } } if (btime > (5/6)blimit) { if (t%12.5 < 6.25) { bfill = color(32, 3, 255); lfill = ldefault; dummy(107, 166, 255); } else { bfill = color(107, 166, 255); lfill = color(21, 122, 194); } } else if (btime > (2/3)blimit) { if (t%25 < 12.5) { bfill = color(32, 3, 255); lfill = ldefault; dummy(107, 166, 255); } else { bfill = color(107, 166, 255); lfill = color(21, 122, 194); } } }; //TURN TO BLUE //PELLET var pellet = function() { //Pellet color fill(pfill); if (stage === 3) { //Accessing each individual pellet for (var i = 0; i < pelltotal; i += 1) { //Pellets are only drawn while PAC-MAN is "safe" if (pellxysw[3i+2] === true) { //Rotation var rot = (canvasavg t)/(pellspeed[2i] 7.5) + pellspeed[2i+1]; //Pellet movement pellxysw[3i] = centerx + pellspeed[2i] cos(rot); pellxysw[3i+1] = centery + pellspeed[2i] * sin(rot); //Draw ellipse(pellxysw[3i], pellxysw[3i+1], pellsize, pellsize); //Pellet collection if (dist(pellxysw[3i], pellxysw[3i+1], pacx, pacy) < 0.5 * pacsize) { score += 10; pellcollect += 1; pellxysw[3i+2] = false; } } } } else if (stage === 6) { //Accessing each individual pellet for (var i = 0; i < pelltotal; i += 1) { //Pellets are only drawn while PAC-MAN is "safe" if (pellxysw[3i+2] === true) { //Rotation var rot = (canvasavg * -t)/(pellspeed[2i] 16) + pellspeed[2i+1]; var xDis = map(noise(0.01(t+i),1), 0, 1, -1, 1)pellspeed[2i]; var yDis = map(noise(0.01(t+i),1), 0, 1, -1, 1)pellspeed[2i]; //Pellet movement pellxysw[3i] = centerx + (pellspeed[2i] + xDis) cos(rot); pellxysw[3i+1] = centery + (pellspeed[2i] + yDis) * sin(rot); //Draw ellipse(pellxysw[3i], pellxysw[3i+1], pellsize, pellsize); //Pellet collection if (dist(pellxysw[3i], pellxysw[3i+1], pacx, pacy) < 0.5 * pacsize) { score += 10; pellcollect += 1; pellxysw[3i+2] = false; } } } } else { //Accessing each individual pellet for (var i = 0; i < pelltotal; i += 1) { //Pellets are only drawn while PAC-MAN is "safe" if (pellxysw[3i+2] === true) { //Pellet movement pellxysw[3i] += pellspeed[2i]; pellxysw[3i+1] += pellspeed[2i+1]; //Screen wrap if( pellxysw[3i] <= -pellsize) {pellxysw[3i] += (canvasx + 2 * pellsize);} else if( pellxysw[3i+1] <= -pellsize) {pellxysw[3i+1] += (canvasy + 2 * pellsize);} else if( pellxysw[3i] >= (canvasx + pellsize)) {pellxysw[3i] -= (canvasx + 2 * pellsize);} else if( pellxysw[3i+1] >= (canvasy + pellsize)) {pellxysw[3i+1] -= (canvasy + 2 * pellsize);} //Draw ellipse(pellxysw[3i], pellxysw[3i+1], pellsize, pellsize); //Pellet collection if (dist(pellxysw[3i], pellxysw[3i+1], pacx, pacy) < 0.5 * pacsize) { score += 10; pellcollect += 1; pellxysw[3i+2] = false; } } } } //Collection advance if (pellcollect === pelltotal && pellprog === "preadvance") { pellprog = "advance"; pacsafe = "pass"; score += 500; } else if (pellcollect >= 0.95pelltotal && pellprog === "incomp") { pellprog = "preadvance"; pacpass = true; score += 100; } else if (pellcollect < 0.95pelltotal) {pellprog = "incomp";} }; //PELLET //SUPER PELLET var superpellet = function() { //Super pellet fill if (t%7.5 < 3.75) {fill(spfill[0]);} else {fill(spfill[1]);} //Text fill var f = createFont("monospace"); textFont(f, canvasavg/40); textAlign(CENTER, BOTTOM); if (stage === 3) { //Accessing each individual pellet for (var i = 0; i < spellxysw.length / 3; i += 1) { //Pellets are only drawn while PAC-MAN is "safe" if (spellxysw[3i+2] === true) { //Rotate var rot = (canvasavg * t)/(spellspeed[2i] 7.5) + spellspeed[2i+1]; //Super pellet movement spellxysw[3i] = centerx + spellspeed[2i] cos(rot); spellxysw[3i+1] = centery + spellspeed[2i] * sin(rot); //Super pellet draw ellipse(spellxysw[3i], spellxysw[3i+1], spellsize, spellsize); //Super Pellet collection if (dist(spellxysw[3i], spellxysw[3i+1], pacx, pacy) < 0.5 * pacsize) { score += 50; spellxysw[3i+2] = false; freezegame(250); bflag = true; } } } } else if (stage === 6) { //Accessing each individual pellet for (var i = 0; i < spellxysw.length / 3; i += 1) { //Pellets are only drawn while PAC-MAN is "safe" if (spellxysw[3i+2] === true) { //Rotation var rot = (canvasavg * -t)/(spellspeed[2i] 16) + spellspeed[2i+1]; var xDis = map(noise(0.01(t+i),1), 0, 1, -1, 1)spellspeed[2i]; var yDis = map(noise(0.01(t+i),1), 0, 1, -1, 1)spellspeed[2i]; //Pellet movement spellxysw[3i] = centerx + (spellspeed[2i] + xDis) cos(rot); spellxysw[3i+1] = centery + (spellspeed[2i] + yDis) * sin(rot); //Super pellet draw ellipse(spellxysw[3i], spellxysw[3i+1], spellsize, spellsize); //Super Pellet collection if (dist(spellxysw[3i], spellxysw[3i+1], pacx, pacy) < 0.5 * pacsize) { score += 50; spellxysw[3i+2] = false; freezegame(250); bflag = true; } } } } else { //Drawing each individual pellet, according to the array for (var i = 0; i < spellxysw.length / 3; i += 1) { if (spellxysw[3i+2] === true) { //Screen wrap if( spellxysw[3i] <= -spellsize) {spellxysw[3i] += (canvasx + 2 * spellsize);} else if( spellxysw[3i+1] <= -spellsize) {spellxysw[3i+1] += (canvasy + 2 * spellsize);} else if( spellxysw[3i] >= (canvasx + spellsize)) {spellxysw[3i] -= (canvasx + 2 * spellsize);} else if( spellxysw[3i+1] >= (canvasy + spellsize)) {spellxysw[3i+1] -= (canvasy + 2 * spellsize);} //Movement spellxysw[3i] += spellspeed[2i]; spellxysw[3i+1] += spellspeed[2i+1]; //Draw ellipse(spellxysw[3i], spellxysw[3i+1], spellsize, spellsize); //Super Pellet collection if (dist(spellxysw[3i], spellxysw[3i+1], pacx, pacy) < 0.5 * pacsize) { score += 50; text(50, spellxysw[3i], spellxysw[3i+1] - canvasx/75); spellxysw[3i+2] = false; freezegame(250); bflag = true; } } } } }; //SUPER PELLET //These functions dictate ghost behaviors //GHOST var ghost = function() { //Horizontal movement if (ghostflag[0] === "x") { if (abs(ghostxy[0] - pacx) < ghostspeed[0] ghostbuff) {ghostflag[0] = "y";} else if (ghostxy[0] < pacx) {ghostdir[0] = "right";} else if (ghostxy[0] > pacx) {ghostdir[0] = "left";} } //Vertical movement if (ghostflag[0] === "y") { if (abs(ghostxy[1] - pacy) < ghostspeed[0] * ghostbuff) {ghostflag[0] = "x";} else if (ghostxy[1] < pacy) {ghostdir[0] = "down";} else if (ghostxy[1] > pacy) {ghostdir[0] = "up";} } //Vertical adjustment (Horizontal Parallel) if (((pacdir === "left" && ghostdir[0] === "left") \|\| (pacdir === "right" && ghostdir[0] === "right")) && abs(ghostxy[1] - pacy) > ghostspeed[0] * ghostbuff) {ghostflag[0] = "y";} //Horizontal adjustment (Vertical Parallel) if (((pacdir === "up" && ghostdir[0] === "up") \|\| (pacdir === "down" && ghostdir[0] === "down")) && abs(ghostxy[0] - pacx) > ghostspeed[0] * ghostbuff) {ghostflag[0] = "x";} }; //GHOST //GHOST2 var ghost2 = function() { //Horizontal movement if (ghostflag[1] === "x") { if (abs(ghostxy[2] - g4x) < ghostspeed[1] * (ghostbuff)) {ghostflag[1] = "y";} else if (ghostxy[2] < g4x) {ghostdir[1] = "right";} else if (ghostxy[2] > g4x) {ghostdir[1] = "left";} } //Vertical movement if (ghostflag[1] === "y") { if (abs(ghostxy[3] - g4y) < ghostspeed[1] * (ghostbuff)) {ghostflag[1] = "x";} else if (ghostxy[3] < g4y) {ghostdir[1] ="down";} else if (ghostxy[3] > g4y) {ghostdir[1] = "up";} } //New point if (dist(ghostxy[2], ghostxy[3], g4x, g4y) < ghostspeed[1] * (1.5ghostbuff)) { g4x = random(0, canvasx); g4y = random(0, canvasy); if (round(random(0, 1)) === 0) {ghostflag[3] = "x";} else {ghostflag[1] = "y";} } }; //GHOST2 //GHOST3 var ghost3 = function() { //Directional decisions are made according to the time g2time = millis() - startg2; if (g2time > g2limit) { rang2dir = round(random(0, 3)); startg2 = millis(); } //Deciding which direction to go in if (rang2dir === 0) {ghostdir[2] = "left";} else if (rang2dir === 1) {ghostdir[2] = "right";} else if (rang2dir === 2) {ghostdir[2] = "up";} else if (rang2dir === 3) {ghostdir[2] = "down";} }; //GHOST3 //GHOST4 var ghost4 = function() { //Timer set g3time = millis() - startg3; //Act of movement if (g3time > g3limit) { //Random flag rang3flag = round(random(0, 1)); if (rang3flag === 0) {ghostflag[3] = "x";} else {ghostflag[3] = "y";} //Horizontal movement if (ghostflag[3] === "x") { if (ghostxy[6] < pacx) {ghostdir[3] = "right";} else if (ghostxy[6] > pacx) {ghostdir[3] = "left";} } //Vertical movement if (ghostflag[3] === "y") { if (ghostxy[7] < pacy) {ghostdir[3] = "down";} else if (ghostxy[7] > pacy) {ghostdir[3] = "up";} } //Timer reset startg3 = millis(); } }; //GHOST4 //GHOST movement var ghostmove = function() { //Text fill var f = createFont("monospace"); textFont(f, canvasavg/40); textAlign(CENTER, BOTTOM); //Default ghost behaviors if (pacsafe === true) { if (ghostsw[0] === "on") {ghost();} if (ghostsw[1] === "on") {ghost2();} if (ghostsw[2] === "on") {ghost3();} if (ghostsw[3] === "on") {ghost4();} } //Ghost acceleration if (pacsafe === "pass" && pacy < -pacsize) {for (var i = 0; i < ghostnum; i += 1) {ghostspeed[i] += ghostbspeed/15;}} //Accessing each ghost for (var i = 0; i < ghostnum; i += 1) { //Common values var pup = ipacsize/5.4; //Movement if (pacsafe !== false) { if( ghostdir[i] === "left") {ghostxy[2i] -= ghostspeed[i];} else if( ghostdir[i] === "right") {ghostxy[2i] += ghostspeed[i];} else if( ghostdir[i] === "up") {ghostxy[2i+1] -= ghostspeed[i];} else if( ghostdir[i] === "down") {ghostxy[2i+1] += ghostspeed[i];} } //Canvas wrap if (pacsafe !== "pass") { if( ghostxy[2i] <= -ipacsize) {ghostxy[2i] += (canvasx + 2ipacsize);} else if( ghostxy[2i+1] <= -ipacsize) {ghostxy[2i+1] += (canvasy + 2ipacsize);} else if( ghostxy[2i] >= (canvasx + ipacsize)) {ghostxy[2i] -= (canvasx + 2ipacsize);} else if( ghostxy[2i+1] >= (canvasy + ipacsize)) {ghostxy[2i+1] -= (canvasy + 2ipacsize);} } //Exit Stage else if (pacy < -pacsize) {ghostdir[i] = "up";} //Return if (ghostsw[i] === "return") { //Speed increase ghostspeed[i] = 1.35 ghostbspeed; //Horizontal movement if (ghostflag[i] === "x") { if (dist(ghostxy[2i], 0, ghomex, 0) < ghostspeed[i] (ghostbuff)) {ghostflag[i] = "y";} else if (ghostxy[2i] < ghomex) {ghostdir[i] = "right";} else if (ghostxy[2i] > ghomex) {ghostdir[i] = "left";} } //Vertical movement if (ghostflag[i] === "y") { if (dist(0, ghostxy[2i+1], 0, ghomey) < ghostspeed[i] (ghostbuff)) {ghostflag[i] = "x";} else if (ghostxy[2i+1] < ghomey) {ghostdir[i] ="down";} else if (ghostxy[2i+1] > ghomey) {ghostdir[i] = "up";} } //Ghost respawn process if (dist(ghostxy[2i], ghostxy[2i+1], ghomex, ghomey) < ghostspeed[i] * (1.5 * ghostbuff)) { //Set position within ghome ghostdir[i] = 0; ghostxy[2i] = ghomex; ghostxy[2i+1] = ghomey; //Ghost respawn if (btime === 0) { ghostsw[i] = "on"; ghostspeed[i] = ghostbspeed; } } } //Body if (ghostsw[i] === "on" \|\| ghostsw[i] === "blue") { //Common values var gh = ipacsize/2; var gq = ipacsize/4; //fill if (ghostsw[i] === "blue") {fill(bfill);} else {fill(gfill[i]);} //Tail if (t%25 < 12.5) { arc(-gh + ghostxy[2i], gq + ghostxy[2i+1], gh, gh, -90, 90); arc(-gq + ghostxy[2i], gq + ghostxy[2i+1], gh, gh, -90, 90); arc(gq + ghostxy[2i], gq + ghostxy[2i+1], gh, gh, 90, 270); arc(gh + ghostxy[2i], gq + ghostxy[2i+1], gh, gh, 90, 270); } //Tail 2 else { arc(-gq + ghostxy[2i], gq + ghostxy[2i+1], gh, gh, 90, 270); ellipse(ghostxy[2i], gq + ghostxy[2i+1], gh, gh); arc(gq + ghostxy[2i], gq + ghostxy[2i+1], gh, gh, -90, 90); } //Head rect(-gh + ghostxy[2i], ghostxy[2i+1], ipacsize, gq); arc(ghostxy[2i], ghostxy[2i+1], ipacsize, ipacsize, 135, 405); } //Eyes if (ghostsw[i] !== "blue") { //Common values var eye = ipacsize/16; var rad = ipacsize/3.1; //Determines position of eyes depending on the ghosts's direction if (ghostdir[i] === "up") { var xl = ipacsize/4.5 + ghostxy[2i]; var xr = -ipacsize/4.5 + ghostxy[2i]; var y = -ipacsize/4 + ghostxy[2i+1]; fill(235, 234, 230); ellipse(xl, y, rad, rad); ellipse(xr, y, rad, rad); fill(45, 99, 237); ellipse(xl, y - eye, pup, pup); ellipse(xr, y - eye, pup, pup); } if (ghostdir[i] === "down") { var xl = ipacsize/4.5 + ghostxy[2i]; var xr = -ipacsize/4.5 + ghostxy[2i]; var y = ghostxy[2i+1]; fill(235, 234, 230); ellipse(xl, y, rad, rad); ellipse(xr, y, rad, rad); fill(45, 99, 237); ellipse(xl, y + eye, pup, pup); ellipse(xr, y + eye, pup, pup); } if (ghostdir[i] === "right") { var xl = (14.5/45)ipacsize + ghostxy[2i]; var xr = (-5.5/45)ipacsize + ghostxy[2i]; var y = -ipacsize/16 + ghostxy[2i+1]; fill(235, 234, 230); ellipse(xl, y, rad, rad); ellipse(xr, y, rad, rad); fill(45, 99, 237); ellipse(xl + eye, y, pup, pup); ellipse(xr + eye, y, pup, pup); } if (ghostdir[i] === "left") { var xl = (5.5/45)ipacsize + ghostxy[2i]; var xr = (-14.5/45)ipacsize + ghostxy[2i]; var y = (-ipacsize/16) + ghostxy[2i+1]; fill(235, 234, 230); ellipse(xl, y, rad, rad); ellipse(xr, y, rad, rad); fill(45, 99, 237); ellipse(xl - eye, y, pup, pup); ellipse(xr - eye, y, pup, pup); } if (ghostdir[i] === 0) { var xl = ipacsize/4.5 + ghostxy[2i]; var xr = (-ipacsize/4.5) + ghostxy[2i]; var y = (-ipacsize/16) + ghostxy[2i+1]; fill(235, 234, 230); ellipse(xl, y, rad, rad); ellipse(xr, y, rad, rad); fill(45, 99, 237); ellipse(xl, y, pup, pup); ellipse(xr, y, pup, pup); } } //Blue else { //Timer 2 start gtime[i] = millis() - startg[i]; //Random direction if (gtime[i] > 1000) { rangdir[i] = round(random(0, 3)); startg[i] = millis(); } //Deciding which direction to go in if (rangdir[i] === 0) {ghostdir[i] = "left";} else if (rangdir[i] === 1) {ghostdir[i] = "right";} else if (rangdir[i] === 2) {ghostdir[i] = "up";} else if (rangdir[i] === 3) {ghostdir[i] = "down";} //Eyes var xl = ipacsize/4.5 + ghostxy[2i]; var xr = -ipacsize/4.5 + ghostxy[2i]; var y = -ipacsize/16 + ghostxy[2i+1]; fill(235, 234, 230); ellipse(xl, y, pup, pup); ellipse(xr, y, pup, pup); ghostspeed[i] = ghostbspeed/2; } //PAC-MAN collision { //Common values var gx = ghostxy[2i]; var gy = ghostxy[2i+1]; fill(gfill[i]); //Pacdeath if (pacsafe === true && ghostsw[i] === "on" && dist(pacx, pacy, gx, gy) < pacsize) { if (pacpass === true) {pacsafe = "pass";} else {pacsafe = false;} keylock = true; freezegame(750); } //Ghost eaten else if (pacsafe === "power" && ghostsw[i] === "blue" && dist(pacx, pacy, gx, gy) < ipacsize) { ghostmult += 1; score += 100 * pow(2, ghostmult); text(100 * pow(2, ghostmult), ghostxy[2i], ghostxy[2i+1] - canvasx/52.5); if (round(random(0, 1)) === 0) {ghostflag[i] = "x";} else {ghostflag[i] = "y";} ghostsw[i] = "return"; freezegame(500); } } } //Ghost spawn timeline if (ttime >= 30) {ghostnum = 4;} else if (ttime >= 28) {if (t%12.5 < 6.25) {dummy(gfill[3]);}} else if (ttime >= 20) {ghostnum = 3;} else if (ttime >= 18) {if (t%12.5 < 6.25) {dummy(gfill[2]);}} else if (ttime >= 10) {ghostnum = 2;} else if (ttime >= 8) {if (t%12.5 < 6.25) {dummy(gfill[1]);}} else {ghostnum = 1;} }; //GHOST movement //Records var record = function() { //HUD fill var f = createFont("arial black"); textFont(f, canvasavg/28); fill(250, 212, 20); //score textAlign(LEFT, TOP); text(score + 5000 * paclivesearned, canvasx/32, canvasy/32); //Score-life conversion if (score >= 5000) { paclives += 1; paclivesearned += 1; score -= 5000; } //Lives textAlign(RIGHT, TOP); text("PAC: " + paclives, (31/32) * canvasx, canvasy/32); //high score if (score + 5000 * paclivesearned > hscore) {hscore = score + 5000 * paclivesearned;} textAlign(LEFT, BOTTOM); text(hscore, canvasx/32, (31/32) * canvasy); //level textAlign(RIGHT, BOTTOM); text("STAGE " + stage, (31/32) * canvasx, (31/32) * canvasy); }; //Records //PAC-MAN var pacman = function() { //PAC-MAN fill fill(245, 235, 37); //Controls if (keyright === true) {pacdir = "right"; keyright = false;} if (keyleft === true) {pacdir = "left"; keyleft = false;} if (keyup === true) {pacdir = "up"; keyup = false;} if (keydown === true) {pacdir = "down"; keydown = false;} //Direction determiner switch (pacdir) { case "left": { pacx -= pacspeed; arc (pacx, pacy, pacsize, pacsize, 240-paca, 480+paca); } break; case "right": { pacx += pacspeed; arc (pacx, pacy, pacsize, pacsize, 60-paca, 300+paca); } break; case "up": { pacy -= pacspeed; arc (pacx, pacy, pacsize, pacsize, 330-paca, 570+paca); } break; case "down": pacy += pacspeed; arc (pacx, pacy, pacsize, pacsize, 150-paca, 390+paca); break; } //Screen wrap if (pacsafe !== "pass") { if( pacx <= -pacsize) {pacx += (canvasx + 2 * pacsize);} else if( pacy <= -pacsize) {pacy += (canvasy + 2 * pacsize);} else if( pacx >= (canvasx + pacsize)) {pacx -= (canvasx + 2 * pacsize);} else if( pacy >= (canvasy + pacsize)) {pacy -= (canvasy + 2 * pacsize);} } //Drawing PAC-MAN while he's safe if (pacsafe !== false) { //Drawing PAC-MAN's angles if he is moving. if (pacdir !== 0) { if (paca <= 0) {pacaaadir = pacaaaspeed;} if (paca >= 60) {pacaaadir = -pacaaaspeed;} paca += pacaaadir; } //Drawing PAC-MAN as a circle when he's not moving. else {ellipse (pacx, pacy, pacsize, pacsize);} } //PAC-MAN death animation else { //Death set keyleft = keyright = keyup = keydown = false; pacspeed = 0; pellprog = "failed"; pacaaaspeed = ipacaaaspeed / 3; paca = paca - 0.5 * pacaaaspeed; bgspeed += ghostbspeed/20; //If the player has not moved yet if (pacdir === 0) { paca = 60; pacdir = round(random(1,4)); switch (pacdir) { case 1: pacdir = "left"; break; case 2: pacdir = "right"; break; case 3: pacdir = "up"; break; case 4: pacdir = "down"; break; } } //Resetting if (paca < -360) { freezegame(500); gameset("continue"); } } //PAC-MAN pass animation if (pacsafe === "pass") { bgspeed += ghostbspeed/20; pacdir = "up"; pacspeed += 0.05; if (stage !== stagenum && pacy < -2 * canvasy) { stage += 1; gameset("next"); } else if (stage === stagenum && pacy < -2 * canvasy) { score = 0; pellcollect = 0; paclives = 0; keylock = false; mode = "menu"; } } //PACPOWER { //Growing if (pacsafe === "power" && pacsize < ipacsize * 1.5) {pacsize = pacsize + 3;} else if (pacsize > ipacsize * 1.5) {pacsize = ipacsize * 1.5;} //Shrinking if (pacsafe === true && pacsize > ipacsize) {pacsize = pacsize - 3;} else if (pacsize < ipacsize) {pacsize = ipacsize;} } }; //PAC-MAN //Shape positioning for the logo var lucx = function(n) {return logox + n * lunit;}; var lucy = function(n) {return logoy + n * lunit;}; //MENU var menu = function() { //Shortcut variables var canvasavgy = (canvasx + 2canvasy) / 3; pacaaaspeed = 7.5; //Background set if (visuals === true) {dither = "menu";} bgspeed = ghostbspeed; lfill = ldefault; var yfill = color(255, 174, 13); var ysfill = color(186, 90, 6); //PAC angles if (paca <= 0) {pacaaadir = pacaaaspeed;} if (paca >= 60) {pacaaadir = -pacaaaspeed;} paca += pacaaadir; //Fonting var f = createFont("arial black"); var g = createFont("wingdings"); textFont(f, canvasavgy/8); textAlign(CENTER, TOP); //Shadow effect { fill(ysfill); var offy = canvasavgy/32; //Logo shadow { //P rect(lucx(-10), lucy(-1.5) + offy, 1.5lunit, 3lunit); rect(lucx(-10), lucy(-1.5) + offy, 2lunit, 2lunit); ellipse(lucx(-8), lucy(-0.5) + offy, 2lunit, 2lunit); //A triangle(lucx(-7.5), lucy(1.5) + offy, lucx(-6), lucy(-1.5) + offy, lucx(-4.5), lucy(1.5) + offy); //C arc(lucx(-3.25), logoy + offy, 3lunit, 3lunit, 60-paca, 300+paca); //- rect(lucx(-1.5), lucy(-0.5) + offy, 1.5lunit, lunit); //M triangle(lucx(0.5), lucy(-1.5) + offy, lucx(0.5), lucy(1.5) + offy, lucx(3.5), lucy(1.5) + offy); triangle(lucx(3.5), lucy(1.5) + offy, lucx(3.5), lucy(-1.5) + offy, lucx(0.5), lucy(1.5) + offy); //A triangle(lucx(3.75), lucy(1.5) + offy, lucx(5.25), lucy(-1.5) + offy, lucx(6.75), lucy(1.5) + offy); //N triangle(lucx(7), lucy(-1.5) + offy, lucx(7), lucy(1.5) + offy, lucx(10), lucy(1.5) + offy); rect(lucx(8.5), lucy(-1.5) + offy, 1.5lunit, 3lunit); } //Subtitle text("SCRAMBLE", canvasx/2, canvasy/3 + offy/1.5); } //Glitch effect if (t%250 < vr) { textFont(g, canvasavgy/8); translate(random(0, canvasx/40), 0); vr = random(2.5, 20); } else {textFont(f, canvasavgy/8);} //Logo { fill(yfill); logox = canvasx/2; logoy = canvasy/4; //Logo { //P rect(lucx(-10), lucy(-1.5), 1.5lunit, 3lunit); rect(lucx(-10), lucy(-1.5), 2lunit, 2lunit); ellipse(lucx(-8), lucy(-0.5), 2lunit, 2lunit); //A triangle(lucx(-7.5), lucy(1.5), lucx(-6), lucy(-1.5), lucx(-4.5), lucy(1.5)); //C arc(lucx(-3.25), logoy, 3lunit, 3lunit, 60-paca, 300+paca); //- rect(lucx(-1.5), lucy(-0.5), 1.5lunit, lunit); //M triangle(lucx(0.5), lucy(-1.5), lucx(0.5), lucy(1.5), lucx(3.5), lucy(1.5)); triangle(lucx(3.5), lucy(1.5), lucx(3.5), lucy(-1.5), lucx(0.5), lucy(1.5)); //A triangle(lucx(3.75), lucy(1.5), lucx(5.25), lucy(-1.5), lucx(6.75), lucy(1.5)); //N triangle(lucx(7), lucy(-1.5), lucx(7), lucy(1.5), lucx(10), lucy(1.5)); rect(lucx(8.5), lucy(-1.5), 1.5lunit, 3lunit); } //Subtitle text("SCRAMBLE", canvasx/2, canvasy/3); } //Menu text set textAlign(CENTER, BOTTOM); //Stage select { textFont(f, canvasavgy/24); var stageselect = "STAGE < " + stage + " >"; var wigg = (canvasavg/120) cos(floor(t4)); fill(ysfill); text(stageselect, canvasx/2 + wigg, (0.6945)canvasy); fill(yfill); text(stageselect, canvasx/2 + wigg, (11/16)canvasy); } //Start { textFont(f, canvasavgy/18); var wigg = (canvasavg/120) sin(floor(t4)); fill(ysfill); text("START", canvasx/2 + wigg, (0.7585)canvasy); fill(yfill); text("START", canvasx/2 + wigg, (3/4)canvasy); } //High score { textFont(f, canvasavgy/32); fill(ysfill); text("HIGH SCORE: " + hscore, canvasx/2, (0.9428)canvasy); fill(yfill); text("HIGH SCORE: " + hscore, canvasx/2, (15/16)canvasy); } //Controls if (keyleft === true && keyIsPressed === false) { stage -= 1; keyleft = false; } if (keyright === true && keyIsPressed === false) { stage += 1; keyright = false; } if (keydown === true && keyIsPressed === false){ gameset("start"); freezegame(1000); keydown = false; } if (keyup === true && keyIsPressed === false){ if (visuals === true) {visuals = false;} else {visuals = true;} keyup = false; } //Stage wrap if (stage === 0) {stage = stagenum;} if (stage === stagenum + 1) {stage = 1;} }; //MENU //Game over var gameover = function() { //Variables var canvasavgy = (canvasx + 2canvasy) / 3; var offy = sin(2t)canvasavgy/96; var yfill = color(255, 174, 13); var ysfill = color(186, 90, 6); if (visuals === true) {dither = "menu";} //Fonting var f = createFont("arial black"); var g = createFont("wingdings"); textFont(f, canvasavgy/8); textAlign(CENTER, CENTER); //Shadow Text fill(ysfill); text("GAME\nOVER", canvasx/2, canvasy/2 + offy/1.5); //Glitch effect if (t%150 < vr) { textFont(g, canvasavgy/8); translate(random(0, canvasx/20), 0); vr = random(2.5, 15); } else {textFont(f, canvasavgy/8);} //Text fill(yfill); text("GAME\nOVER", canvasx/2, canvasy/2 - offy/1.5); //Return to menu if (ttime > 10) {mode = "menu";} }; //Game over //Background var bg = function() { //Image redraw options if (visuals === true) { //Blur if (blur === true) {fill(3, 2, 41, bgblur);} else {fill(3, 2, 41);} //Dither noStroke(); if (dither === false) { blur = true; rect(0, 0, canvasx, canvasy); //This used to be an actual background() function, but then it wasn't compatable with alpha values. } else if (dither === "menu") {for (var i = 0; i < canvasavg; i+=1) {ellipse(random(0,canvasx),random(0,canvasy),canvasx/8,canvasavg/200);}} else if (dither === true) {for (var i = 0; i < 10canvasavg; i+=1) {rect(random(0,canvasx),random(0,canvasy),canvasx/200,canvasy/200);}} } else {background (3, 2, 41);} t += 1; //Situational Background colors { if (pellprog === "incomp" && pacsafe === true) {lfill = ldefault;} else if (pellprog === "preadvance") { if (t%25 < 12.5) {lfill = ldefault;} if (t%25 > 12.5) {lfill = color(96, 17, 186);} } else if (pellprog === "advance") { if (t%25 < 12.5) {lfill = ldefault;} if (t%25 > 12.5) {lfill = color(168, 159, 103);} } else if (pellprog === "failed") { if (t%25 < 12.5) {lfill = ldefault;} if (t%25 > 12.5) {lfill = color(173, 21, 10);} } if (mode === "menu") {lfill = ldefault;} stroke(lfill); } //Line set strokeWeight(canvasavg/600); var bgsp = bgspeedbgspeed/4; //Stage background switch (stage) { case 1: { //Linenum var linenum = 150; //Loop for (var i = 0; i < linenum; i+=1) { //Increments var inc = i360/linenum; //Animation var lx = 2 canvasavg * cos(((t/20) + bgsp + inc)%180); line(centerx + lx, canvasy, centerx - lx, 0); } } break; case 2: { //Linenum var linenum = 50; //Loop for (var i = 0; i < linenum; i+=1) { //Increments var inc = i360/linenum; //Animation var lx = (linenum/2 - i) canvasx/25; var ly = centery * cos(((t/10) + bgsp + inc)%180); //Upper half line(centerx + lx, centery, centerx + 3lx, canvasy); line(0, canvasy - ly, canvasx, canvasy - ly); //Lower half line(centerx + 3lx, 0, centerx + lx, centery); line(0, ly, canvasx, ly); } //Center line line(0, centery, canvasx, centery); } break; case 3: { //Variables and things var linenum = 45; var innerrad = ipacsize2; var inc = 360 / linenum; var outterrad = canvasx + canvasy; var circnum = 20; var inc2 = 180 / circnum; noFill(); //Rays for (var i = 0; i < linenum; i +=1) { var lx = innerradcos(t/2.5 + iinc + bgsp4); var ly = innerradsin(t/2.5 + iinc + bgsp4); line(centerx + lx, centery + ly, centerx + outterradlx, centery + outterradly); } //Circles for (var i = 0; i < circnum; i += 1) { var circrad = innerrad 2 + ((innerrad + outterrad) * constrain(tan(5 * constrain(tan(t/5 + iinc2 + bgsp),-30,30)), 0, 180)); ellipse (centerx, centery, circrad, circrad); } //Centerpiece ellipse(centerx, centery, innerrad2, innerrad2); } break; case 4: { for (var i = 1; i <= cubenum; i+=1) { //Variables var cubems = (2/i) floor((t/2.5) + bgsp4); cuberad[i] = cubebrad (i1.5); cubelength[i] = cubeblength (i1.5); cubex[8i] = centerx - cuberad[i]; cubey[8i] = centery; cubex[8i + 1] = centerx + cuberad[i]; cubey[8i + 1] = centery; cubex[8i + 2] = centerx - cubelength[i]; cubey[8i + 2] = centery + cuberad[i] sin(cubems + 300); cubex[8i + 3] = centerx + cubelength[i]; cubey[8i + 3] = centery + cuberad[i] * sin(cubems + 240); cubex[8i + 4] = centerx - cubelength[i]; cubey[8i + 4] = centery + cuberad[i] * sin(cubems + 180); cubex[8i + 5] = centerx + cubelength[i]; cubey[8i + 5] = centery + cuberad[i] * sin(cubems); cubex[8i + 6] = centerx - cubelength[i]; cubey[8i + 6] = centery + cuberad[i] * sin(cubems + 60); cubex[8i + 7] = centerx + cubelength[i]; cubey[8i + 7] = centery + cuberad[i] * sin(cubems + 120); //Display line(cubex[8i], cubey[8i], cubex[8i + 2], cubey[8i + 2]); line(cubex[8i + 2], cubey[8i + 2], cubex[8i + 5], cubey[8i + 5]); line(cubex[8i + 5], cubey[8i + 5], cubex[8i + 6], cubey[8i + 6]); line(cubex[8i + 6], cubey[8i + 6], cubex[8i], cubey[8i]); line(cubex[8i], cubey[8i], cubex[8i + 4], cubey[8i + 4]); line(cubex[8i + 2], cubey[8i + 2], cubex[8i + 3], cubey[8i + 3]); line(cubex[8i + 5], cubey[8i + 5], cubex[8i + 1], cubey[8i + 1]); line(cubex[8i + 6], cubey[8i + 6], cubex[8i + 7], cubey[8i + 7]); line(cubex[8i + 4], cubey[8i + 4], cubex[8i + 3], cubey[8i + 3]); line(cubex[8i + 3], cubey[8i + 3], cubex[8i + 1], cubey[8i + 1]); line(cubex[8i + 1], cubey[8i + 1], cubex[8i + 7], cubey[8i + 7]); line(cubex[8i + 7], cubey[8i + 7], cubex[8i + 4], cubey[8i + 4]); } } break; case 5: { //Variables var linenum = 180; var innerrad = ipacsize2; var inc = 360/linenum; var outterrad = canvasavg/2; //Rays for (var i = 0; i < linenum; i +=1) { var lx = innerradcos(t/10 + 1.25iinc + bgsp); var ly = innerradsin(t/10 + iinc + bgsp); line(centerx + lx, centery + ly, centerx + outterradlx, centery + outterradly); } } break; case 6: { //Variables var verti = 30; var angle = 360/verti; var rad = 2ipacsize; //Setup noFill(); //Loop for (var j = 0; j < 30; j++) { beginShape(); for (var i = 1; i < verti+4; i++) { var xDis = map(noise(0.01t+(i%verti),1), 0, 1, -3, 3)ipacsizej/8; var yDis = map(noise(0.01t+(i%verti),1), 0, 1, -3, 3)ipacsizej/8; var x = (rad/2 + jipacsize/3 + xDis)sin(anglei + bgsp + t/2); var y = (rad/2 + jipacsize/3 + yDis)cos(angle*i + bgsp + t/2); curveVertex(centerx+x, centery+y); } endShape(); } } break; } //Disabling stroke noStroke(); }; //Background //draw(); draw = function() { //This function freezes the game for a split second, which is a sort of visual effect. if (freeze === true) { freezetime = millis() - startfreeze; if (freezetime > freezelimit) {freeze = false;} } //Menu else if (mode === "menu"){ pushMatrix(); if (t%250 < vr) {translate(random(0, canvasx/30), 0);} bg(); menu(); popMatrix(); } //Game else if (mode === "game"){ //BG + time bg(); ttime = floor((millis() - starttt)/1000); //Pellets if (pacsafe !== false && pacsafe !== "pass") { superpellet(); pellet(); } //Other things pacman(); turntoblue(); ghostmove(); record(); } //Game Over else if (mode === "game over"){ dither = "menu"; bg(); ttime = floor((millis() - starttt)/1000); pushMatrix(); if (t%150 < vr) {translate(random(0, canvasx/20), 0);} gameover(); popMatrix(); } }; //draw(); mouseClicked = function() { fill(255, 255, 255, 32); if (keylock === false) { if ((mouseX / canvasx) > (mouseY / canvasy)) { if ((canvasx - mouseX) / canvasx > (mouseY / canvasy)) { keyup = true; triangle(0, 0, canvasx, 0, centerx, centery); } else { keyright = true; triangle(canvasx, 0, canvasx, canvasy, centerx, centery); } } if ((mouseX / canvasx) < (mouseY / canvasy)) { if ((canvasx - mouseX) / canvasx < (mouseY / canvasy)) { keydown = true; triangle(0, canvasy, canvasx, canvasy, centerx, centery); } else { keyleft = true; triangle(0, 0, 0, canvasy, centerx, centery); } } } }; keyPressed = function() { if (keylock === false) { if (keyCode === UP) {keyup = true;} if (keyCode === DOWN) {keydown = true;} if (keyCode === LEFT) {keyleft = true;} if (keyCode === RIGHT) {keyright = true;} } };
Folds
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIUCxIKU2NyYXRjaHBhZBjuwo6yEAw
Votes	254
Spin-Offs	6
Type	PJS
Width	600
Height	500
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Cake
Author Name	imaginarycake
Author ID	kaid_10556513444927019077285
Author Profile Access	COACH

Archive Data

Added	10 months ago, 1739288207063
Updated	8 months ago, 1744845515580
Source Deleted	unknown