Test_Project_Cocos/DelayNoMore
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DelayNoMore/frontend/assets/scripts/Map.js
genxium faee73ae50 Enhanced frontend logging.
2022-12-22 21:27:14 +08:00

1669 lines
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const i18n = require('LanguageData');
i18n.init(window.language); // languageID should be equal to the one we input in New Language ID input field
const collisions = require('./modules/Collisions');
const RingBuffer = require('./RingBuffer');
window.ALL_MAP_STATES = {
VISUAL: 0, // For free dragging & zooming.
EDITING_BELONGING: 1,
SHOWING_MODAL_POPUP: 2,
};
window.ALL_BATTLE_STATES = {
NONE: -1,
WAITING: 0,
IN_BATTLE: 1,
IN_SETTLEMENT: 2,
IN_DISMISSAL: 3,
};
window.MAGIC_ROOM_DOWNSYNC_FRAME_ID = {
BATTLE_READY_TO_START: -1,
BATTLE_START: 0
};
window.PlayerBattleState = {
ADDED_PENDING_BATTLE_COLLIDER_ACK: 0,
READDED_PENDING_BATTLE_COLLIDER_ACK: 1,
ACTIVE: 2,
DISCONNECTED: 3,
LOST: 4,
EXPELLED_DURING_GAME: 5,
EXPELLED_IN_DISMISSAL: 6
};
cc.Class({
extends: cc.Component,
properties: {
canvasNode: {
type: cc.Node,
default: null,
},
controlledCharacterPrefab: {
type: cc.Prefab,
default: null,
},
joystickInputControllerNode: {
type: cc.Node,
default: null
},
confirmLogoutPrefab: {
type: cc.Prefab,
default: null
},
simplePressToGoDialogPrefab: {
type: cc.Prefab,
default: null
},
boundRoomIdLabel: {
type: cc.Label,
default: null
},
countdownLabel: {
type: cc.Label,
default: null
},
resultPanelPrefab: {
type: cc.Prefab,
default: null
},
gameRulePrefab: {
type: cc.Prefab,
default: null
},
findingPlayerPrefab: {
type: cc.Prefab,
default: null
},
countdownToBeginGamePrefab: {
type: cc.Prefab,
default: null
},
playersInfoPrefab: {
type: cc.Prefab,
default: null
},
forceBigEndianFloatingNumDecoding: {
default: false,
},
renderFrameIdLagTolerance: {
type: cc.Integer,
default: 4 // implies (renderFrameIdLagTolerance >> inputScaleFrames) count of inputFrameIds
},
jigglingEps1D: {
type: cc.Float,
default: 1e-3
},
bulletTriggerEnabled: {
default: false
},
closeOnForcedtoResyncNotSelf: {
default: true
},
},
_inputFrameIdDebuggable(inputFrameId) {
return (0 == inputFrameId % 10);
},
_convertToInputFrameId(renderFrameId, inputDelayFrames) {
if (renderFrameId < inputDelayFrames) return 0;
return ((renderFrameId - inputDelayFrames) >> this.inputScaleFrames);
},
_convertToFirstUsedRenderFrameId(inputFrameId, inputDelayFrames) {
return ((inputFrameId << this.inputScaleFrames) + inputDelayFrames);
},
_convertToLastUsedRenderFrameId(inputFrameId, inputDelayFrames) {
return ((inputFrameId << this.inputScaleFrames) + inputDelayFrames + (1 << this.inputScaleFrames) - 1);
},
shouldGenerateInputFrameUpsync(renderFrameId) {
return ((renderFrameId & ((1 << this.inputScaleFrames) - 1)) == 0);
},
_allConfirmed(confirmedList) {
return (confirmedList + 1) == (1 << this.playerRichInfoDict.size);
},
getOrPrefabInputFrameUpsync(inputFrameId) {
// TODO: find some kind of synchronization mechanism against "onInputFrameDownsyncBatch"!
const self = this;
if (
null == self.ctrl ||
null == self.selfPlayerInfo
) {
throw `noDelayInputFrameId=${inputFrameId} couldn't be generated: recentInputCache=${self._stringifyRecentInputCache(false)}`;
}
let previousSelfInput = null,
currSelfInput = null;
const joinIndex = self.selfPlayerInfo.joinIndex;
const existingInputFrame = self.recentInputCache.getByFrameId(inputFrameId);
const previousInputFrameDownsyncWithPrediction = self.getCachedInputFrameDownsyncWithPrediction(inputFrameId - 1);
previousSelfInput = (null == previousInputFrameDownsyncWithPrediction ? null : previousInputFrameDownsyncWithPrediction.inputList[joinIndex - 1]);
if (null != existingInputFrame) {
// This could happen upon either [type#1] or [type#2] forceConfirmation, where "refRenderFrame" is accompanied by some "inputFrameDownsyncs". The check here also guarantees that we don't override history
console.log(`noDelayInputFrameId=${inputFrameId} already exists in recentInputCache: recentInputCache=${self._stringifyRecentInputCache(false)}`);
return [previousSelfInput, existingInputFrame.inputList[joinIndex - 1]];
}
const prefabbedInputList = (null == previousInputFrameDownsyncWithPrediction ? new Array(self.playerRichInfoDict.size).fill(0) : previousInputFrameDownsyncWithPrediction.inputList.slice());
currSelfInput = self.ctrl.getEncodedInput(); // When "null == existingInputFrame", it'd be safe to say that the realtime "self.ctrl.getEncodedInput()" is for the requested "inputFrameId"
prefabbedInputList[(joinIndex - 1)] = currSelfInput;
while (self.recentInputCache.edFrameId <= inputFrameId) {
// Fill the gap
const prefabbedInputFrameDownsync = window.pb.protos.InputFrameDownsync.create({
inputFrameId: self.recentInputCache.edFrameId,
inputList: prefabbedInputList,
confirmedList: (1 << (self.selfPlayerInfo.joinIndex - 1))
});
self.recentInputCache.put(prefabbedInputFrameDownsync);
}
return [previousSelfInput, currSelfInput];
},
shouldSendInputFrameUpsyncBatch(prevSelfInput, currSelfInput, lastUpsyncInputFrameId, currInputFrameId) {
/*
For a 2-player-battle, this "shouldUpsyncForEarlyAllConfirmedOnBackend" can be omitted, however for more players in a same battle, to avoid a "long time non-moving player" jamming the downsync of other moving players, we should use this flag.
When backend implements the "force confirmation" feature, we can have "false == shouldUpsyncForEarlyAllConfirmedOnBackend" all the time as well!
*/
if (null == currSelfInput) return false;
const shouldUpsyncForEarlyAllConfirmedOnBackend = (currInputFrameId - lastUpsyncInputFrameId >= this.inputFrameUpsyncDelayTolerance);
return shouldUpsyncForEarlyAllConfirmedOnBackend || (prevSelfInput != currSelfInput);
},
sendInputFrameUpsyncBatch(latestLocalInputFrameId) {
// [WARNING] Why not just send the latest input? Because different player would have a different "latestLocalInputFrameId" of changing its last input, and that could make the server not recognizing any "all-confirmed inputFrame"!
const self = this;
let inputFrameUpsyncBatch = [];
let batchInputFrameIdSt = self.lastUpsyncInputFrameId + 1;
if (batchInputFrameIdSt < self.recentInputCache.stFrameId) {
// Upon resync, "self.lastUpsyncInputFrameId" might not have been updated properly.
batchInputFrameIdSt = self.recentInputCache.stFrameId;
}
for (let i = batchInputFrameIdSt; i <= latestLocalInputFrameId; ++i) {
const inputFrameDownsync = self.recentInputCache.getByFrameId(i);
if (null == inputFrameDownsync) {
console.error(`sendInputFrameUpsyncBatch: recentInputCache is NOT having inputFrameId=i: latestLocalInputFrameId=${latestLocalInputFrameId}, recentInputCache=${self._stringifyRecentInputCache(false)}`);
} else {
const inputFrameUpsync = {
inputFrameId: i,
encoded: inputFrameDownsync.inputList[self.selfPlayerInfo.joinIndex - 1],
};
inputFrameUpsyncBatch.push(inputFrameUpsync);
}
}
// console.info(`inputFrameUpsyncBatch: ${JSON.stringify(inputFrameUpsyncBatch)}`);
const reqData = window.pb.protos.WsReq.encode({
msgId: Date.now(),
playerId: self.selfPlayerInfo.id,
act: window.UPSYNC_MSG_ACT_PLAYER_CMD,
joinIndex: self.selfPlayerInfo.joinIndex,
ackingInputFrameId: self.lastAllConfirmedInputFrameId,
inputFrameUpsyncBatch: inputFrameUpsyncBatch,
}).finish();
window.sendSafely(reqData);
self.lastUpsyncInputFrameId = latestLocalInputFrameId;
if (self.lastUpsyncInputFrameId >= self.recentInputCache.edFrameId) {
throw `noDelayInputFrameId=${self.lastUpsyncInputFrameId} == latestLocalInputFrameId=${latestLocalInputFrameId} seems not properly dumped #2: recentInputCache=${self._stringifyRecentInputCache(false)}`;
}
},
onEnable() {
cc.log("+++++++ Map onEnable()");
},
onDisable() {
cc.log("+++++++ Map onDisable()");
},
onDestroy() {
const self = this;
console.warn("+++++++ Map onDestroy()");
if (null == self.battleState || ALL_BATTLE_STATES.IN_BATTLE != self.battleState) {
window.clearBoundRoomIdInBothVolatileAndPersistentStorage();
}
if (null != window.handleBattleColliderInfo) {
window.handleBattleColliderInfo = null;
}
},
onManualRejoinRequired(labelString) {
const self = this;
self.battleState = ALL_BATTLE_STATES.NONE; // Effectively stops "update(dt)"
self.showPopupInCanvas(self.gameRuleNode);
self.popupSimplePressToGo(labelString, false);
},
popupSimplePressToGo(labelString, hideYesButton) {
const self = this;
self.state = ALL_MAP_STATES.SHOWING_MODAL_POPUP;
const canvasNode = self.canvasNode;
const simplePressToGoDialogNode = cc.instantiate(self.simplePressToGoDialogPrefab);
simplePressToGoDialogNode.setPosition(cc.v2(0, 0));
simplePressToGoDialogNode.setScale(1 / canvasNode.scale);
const simplePressToGoDialogScriptIns = simplePressToGoDialogNode.getComponent("SimplePressToGoDialog");
const yesButton = simplePressToGoDialogNode.getChildByName("Yes");
const postDismissalByYes = () => {
self.transitToState(ALL_MAP_STATES.VISUAL);
canvasNode.removeChild(simplePressToGoDialogNode);
}
simplePressToGoDialogNode.getChildByName("Hint").getComponent(cc.Label).string = labelString;
yesButton.once("click", simplePressToGoDialogScriptIns.dismissDialog.bind(simplePressToGoDialogScriptIns, postDismissalByYes));
yesButton.getChildByName("Label").getComponent(cc.Label).string = "OK";
if (true == hideYesButton) {
yesButton.active = false;
}
self.transitToState(ALL_MAP_STATES.SHOWING_MODAL_POPUP);
safelyAddChild(self.widgetsAboveAllNode, simplePressToGoDialogNode);
setLocalZOrder(simplePressToGoDialogNode, 20);
return simplePressToGoDialogNode;
},
alertForGoingBackToLoginScene(labelString, mapIns, shouldRetainBoundRoomIdInBothVolatileAndPersistentStorage) {
const millisToGo = 3000;
mapIns.popupSimplePressToGo(cc.js.formatStr("%s will logout in %s seconds.", labelString, millisToGo / 1000));
setTimeout(() => {
mapIns.logout(false, shouldRetainBoundRoomIdInBothVolatileAndPersistentStorage);
}, millisToGo);
},
_resetCurrentMatch() {
const self = this;
const mapNode = self.node;
const canvasNode = mapNode.parent;
// Clearing previous info of all players. [BEGINS]
self.collisionPlayerIndexPrefix = (1 << 17); // For tracking the movements of players
if (null != self.playerRichInfoDict) {
self.playerRichInfoDict.forEach((playerRichInfo, playerId) => {
if (playerRichInfo.node.parent) {
playerRichInfo.node.parent.removeChild(playerRichInfo.node);
}
});
}
self.playerRichInfoDict = new Map();
// Clearing previous info of all players. [ENDS]
self.renderFrameId = 0; // After battle started
self.bulletBattleLocalIdCounter = 0;
self.lastAllConfirmedInputFrameId = -1;
self.lastUpsyncInputFrameId = -1;
self.chaserRenderFrameId = -1; // at any moment, "chaserRenderFrameId <= renderFrameId", but "chaserRenderFrameId" would fluctuate according to "onInputFrameDownsyncBatch"
self.recentRenderCache = new RingBuffer(self.renderCacheSize);
self.selfPlayerInfo = null; // This field is kept for distinguishing "self" and "others".
self.recentInputCache = new RingBuffer((self.renderCacheSize >> 1) + 1);
self.collisionSys = new collisions.Collisions();
self.collisionBarrierIndexPrefix = (1 << 16); // For tracking the movements of barriers, though not yet actually used
self.collisionBulletIndexPrefix = (1 << 15); // For tracking the movements of bullets
self.collisionSysMap = new Map();
console.log(`collisionSys & collisionSysMap reset`);
self.transitToState(ALL_MAP_STATES.VISUAL);
self.battleState = ALL_BATTLE_STATES.WAITING;
self.othersForcedDownsyncRenderFrameDict = new Map();
self.countdownNanos = null;
if (self.countdownLabel) {
self.countdownLabel.string = "";
}
if (self.findingPlayerNode) {
const findingPlayerScriptIns = self.findingPlayerNode.getComponent("FindingPlayer");
findingPlayerScriptIns.init();
}
if (self.playersInfoNode) {
safelyAddChild(self.widgetsAboveAllNode, self.playersInfoNode);
}
if (self.findingPlayerNode) {
safelyAddChild(self.widgetsAboveAllNode, self.findingPlayerNode);
}
},
onLoad() {
const self = this;
window.mapIns = self;
window.forceBigEndianFloatingNumDecoding = self.forceBigEndianFloatingNumDecoding;
self.showCriticalCoordinateLabels = false;
console.warn("+++++++ Map onLoad()");
const mapNode = self.node;
const canvasNode = mapNode.parent;
// self.musicEffectManagerScriptIns = self.node.getComponent("MusicEffectManager");
self.musicEffectManagerScriptIns = null;
/** Init required prefab started. */
self.confirmLogoutNode = cc.instantiate(self.confirmLogoutPrefab);
self.confirmLogoutNode.getComponent("ConfirmLogout").mapNode = self.node;
// Initializes Result panel.
self.resultPanelNode = cc.instantiate(self.resultPanelPrefab);
self.resultPanelNode.width = self.canvasNode.width;
self.resultPanelNode.height = self.canvasNode.height;
const resultPanelScriptIns = self.resultPanelNode.getComponent("ResultPanel");
resultPanelScriptIns.mapScriptIns = self;
resultPanelScriptIns.onAgainClicked = () => {
self.battleState = ALL_BATTLE_STATES.WAITING;
window.clearBoundRoomIdInBothVolatileAndPersistentStorage();
window.initPersistentSessionClient(self.initAfterWSConnected, null /* Deliberately NOT passing in any `expectedRoomId`. -- YFLu */ );
};
resultPanelScriptIns.onCloseDelegate = () => {};
self.gameRuleNode = cc.instantiate(self.gameRulePrefab);
self.gameRuleNode.width = self.canvasNode.width;
self.gameRuleNode.height = self.canvasNode.height;
self.gameRuleScriptIns = self.gameRuleNode.getComponent("GameRule");
self.gameRuleScriptIns.mapNode = self.node;
self.findingPlayerNode = cc.instantiate(self.findingPlayerPrefab);
self.findingPlayerNode.width = self.canvasNode.width;
self.findingPlayerNode.height = self.canvasNode.height;
const findingPlayerScriptIns = self.findingPlayerNode.getComponent("FindingPlayer");
findingPlayerScriptIns.init();
self.playersInfoNode = cc.instantiate(self.playersInfoPrefab);
self.countdownToBeginGameNode = cc.instantiate(self.countdownToBeginGamePrefab);
self.countdownToBeginGameNode.width = self.canvasNode.width;
self.countdownToBeginGameNode.height = self.canvasNode.height;
self.mainCameraNode = canvasNode.getChildByName("Main Camera");
self.mainCamera = self.mainCameraNode.getComponent(cc.Camera);
for (let child of self.mainCameraNode.children) {
child.setScale(1 / self.mainCamera.zoomRatio);
}
self.widgetsAboveAllNode = self.mainCameraNode.getChildByName("WidgetsAboveAll");
self.mainCameraNode.setPosition(cc.v2());
/** Init required prefab ended. */
window.handleBattleColliderInfo = function(parsedBattleColliderInfo) {
console.log(`Received parsedBattleColliderInfo via ws`);
// TODO: Upon reconnection, the backend might have already been sending down data that'd trigger "onRoomDownsyncFrame & onInputFrameDownsyncBatch", but frontend could reject those data due to "battleState != PlayerBattleState.ACTIVE".
Object.assign(self, parsedBattleColliderInfo);
self.gravityX = parsedBattleColliderInfo.gravityX; // to avoid integer default value 0 accidentally becoming null in "Object.assign(...)"
self.tooFastDtIntervalMillis = 0.5 * self.rollbackEstimatedDtMillis;
const tiledMapIns = self.node.getComponent(cc.TiledMap);
// It's easier to just use the "barrier"s extracted by the backend (all anchor points in world coordinates), but I'd like to verify frontend tmx parser logic as well.
const fullPathOfTmxFile = cc.js.formatStr("map/%s/map", parsedBattleColliderInfo.stageName);
cc.loader.loadRes(fullPathOfTmxFile, cc.TiledMapAsset, (err, tmxAsset) => {
if (null != err) {
console.error(err);
return;
}
/*
[WARNING]
- The order of the following statements is important, because we should have finished "_resetCurrentMatch" before the first "RoomDownsyncFrame".
- It's important to assign new "tmxAsset" before "extractBoundaryObjects", to ensure that the correct tilesets are used.
- To ensure clearance, put destruction of the "cc.TiledMap" component preceding that of "mapNode.destroyAllChildren()".
*/
tiledMapIns.tmxAsset = null;
mapNode.removeAllChildren();
self._resetCurrentMatch();
if (self.showCriticalCoordinateLabels) {
const drawer = new cc.Node();
drawer.setPosition(cc.v2(0, 0))
safelyAddChild(self.node, drawer);
setLocalZOrder(drawer, 999);
const g = drawer.addComponent(cc.Graphics);
g.lineWidth = 2;
self.g = g;
}
tiledMapIns.tmxAsset = tmxAsset;
const newMapSize = tiledMapIns.getMapSize();
const newTileSize = tiledMapIns.getTileSize();
self.node.setContentSize(newMapSize.width * newTileSize.width, newMapSize.height * newTileSize.height);
self.node.setPosition(cc.v2(0, 0));
/*
* Deliberately hiding "ImageLayer"s. This dirty fix is specific to "CocosCreator v2.2.1", where it got back the rendering capability of "ImageLayer of Tiled", yet made incorrectly. In this game our "markers of ImageLayers" are rendered by dedicated prefabs with associated colliders.
*
* -- YFLu, 2020-01-23
*/
const existingImageLayers = tiledMapIns.getObjectGroups();
for (let singleImageLayer of existingImageLayers) {
singleImageLayer.node.opacity = 0;
}
let barrierIdCounter = 0;
const refBoundaryObjs = tileCollisionManager.extractBoundaryObjects(self.node).barriers;
const boundaryObjs = parsedBattleColliderInfo.strToPolygon2DListMap;
for (let k = 0; k < boundaryObjs["Barrier"].eles.length; k++) {
let boundaryObj = boundaryObjs["Barrier"].eles[k];
const refBoundaryObj = refBoundaryObjs[k];
// boundaryObj = refBoundaryObj;
const [x0, y0] = [boundaryObj.anchor.x, boundaryObj.anchor.y];
const newBarrierCollider = self.collisionSys.createPolygon(x0, y0, Array.from(boundaryObj.points, p => {
return [p.x, p.y];
}));
newBarrierCollider.data = {
hardPushback: true
};
if (self.showCriticalCoordinateLabels) {
for (let i = 0; i < boundaryObj.length; ++i) {
const barrierVertLabelNode = new cc.Node();
switch (i % 4) {
case 0:
barrierVertLabelNode.color = cc.Color.RED;
break;
case 1:
barrierVertLabelNode.color = cc.Color.GRAY;
break;
case 2:
barrierVertLabelNode.color = cc.Color.BLACK;
break;
default:
barrierVertLabelNode.color = cc.Color.MAGENTA;
break;
}
const wx = boundaryObj.anchor.x + boundaryObj[i].x,
wy = boundaryObj.anchor.y + boundaryObj[i].y;
barrierVertLabelNode.setPosition(cc.v2(wx, wy));
const barrierVertLabel = barrierVertLabelNode.addComponent(cc.Label);
barrierVertLabel.fontSize = 12;
barrierVertLabel.lineHeight = barrierVertLabel.fontSize + 1;
barrierVertLabel.string = `(${wx.toFixed(1)}, ${wy.toFixed(1)})`;
safelyAddChild(self.node, barrierVertLabelNode);
setLocalZOrder(barrierVertLabelNode, 5);
barrierVertLabelNode.active = true;
}
}
++barrierIdCounter;
const collisionBarrierIndex = (self.collisionBarrierIndexPrefix + barrierIdCounter);
self.collisionSysMap.set(collisionBarrierIndex, newBarrierCollider);
// console.log(`Created new barrier collider: ${collisionBarrierIndex}`);
}
self.selfPlayerInfo = JSON.parse(cc.sys.localStorage.getItem('selfPlayer'));
Object.assign(self.selfPlayerInfo, {
id: self.selfPlayerInfo.playerId
});
const reqData = window.pb.protos.WsReq.encode({
msgId: Date.now(),
act: window.UPSYNC_MSG_ACT_PLAYER_COLLIDER_ACK,
}).finish();
window.sendSafely(reqData);
console.log(`Sent UPSYNC_MSG_ACT_PLAYER_COLLIDER_ACK via ws`);
});
};
self.initAfterWSConnected = () => {
const self = window.mapIns;
self.hideGameRuleNode();
self.transitToState(ALL_MAP_STATES.WAITING);
self._inputControlEnabled = false;
}
// The player is now viewing "self.gameRuleNode" with button(s) to start an actual battle. -- YFLu
const expectedRoomId = window.getExpectedRoomIdSync();
const boundRoomId = window.getBoundRoomIdFromPersistentStorage();
console.warn("Map.onLoad, expectedRoomId == ", expectedRoomId, ", boundRoomId == ", boundRoomId);
if (null != expectedRoomId) {
self.disableGameRuleNode();
// The player is now possibly viewing "self.gameRuleNode" with no button, and should wait for `self.initAfterWSConnected` to be called.
self.battleState = ALL_BATTLE_STATES.WAITING;
window.initPersistentSessionClient(self.initAfterWSConnected, expectedRoomId);
} else if (null != boundRoomId) {
self.disableGameRuleNode();
self.battleState = ALL_BATTLE_STATES.WAITING;
window.initPersistentSessionClient(self.initAfterWSConnected, boundRoomId);
} else {
self.showPopupInCanvas(self.gameRuleNode);
// Deliberately left blank. -- YFLu
}
},
disableGameRuleNode() {
const self = window.mapIns;
if (null == self.gameRuleNode) {
return;
}
if (null == self.gameRuleScriptIns) {
return;
}
if (null == self.gameRuleScriptIns.modeButton) {
return;
}
self.gameRuleScriptIns.modeButton.active = false;
},
hideGameRuleNode() {
const self = window.mapIns;
if (null == self.gameRuleNode) {
return;
}
self.gameRuleNode.active = false;
},
enableInputControls() {
this._inputControlEnabled = true;
},
disableInputControls() {
this._inputControlEnabled = false;
},
onRoomDownsyncFrame(rdf, accompaniedInputFrameDownsyncBatch) {
// This function is also applicable to "re-joining".
const self = window.mapIns;
self.onInputFrameDownsyncBatch(accompaniedInputFrameDownsyncBatch); // Important to do this step before setting IN_BATTLE
if (!self.recentRenderCache) {
return;
}
if (ALL_BATTLE_STATES.IN_SETTLEMENT == self.battleState) {
return;
}
const shouldForceDumping1 = (window.MAGIC_ROOM_DOWNSYNC_FRAME_ID.BATTLE_START == rdf.id);
let shouldForceDumping2 = (rdf.id >= self.renderFrameId + self.renderFrameIdLagTolerance);
let shouldForceResync = rdf.shouldForceResync;
const notSelfUnconfirmed = (0 == (rdf.backendUnconfirmedMask & (1 << (self.selfPlayerInfo.joinIndex - 1))));
if (notSelfUnconfirmed) {
shouldForceDumping2 = false;
shouldForceResync = false;
self.othersForcedDownsyncRenderFrameDict.set(rdf.id, rdf);
}
/*
TODO
If "BackendUnconfirmedMask" is non-all-1 and contains the current player, show a label/button to hint manual reconnection. Note that the continuity of "recentInputCache" is not a good indicator, because due to network delay upon a [type#1 forceConfirmation] a player might just lag in upsync networking and have all consecutive inputFrameIds locally.
*/
const [dumpRenderCacheRet, oldStRenderFrameId, oldEdRenderFrameId] = (shouldForceDumping1 || shouldForceDumping2 || shouldForceResync) ? self.recentRenderCache.setByFrameId(rdf, rdf.id) : [window.RING_BUFF_CONSECUTIVE_SET, null, null];
if (window.RING_BUFF_FAILED_TO_SET == dumpRenderCacheRet) {
throw `Failed to dump render cache#1 (maybe recentRenderCache too small)! rdf.id=${rdf.id}, lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}; recentRenderCache=${self._stringifyRecentRenderCache(false)}, recentInputCache=${self._stringifyRecentInputCache(false)}`;
}
if (!shouldForceResync && (window.MAGIC_ROOM_DOWNSYNC_FRAME_ID.BATTLE_START < rdf.id && window.RING_BUFF_CONSECUTIVE_SET == dumpRenderCacheRet)) {
/*
Don't change
- chaserRenderFrameId, it's updated only in "rollbackAndChase & onInputFrameDownsyncBatch" (except for when RING_BUFF_NON_CONSECUTIVE_SET)
*/
return dumpRenderCacheRet;
}
// The logic below applies to (window.MAGIC_ROOM_DOWNSYNC_FRAME_ID.BATTLE_START == rdf.id || window.RING_BUFF_NON_CONSECUTIVE_SET == dumpRenderCacheRet)
const players = rdf.players;
self._initPlayerRichInfoDict(players);
// Show the top status indicators for IN_BATTLE
if (self.playersInfoNode) {
const playersInfoScriptIns = self.playersInfoNode.getComponent("PlayersInfo");
for (let i in players) {
playersInfoScriptIns.updateData(players[i]);
}
}
if (shouldForceDumping1 || shouldForceDumping2 || shouldForceResync) {
// In fact, not having "window.RING_BUFF_CONSECUTIVE_SET == dumpRenderCacheRet" should already imply that "self.renderFrameId <= rdf.id", but here we double check and log the anomaly
if (window.MAGIC_ROOM_DOWNSYNC_FRAME_ID.BATTLE_START == rdf.id) {
console.log('On battle started! renderFrameId=', rdf.id);
} else {
self.hideFindingPlayersGUI(rdf);
console.warn(`Got resync@localRenderFrameId=${self.renderFrameId} -> rdf.id=${rdf.id} & rdf.backendUnconfirmedMask=${rdf.backendUnconfirmedMask}, @lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}, @chaserRenderFrameId=${self.chaserRenderFrameId}, @localRecentInputCache=${mapIns._stringifyRecentInputCache(false)}`);
}
self.renderFrameId = rdf.id;
self.lastRenderFrameIdTriggeredAt = performance.now();
// In this case it must be true that "rdf.id > chaserRenderFrameId".
self.chaserRenderFrameId = rdf.id;
const candidateLastAllConfirmedInputFrame = self._convertToInputFrameId(rdf.id - 1, self.inputDelayFrames);
if (self.lastAllConfirmedInputFrame < candidateLastAllConfirmedInputFrame) {
self.lastAllConfirmedInputFrame = candidateLastAllConfirmedInputFrame;
}
const canvasNode = self.canvasNode;
self.ctrl = canvasNode.getComponent("TouchEventsManager");
self.enableInputControls();
self.transitToState(ALL_MAP_STATES.VISUAL);
self.battleState = ALL_BATTLE_STATES.IN_BATTLE;
if (self.countdownToBeginGameNode && self.countdownToBeginGameNode.parent) {
self.countdownToBeginGameNode.parent.removeChild(self.countdownToBeginGameNode);
}
if (null != self.musicEffectManagerScriptIns) {
self.musicEffectManagerScriptIns.playBGM();
}
} else {
console.warn(`Anomaly when onRoomDownsyncFrame is called by rdf=${JSON.stringify(rdf)}, recentRenderCache=${self._stringifyRecentRenderCache(false)}, recentInputCache=${self._stringifyRecentInputCache(false)}`);
}
// [WARNING] Leave all graphical updates in "update(dt)" by "applyRoomDownsyncFrameDynamics"
return dumpRenderCacheRet;
},
equalInputLists(lhs, rhs) {
if (null == lhs || null == rhs) return false;
if (lhs.length != rhs.length) return false;
for (let i in lhs) {
if (lhs[i] == rhs[i]) continue;
return false;
}
return true;
},
equalPlayers(lhs, rhs) {
if (null == lhs || null == rhs) return false;
if (lhs.virtualGridX != rhs.virtualGridX) return false;
if (lhs.virtualGridY != rhs.virtualGridY) return false;
if (lhs.dirX != rhs.dirX) return false;
if (lhs.dirY != rhs.dirY) return false;
if (lhs.velX != rhs.velX) return false;
if (lhs.velY != rhs.velY) return false;
if (lhs.speed != rhs.speed) return false;
if (lhs.framesToRecover != rhs.framesToRecover) return false;
if (lhs.hp != rhs.hp) return false;
if (lhs.maxHp != rhs.maxHp) return false;
if (lhs.characterState != rhs.characterState) return false;
if (lhs.inAir != rhs.inAir) return false;
return true;
},
equalMeleeBullets(lhs, rhs) {
if (null == lhs || null == rhs) return false;
if (lhs.battleLocalId != rhs.battleLocalId) return false;
if (lhs.offenderPlayerId != rhs.offenderPlayerId) return false;
if (lhs.offenderJoinIndex != rhs.offenderJoinIndex) return false;
if (lhs.originatedRenderFrameId != rhs.originatedRenderFrameId) return false;
return true;
},
equalRoomDownsyncFrames(lhs, rhs) {
if (null == lhs || null == rhs) return false;
for (let k in lhs.players) {
if (!this.equalPlayers(lhs.players[k], rhs.players[k])) return false;
}
for (let k in lhs.meleeBullets) {
if (!this.equalMeleeBullets(lhs.meleeBullets[k], rhs.meleeBullets[k])) return false;
}
return true;
},
onInputFrameDownsyncBatch(batch) {
// TODO: find some kind of synchronization mechanism against "getOrPrefabInputFrameUpsync"!
const self = this;
if (!self.recentInputCache) {
return;
}
if (ALL_BATTLE_STATES.IN_SETTLEMENT == self.battleState) {
return;
}
let firstPredictedYetIncorrectInputFrameId = null;
for (let k in batch) {
const inputFrameDownsync = batch[k];
const inputFrameDownsyncId = inputFrameDownsync.inputFrameId;
if (inputFrameDownsyncId <= self.lastAllConfirmedInputFrameId) {
continue;
}
// [WARNING] Take all "inputFrameDownsync" from backend as all-confirmed, it'll be later checked by "rollbackAndChase".
self.lastAllConfirmedInputFrameId = inputFrameDownsyncId;
const localInputFrame = self.recentInputCache.getByFrameId(inputFrameDownsyncId);
if (null != localInputFrame
&&
null == firstPredictedYetIncorrectInputFrameId
&&
!self.equalInputLists(localInputFrame.inputList, inputFrameDownsync.inputList)
) {
firstPredictedYetIncorrectInputFrameId = inputFrameDownsyncId;
}
inputFrameDownsync.confirmedList = (1 << self.playerRichInfoDict.size) - 1;
const [ret, oldStFrameId, oldEdFrameId] = self.recentInputCache.setByFrameId(inputFrameDownsync, inputFrameDownsync.inputFrameId);
if (window.RING_BUFF_FAILED_TO_SET == ret) {
throw `Failed to dump input cache (maybe recentInputCache too small)! inputFrameDownsync.inputFrameId=${inputFrameDownsync.inputFrameId}, lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}; recentRenderCache=${self._stringifyRecentRenderCache(false)}, recentInputCache=${self._stringifyRecentInputCache(false)}`;
}
}
if (null == firstPredictedYetIncorrectInputFrameId) return;
const inputFrameId1 = firstPredictedYetIncorrectInputFrameId;
const renderFrameId1 = self._convertToFirstUsedRenderFrameId(inputFrameId1, self.inputDelayFrames); // a.k.a. "firstRenderFrameIdUsingIncorrectInputFrameId"
if (renderFrameId1 >= self.renderFrameId) return; // No need to rollback when "renderFrameId1 == self.renderFrameId", because the "corresponding delayedInputFrame for renderFrameId1" is NOT YET EXECUTED BY NOW, it just went through "++self.renderFrameId" in "update(dt)" and javascript-runtime is mostly single-threaded in our programmable range.
if (renderFrameId1 >= self.chaserRenderFrameId) return;
/*
A typical case is as follows.
--------------------------------------------------------
<renderFrameId1> : 36
<self.chaserRenderFrameId> : 62
[self.renderFrameId] : 64
--------------------------------------------------------
*/
// The actual rollback-and-chase would later be executed in update(dt).
console.warn(`Mismatched input detected, resetting chaserRenderFrameId: ${self.chaserRenderFrameId}->${renderFrameId1} by firstPredictedYetIncorrectInputFrameId: ${inputFrameId1}
lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}`);
self.chaserRenderFrameId = renderFrameId1;
},
onPlayerAdded(rdf) {
const self = this;
// Update the "finding player" GUI and show it if not previously present
if (!self.findingPlayerNode.parent) {
self.showPopupInCanvas(self.findingPlayerNode);
}
let findingPlayerScriptIns = self.findingPlayerNode.getComponent("FindingPlayer");
findingPlayerScriptIns.updatePlayersInfo(rdf.players);
},
onBattleStopped() {
const self = this;
if (ALL_BATTLE_STATES.IN_BATTLE != self.battleState) {
return;
}
self._stringifyRecentInputAndRenderCacheCorrespondingly();
window.closeWSConnection(constants.RET_CODE.BATTLE_STOPPED);
self.battleState = ALL_BATTLE_STATES.IN_SETTLEMENT;
self.countdownNanos = null;
if (self.musicEffectManagerScriptIns) {
self.musicEffectManagerScriptIns.stopAllMusic();
}
const canvasNode = self.canvasNode;
const resultPanelNode = self.resultPanelNode;
const resultPanelScriptIns = resultPanelNode.getComponent("ResultPanel");
resultPanelScriptIns.showPlayerInfo(self.playerRichInfoDict);
window.clearBoundRoomIdInBothVolatileAndPersistentStorage();
self.showPopupInCanvas(resultPanelNode);
// Clear player info
self.playersInfoNode.getComponent("PlayersInfo").clearInfo();
},
spawnPlayerNode(joinIndex, vx, vy, playerDownsyncInfo) {
const self = this;
const newPlayerNode = cc.instantiate(self.controlledCharacterPrefab)
const playerScriptIns = newPlayerNode.getComponent("ControlledCharacter");
if (1 == joinIndex) {
playerScriptIns.setSpecies("SoldierWaterGhost");
} else if (2 == joinIndex) {
playerScriptIns.setSpecies("UltramanTiga");
}
const [wx, wy] = self.virtualGridToWorldPos(vx, vy);
newPlayerNode.setPosition(wx, wy);
playerScriptIns.mapNode = self.node;
const halfColliderWidth = playerDownsyncInfo.colliderRadius,
halfColliderHeight = playerDownsyncInfo.colliderRadius + playerDownsyncInfo.colliderRadius; // avoid multiplying
const colliderWidth = halfColliderWidth + halfColliderWidth,
colliderHeight = halfColliderHeight + halfColliderHeight; // avoid multiplying
const leftPadding = self.snapIntoPlatformOverlap,
rightPadding = self.snapIntoPlatformOverlap,
topPadding = self.snapIntoPlatformOverlap,
bottomPadding = self.snapIntoPlatformOverlap;
const cpos = self.virtualGridToPolygonColliderBLPos(vx, vy, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding); // the collider center is kept having integer coords
const pts = [[0, 0], [leftPadding + colliderWidth + rightPadding, 0], [leftPadding + colliderWidth + rightPadding, bottomPadding + colliderHeight + topPadding], [0, bottomPadding + colliderHeight + topPadding]];
// [WARNING] The animNode "anchor & offset" are tuned to fit in this collider by "ControlledCharacter prefab & AttackingCharacter.js"!
const newPlayerCollider = self.collisionSys.createPolygon(cpos[0], cpos[1], pts);
const collisionPlayerIndex = self.collisionPlayerIndexPrefix + joinIndex;
newPlayerCollider.data = playerDownsyncInfo;
self.collisionSysMap.set(collisionPlayerIndex, newPlayerCollider);
console.log(`Created new player collider: joinIndex=${joinIndex}, colliderRadius=${playerDownsyncInfo.colliderRadius}`);
safelyAddChild(self.node, newPlayerNode);
setLocalZOrder(newPlayerNode, 5);
newPlayerNode.active = true;
playerScriptIns.updateCharacterAnim(playerDownsyncInfo, null, true);
return [newPlayerNode, playerScriptIns];
},
update(dt) {
const self = this;
if (ALL_BATTLE_STATES.IN_BATTLE == self.battleState) {
const elapsedMillisSinceLastFrameIdTriggered = performance.now() - self.lastRenderFrameIdTriggeredAt;
if (elapsedMillisSinceLastFrameIdTriggered < self.tooFastDtIntervalMillis) {
// [WARNING] We should avoid a frontend ticking too fast to prevent cheating, as well as ticking too slow to cause a "resync avalanche" that impacts user experience!
// console.debug("Avoiding too fast frame@renderFrameId=", self.renderFrameId, ": elapsedMillisSinceLastFrameIdTriggered=", elapsedMillisSinceLastFrameIdTriggered);
return;
}
try {
let st = performance.now();
let prevSelfInput = null,
currSelfInput = null;
const noDelayInputFrameId = self._convertToInputFrameId(self.renderFrameId, 0); // It's important that "inputDelayFrames == 0" here
if (self.shouldGenerateInputFrameUpsync(self.renderFrameId)) {
[prevSelfInput, currSelfInput] = self.getOrPrefabInputFrameUpsync(noDelayInputFrameId);
}
let t0 = performance.now();
if (self.shouldSendInputFrameUpsyncBatch(prevSelfInput, currSelfInput, self.lastUpsyncInputFrameId, noDelayInputFrameId)) {
// TODO: Is the following statement run asynchronously in an implicit manner? Should I explicitly run it asynchronously?
self.sendInputFrameUpsyncBatch(noDelayInputFrameId);
}
let t1 = performance.now();
// Use "fractional-frame-chasing" to guarantee that "self.update(dt)" is not jammed by a "large range of frame-chasing". See `<proj-root>/ConcerningEdgeCases.md` for the motivation.
const prevChaserRenderFrameId = self.chaserRenderFrameId;
let nextChaserRenderFrameId = (prevChaserRenderFrameId + self.maxChasingRenderFramesPerUpdate);
if (nextChaserRenderFrameId > self.renderFrameId) {
nextChaserRenderFrameId = self.renderFrameId;
}
if (prevChaserRenderFrameId < nextChaserRenderFrameId) {
// Do not execute "rollbackAndChase" when "prevChaserRenderFrameId == nextChaserRenderFrameId", otherwise if "nextChaserRenderFrameId == self.renderFrameId" we'd be wasting computing power once.
self.rollbackAndChase(prevChaserRenderFrameId, nextChaserRenderFrameId, self.collisionSys, self.collisionSysMap, true);
}
let t2 = performance.now();
// Inside the following "self.rollbackAndChase" actually ROLLS FORWARD w.r.t. the corresponding delayedInputFrame, REGARDLESS OF whether or not "self.chaserRenderFrameId == self.renderFrameId" now.
const latestRdfResults = self.rollbackAndChase(self.renderFrameId, self.renderFrameId + 1, self.collisionSys, self.collisionSysMap, false);
let prevRdf = latestRdfResults[0],
rdf = latestRdfResults[1];
/*
const nonTrivialChaseEnded = (prevChaserRenderFrameId < nextChaserRenderFrameId && nextChaserRenderFrameId == self.renderFrameId);
if (nonTrivialChaseEnded) {
console.debug("Non-trivial chase ended, prevChaserRenderFrameId=" + prevChaserRenderFrameId + ", nextChaserRenderFrameId=" + nextChaserRenderFrameId);
}
*/
// [WARNING] Don't try to get "prevRdf(i.e. renderFrameId == latest-1)" by "self.recentRenderCache.getByFrameId(...)" here, as the cache might have been updated by asynchronous "onRoomDownsyncFrame(...)" calls!
if (self.othersForcedDownsyncRenderFrameDict.has(rdf.id)) {
const delayedInputFrameId = self._convertToInputFrameId(rdf.id, 0);
const othersForcedDownsyncRenderFrame = self.othersForcedDownsyncRenderFrameDict.get(rdf.id);
if (self.lastAllConfirmedInputFrameId >= delayedInputFrameId && !self.equalRoomDownsyncFrames(othersForcedDownsyncRenderFrame, rdf)) {
console.warn(`Mismatched render frame@rdf.id=${rdf.id} w/ inputFrameId=${delayedInputFrameId}:
rdf=${JSON.stringify(rdf)}
othersForcedDownsyncRenderFrame=${JSON.stringify(othersForcedDownsyncRenderFrame)}
${self._stringifyRecentInputAndRenderCacheCorrespondingly()}`);
// closeWSConnection(constants.RET_CODE.CLIENT_MISMATCHED_RENDER_FRAME, "");
// self.onManualRejoinRequired("[DEBUG] CLIENT_MISMATCHED_RENDER_FRAME");
rdf = othersForcedDownsyncRenderFrame;
self.othersForcedDownsyncRenderFrameDict.delete(rdf.id);
}
}
self.applyRoomDownsyncFrameDynamics(rdf, prevRdf);
self.showDebugBoundaries(rdf);
++self.renderFrameId; // [WARNING] It's important to increment the renderFrameId AFTER all the operations above!!!
self.lastRenderFrameIdTriggeredAt = performance.now();
let t3 = performance.now();
} catch (err) {
console.error("Error during Map.update", err);
self.onBattleStopped(); // TODO: Popup to ask player to refresh browser
} finally {
const countdownSeconds = parseInt(self.countdownNanos / 1000000000);
if (isNaN(countdownSeconds)) {
console.warn(`countdownSeconds is NaN for countdownNanos == ${self.countdownNanos}.`);
}
if (null != self.countdownLabel) {
self.countdownLabel.string = countdownSeconds;
}
}
}
},
transitToState(s) {
const self = this;
self.state = s;
},
logout(byClick /* The case where this param is "true" will be triggered within `ConfirmLogout.js`.*/ , shouldRetainBoundRoomIdInBothVolatileAndPersistentStorage) {
const self = this;
const localClearance = () => {
window.clearLocalStorageAndBackToLoginScene(shouldRetainBoundRoomIdInBothVolatileAndPersistentStorage);
}
const selfPlayerStr = cc.sys.localStorage.getItem("selfPlayer");
if (null == selfPlayerStr) {
localClearance();
return;
}
const selfPlayerInfo = JSON.parse(selfPlayerStr);
try {
NetworkUtils.ajax({
url: backendAddress.PROTOCOL + '://' + backendAddress.HOST + ':' + backendAddress.PORT + constants.ROUTE_PATH.API + constants.ROUTE_PATH.PLAYER + constants.ROUTE_PATH.VERSION + constants.ROUTE_PATH.INT_AUTH_TOKEN + constants.ROUTE_PATH.LOGOUT,
type: "POST",
data: {
intAuthToken: selfPlayerInfo.intAuthToken
},
success: function(res) {
if (res.ret != constants.RET_CODE.OK) {
console.log("Logout failed: ", res);
}
localClearance();
},
error: function(xhr, status, errMsg) {
localClearance();
},
timeout: function() {
localClearance();
}
});
} catch (e) {} finally {
// For Safari (both desktop and mobile).
localClearance();
}
},
onLogoutClicked(evt) {
const self = this;
self.showPopupInCanvas(self.confirmLogoutNode);
},
onLogoutConfirmationDismissed() {
const self = this;
self.transitToState(ALL_MAP_STATES.VISUAL);
const canvasNode = self.canvasNode;
canvasNode.removeChild(self.confirmLogoutNode);
self.enableInputControls();
},
onGameRule1v1ModeClicked(evt, cb) {
const self = this;
self.battleState = ALL_BATTLE_STATES.WAITING;
window.initPersistentSessionClient(self.initAfterWSConnected, null /* Deliberately NOT passing in any `expectedRoomId`. -- YFLu */ );
self.hideGameRuleNode();
},
showPopupInCanvas(toShowNode) {
const self = this;
toShowNode.active = true;
self.disableInputControls();
self.transitToState(ALL_MAP_STATES.SHOWING_MODAL_POPUP);
safelyAddChild(self.widgetsAboveAllNode, toShowNode);
setLocalZOrder(toShowNode, 10);
},
hideFindingPlayersGUI(rdf) {
const self = this;
if (null == self.findingPlayerNode.parent) return;
self.findingPlayerNode.parent.removeChild(self.findingPlayerNode);
},
onBattleReadyToStart(rdf) {
const self = this;
const players = rdf.players;
self._initPlayerRichInfoDict(players);
// Show the top status indicators for IN_BATTLE
if (self.playersInfoNode) {
const playersInfoScriptIns = self.playersInfoNode.getComponent("PlayersInfo");
for (let i in players) {
playersInfoScriptIns.updateData(players[i]);
}
}
console.log("Calling `onBattleReadyToStart` with:", players);
if (self.findingPlayerNode) {
const findingPlayerScriptIns = self.findingPlayerNode.getComponent("FindingPlayer");
findingPlayerScriptIns.hideExitButton();
findingPlayerScriptIns.updatePlayersInfo(players);
}
// Delay to hide the "finding player" GUI, then show a countdown clock
if (self.countdownToBeginGameNode) {
window.setTimeout(() => {
self.hideFindingPlayersGUI();
const countDownScriptIns = self.countdownToBeginGameNode.getComponent("CountdownToBeginGame");
countDownScriptIns.setData();
self.showPopupInCanvas(self.countdownToBeginGameNode);
}, 1500);
}
},
applyRoomDownsyncFrameDynamics(rdf, prevRdf) {
const self = this;
for (let [playerId, playerRichInfo] of self.playerRichInfoDict.entries()) {
const currPlayerDownsync = rdf.players[playerId];
const prevRdfPlayer = (null == prevRdf ? null : prevRdf.players[playerId]);
const [wx, wy] = self.virtualGridToWorldPos(currPlayerDownsync.virtualGridX, currPlayerDownsync.virtualGridY);
//const justJiggling = (self.jigglingEps1D >= Math.abs(wx - playerRichInfo.node.x) && self.jigglingEps1D >= Math.abs(wy - playerRichInfo.node.y));
playerRichInfo.node.setPosition(wx, wy);
playerRichInfo.scriptIns.updateSpeed(currPlayerDownsync.speed);
playerRichInfo.scriptIns.updateCharacterAnim(currPlayerDownsync, prevRdfPlayer, false);
}
// Update countdown
self.countdownNanos = self.battleDurationNanos - self.renderFrameId * self.rollbackEstimatedDtNanos;
if (self.countdownNanos <= 0) {
self.onBattleStopped(self.playerRichInfoDict);
}
},
showDebugBoundaries(rdf) {
const self = this;
const leftPadding = self.snapIntoPlatformOverlap,
rightPadding = self.snapIntoPlatformOverlap,
topPadding = self.snapIntoPlatformOverlap,
bottomPadding = self.snapIntoPlatformOverlap;
if (self.showCriticalCoordinateLabels) {
let g = self.g;
g.clear();
for (let k in self.collisionSys._bvh._bodies) {
const body = self.collisionSys._bvh._bodies[k];
if (!body._polygon) continue;
if (null != body.data && null != body.data.joinIndex) {
// character
if (1 == body.data.joinIndex) {
g.strokeColor = cc.Color.BLUE;
} else {
g.strokeColor = cc.Color.RED;
}
} else {
// barrier
g.strokeColor = cc.Color.WHITE;
}
g.moveTo(body.x, body.y);
const cnt = body._coords.length;
for (let j = 0; j < cnt; j += 2) {
const x = body._coords[j],
y = body._coords[j + 1];
g.lineTo(x, y);
}
g.lineTo(body.x, body.y);
g.stroke();
}
// For convenience of recovery upon reconnection, active bullets are always created & immediately removed from "collisionSys" within "applyInputFrameDownsyncDynamicsOnSingleRenderFrame"
for (let k in rdf.meleeBullets) {
const meleeBullet = rdf.meleeBullets[k];
if (
meleeBullet.originatedRenderFrameId + meleeBullet.startupFrames <= rdf.id
&&
meleeBullet.originatedRenderFrameId + meleeBullet.startupFrames + meleeBullet.activeFrames > rdf.id
) {
const offender = rdf.players[meleeBullet.offenderPlayerId];
if (1 == offender.joinIndex) {
g.strokeColor = cc.Color.BLUE;
} else {
g.strokeColor = cc.Color.RED;
}
let xfac = 1; // By now, straight Punch offset doesn't respect "y-axis"
if (0 > offender.dirX) {
xfac = -1;
}
const [offenderWx, offenderWy] = self.virtualGridToWorldPos(offender.virtualGridX, offender.virtualGridY);
const bulletWx = offenderWx + xfac * meleeBullet.hitboxOffset;
const bulletWy = offenderWy;
const halfColliderWidth = meleeBullet.hitboxSize.x * 0.5,
halfColliderHeight = meleeBullet.hitboxSize.y * 0.5; // avoid multiplying
const bulletCpos = self.worldToPolygonColliderBLPos(bulletWx, bulletWy, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding);
const pts = [[0, 0], [leftPadding + meleeBullet.hitboxSize.x + rightPadding, 0], [leftPadding + meleeBullet.hitboxSize.x + rightPadding, bottomPadding + meleeBullet.hitboxSize.y + topPadding], [0, bottomPadding + meleeBullet.hitboxSize.y + topPadding]];
g.moveTo(bulletCpos[0], bulletCpos[1]);
for (let j = 0; j < pts.length; j += 1) {
g.lineTo(pts[j][0] + bulletCpos[0], pts[j][1] + bulletCpos[1]);
}
g.lineTo(bulletCpos[0], bulletCpos[1]);
g.stroke();
}
}
}
},
getCachedInputFrameDownsyncWithPrediction(inputFrameId) {
const self = this;
const inputFrameDownsync = self.recentInputCache.getByFrameId(inputFrameId);
if (null != inputFrameDownsync && inputFrameId > self.lastAllConfirmedInputFrameId) {
const lastAllConfirmedInputFrame = self.recentInputCache.getByFrameId(self.lastAllConfirmedInputFrameId);
if (null != lastAllConfirmedInputFrame) {
for (let i = 0; i < inputFrameDownsync.inputList.length; ++i) {
if (i == (self.selfPlayerInfo.joinIndex - 1)) continue;
inputFrameDownsync.inputList[i] = (lastAllConfirmedInputFrame.inputList[i] & 15); // Don't predict attack input!
}
}
}
return inputFrameDownsync;
},
// TODO: Write unit-test for this function to compare with its backend counter part
applyInputFrameDownsyncDynamicsOnSingleRenderFrame(delayedInputFrame, currRenderFrame, collisionSys, collisionSysMap) {
const self = this;
const leftPadding = self.snapIntoPlatformOverlap,
rightPadding = self.snapIntoPlatformOverlap,
topPadding = self.snapIntoPlatformOverlap,
bottomPadding = self.snapIntoPlatformOverlap;
const nextRenderFramePlayers = {};
for (let playerId in currRenderFrame.players) {
const currPlayerDownsync = currRenderFrame.players[playerId];
nextRenderFramePlayers[playerId] = {
id: playerId,
virtualGridX: currPlayerDownsync.virtualGridX,
virtualGridY: currPlayerDownsync.virtualGridY,
dirX: currPlayerDownsync.dirX,
dirY: currPlayerDownsync.dirY,
velX: currPlayerDownsync.velX,
velY: currPlayerDownsync.velY,
characterState: currPlayerDownsync.characterState,
inAir: true,
speed: currPlayerDownsync.speed,
battleState: currPlayerDownsync.battleState,
score: currPlayerDownsync.score,
removed: currPlayerDownsync.removed,
joinIndex: currPlayerDownsync.joinIndex,
framesToRecover: (0 < currPlayerDownsync.framesToRecover ? currPlayerDownsync.framesToRecover - 1 : 0),
hp: currPlayerDownsync.hp,
maxHp: currPlayerDownsync.maxHp,
};
}
const nextRenderFrameMeleeBullets = [];
const effPushbacks = new Array(self.playerRichInfoArr.length);
const hardPushbackNorms = new Array(self.playerRichInfoArr.length);
// 1. Process player inputs
/*
[WARNING] Player input alone WOULD NOT take "characterState" into any "ATK_CHARACTER_STATE_IN_AIR_SET", only after the calculation of "effPushbacks" do we know exactly whether or not a player is "inAir", the finalize the transition of "thatPlayerInNextFrame.characterState".
*/
if (null != delayedInputFrame) {
const delayedInputFrameForPrevRenderFrame = self.getCachedInputFrameDownsyncWithPrediction(self._convertToInputFrameId(currRenderFrame.id - 1, self.inputDelayFrames));
const inputList = delayedInputFrame.inputList;
for (let j in self.playerRichInfoArr) {
const joinIndex = parseInt(j) + 1;
const playerRichInfo = self.playerRichInfoArr[j];
const playerId = playerRichInfo.id;
const currPlayerDownsync = currRenderFrame.players[playerId];
const thatPlayerInNextFrame = nextRenderFramePlayers[playerId];
if (0 < thatPlayerInNextFrame.framesToRecover) {
// No need to process inputs for this player, but there might be bullet pushbacks on this player
continue;
}
const decodedInput = self.ctrl.decodeInput(inputList[joinIndex - 1]);
const prevDecodedInput = (null == delayedInputFrameForPrevRenderFrame ? null : self.ctrl.decodeInput(delayedInputFrameForPrevRenderFrame.inputList[joinIndex - 1]));
const prevBtnALevel = (null == prevDecodedInput ? 0 : prevDecodedInput.btnALevel);
const prevBtnBLevel = (null == prevDecodedInput ? 0 : prevDecodedInput.btnBLevel);
if (1 == decodedInput.btnBLevel && 0 == prevBtnBLevel) {
const characStateAlreadyInAir = window.ATK_CHARACTER_STATE_IN_AIR_SET.has(thatPlayerInNextFrame.characterState);
const characStateIsInterruptWaivable = window.ATK_CHARACTER_STATE_INTERRUPT_WAIVE_SET.has(thatPlayerInNextFrame.characterState);
if (
!characStateAlreadyInAir
&&
characStateIsInterruptWaivable
) {
thatPlayerInNextFrame.velY = self.jumpingInitVelY;
if (1 == joinIndex) {
console.log(`playerId=${playerId}, joinIndex=${joinIndex} jumped at {renderFrame.id: ${currRenderFrame.id}, virtualX: ${currPlayerDownsync.virtualGridX}, virtualY: ${currPlayerDownsync.virtualGridY}, nextVelX: ${thatPlayerInNextFrame.velX}, nextVelY: ${thatPlayerInNextFrame.velY}}, delayedInputFrame.id=${delayedInputFrame.inputFrameId}`);
}
}
}
if (1 == decodedInput.btnALevel && 0 == prevBtnALevel) {
const punchSkillId = 1;
const punch = window.pb.protos.MeleeBullet.create(self.meleeSkillConfig[punchSkillId]);
thatPlayerInNextFrame.framesToRecover = punch.recoveryFrames;
punch.battleLocalId = self.bulletBattleLocalIdCounter++;
punch.offenderJoinIndex = joinIndex;
punch.offenderPlayerId = playerId;
punch.originatedRenderFrameId = currRenderFrame.id;
nextRenderFrameMeleeBullets.push(punch);
// console.log(`playerId=${playerId}, joinIndex=${joinIndex} triggered a rising-edge of btnA at renderFrame.id=${currRenderFrame.id}, delayedInputFrame.id=${delayedInputFrame.inputFrameId}`);
thatPlayerInNextFrame.characterState = window.ATK_CHARACTER_STATE.Atk1[0];
if (false == currPlayerDownsync.inAir) {
thatPlayerInNextFrame.velX = 0; // prohibits simultaneous movement with Atk1 on the ground
}
} else if (0 == decodedInput.btnALevel && 1 == prevBtnALevel) {
// console.log(`playerId=${playerId} triggered a falling-edge of btnA at renderFrame.id=${currRenderFrame.id}, delayedInputFrame.id=${delayedInputFrame.inputFrameId}`);
} else {
// No bullet trigger, process joystick movement inputs.
if (0 != decodedInput.dx || 0 != decodedInput.dy) {
// Update directions and thus would eventually update moving animation accordingly
thatPlayerInNextFrame.dirX = decodedInput.dx;
thatPlayerInNextFrame.dirY = decodedInput.dy;
thatPlayerInNextFrame.velX = decodedInput.dx * currPlayerDownsync.speed;
thatPlayerInNextFrame.characterState = window.ATK_CHARACTER_STATE.Walking[0];
} else {
thatPlayerInNextFrame.characterState = window.ATK_CHARACTER_STATE.Idle1[0];
thatPlayerInNextFrame.velX = 0;
}
}
}
}
// 2. Process player movement
for (let j in self.playerRichInfoArr) {
const joinIndex = parseInt(j) + 1;
effPushbacks[joinIndex - 1] = [0.0, 0.0];
const playerRichInfo = self.playerRichInfoArr[j];
const playerId = playerRichInfo.id;
const collisionPlayerIndex = self.collisionPlayerIndexPrefix + joinIndex;
const playerCollider = collisionSysMap.get(collisionPlayerIndex);
const currPlayerDownsync = currRenderFrame.players[playerId];
const thatPlayerInNextFrame = nextRenderFramePlayers[playerId];
// Reset playerCollider position from the "virtual grid position"
const newVpos = [currPlayerDownsync.virtualGridX + currPlayerDownsync.velX, currPlayerDownsync.virtualGridY + currPlayerDownsync.velY];
if (thatPlayerInNextFrame.velY == self.jumpingInitVelY) {
// This step can be waived, but putting the jumping inclination here makes it easier to read logs.
newVpos[1] += self.jumpingInitVelY;
}
const halfColliderWidth = self.playerRichInfoArr[j].colliderRadius,
halfColliderHeight = self.playerRichInfoArr[j].colliderRadius + self.playerRichInfoArr[j].colliderRadius; // avoid multiplying
const newCpos = self.virtualGridToPolygonColliderBLPos(newVpos[0], newVpos[1], halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding);
playerCollider.x = newCpos[0];
playerCollider.y = newCpos[1];
if (currPlayerDownsync.inAir) {
thatPlayerInNextFrame.velX += self.gravityX;
thatPlayerInNextFrame.velY += self.gravityY;
}
}
// 3. Add bullet colliders into collision system
const bulletColliders = new Map(); // Will all be removed at the end of `applyInputFrameDownsyncDynamicsOnSingleRenderFrame` due to the need for being rollback-compatible
const removedBulletsAtCurrFrame = new Set();
for (let k in currRenderFrame.meleeBullets) {
const meleeBullet = currRenderFrame.meleeBullets[k];
if (
meleeBullet.originatedRenderFrameId + meleeBullet.startupFrames <= currRenderFrame.id
&&
meleeBullet.originatedRenderFrameId + meleeBullet.startupFrames + meleeBullet.activeFrames > currRenderFrame.id
) {
const collisionBulletIndex = self.collisionBulletIndexPrefix + meleeBullet.battleLocalId;
const collisionOffenderIndex = self.collisionPlayerIndexPrefix + meleeBullet.offenderJoinIndex;
const offenderCollider = collisionSysMap.get(collisionOffenderIndex);
const offender = currRenderFrame.players[meleeBullet.offenderPlayerId];
let xfac = 1; // By now, straight Punch offset doesn't respect "y-axis"
if (0 > offender.dirX) {
xfac = -1;
}
const [offenderWx, offenderWy] = self.virtualGridToWorldPos(offender.virtualGridX, offender.virtualGridY);
const bulletWx = offenderWx + xfac * meleeBullet.hitboxOffset;
const bulletWy = offenderWy;
const halfColliderWidth = meleeBullet.hitboxSize.x * 0.5,
halfColliderHeight = meleeBullet.hitboxSize.y * 0.5;
const bulletCpos = self.worldToPolygonColliderBLPos(bulletWx, bulletWy, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding);
const pts = [[0, 0], [leftPadding + meleeBullet.hitboxSize.x + rightPadding, 0], [leftPadding + meleeBullet.hitboxSize.x + rightPadding, bottomPadding + meleeBullet.hitboxSize.y + topPadding], [0, bottomPadding + meleeBullet.hitboxSize.y + topPadding]];
const newBulletCollider = collisionSys.createPolygon(bulletCpos[0], bulletCpos[1], pts);
newBulletCollider.data = meleeBullet;
collisionSysMap.set(collisionBulletIndex, newBulletCollider);
bulletColliders.set(collisionBulletIndex, newBulletCollider);
}
}
// 4. Invoke collision system stepping
collisionSys.update();
const result = collisionSys.createResult(); // Can I reuse a "self.collisionSysResult" object throughout the whole battle?
// 5. Calc pushbacks for each player (after its movement) w/o bullets
for (let j in self.playerRichInfoArr) {
const joinIndex = parseInt(j) + 1;
const playerRichInfo = self.playerRichInfoArr[j];
const playerId = playerRichInfo.id;
const collisionPlayerIndex = self.collisionPlayerIndexPrefix + joinIndex;
const playerCollider = collisionSysMap.get(collisionPlayerIndex);
const potentials = playerCollider.potentials();
hardPushbackNorms[joinIndex - 1] = self.calcHardPushbacksNorms(playerCollider, potentials, result, self.snapIntoPlatformOverlap, effPushbacks[joinIndex - 1]);
const currPlayerDownsync = currRenderFrame.players[playerId];
const thatPlayerInNextFrame = nextRenderFramePlayers[playerId];
const halfColliderWidth = self.playerRichInfoArr[j].colliderRadius,
halfColliderHeight = self.playerRichInfoArr[j].colliderRadius + self.playerRichInfoArr[j].colliderRadius; // avoid multiplying
let fallStopping = false;
let possiblyFallStoppedOnAnotherPlayer = false;
for (const potential of potentials) {
let [isBarrier, isAnotherPlayer, isBullet] = [true == potential.data.hardPushback, null != potential.data.joinIndex, null != potential.data.offenderJoinIndex];
// ignore bullets for this step
if (isBullet) continue;
// Test if the player collides with the wall/another player
if (!playerCollider.collides(potential, result)) continue;
const normAlignmentWithGravity = (result.overlap_x * 0 + result.overlap_y * (-1.0));
const landedOnGravityPushback = (self.snapIntoPlatformThreshold < normAlignmentWithGravity); // prevents false snapping on the lateral sides
let pushback = [result.overlap * result.overlap_x, result.overlap * result.overlap_y];
if (landedOnGravityPushback) {
// kindly note that one player might land on top of another player
pushback = [(result.overlap - self.snapIntoPlatformOverlap) * result.overlap_x, (result.overlap - self.snapIntoPlatformOverlap) * result.overlap_y];
thatPlayerInNextFrame.inAir = false;
}
if (isAnotherPlayer) {
/*
[WARNING] The "zero overlap collision" might be randomly detected/missed on either frontend or backend, to have deterministic result we added paddings to all sides of a playerCollider. As each velocity component of (velX, velY) being a multiple of 0.5 at any renderFrame, each position component of (x, y) can only be a multiple of 0.5 too, thus whenever a 1-dimensional collision happens between players from [player#1: i*0.5, player#2: j*0.5, not collided yet] to [player#1: (i+k)*0.5, player#2: j*0.5, collided], the overlap becomes (i+k-j)*0.5+2*s, and after snapping subtraction the effPushback magnitude for each player is (i+k-j)*0.5, resulting in 0.5-multiples-position for the next renderFrame.
*/
pushback = [(result.overlap - self.snapIntoPlatformOverlap * 2) * result.overlap_x, (result.overlap - self.snapIntoPlatformOverlap * 2) * result.overlap_y]; // will overwrite the previous pushback value if "landedOnGravityPushback" is also true
}
for (let hardPushbackNorm of hardPushbackNorms[joinIndex - 1]) {
// remove pushback component on the directions of "hardPushbackNorms[joinIndex-1]" (by now those hardPushbacks are already accounted in "effPushbacks[joinIndex-1]")
const projectedMagnitude = pushback[0] * hardPushbackNorm[0] + pushback[1] * hardPushbackNorm[1];
if (isBarrier
||
(isAnotherPlayer && 0 > projectedMagnitude)
) {
// [WARNING] Pushing by another player is different from pushing by barrier!
// Otherwise the player couldn't be pushed by another player to opposite dir of a side wall
pushback[0] -= projectedMagnitude * hardPushbackNorm[0];
pushback[1] -= projectedMagnitude * hardPushbackNorm[1];
}
}
effPushbacks[joinIndex - 1][0] += pushback[0];
effPushbacks[joinIndex - 1][1] += pushback[1];
// It's not meaningful to log the virtual positions and velocities inside this step.
if (currPlayerDownsync.inAir && landedOnGravityPushback) {
fallStopping = true;
if (isAnotherPlayer) {
possiblyFallStoppedOnAnotherPlayer = true;
}
}
if (1 == joinIndex) {
if (fallStopping) {
/*
console.info(`playerId=${playerId}, joinIndex=${thatPlayerInNextFrame.joinIndex} fallStopping#1:
{renderFrame.id: ${currRenderFrame.id}, possiblyFallStoppedOnAnotherPlayer: ${possiblyFallStoppedOnAnotherPlayer}}
playerColliderPos=${self.stringifyColliderCenterInWorld(playerCollider, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, effPushback={${effPushbacks[joinIndex - 1][0].toFixed(3)}, ${effPushbacks[joinIndex - 1][1].toFixed(3)}}, overlayMag=${result.overlap.toFixed(4)}`);
*/
} else if (currPlayerDownsync.inAir && isBarrier && !landedOnGravityPushback) {
/*
console.warn(`playerId=${playerId}, joinIndex=${currPlayerDownsync.joinIndex} inAir & pushed back by barrier & not landed:
{renderFrame.id: ${currRenderFrame.id}}
playerColliderPos=${self.stringifyColliderCenterInWorld(playerCollider, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, effPushback={${effPushbacks[joinIndex - 1][0].toFixed(3)}, ${effPushbacks[joinIndex - 1][1].toFixed(3)}}, overlayMag=${result.overlap.toFixed(4)}, len(hardPushbackNorms)=${hardPushbackNorms.length}`);
*/
} else if (currPlayerDownsync.inAir && isAnotherPlayer) {
console.warn(`playerId=${playerId}, joinIndex=${currPlayerDownsync.joinIndex} inAir and pushed back by another player
{renderFrame.id: ${currRenderFrame.id}}
playerColliderPos=${self.stringifyColliderCenterInWorld(playerCollider, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, anotherPlayerColliderPos=${self.stringifyColliderCenterInWorld(potential, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, effPushback={${effPushbacks[joinIndex - 1][0].toFixed(3)}, ${effPushbacks[joinIndex - 1][1].toFixed(3)}}, landedOnGravityPushback=${landedOnGravityPushback}, fallStopping=${fallStopping}, overlayMag=${result.overlap.toFixed(4)}, len(hardPushbackNorms)=${hardPushbackNorms.length}`);
}
}
}
if (fallStopping) {
thatPlayerInNextFrame.velX = 0;
thatPlayerInNextFrame.velY = 0;
thatPlayerInNextFrame.characterState = window.ATK_CHARACTER_STATE.Idle1[0];
thatPlayerInNextFrame.framesToRecover = 0;
}
if (currPlayerDownsync.inAir) {
thatPlayerInNextFrame.characterState = window.toInAirConjugate(thatPlayerInNextFrame.characterState);
}
}
// 6. Check bullet-anything collisions
bulletColliders.forEach((bulletCollider, collisionBulletIndex) => {
const potentials = bulletCollider.potentials();
const offender = currRenderFrame.players[bulletCollider.data.offenderPlayerId];
let shouldRemove = false;
for (const potential of potentials) {
if (null != potential.data && potential.data.joinIndex == bulletCollider.data.offenderJoinIndex) continue;
if (!bulletCollider.collides(potential, result)) continue;
if (null != potential.data && null != potential.data.joinIndex) {
const playerId = potential.data.id;
const joinIndex = potential.data.joinIndex;
let xfac = 1;
if (0 > offender.dirX) {
xfac = -1;
}
// Only for straight punch, there's no y-pushback
let bulletPushback = [-xfac * bulletCollider.data.pushback, 0];
// console.log(`playerId=${playerId}, joinIndex=${joinIndex} is supposed to be pushed back by meleeBullet for bulletPushback=${JSON.stringify(bulletPushback)} at renderFrame.id=${currRenderFrame.id}`);
for (let hardPushbackNorm of hardPushbackNorms[joinIndex - 1]) {
const projectedMagnitude = bulletPushback[0] * hardPushbackNorm[0] + bulletPushback[1] * hardPushbackNorm[1];
if (0 > projectedMagnitude) {
// Otherwise when smashing into a wall the atked player would be pushed into the wall first and only got back in the next renderFrame, not what I want here
bulletPushback[0] -= (projectedMagnitude * hardPushbackNorm[0]);
bulletPushback[1] -= (projectedMagnitude * hardPushbackNorm[1]);
// console.log(`playerId=${playerId}, joinIndex=${joinIndex} reducing bulletPushback=${JSON.stringify(bulletPushback)} by ${JSON.stringify([projectedMagnitude * hardPushbackNorm[0], projectedMagnitude * hardPushbackNorm[1]])} where hardPushbackNorm=${JSON.stringify(hardPushbackNorm)}, projectedMagnitude=${projectedMagnitude} at renderFrame.id=${currRenderFrame.id}`);
}
}
// console.log(`playerId=${playerId}, joinIndex=${joinIndex} is actually pushed back by meleeBullet for bulletPushback=${JSON.stringify(bulletPushback)} at renderFrame.id=${currRenderFrame.id}`);
effPushbacks[joinIndex - 1][0] += bulletPushback[0];
effPushbacks[joinIndex - 1][1] += bulletPushback[1];
const [atkedPlayerInCurFrame, atkedPlayerInNextFrame] = [currRenderFrame.players[potential.data.id], nextRenderFramePlayers[potential.data.id]];
atkedPlayerInNextFrame.characterState = window.ATK_CHARACTER_STATE.Atked1[0];
if (atkedPlayerInCurFrame.inAir) {
atkedPlayerInNextFrame.characterState = window.toInAirConjugate(atkedPlayerInNextFrame.characterState);
}
const oldFramesToRecover = atkedPlayerInNextFrame.framesToRecover;
atkedPlayerInNextFrame.framesToRecover = (oldFramesToRecover > bulletCollider.data.hitStunFrames ? oldFramesToRecover : bulletCollider.data.hitStunFrames); // In case the hit player is already stun, we extend it
}
shouldRemove = true;
}
if (shouldRemove) {
removedBulletsAtCurrFrame.add(collisionBulletIndex);
}
});
// [WARNING] Remove bullets from collisionSys ANYWAY for the convenience of rollback
for (let k in currRenderFrame.meleeBullets) {
const meleeBullet = currRenderFrame.meleeBullets[k];
const collisionBulletIndex = self.collisionBulletIndexPrefix + meleeBullet.battleLocalId;
if (collisionSysMap.has(collisionBulletIndex)) {
const bulletCollider = collisionSysMap.get(collisionBulletIndex);
bulletCollider.remove();
collisionSysMap.delete(collisionBulletIndex);
}
if (removedBulletsAtCurrFrame.has(collisionBulletIndex)) continue;
nextRenderFrameMeleeBullets.push(meleeBullet);
}
// 7. Get players out of stuck barriers if there's any
for (let j in self.playerRichInfoArr) {
const joinIndex = parseInt(j) + 1;
const playerId = self.playerRichInfoArr[j].id;
const collisionPlayerIndex = self.collisionPlayerIndexPrefix + joinIndex;
const playerCollider = collisionSysMap.get(collisionPlayerIndex);
// Update "virtual grid position"
const currPlayerDownsync = currRenderFrame.players[playerId];
const thatPlayerInNextFrame = nextRenderFramePlayers[playerId];
const halfColliderWidth = self.playerRichInfoArr[j].colliderRadius,
halfColliderHeight = self.playerRichInfoArr[j].colliderRadius + self.playerRichInfoArr[j].colliderRadius; // avoid multiplying
const newVpos = self.polygonColliderBLToVirtualGridPos(playerCollider.x - effPushbacks[joinIndex - 1][0], playerCollider.y - effPushbacks[joinIndex - 1][1], halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding);
thatPlayerInNextFrame.virtualGridX = newVpos[0];
thatPlayerInNextFrame.virtualGridY = newVpos[1];
if (1 == thatPlayerInNextFrame.joinIndex) {
if (currPlayerDownsync.inAir && !thatPlayerInNextFrame.inAir) {
console.warn(`playerId=${playerId}, joinIndex=${thatPlayerInNextFrame.joinIndex} fallStopping#2:
{nextRenderFrame.id: ${currRenderFrame.id + 1}, nextVirtualX: ${thatPlayerInNextFrame.virtualGridX}, nextVirtualY: ${thatPlayerInNextFrame.virtualGridY}, nextVelX: ${thatPlayerInNextFrame.velX}, nextVelY: ${thatPlayerInNextFrame.velY}}
calculated from <- playerColliderPos=${self.stringifyColliderCenterInWorld(playerCollider, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, effPushback={${effPushbacks[joinIndex - 1][0].toFixed(3)}, ${effPushbacks[joinIndex - 1][1].toFixed(3)}}`);
} else if (!currPlayerDownsync.inAir && thatPlayerInNextFrame.inAir) {
console.warn(`playerId=${playerId}, joinIndex=${thatPlayerInNextFrame.joinIndex} took off:
{nextRenderFrame.id: ${currRenderFrame.id + 1}, nextVirtualX: ${thatPlayerInNextFrame.virtualGridX}, nextVirtualY: ${thatPlayerInNextFrame.virtualGridY}, nextVelX: ${thatPlayerInNextFrame.velX}, nextVelY: ${thatPlayerInNextFrame.velY}}
calculated from <- playerColliderPos=${self.stringifyColliderCenterInWorld(playerCollider, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, effPushback={${effPushbacks[joinIndex - 1][0].toFixed(3)}, ${effPushbacks[joinIndex - 1][1].toFixed(3)}}`);
} else if (thatPlayerInNextFrame.inAir && 0 != thatPlayerInNextFrame.velY) {
/*
console.log(`playerId=${playerId}, joinIndex=${thatPlayerInNextFrame.joinIndex} inAir trajectory:
{nextRenderFrame.id: ${currRenderFrame.id + 1}, nextVirtualX: ${thatPlayerInNextFrame.virtualGridX}, nextVirtualY: ${thatPlayerInNextFrame.virtualGridY}, nextVelX: ${thatPlayerInNextFrame.velX}, nextVelY: ${thatPlayerInNextFrame.velY}};
calculated from <- playerColliderPos=${self.stringifyColliderCenterInWorld(playerCollider, halfColliderWidth, halfColliderHeight, topPadding, bottomPadding, leftPadding, rightPadding)}, effPushback={${effPushbacks[joinIndex - 1][0].toFixed(3)}, ${effPushbacks[joinIndex - 1][1].toFixed(3)}}`);
*/
}
}
}
return window.pb.protos.RoomDownsyncFrame.create({
id: currRenderFrame.id + 1,
players: nextRenderFramePlayers,
meleeBullets: nextRenderFrameMeleeBullets,
});
},
rollbackAndChase(renderFrameIdSt, renderFrameIdEd, collisionSys, collisionSysMap, isChasing) {
/*
This function eventually calculates a "RoomDownsyncFrame" where "RoomDownsyncFrame.id == renderFrameIdEd" if not interruptted.
*/
const self = this;
let prevLatestRdf = null,
latestRdf = null;
for (let i = renderFrameIdSt; i < renderFrameIdEd; i++) {
const currRdf = self.recentRenderCache.getByFrameId(i); // typed "RoomDownsyncFrame"; [WARNING] When "true == isChasing" and using Firefox, this function could be interruptted by "onRoomDownsyncFrame(rdf)" asynchronously anytime, making this line return "null"!
if (null == currRdf) {
throw `Couldn't find renderFrame for i=${i} to rollback (are you using Firefox?), self.renderFrameId=${self.renderFrameId}, lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}, might've been interruptted by onRoomDownsyncFrame`;
}
const j = self._convertToInputFrameId(i, self.inputDelayFrames);
const delayedInputFrame = self.recentInputCache.getByFrameId(j); // Don't make prediction here, the inputFrameDownsyncs in recentInputCache was already predicted while prefabbing
if (null == delayedInputFrame) {
// Shouldn't happen!
throw `Failed to get cached delayedInputFrame for i=${i}, j=${j}, renderFrameId=${self.renderFrameId}, lastUpsyncInputFrameId=${self.lastUpsyncInputFrameId}, lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}, chaserRenderFrameId=${self.chaserRenderFrameId}; recentRenderCache=${self._stringifyRecentRenderCache(false)}, recentInputCache=${self._stringifyRecentInputCache(false)}`;
}
const nextRdf = self.applyInputFrameDownsyncDynamicsOnSingleRenderFrame(delayedInputFrame, currRdf, collisionSys, collisionSysMap);
if (true == isChasing) {
// [WARNING] Move the cursor "self.chaserRenderFrameId" when "true == isChasing", keep in mind that "self.chaserRenderFrameId" is not monotonic!
self.chaserRenderFrameId = nextRdf.id;
} else if (nextRdf.id == self.chaserRenderFrameId + 1) {
self.chaserRenderFrameId = nextRdf.id; // To avoid redundant calculation
}
self.recentRenderCache.setByFrameId(nextRdf, nextRdf.id);
prevLatestRdf = currRdf;
latestRdf = nextRdf;
}
return [prevLatestRdf, latestRdf];
},
_initPlayerRichInfoDict(players) {
const self = this;
for (let k in players) {
const playerId = parseInt(k);
if (self.playerRichInfoDict.has(playerId)) continue; // Skip already put keys
const immediatePlayerInfo = players[playerId];
self.playerRichInfoDict.set(playerId, immediatePlayerInfo);
const nodeAndScriptIns = self.spawnPlayerNode(immediatePlayerInfo.joinIndex, immediatePlayerInfo.virtualGridX, immediatePlayerInfo.virtualGridY, immediatePlayerInfo);
Object.assign(self.playerRichInfoDict.get(playerId), {
node: nodeAndScriptIns[0],
scriptIns: nodeAndScriptIns[1],
});
if (self.selfPlayerInfo.id == playerId) {
self.selfPlayerInfo = Object.assign(self.selfPlayerInfo, immediatePlayerInfo);
nodeAndScriptIns[1].showArrowTipNode();
}
}
self.playerRichInfoArr = new Array(self.playerRichInfoDict.size);
self.playerRichInfoDict.forEach((playerRichInfo, playerId) => {
self.playerRichInfoArr[playerRichInfo.joinIndex - 1] = playerRichInfo;
});
},
_stringifyRecentInputCache(usefullOutput) {
const self = this;
if (true == usefullOutput) {
let s = [];
for (let i = self.recentInputCache.stFrameId; i < self.recentInputCache.edFrameId; ++i) {
s.push(JSON.stringify(self.recentInputCache.getByFrameId(i)));
}
return s.join('\n');
}
return `[stInputFrameId=${self.recentInputCache.stFrameId}, edInputFrameId=${self.recentInputCache.edFrameId})`;
},
_stringifyRecentRenderCache(usefullOutput) {
const self = this;
if (true == usefullOutput) {
let s = [];
for (let i = self.recentRenderCache.stFrameId; i < self.recentRenderCache.edFrameId; ++i) {
s.push(JSON.stringify(self.recentRenderCache.getByFrameId(i)));
}
return s.join('\n');
}
return `[stRenderFrameId=${self.recentRenderCache.stFrameId}, edRenderFrameId=${self.recentRenderCache.edFrameId})`;
},
_stringifyRecentInputAndRenderCacheCorrespondingly() {
const self = this;
let s = [];
s.push(`@lastAllConfirmedInputFrameId=${self.lastAllConfirmedInputFrameId}, @renderFrameId=${self.renderFrameId}, @chaserRenderFrameId=${self.chaserRenderFrameId}`);
for (let i = self.recentRenderCache.stFrameId; i < self.recentRenderCache.edFrameId; ++i) {
let jPrev = self._convertToInputFrameId(i - 1, self.inputDelayFrames);
let j = self._convertToInputFrameId(i, self.inputDelayFrames);
if (i == self.recentRenderCache.stFrameId || j > jPrev) {
s.push(JSON.stringify(self.recentInputCache.getByFrameId(j)));
}
s.push(JSON.stringify(self.recentRenderCache.getByFrameId(i)));
}
return s.join('\n');
},
worldToVirtualGridPos(x, y) {
// [WARNING] Introduces loss of precision!
const self = this;
// In JavaScript floating numbers suffer from seemingly non-deterministic arithmetics, and even if certain libs solved this issue by approaches such as fixed-point-number, they might not be used in other libs -- e.g. the "collision libs" we're interested in -- thus couldn't kill all pains.
let virtualGridX = Math.round(x * self.worldToVirtualGridRatio);
let virtualGridY = Math.round(y * self.worldToVirtualGridRatio);
return [virtualGridX, virtualGridY];
},
virtualGridToWorldPos(vx, vy) {
// No loss of precision
const self = this;
return [vx * self.virtualGridToWorldRatio, vy * self.virtualGridToWorldRatio];
},
worldToPolygonColliderBLPos(wx, wy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding) {
return [wx - halfBoundingW - leftPadding, wy - halfBoundingH - bottomPadding];
},
polygonColliderBLToWorldPos(cx, cy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding) {
return [cx + halfBoundingW + leftPadding, cy + halfBoundingH + bottomPadding];
},
polygonColliderBLToVirtualGridPos(cx, cy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding) {
const self = this;
const [wx, wy] = self.polygonColliderBLToWorldPos(cx, cy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding);
return self.worldToVirtualGridPos(wx, wy)
},
virtualGridToPolygonColliderBLPos(vx, vy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding) {
const self = this;
const [wx, wy] = self.virtualGridToWorldPos(vx, vy);
return self.worldToPolygonColliderBLPos(wx, wy, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding)
},
stringifyColliderCenterInWorld(playerCollider, halfBoundingW, halfBoundingH, topPadding, bottomPadding, leftPadding, rightPadding) {
return `{${(playerCollider.x + leftPadding + halfBoundingW).toFixed(2)}, ${(playerCollider.y + bottomPadding + halfBoundingH).toFixed(2)}}`;
},
calcHardPushbacksNorms(collider, potentials, result, snapIntoPlatformOverlap, effPushback) {
const self = this;
let ret = [];
for (const potential of potentials) {
if (null == potential.data || !(true == potential.data.hardPushback)) continue;
if (!collider.collides(potential, result)) continue;
// ALWAY snap into hardPushbacks!
// [overlay_x, overlap_y] is the unit vector that points into the platform
const pushback = [(result.overlap - snapIntoPlatformOverlap) * result.overlap_x, (result.overlap - snapIntoPlatformOverlap) * result.overlap_y];
ret.push([result.overlap_x, result.overlap_y]);
effPushback[0] += pushback[0];
effPushback[1] += pushback[1];
}
return ret;
},
});
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