Need some help aiming an enemy sprite — OZONE Asylum, home of the Mad Scientists

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Need some help aiming an enemy sprite

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Your Text: Insert Slimies » Insert UBB Code » Close Last Tag \| All Tags UBB Help	thanks for your help. I got sidetracked when I found out more info. I also found the source of the little game script. Ozone regular I think http://dev.opera.com/articles/view/creating-pseudo-3d-games-with-html-5-can-1/ He has this as a tutorial page and so I combined my script as best I could to the raycaster and now I need help drawing the enemy in the raycaster before I can worry about where he's aiming. LOL I have been able to draw another div on the page to represent the enemy and the block images are working in the div, but I can't seem to pass my enemy location onto the the darn thing so it just sits there. Thanks again for your help. Here's my updated script. I tried making a global variable to pass the enemy x y onto but that didn't work. I'm lost. <html> <head> <title>JavaScript Wolfenstein 3D Engine - Player movement + collision</title> <style> div#minimapcontainer {} canvas#minimap {position : absolute;} canvas#minimapobjects {position : absolute;} div#floor { position : absolute; width : 100%; height : 100%; background-color : rgb(128,128,128); } div#ceiling { position : absolute; width : 100%; height : 50%; background-color : rgb(96,96,96); } #screen { position : relative; width : 320px; height : 200px; top:0px; border : 1px solid black; overflow : hidden; } </style> <script src="excanvas.js" type="text/javascript"></script> </head><body > <div id="screen"> <div id="floor"></div> <div id="ceiling"></div></div> <div id="minimapcontainer"></div><canvas id="minimap"></canvas><canvas id="minimapobjects"></canvas> <script type="text/javascript"> var $ = function(id) { return document.getElementById(id); }; var dc = function(tag) { return document.createElement(tag); }; var stripWidth = 2; var fov = 60 * Math.PI / 180; var screenWidth = 320; var screenHeight = 200; var numRays = Math.ceil(screenWidth / stripWidth); var fovHalf = fov / 2; var viewDist = (screenWidth/2) / Math.tan((fov / 2)); var twoPI = Math.PI * 2; var numTextures = 4; var gamespeed =20; var playerfire=false; var enemyfire=false; /* var player = { x : 16, // current x, y position y : 10, dir : 0, // the direction that the player is turning, either -1 for left or 1 for right. rot : 0, // the current angle of rotation speed : 0, // is the playing moving forward (speed = 1) or backwards (speed = -1). moveSpeed : 0.18, // how far (in map units) does the player move each step/update rotSpeed : 6 // how much does the player rotate each step/update (in degrees) } / var player ={x:16, y:60, dir:0, rot:0, speed:0, moveSpeed:0.18 , rotSpeed:3 } var playerbullet ={x:player.x, y:player.y, dir: Math.cos(player.rot), rot:0, speed:0, moveSpeed:0.18 , rotSpeed:0 } var enemy ={x:3, y:10, dir:0, rot:0, speed:1, moveSpeed:0.18 , rotSpeed:3 } var enemybullet ={x:enemy.x, y:enemy.y, dir: Math.cos(enemy.rot), rot:0, speed:0, moveSpeed:0.18 , rotSpeed:0 } var mapWidth = 0; var mapHeight = 0; var miniMapScale = 3; enemyMovementTimer=0; /*****initiate the game*******/ function init() { mapWidth = map[0].length; mapHeight = map.length; initScreen(); bindKeys(); drawMiniMap(); gameCycle(); }/****end init()********/ var screenStrips = []; var enemyscreenStrips = []; function initScreen() { var screen = $("screen"); for (var i=0;i<screenWidth;i+=stripWidth) { var strip = dc("div"); strip.style.position = "absolute"; strip.style.left = i + "px"; strip.style.width = stripWidth+"px"; strip.style.height = "0px"; strip.style.overflow = "hidden"; strip.style.backgroundColor = "magenta"; var img = new Image(); img.src = (window.opera ? "walls_19color.png" : "walls.png"); img.style.position = "absolute"; img.style.left = "0px"; strip.appendChild(img); strip.img = img; // assign the image to a property on the strip element so we have easy access to the image later screenStrips.push(strip); screen.appendChild(strip); } /___________enemytest_________works but can't pass x y location____/ var enemylocx=enemy.x; var enemylocy=enemy.y; var enemystrip = dc("div"); enemystrip.style.position = "absolute"; enemystrip.style.left = enemylocx + "px"; enemystrip.style.top = enemylocy + "px"; enemystrip.style.width = enemylocy+"px"; enemystrip.style.height = enemylocy+"px"; enemystrip.style.overflow = "hidden"; enemystrip.style.backgroundColor = "magenta"; var enemyimg = new Image(); enemyimg.src = (window.opera ? "walls_19color.png" : "walls.png"); enemyimg.style.position = "absolute"; enemystrip.appendChild(img); enemystrip.img = enemyimg; // assign the image to a property on the strip element so we have easy access to the image later enemyscreenStrips.push(enemystrip); screen.appendChild(enemystrip); } /__________enemy raycasting testing below_______/ / function castRaysenemy() { var enemystripIdx = 0; for (var i=0;i<numRays;i++) { // where on the screen does ray go through? var rayScreenPos = (-numRays/2 + i) * stripWidth; // the distance from the viewer to the enemy, simply Pythagoras. var enemyrayViewDist = Math.sqrt((enemy.x-player.x)(enemy.x-player.x)+ (enemy.y-player.y)(enemy.y-player.y)); // the angle of the ray, relative to the viewing direction. // right triangle: a = sin(A) * c var rayAngle = Math.asin(rayScreenPos / enemyrayViewDist); var enemylocx=enemy.x; var enemylocy=enemy.y; var enemystrip = dc("div"); enemystrip.style.position = "absolute"; enemystrip.style.left = enemylocx + "px"; enemystrip.style.top = enemylocy + "px"; enemystrip.style.width = enemylocy+"px"; enemystrip.style.height = enemylocy+"px"; enemystrip.style.overflow = "hidden"; enemystrip.style.backgroundColor = "magenta"; var enemyimg = new Image(); enemyimg.src = (window.opera ? "walls_19color.png" : "walls.png"); enemyimg.style.position = "absolute"; enemystrip.appendChild(img); enemystrip.img = enemyimg; // assign the image to a property on the strip element so we have easy access to the image later enemyscreenStrips.push(enemystrip); screen.appendChild(enemystrip); castSingleRay( player.rot + rayAngle, // add the players viewing direction to get the angle in world space enemystripIdx++); }//end if } / /_____enemy raycasting test end____________/ function castRays() { var stripIdx = 0; for (var i=0;i<numRays;i++) { // where on the screen does ray go through? var rayScreenPos = (-numRays/2 + i) stripWidth; // the distance from the viewer to the point on the screen, simply Pythagoras. var rayViewDist = Math.sqrt(rayScreenPosrayScreenPos + viewDistviewDist); // the angle of the ray, relative to the viewing direction. // right triangle: a = sin(A) * c var rayAngle = Math.asin(rayScreenPos / rayViewDist); castSingleRay( player.rot + rayAngle, // add the players viewing direction to get the angle in world space stripIdx++ ); } } function castSingleRay(rayAngle, stripIdx) { // first make sure the angle is between 0 and 360 degrees rayAngle %= twoPI; if (rayAngle < 0) rayAngle += twoPI; // moving right/left? up/down? Determined by which quadrant the angle is in. var right = (rayAngle > twoPI * 0.75 \|\| rayAngle < twoPI * 0.25); var up = (rayAngle < 0 \|\| rayAngle > Math.PI); var wallType = 0; // only do these once var angleSin = Math.sin(rayAngle); var angleCos = Math.cos(rayAngle); var dist = 0; // the distance to the block we hit var xHit = 0; // the x and y coord of where the ray hit the block var yHit = 0; var textureX; // the x-coord on the texture of the block, ie. what part of the texture are we going to render var wallX; // the (x,y) map coords of the block var wallY; var wallIsHorizontal = false; // first check against the vertical map/wall lines // we do this by moving to the right or left edge of the block we're standing in // and then moving in 1 map unit steps horizontally. The amount we have to move vertically // is determined by the slope of the ray, which is simply defined as sin(angle) / cos(angle). var slope = angleSin / angleCos; // the slope of the straight line made by the ray var dXVer = right ? 1 : -1; // we move either 1 map unit to the left or right var dYVer = dXVer * slope; // how much to move up or down var x = right ? Math.ceil(player.x) : Math.floor(player.x); // starting horizontal position, at one of the edges of the current map block var y = player.y + (x - player.x) * slope; // starting vertical position. We add the small horizontal step we just made, multiplied by the slope. while (x >= 0 && x < mapWidth && y >= 0 && y < mapHeight) { var wallX = Math.floor(x + (right ? 0 : -1)); var wallY = Math.floor(y); // is this point inside a wall block? if (map[wallY][wallX] > 0) { var distX = x - player.x; var distY = y - player.y; dist = distXdistX + distYdistY; // the distance from the player to this point, squared. wallType = map[wallY][wallX]; // we'll remember the type of wall we hit for later textureX = y % 1; // where exactly are we on the wall? textureX is the x coordinate on the texture that we'll use later when texturing the wall. if (!right) textureX = 1 - textureX; // if we're looking to the left side of the map, the texture should be reversed xHit = x; // save the coordinates of the hit. We only really use these to draw the rays on minimap. yHit = y; wallIsHorizontal = true; break; } x += dXVer; y += dYVer; } // now check against horizontal lines. It's basically the same, just "turned around". // the only difference here is that once we hit a map block, // we check if there we also found one in the earlier, vertical run. We'll know that if dist != 0. // If so, we only register this hit if this distance is smaller. var slope = angleCos / angleSin; var dYHor = up ? -1 : 1; var dXHor = dYHor * slope; var y = up ? Math.floor(player.y) : Math.ceil(player.y); var x = player.x + (y - player.y) * slope; while (x >= 0 && x < mapWidth && y >= 0 && y < mapHeight) { var wallY = Math.floor(y + (up ? -1 : 0)); var wallX = Math.floor(x); if (map[wallY][wallX] > 0) { var distX = x - player.x; var distY = y - player.y; var blockDist = distXdistX + distYdistY; if (!dist \|\| blockDist < dist) { dist = blockDist; xHit = x; yHit = y; wallType = map[wallY][wallX]; textureX = x % 1; if (up) textureX = 1 - textureX; } break; } x += dXHor; y += dYHor; } if (dist) { //drawRay(xHit, yHit); var strip = screenStrips[stripIdx]; dist = Math.sqrt(dist); // use perpendicular distance to adjust for fish eye // distorted_dist = correct_dist / cos(relative_angle_of_ray) dist = dist * Math.cos(player.rot - rayAngle); // now calc the position, height and width of the wall strip // "real" wall height in the game world is 1 unit, the distance from the player to the screen is viewDist, // thus the height on the screen is equal to wall_height_real * viewDist / dist var height = Math.round(viewDist / dist); // width is the same, but we have to stretch the texture to a factor of stripWidth to make it fill the strip correctly var width = height * stripWidth; // top placement is easy since everything is centered on the x-axis, so we simply move // it half way down the screen and then half the wall height back up. var top = Math.round((screenHeight - height) / 2); strip.style.height = height+"px"; strip.style.top = top+"px"; strip.img.style.height = Math.floor(height * numTextures) + "px"; strip.img.style.width = Math.floor(width2) +"px"; strip.img.style.top = -Math.floor(height (wallType-1)) + "px"; var texX = Math.round(textureXwidth); if (texX > width - stripWidth) texX = width - stripWidth; strip.img.style.left = -texX + "px"; } } function drawRay(rayX, rayY) { var miniMapObjects = $("minimapobjects"); var objectCtx = miniMapObjects.getContext("2d"); objectCtx.strokeStyle = "rgba(0,100,0,0.3)"; objectCtx.lineWidth = 0.5; objectCtx.beginPath(); objectCtx.moveTo(player.x miniMapScale, player.y * miniMapScale); objectCtx.lineTo( rayX * miniMapScale, rayY * miniMapScale ); objectCtx.closePath(); objectCtx.stroke(); } /******reset boolean enemy fire*******/ function enemyfirefalse(){enemyfire=false;} /****reset boolean player fire********/ function firefalse(){playerfire=false;} function gameCycle() {animate();move();updateMiniMap();castRays();setTimeout(gameCycle,gamespeed);} function move() { if ( Math.cos(enemy.rot)==Math.atan2(player.x,player.y)){enemy.rot=Math.atan2(player.x,player.y);enemyfire=true} if (enemyfire==true){setTimeout("enemyfirefalse()",60)} if (playerfire==true){setTimeout("firefalse()",60)} var moveStep = player.speed player.moveSpeed; // player will move this far along the current direction vector player.rot += player.dir * player.rotSpeed * Math.PI / 180; // add rotation if player is rotating (player.dir != 0) var newX = player.x + Math.cos(player.rot) * moveStep; // calculate new player position with simple trigonometry var newY = player.y + Math.sin(player.rot) * moveStep; if (isBlocking(newX, newY)) { // are we allowed to move to the new position? return;} var movebulletStep = playerbullet.speed * playerbullet.moveSpeed; // player will move this far along the current direction vector playerbullet.rot += playerbullet.dir * playerbullet.rotSpeed * Math.PI / 180; // add rotation if player is rotating (player.dir != 0) var newbulletX = playerbullet.x + Math.cos(player.rot) * movebulletStep; // calculate new player position with simple trigonometry var newbulletY = playerbullet.y + Math.sin(player.rot) * movebulletStep; var moveEnemyStep = enemy.speed * enemy.moveSpeed; // player will move this far along the current direction vector enemy.rot += enemy.dir * enemy.rotSpeed * Math.PI / 180; // add rotation if player is rotating (player.dir != 0) var newEnemyX = enemy.x + Math.cos(enemy.rot) * moveEnemyStep; // calculate new player position with simple trigonometry var newEnemyY = enemy.y + Math.sin(enemy.rot) * moveEnemyStep; if (isBlocking(newEnemyX, newEnemyY)) { // are we allowed to move to the new position? return;} var moveEnemybulletStep = enemybullet.speed * enemybullet.moveSpeed; // player will move this far along the current direction vector enemybullet.rot += enemybullet.dir * enemybullet.rotSpeed * Math.PI / 180; // add rotation if player is rotating (player.dir != 0) var newEnemybulletX = enemybullet.x + Math.cos(enemy.rot) * moveEnemybulletStep; // calculate new player position with simple trigonometry var newEnemybulletY = enemybullet.y + Math.sin(enemy.rot) * moveEnemybulletStep; player.x = newX; // set new position player.y = newY; playerbullet.x = newbulletX; // set new position playerbullet.y = newbulletY; enemy.x = newEnemyX; // set new position enemy.y = newEnemyY; enemybullet.x = newEnemybulletX; // set new position enemybullet.y = newEnemybulletY; /******player bullet firing*******/ if (playerfire==true){ playerbullet.x = player.x; // set new position playerbullet.y = player.y; newbulletX=player.x; newbulletY=player.y playerbullet.speed=3; playerbullet.moveSpeed=0.68 } /****enemy bullet firing*******/ if (enemyfire==true){ enemybullet.x = enemy.x; // set new position enemybullet.y = enemy.y; newEnemybulletX=enemy.x; newEnemybulletY=enemy.y enemybullet.speed=3; enemybullet.moveSpeed=0.68 } }/****end move()***********************************end move()*****************************************/ /****enemy position array*******/ enemyposition = new Array(); enemyposition = [[1,.18,0],[1,.18,1]]; /****enemy bullet array*******/ bulletpos =new Array(); bulletpos[0] = "0,0,0"; /****enemy animation**********/ var timer; function animate(){ enemyMovementTimer+=1 if(enemyMovementTimer==100){ enemy.speed = parseInt(enemyposition[0][0]); enemy.movespeed = parseInt(enemyposition[0][1]); enemy.dir= parseInt(enemyposition[0][2]); enemyMovementTimer-=100}//left turn if(enemyMovementTimer>75){ enemy.speed = parseInt(enemyposition[1][0]); enemy.movespeed = parseInt(enemyposition[1][1]); enemy.dir= parseInt(enemyposition[1][2]); } return; } //end of sprtite movement test function isBlocking(x,y) { // first make sure that we cannot move outside the boundaries of the level if (y < 0 \|\| y > mapHeight \|\| x < 0 \|\| x > mapWidth) return true; // return true if the map block is not 0, ie. if there is a blocking wall. return (map[Math.floor(y)][Math.floor(x)] != 0);} function updateMiniMap() { document.getElementById("minimapobjects").width = document.getElementById("minimapobjects").width; document.getElementById("minimapobjects").getContext("2d").fillRect(player.x miniMapScale ,player.y * miniMapScale ,4,4); document.getElementById("minimapobjects").getContext("2d").beginPath(); document.getElementById("minimapobjects").getContext("2d").moveTo(player.x * miniMapScale+2, player.y * miniMapScale+2); document.getElementById("minimapobjects").getContext("2d").lineTo((player.x + Math.cos(player.rot) * 4) * miniMapScale,(player.y + Math.sin(player.rot) * 4) * miniMapScale); document.getElementById("minimapobjects").getContext("2d").closePath(); document.getElementById("minimapobjects").getContext("2d").stroke(); //enemy test begins here //enemy test begins here document.getElementById("minimapobjects").getContext("2d").moveTo(enemy.x * miniMapScale+2, enemy.y * miniMapScale); document.getElementById("minimapobjects").getContext("2d").fillRect(enemy.x * miniMapScale ,enemy.y * miniMapScale ,4,4); document.getElementById("minimapobjects").getContext("2d").beginPath(); document.getElementById("minimapobjects").getContext("2d").moveTo(enemy.x * miniMapScale+2, enemy.y * miniMapScale+2); document.getElementById("minimapobjects").getContext("2d").lineTo((enemy.x + Math.cos(enemy.rot) * 4) * miniMapScale,(enemy.y + Math.sin(enemy.rot) * 4) * miniMapScale); document.getElementById("minimapobjects").getContext("2d").closePath(); document.getElementById("minimapobjects").getContext("2d").stroke(); //bullet test begins here document.getElementById("minimapobjects").getContext("2d").beginPath(); document.getElementById("minimapobjects").getContext("2d").moveTo(playerbullet.x * miniMapScale, playerbullet.y * miniMapScale+2); document.getElementById("minimapobjects").getContext("2d").fillRect(playerbullet.x * miniMapScale ,playerbullet.y * miniMapScale+2 ,3,1); document.getElementById("minimapobjects").getContext("2d").closePath(); document.getElementById("minimapobjects").getContext("2d").beginPath(); document.getElementById("minimapobjects").getContext("2d").moveTo(enemybullet.x * miniMapScale, enemybullet.y * miniMapScale+2); document.getElementById("minimapobjects").getContext("2d").fillRect(enemybullet.x * miniMapScale ,enemybullet.y * miniMapScale+2 ,3,1); document.getElementById("minimapobjects").getContext("2d").closePath(); } function drawMiniMap() { document.getElementById("minimap").width = mapWidth * miniMapScale; document.getElementById("minimap").height = mapHeight * miniMapScale; document.getElementById("minimapobjects").width = document.getElementById("minimap").width; document.getElementById("minimapobjects").height = document.getElementById("minimap").height; var w = (mapWidth * miniMapScale) + "px" var h = (mapHeight * miniMapScale) + "px" document.getElementById("minimap").style.width = document.getElementById("minimapobjects").style.width document.getElementById("minimap").style.height = document.getElementById("minimapobjects").style.height document.getElementById("minimap").getContext("2d").fillStyle = "white"; document.getElementById("minimap").getContext("2d").fillRect(0,0,document.getElementById("minimap").width,document.getElementById("minimap").height); // loop through all blocks on the map for (var y=0;y<mapHeight;y++) { for (var x=0;x<mapWidth;x++) { var isAwall = map[y][x];// if (isAwall > 0) { //block at this (x,y) ...map[y][x] We got a wall!! document.getElementById("minimap").getContext("2d").fillStyle = "rgb(200,200,200)"; document.getElementById("minimap").getContext("2d").fillRect(x * miniMapScale,y * miniMapScale,miniMapScale,miniMapScale); }}} updateMiniMap();} setTimeout(init, 1); function bindKeys() { document.onkeydown = function(e){ e = e \|\| window.event;switch (e.keyCode) { case 38: // forward player.speed = 1;break; case 40: // backward player.speed = -1;break; case 37: // left player.dir = -1;break; case 39: // right player.dir = 1;break; case 32: playerfire=true; break}} //0 stop player when key is released document.onkeyup = function(e) {e = e \|\| window.event;switch (e.keyCode) {case 38:case 40:player.speed = 0;break;case 37:case 39:player.dir = 0;break;}}} var map = [ [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1], 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