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maps.js
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maps.js
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/* Maps.js */
// Contains functions for creating, populating, and using maps
/* Basic Map Functions */
function resetMaps() {
var i, j, mapfunc;
window.currentmap = [1,1];
window.defaultsetting = { setting: "Overworld" };
// Mapfuncs starts off such that [X][Y] is window.WorldXY, if it exists
window.mapfuncs = new Array(9);
// For each [i][j], if window.WorldIJ exists, it's used
// Otherwise it will be queried via AJAX later
for(var i = 1, j; i <= 9; ++i) {
mapfunc = mapfuncs[i] = [0,0,0,0,0];
for(j = mapfunc.length; j >= 0; --j)
mapfunc[j] = window["World" + i + "" + j];
}
// Random maps are all window functions
mapfuncs["Random"] = {
Overworld: WorldRandomOverworld,
Underworld: WorldRandomUnderworld,
Underwater: WorldRandomUnderwater,
Bridge: WorldRandomBridge,
Sky: WorldRandomSky,
Castle: WorldRandomCastle
};
// Right now there aren't too many special maps
mapfuncs["Special"] = {
Blank: BlankMap
}
// Maps not found, and sounds, are loaded via AJAX
startLoadingMaps();
}
// A new map, which contains general settings for the game run
function Map() {
this.underwater = this.current_character = this.current_solid = this.current_scenery = this.xloc = 0;
this.canscroll = true;
this.floor = 104;
this.time = 400; // optionally specified later
this.curloc = -1;
this.gravity = gravity;
this.maxyvel = unitsize * 1.75;
this.maxyvelinv = this.maxyvel * -2.1;
}
// An Area within a map, which contains the PreThings
function Area(setting, rawfunc) {
this.creation = rawfunc || function() {};
this.precharacters = [];
this.presolids = [];
this.prescenery = [];
this.floor = 140;
this.width = 0;
this.underwater = false;
setAreaSetting(this, setting || "");
}
function setAreaSetting(area, setting, sound) {
map.shifting = true;
if(arguments.length == 1) {
setting = arguments[0];
area = map.area;
}
area.setting = area.background = setting;
area.theme = setting.split(" ")[0];
area.fillStyle = getAreaFillStyle(area.setting);
// Water fixen
if(area.fillStyle.indexOf("Underwater") != -1) goUnderWater();
else goOntoLand();
if(sound) playTheme();
if(gameon) clearAllSprites();
map.shifting = false;
}
// A location within an Area
// Specifies the entry function and xloc if needed
function Location(area, entry, xloc) {
this.area = area;
this.xloc = xloc || 0;
this.yloc = this.floor = 0;
// If entry is true, use entryPlain (beginning of level).
// If it's valid, use it.
// Otherwise, use entryNormal (drop from top)
this.entry = ((entry == true) ? entryPlain : (entry || entryNormal));
}
// A holder for a thing to be placed in a Location
// Stores the coordinates, constructor, and any other arguments
function PreThing(xloc, yloc, type) {
this.xloc = xloc;
this.yloc = yloc;
this.type = type;
// Pass any arguments after type into the Thing
var args = arrayMake(arguments),
// Blank Things are just basically {}, just with the name Thing in devtools :)
object = new Thing();
args[2] = type;
args = args.splice(2); // args is now [type, arg1, arg2...]
Thing.apply(object, args);
this.object = object;
}
/* Map Setting */
// Resets the board and starts
function setMap(one, two) {
if(!gameon) return;
// Unless it's ok to, kill the editor
if(!window.canedit && window.editing) editorClose(true);
// Remove random stuff
removeRandomDisplays();
// If arguments[0] is an array, it's [one, two]
if(one instanceof Array) {
two = one[1];
one = one[0];
}
var newcurrentmap = one ? [one, two] : window.currentmap,
newmap = new Map(),
func = mapfuncs[newcurrentmap[0]];
// Create the new map using the mapfunc, making sure it's loaded
if(!func) {
log("No such map section exists (yet?):", func);
return;
}
newcurrentmap.func = func = func[newcurrentmap[1]];
if(!func) {
log("No such map exists (yet?):", func);
return;
}
// Since the func exists, set and use it
window.map = newmap;
window.currentmap = newcurrentmap;
func(newmap);
// Set the map variables back to 0
newmap.areanum = newmap.curloc =/* window.playediting =*/ 0;
window.area = newmap.area = newmap.areas[0];
// Save the score if need be
if(window.mario && mario.power) storeMarioStats();
if(window.data) data.scoreold = data.score.amount;
// Actual resetting is done in shiftToLocation
shiftToLocation(0);
}
// For ease of transfer
// Random map pipe transports are ["Random", "XXXworld", LocationType]
// LocationType is either 1 (down) or -1 (up)
// Down means Mario is moving down; Up means Mario is moving up.
function setMapRandom(transport) {
if(!gameon) return;
resetSeed();
// Determine how to get into the map
if(typeof(transport) == "string") transport = ["Random", transport];
else if(!transport) transport = ["Random", "Overworld"];
// Actually set the map and shift to the location
setMap(transport[0], transport[1]);
// Record random-specific stuff
data.traveledold = data.traveled;
map.sincechange = map.num_random_sections = 0;
map.entrancetype = transport[2];
map.random = true;
if(map.randname == "Sky") map.exitloc = ["Random", "Overworld", "Down"];
}
/* Map Traversal */
function shiftToLocation(loc) {
// Make sure this is the right function
if(map.random && typeof(loc) != "number") {
return setMapRandom(loc);
}
if(typeof(loc) == "number")
loc = map.locs[loc];
// Reset everything game-related
pause();
resetGameState();
resetGameScreenPosition();
resetQuadrants();
// Set this location's area as current
map.areanum = loc.area;
window.area = map.area = map.areas[map.areanum];
// Clear everything, create the map, then set post-creation settings
setAreaPreCreation(area);
area.creation();
setAreaPostCreation(area);
// Start off by spawning, then placing Mario
spawnMap();
mario = placeMario();
scrollMario(loc.xloc * unitsize);
locMovePreparations(mario);
// Note that some locs will pause manually after this
unpause();
// Typically this will do nothing or be from a pipe
loc.entry(mario, loc.entrything);
// Don't forget the least annoying part of programming this!
TimeHandler.addEvent(playTheme, 2);
// Texts are bound-check checked periodically for peformance reasons
TimeHandler.addEventInterval(checkTexts, 117, Infinity);
}
// To do: add in other stuff
function setAreaPreCreation(area) {
// Clear the containers
window.events = [];
TimeHandler.clearAllEvents();
window.characters = [];
window.solids = [];
window.scenery = [];
clearTexts();
area.precharacters = [];
area.presolids = [];
area.prescenery = [];
// Reset the spawn & scroll settings
map.current_solid = map.current_character = map.current_scenery = map.shifting = 0;
map.canscroll = true;
data.time.amount = map.time;
data.world.amount = currentmap[0] + "-" + currentmap[1];
setDataDisplay();
startDataTime();
if(map.random) {
data.world.amount = "Random Map";
data.world.element.innerHTML = "WORLD<br>Random Map";
}
}
function clearTexts() {
if(window.texts)
for(var i = texts.length - 1; i >= 0; --i)
if(texts[i])
removeChildSafe(texts[i], body);
window.texts = [];
}
function setAreaPostCreation() {
map.current_character = map.current_solid = map.current_scenery = 0;
area.width = max(area.width, gamescreen.width);
// Reset gravity and underwater
map.underwater = map.area.underwater;
map.jumpmod = 1.056 + 3.5 * map.underwater;
map.has_lakitu = false;
TimeHandler.addEvent(setMapGravity, 1);
// If it's underwater, give it the waves on top and mario's bubble event
if(area.underwater) {
// Random maps have a block to stop mario from swimming too high
area.presolids.push(new PreThing(0, 0, WaterBlock, area.width));
// Non-random maps also have a water sprite (randoms set it themselves)
if(!map.random) area.presolids.push(new PreThing(0, 16, Sprite, "Water", [area.width / 3, 1]));
}
// Sort everything using ascending order
area.presolids.sort(prethingsorter);
area.precharacters.sort(prethingsorter);
area.prescenery.sort(prethingsorter);
// If the area has loops (really just castles), do this.
if(area.sections && area.sections[0]) {
setBStretch();
area.sections.current = 0;
area.sections[0](area.sections.start);
}
// Otherwise, give it a ScrollBlocker at the area.width if it's not a random Sky
else if(!map.random && area.setting != "Sky") {
var blocker = new PreThing(area.width, 0, ScrollBlocker);
area.presolids.push(blocker);
}
// The fillstyle is the background color
area.fillStyle = getAreaFillStyle(area.setting);
}
// Given a setting, returns the background color
function getAreaFillStyle(setting) {
if(stringHas(setting, "Underworld") ||
stringHas(setting, "Castle") ||
stringHas(setting, "Night"))
return stringHas(setting, "Underwater") ? "#2038ec" : "black";
if(stringHas(setting, "Underwater")) return "#2038ec";
return "#5c94fc";
}
function prethingsorter(a,b) {
if(a.xloc == b.xloc) return b.yloc - a.yloc;
else return a.xloc - b.xloc;
};
// Moves generation to a specific location #
function setLocationGeneration(num) {
map.curloc = num;
map.refx = map.locs[map.curloc].xloc;
map.refy = map.locs[map.curloc].yloc + map.floor;
map.areanum = map.locs[map.curloc].area;
}
/* Gamplay Functions */
// Solids are spawned a little bit before characters
function spawnMap() {
var area = map.area,
rightdiff = quads.rightdiff,
screenright = gamescreen.right + rightdiff,
quadswidtht2 = quads.width * 2 + rightdiff,
screenrightpq = screenright + quadswidtht2,
arr, arrlen, prething, thing, current;
// Spawn characters
arr = area.precharacters;
arrlen = arr.length;
current = map.current_character;
while(arrlen > current && screenright >= (prething = arr[current]).xloc * unitsize) {
thing = prething.object;
addThing(thing, prething.xloc * unitsize - gamescreen.left, prething.yloc * unitsize);
thing.placenum = current;
++current;
}
map.current_character = current;
// Spawn solids
arr = area.presolids;
arrlen = arr.length;
current = map.current_solid;
while(arrlen > current && screenrightpq >= (prething = arr[current]).xloc * unitsize) {
thing = prething.object;
addThing(thing, prething.xloc * unitsize - gamescreen.left, prething.yloc * unitsize);
thing.placenum = current;
++current;
}
map.current_solid = current;
// Spawn scenery
arr = area.prescenery;
arrlen = arr.length;
current = map.current_scenery;
while(arrlen > current && screenrightpq >= (prething = arr[current]).xloc * unitsize) {
thing = prething.object;
addThing(thing, prething.xloc * unitsize - gamescreen.left, prething.yloc * unitsize);
thing.placenum = current;
++current;
}
map.current_scenery = current;
}
// Entry Functions
function goToTransport(transport) {
// Goes to a new map
if(transport instanceof Array) {
map.ending = true;
storeMarioStats();
pause();
if(map.random) {
setMapRandom(transport);
// entryRandom(mario);
}
else setMap(transport);
}
// Goes to a new Location
else shiftToLocation(map.locs[transport]);
}
function entryPlain(me) {
// pause();
setLeft(me, unitsizet16);
setBottom(me, map.floor * unitsize);
me.nocollide = me.piping = false;
me.placed = true;
// unpause();
}
function entryNormal(me) {
// pause();
setLeft(me, unitsizet16);
setTop(me, unitsizet16);
me.nocollide = me.piping = false;
me.placed = true;
// unpause();
}
function entryBlank(me) {
setLeft(me, unitsizet16);
setBottom(me, map.floor * unitsize);
me.nocollide = me.piping = me.movement = false;
me.placed = me.nofall = me.nocollide = notime = nokeys = true;
thingStoreVelocity(me);
clearDataDisplay();
}
function entryRandom(me) {
data.time.amount = 0;
data.time.dir = 1;
updateDataElement(data.time);
if(map.startwidth) {
if(!map.nofloor) pushPreFloor(0, 0, map.startwidth);
}
else map.startwidth = 0;
map.firstRandomThings(map);
map.randtype((map.startwidth + 1) * 8); //17 * 8
entryPlain(me);
addDistanceCounter();
addSeedDisplay();
// To do: remember to set the text & width of the curmap datadisplay
switch(map.entrancetype) {
case "Down":
entryNormal(mario);
break;
case "Up":
// Use a pipe
locMovePreparations(mario);
exitPipeVert(mario, addThing(new Thing(Pipe, 32), unitsizet8, (map.floor - 32) * unitsize));
break;
case "Vine":
// Do that vine stuff
locMovePreparations(mario);
TimeHandler.addEvent(function() { enterCloudWorld(mario, true); }, 1);
mario.nofall = true;
spawnMap();
break;
case "Castle":
startCastle(mario);
break;
default:
// Only reached by Overworld the first time
// if(map.randname == "Overworld") addThing(new Thing(Sprite, "Castle", 1), unitsizet16 * -1, (map.floor - 88) * unitsize);
break;
}
}
function enterCloudWorld(me) {
// There are four cloud blocks to the left
// The vine goes up until it has four blocks above the clouds, then waits 2 seconds
// Mario climbs up the left until two blocks from the top, then switches & jumps
// if(paused) unpause();
if(map.random) map.exitloc = getAfterSkyTransport();
var screenbottom = 140 * unitsize,
screentop = 72 * unitsize;
me.placed = me.nofall = true;
setTop(me, screenbottom);
setLeft(me, unitsize * 30);
removeClass(me, "jumping");
addClasses(me, ["climbing", "animated"]);
me.climbing = TimeHandler.addSpriteCycle(me, ["one", "two"], "climbing");
me.attached = new Thing(Vine, -1);
addThing(me.attached, unitsizet32, screenbottom - unitsizet8);
var movement = setInterval(function() {
// Vine moving up
if(me.attached.top <= screentop) {
clearInterval(movement);
setTop(me.attached, screentop, true);
me.attached.movement = false;
var stopheight = me.attached.top + unitsizet16;
movement = setInterval(function() {
// Mario moving up
shiftVert(me, unitsized4 * -1, true);
if(me.top <= stopheight) {
// Mario stops moving up
removeClass(me, "animated");
clearInterval(movement);
setTop(me, stopheight, true);
clearInterval(movement);
setTimeout(function() {
// Mario switches sides
setLeft(me, unitsize * 36, true);
addClass(me, "flipped");
setTimeout(function() {
// Mario hops off
marioHopsOff(me, me.attached, true);
TimeHandler.clearClassCycle(me, "climbing");
me.running = TimeHandler.addSpriteCycle(me, ["one", "two", "three", "two"], "running", setMarioRunningCycler);
}, timer * 28);
}, timer * 14);
}
}, timer);
}
}, timer);
}
function walkToPipe() {
mario = placeMario();
startWalking(mario);
map.canscroll = false;
var hasPipingStarted = false;
var move = setInterval(function() {
if(mario.piping) {
// We have started piping
if(sounds[0]) sounds[0].pause();
nokeys = mario.keys.run = notime = false;
clearInterval(move);
mario.maxspeed = mario.maxspeedsave;
}
}, timer);
unpause();
}
function startWalking(me) {
me.movement = moveMario;
me.maxspeed = me.walkspeed;
nokeys = notime = me.keys.run = true;
me.nofall = me.nocollide = false;
}
function intoPipeVert(me, pipe, transport) {
if(!pipe.transport || !me.resting ||
me.right + unitsizet2 > pipe.right ||
me.left - unitsizet2 < pipe.left) return;
pipePreparations(me);
switchContainers(me, characters, scenery);
unpause();
var move = setInterval(function() {
shiftVert(me, unitsized4, true);
if(me.top >= pipe.top) {
clearInterval(move);
setTimeout(function() { goToTransport(transport); }, 700);
}
}, timer);
}
function intoPipeHoriz(me, pipe, transport) {
// If Mario isn't resting or swimming, he shouldn't be allowed to pipe
if(!me.resting || !map.underwater) return;
pipePreparations(me);
switchContainers(me, characters, scenery);
unpause();
var move = setInterval(function() {
shiftHoriz(me, unitsized4, true);
if(me.left >= pipe.left) {
clearInterval(move);
setTimeout(function() { goToTransport(transport); }, 700);
}
}, timer);
}
function pipePreparations(me) {
pauseTheme();
play("Pipe");
locMovePreparations(me);
me.nofall = me.nocollide = nokeys = notime = true;
me.movement = me.xvel = me.yvel = 0;
}
function locMovePreparations(me) {
// pause();
me.keys = new Keys();
me.nocollide = me.piping = 1;
me.placed = false;
removeCrouch();
removeClass(me, "running");
removeClass(me, "jumping");
removeClass(me, "flipped");
}
function startCastle(me) {
me = me || window.mario;
if(!me) return;
setBottom(me, unitsize * 56);
setLeft(me, unitsizet2);
me.nocollide = me.piping = false;
me.placed = true;
}
// Exit functions
function exitPipeVert(me, pipe) {
switchContainers(me, characters, scenery);
me.nofall = nokeys = notime = true;
play("Pipe");
setTop(me, pipe.top);
setMidXObj(me, pipe, true);
var dy = unitsize / -4, move = setInterval(function() {
shiftVert(me, dy, true);
if(me.bottom <= pipe.top) {
switchContainers(me, scenery, characters);
clearInterval(move);
me.nocollide = me.piping = me.nofall = nokeys = notime = false;
me.placed = true;
}
}, timer);
}
function endLevel() {
if(map.ending) return;
map.ending = true;
map.random ? setMapRandom(["Random", "Castle"]) : setNextLevelArr(currentmap);
storeMarioStats();
pause();
setMap();
}
function setExitLoc(num) {
map.exitloc = num;
}
/* Shortcut Functions */
// Most of which call pushPre---
function pushPreThing(type, xloc, yloc, extras, more) {
var prething = new PreThing(map.refx + xloc, map.refy - yloc, type, extras, more);
if(prething.object.solid && !prething.object.nostretch) {
map.area.width = max(map.area.width, prething.xloc + prething.object.width);
map.area.presolids.push(prething);
}
else map.area.prechars.push(prething);
return prething;
}
function pushPreScenery(name, xloc, yloc, repx, repy) {
repx = round(repx || 1); repy = round(repy || 1);
var prething = new PreThing(map.refx + xloc, map.refy - yloc, Sprite, name, [repx, repy]);
prething.yloc -= prething.object.height;
map.area.prescenery.push(prething);
return prething;
}
function pushPreScenerySolid(name, xloc, yloc, repx, repy) {
repx = repx || 1; repy = repy || 1;
var prething = new PreThing(map.refx + xloc, map.refy - yloc, Sprite, name, [repx, repy]);
prething.yloc -= prething.object.height;
map.area.presolids.push(prething);
return prething;
}
function pushPreText(settings, xloc, yloc) {
var prething = new PreThing(map.refx + xloc, map.refy - yloc, FuncSpawner, spawnText, settings);
map.area.presolids.push(prething);
return prething;
}
function fillPreThing(type, xloc, yloc, numx, numy, width, height, extras, more) {
var x = xloc, y;
for(var i = 0, j; i < numx; ++i) {
y = yloc;
for(j = 0; j < numy; ++j) {
pushPreThing(type, x, y, extras, more);
y += height;
}
x += width;
}
}
function pushPreFloor(xloc, yloc, length) {
pushPreThing(Floor, xloc, yloc || 0, length || 1, DtB(yloc, 8));
}
function makeCeiling(xloc, num) {
num = num || 1;
for(var i=0; i<num; ++i)
pushPreThing(Brick, xloc + i * 8, ceillev);
}
function makeCeilingCastle(xloc, bwidth, bheight) {
pushPreThing(Stone, xloc, ceillev, bwidth || 1, bheight || 1);
}
function pushPreBridge(xloc, yloc, length, sides) {
pushPreScenery("Railing", xloc, yloc, length * 2);
pushPreThing(BridgeBase, xloc, yloc, length);
if(sides instanceof Array) {
if(sides[0]) pushPreThing(Stone, xloc - 8, yloc, 1, 64);
if(sides[1]) pushPreThing(Stone, xloc + length * 8, yloc, 1, 64);
}
}
function fillPreWater(xloc, yloc, width) {
// Water is 3 x 5.5
var dtb = DtB(yloc),
numy = ceil(dtb / 5.5),
dtby = numy * 5;
pushPreScenery("Water", xloc, yloc - 5.5, width * 4 / 3);
pushPreScenery("WaterFill", xloc, yloc - dtby - 15.5, width * 4 / 3, numy + 2);
}
function pushPrePlatformGenerator(xloc, width, dir) {
pushPreThing(PlatformGenerator, xloc, ceilmax + 16, width, dir);
}
// settings = [platwidth, offy1, offy2] (offy is distance from top to platform)
function pushPreScale(xloc, yloc, width, settings) {
var platwidth = settings[0],
offx = platwidth * 2,
offy1 = settings[1] + 1.5,
offy2 = settings[2] + 1.5,
me = pushPreThing(Scale, xloc, yloc, width).object;
// Set the platforms
platleft = pushPreThing(Platform, xloc - offx, yloc - offy1 * 4, platwidth, moveFallingScale).object;
platright = pushPreThing(Platform, xloc + width * 4 - platwidth - 6, yloc - offy2 * 4, platwidth, moveFallingScale).object;
platleft.parent = me; platright.parent = me;
platleft.partner = platright; platright.partner = platleft;
platleft.tension = offy1 * unitsizet4 - unitsize * 10;
platright.tension = offy2 * unitsizet4 - unitsize * 10;
// Set the tension
me.tensionleft = offy1 * unitsize;
me.tensionright = offy2 * unitsize;
// Add the strings
platleft.string = pushPreScenery("String", xloc, yloc - offy1 * 4, 1, (offy1 - .5) * 4).object;
platright.string = pushPreScenery("String", xloc + width * 4 - 1, yloc - offy2 * 4, 1, (offy2 - .5) * 4).object;
}
// worlds gives the pipe [X,Y]
// offset is how far between scrollblocker and main area (8 before first pipe)
// block is whether the screen should be blocked from scrolling to this
function pushPreWarpWorld(xloc, yloc, worlds, offset, block) {
if(worlds.length == 1) worlds = [-1, worlds[0], -1];
var startx = (offset || 0) + xloc + 10,
len = worlds.length,
pipe, i;
warp = pushPreThing(WarpWorld, xloc, yloc + ceilmax).object;
var title = pushPreText({innerText: "WELCOME TO WARP ZONE!", style: {visibility: "hidden"} }, startx, 58);
warp.texts.push(title.object);
for(i = 0; i < len; ++i) {
if(worlds[i] != -1) {
warp.pipes.push(pipe = pushPrePipe(startx, yloc, 24, true, worlds[i]).object);
warp.pirhanas.push(pipe.pirhana);
if(worlds[i] instanceof Array)
warp.texts.push(pushPreText({innerText: worlds[i][0], style: {visibility: "hidden"}}, startx + 4, 38).object);
}
startx += 32;
}
if(block) {
window.block = pushPreThing(ScrollBlocker, xloc, ceilmax);
pushPreThing(ScrollBlocker, startx + 16, ceilmax);
}
}
// Can be called either in a map function or during gameplay
function goUnderWater() {
if(window.map) {
if(map.area) {
if(window.mario && !map.shifting)
setAreaSetting(String(map.area.setting || "") + " Underwater");
map.area.underwater = true;
}
setMapGravity();
TimeHandler.clearEvent(map.bubbling);
map.bubbling = TimeHandler.addEventInterval(marioBubbles, 96, Infinity);
map.underwater = true;
}
}
function goOntoLand() {
if(map) {
if(map.area) {
if(window.mario && !map.shifting)
setAreaSetting(map.area.setting.replace("Underwater", "") || "Overworld");
map.area.underwater = false;
}
setMapGravity();
TimeHandler.clearEvent(map.bubbling);
map.underwater = false;
}
}
function setMapGravity() {
if(window.mario) {
if(map.underwater) mario.gravity = gravity / 2.8;
else mario.gravity = gravity;
}
}
function setBStretch() {
window.bstretch = gamescreen.width / 8 - 2;
}
/*
* Specific creation of often-used stuff
*/
// The detector has stuff stored in it, so the animation functions can use them
// Some worlds (8-3, for example) have an unusual distance from flag to castle
// To do: use typical FuncColliders instead of detectors
function endCastleOutside(xloc, yloc, castlevel, wall, dist) {
xloc = xloc || 0;
yloc = yloc || 0;
if(castlevel) castlevel = castlev;
dist = dist || 20;
var detect = pushPreThing(FlagDetector, xloc + 7, yloc + 108).object,
detect2 = pushPreThing(CastleDoorDetector, xloc + 60 + (castlev == 0) * 8, 8).object;
detect.flag = pushPreThing(Flag, xloc + .5, yloc + 79.5).object;
detect.stone = pushPreThing(Stone, xloc + 4, yloc + 8).object;
detect.top = pushPreThing(FlagTop, xloc + 6.5, 84).object;
detect.pole = pushPreThing(FlagPole, xloc + 8, 80).object;
// detect2.castle = pushPreScenery("Castle", xloc + dist, yloc + castlevel).object;
if(wall) pushPreScenery("CastleWall", xloc + dist + 72, yloc, wall);
if(castlevel == 0) shiftHoriz(detect2, unitsizet8);
pushPreCastle(xloc + dist + 16, yloc, castlevel);
}
function startCastleInside() {
pushPreThing(Stone, 0, 88, 5, 3);
pushPreThing(Stone, 0, 48, 3, DtB(48, 8));
pushPreThing(Stone, 24, 40, 1, DtB(40, 8));
pushPreThing(Stone, 32, 32, 1, DtB(32, 8));
}
function endCastleInside(xloc, last) {
var collider = pushPreThing(FuncCollider, xloc + 104, 48, CastleAxeFalls, [16, 24]).object,
axe = collider.axe = pushPreThing(CastleAxe, xloc + 104, 40).object;
axe.bridge = pushPreThing(CastleBridge, xloc, 24, 13).object;
axe.chain = pushPreThing(CastleChain, xloc + 96.5, 32).object;
axe.bowser = pushPreThing(Bowser, xloc + 69, 42).object;
pushPreThing(ScrollBlocker, xloc + 112, ceilmax); // 104 + 16
pushPreThing(Stone, xloc, 88, 32);
fillPreWater(xloc, 0, 26);
pushPreFloor(xloc + 104, 32, 3);
pushPreFloor(xloc + 104, 0, 19);
pushPreThing(Stone, xloc + 112, 80, 2, 3);
// Stop that scrolling... again
pushPreThing(ScrollBlocker, xloc + 256, ceilmax);
// Place the NPC
endCastleInsideFinal(xloc, last);
}
function endCastleInsideFinal(xloc, last) {
var stopper = pushPreFuncCollider(xloc + 180, collideCastleNPC).object,
style = { visibility: "hidden" },
text, i;
// Either put Peach...
if(last) {
pushPreThing(Peach, xloc + 194, 13).object;
text = stopper.text = [
pushPreText({innerHTML: "THANK YOU MARIO!", style: style}, xloc + 160, 66).object,
pushPreText({innerHTML: "YOUR QUEST IS OVER.<BR>WE PRESENT YOU A NEW QUEST.", style: style}, xloc + 148, 50).object,
pushPreText({innerHTML: "PRESS BUTTON B<BR>TO SELECT A WORLD.", style: style}, xloc + 148, 26).object
];
}
// ...or that jerk Toad
else {
pushPreThing(Toad, xloc + 194, 12).object;
text = stopper.text = [
pushPreText({innerHTML: "THANK YOU MARIO!", style: style}, xloc + 160, 66).object,
pushPreText({innerHTML: "BUT OUR PRINCESS IS IN<BR>ANOTHER CASTLE!", style: style}, xloc + 148, 50).object
];
}
}
function pushPreSectionPass(xloc, yloc, width, height, secnum) {
var passer = pushPreThing(Collider, xloc, yloc, [width, height], [sectionPass, sectionColliderInit]).object,
secnum = map.area.sections.current || 0,
section = map.area.sections[secnum];
if(section.numpass) ++section.numpass;
else section.numpass = 1;
if(!section.colliders) section.colliders = [passer];
else section.colliders.push(passer);
}
function pushPreSectionFail(xloc, yloc, width, height, secnum) {
var failer = pushPreThing(Collider, xloc, yloc, [width, height], [sectionFail, sectionColliderInit]).object,
secnum = map.area.sections.current || 0,
section = map.area.sections[secnum];
if(!section.colliders) section.colliders = [failer];
else section.colliders.push(failer);
}
function pushCastleDecider(xloc, secnum) {
pushPreThing(castleDecider, xloc, ceilmax, xloc, secnum);
}
function sectionColliderInit(me) {
me.sections = map.area.sections;
me.parent = me.sections[me.sections.current];
me.movement = false;
}
function sectionPass(character, collider) {
if(character.type != "mario") return false;
collider.nocollide = true;
var parent = collider.parent;
if(--parent.numpass) return;
activateSection(collider.parent, true);
}
function sectionFail(character, collider) {
if(character.type != "mario") return false;
collider.nocollide = true;
activateSection(collider.parent, false);
}
function activateSection(parent, status) {
var colliders = parent.colliders;
for(var i=colliders.length-1; i>=0; --i)
killNormal(colliders[i]);
parent.activated = true;
parent.passed = status;
}
function pushPreTree(xloc, yloc, width) {
pushPreThing(TreeTop, xloc, yloc, width);
// Although the tree trunks in later trees overlap earlier ones, it's ok because
// the pattern is indistinguishible when placed correctly.
var dtb = DtB(yloc);
pushPreScenerySolid("TreeTrunk", xloc + 8, yloc - dtb - 8, width - 2 , dtb / 8);
}
function pushPreShroom(xloc, yloc, width) {
pushPreThing(ShroomTop, xloc, yloc, width);
var dtb = DtB(yloc - 4);
pushPreScenery("ShroomTrunk", xloc + width * 4 - 4, yloc - dtb - 8, 1, dtb / 8);
}
function pushPrePipe(xloc, yloc, height, pirhana, intoloc, exitloc) {
if(!isFinite(height)) {
height = gamescreen.height;
yloc -= gamescreen.height;
}
var prepipe = pushPreThing(Pipe, xloc, yloc + height, height / 8, intoloc),
pipe = prepipe.object/*,
vert = pushPreThing(PipeVertical, xloc, yloc + height - 8, height - 8)*/;
if(pirhana) pipe.pirhana = pushPreThing(Pirhana, xloc + 4, yloc + height + 12).object;
if(exitloc) {
map.locs[exitloc].entrything = pipe;
map.locs[exitloc].xloc = xloc;
}
return prepipe;
}
function pushPreCastle(xloc, yloc, big) {
xloc = xloc || 0;
yloc = yloc || 0;
if(big) pushPreCastleBig(xloc, yloc);
else pushPreCastleSmall(xloc, yloc);
}
// Note: off by 16 or so
function pushPreCastleBig(xloc, yloc) {
var i, j;
pushPreCastleSmall(xloc + 16, yloc + 48);
// Top alternate fillings
for(i = 0; i < 3; ++i)
for(j = 0; j < 2; ++j)
pushPreScenerySolid("BrickPlain", xloc + 16 + i * 16, yloc + 24 + j * 8);
// Top alternate doors
for(i = 0; i < 2; ++i)
pushPreScenerySolid("CastleDoor", xloc + 24 + i * 16, yloc + 24);
// Top half filling
for(i = 0; i < 5; ++i)
if(i == 2) continue;
else pushPreScenerySolid("BrickHalf", xloc + 16 + i * 8, yloc + 48);
// Left railings
for(i = 0; i < 2; ++i)
pushPreScenerySolid("CastleRailing", xloc + i * 8, yloc + 44);
// Middle railings
for(i = 0; i < 5; ++i)
pushPreScenerySolid("CastleRailingFilled", xloc + 16 + i * 8, yloc + 44);
// Right railings
for(i = 5; i < 7; ++i)
pushPreScenerySolid("CastleRailing", xloc + 16 + i * 8, yloc + 44);
// Bottom alternate fillings
for(i = 0; i < 2; ++i)
for(j = 0; j < 3; ++j)
pushPreScenerySolid("BrickPlain", xloc + 24 + i * 16, yloc + j * 8);
// Bottom alternate doors
for(i = 0; i < 3; ++i)
pushPreScenerySolid("CastleDoor", xloc + 16 + i * 16, yloc);
// Left fill
for(i = 0; i < 2; ++i) {
for(j = 0; j < 5; ++j)
pushPreScenerySolid("BrickPlain", xloc + i * 8, yloc + j * 8);
pushPreScenerySolid("BrickHalf", xloc + i * 8, yloc + 40);
}
// Right fill
for(i = 0; i < 2; ++i) {
for(j = 0; j < 5; ++j)
pushPreScenerySolid("BrickPlain", xloc + 56 + i * 8, yloc + j * 8);
pushPreScenerySolid("BrickHalf", xloc + 56 + i * 8, yloc + 40);
}
for(i = 0; i < 3; ++i)
for(j = 0; j < 2; ++j)
pushPreScenerySolid("BrickHalf", xloc + 16 + i * 16, yloc + 20 + j * 20);
}
// To do: y u no work scenery
function pushPreCastleSmall(xloc, yloc) {
var i, j;
// Top railing
for(i = 0; i < 3; ++i) pushPreScenerySolid("CastleRailing", xloc + 8 + i * 8, yloc + 36);