Introduction to High-Scoring Basketball Games
In the thrilling world of basketball betting, one of the most exciting propositions is predicting games that will exceed a certain point total. For enthusiasts and bettors alike, the category "basketball Over 212.5 Points tomorrow" offers a unique opportunity to engage with high-scoring matchups. This analysis delves into the factors influencing such outcomes, expert predictions for upcoming matches, and strategic insights for making informed betting decisions.
Understanding the Dynamics of High-Scoring Games
High-scoring basketball games are often characterized by fast-paced play, efficient shooting, and dynamic offensive strategies. Several factors contribute to these exhilarating contests:
- Offensive Efficiency: Teams with high offensive efficiency tend to score more points by capitalizing on every possession.
- Pace of Play: A faster pace increases the number of possessions, leading to more scoring opportunities.
- Three-Point Shooting: The prevalence of three-point shots can significantly boost a team's point total.
- Defensive Weaknesses: Opponents with weaker defenses may struggle to contain high-scoring offenses.
Analyzing Tomorrow's Matchups
The upcoming basketball schedule features several matchups that are prime candidates for exceeding the over/under line of 212.5 points. Here’s a closer look at these games:
Matchup Analysis: Team A vs. Team B
This game features two top-tier offensive teams known for their high-scoring capabilities. Team A boasts an impressive average of over 110 points per game, while Team B is renowned for its fast-paced style and prolific three-point shooting.
- Team A's Offensive Strategy: Known for its balanced attack, Team A excels in both half-court sets and transition plays.
- Team B's Three-Point Arsenal: With several sharpshooters in their lineup, Team B consistently ranks among the league leaders in three-point attempts and makes.
Betting experts predict this matchup will easily surpass the over/under line due to both teams' offensive prowess and recent performances against similar opponents.
Matchup Analysis: Team C vs. Team D
In this intriguing contest, Team C's aggressive playing style meets Team D's disciplined offense. Both teams have shown an ability to score prolifically when facing defensively vulnerable opponents.
- Team C's Aggressive Play: Known for pushing the tempo and taking risks on defense, Team C often results in high-scoring affairs.
- Team D's Balanced Attack: With a strong inside-outside game, Team D can exploit mismatches and keep defenses off balance.
This game is another strong candidate for going over 212.5 points, as both teams have exceeded this threshold multiple times this season.
Betting Strategies for High-Scoring Games
To maximize your chances when betting on high-scoring games like those exceeding 212.5 points, consider these strategies:
- Analyze Recent Performances: Review recent games to assess how teams have performed against similar opponents or styles of play.
- Evaluate Player Matchups: Key player matchups can significantly impact scoring potential; consider how individual talents might influence the game’s outcome.
- Leverage Statistical Models: Use advanced statistical models that incorporate various factors like pace, shooting percentages, and defensive metrics to make informed predictions.
- Maintain Flexibility in Betting Lines: Be prepared to adjust your bets as lines shift based on public perception or new information about player availability or conditions.
The Role of Expert Predictions in Betting Decisions
anvaka/pure-data<|file_sep|>/src/pd-web-worker.js
var PdWebWorker = function() {
var self = this;
this._setupMessageHandlers();
this._ready = false;
this._pd = null;
this._pendingMessages = [];
this._onReadyCallbacks = [];
function setupPd() {
var pd = require('pure-data');
pd.enableAudio(true);
var patchString = [
'',
'#N canvas',
'0', '0', '640', '480',
'-1', '-1', '10', '10',
'"PD Web Worker"',
// We need a listener so we can catch all messages from Pd.
// Unfortunately we can't use `pd.on()` here because it would be
// called synchronously.
'message-listener /messenger {',
'print str m',
self._sendMessage.bind(self),
'}'
].join('n');
pd.openPatch(patchString);
var pdCanvas = document.createElement('canvas');
pdCanvas.width = pd.screenWidth();
pdCanvas.height = pd.screenHeight();
var context = pdCanvas.getContext('2d');
self.canvasContext_ = context;
var renderLoopHandler_ = function() {
if (!self._ready) {
return;
}
if (self.canvasContext_) {
self.canvasContext_.clearRect(0,0,pdCanvas.width,pdCanvas.height);
pd.renderToContext(self.canvasContext_);
}
requestAnimationFrame(renderLoopHandler_);
};
requestAnimationFrame(renderLoopHandler_);
self._ready = true;
self._onReadyCallbacks.forEach(function(callback) {
callback();
});
self._onReadyCallbacks.length = [];
// Patches need some time before they are ready.
setTimeout(function() {
self.send({
type: 'evaluate',
expression: '(set-bufsize $bufsize '+pd.buffersize+')'
});
},100);
setTimeout(function() {
self.send({
type: 'evaluate',
expression: '(set-nchnls $nchnls '+pd.nchnls+')'
});
},200);
setTimeout(function() {
self.send({
type: 'evaluate',
expression: '(set-srate $srate '+pd.srate+')'
});
},300);
setTimeout(function() {
self.send({
type: 'evaluate',
expression: '(set-patchpath $patchpath "'+pd.patchPath+'")'
});
},400);
setTimeout(function() {
self.send({
type: 'evaluate',
expression: '(set-patchname $patchname "'+pd.patchName+'")'
});
},500);
setTimeout(function() {
// We need some time before we start listening.
self.listen();
// And even more time before we send messages.
// Otherwise we might miss them!
self.flushPendingMessages();
// Patches may take some time before they become ready,
// so let's give them some time...
setTimeout(function(){
if (!self.isReady()) throw new Error("Pd not ready");
},10000);
if (self.readyCallback) {
self.readyCallback(self);
delete self.readyCallback;
}
},600);
/*
* Patch evaluation code copied from https://github.com/mudcube/pure-data/blob/master/src/canvas.js#L70-L107
*/
function evaluate(expression) {
if (expression[0] !== '/') expression.unshift('/');
var tokens= expression.split(/s+/g);
var pargs= tokens.slice(1).join(' ');
var command= tokens[0];
try {
if (command === '/comment') return;
else if (command === '/print') console.log(pargs);
else if (command === '/help') help(pargs);
else if (command === '/doc') doc(pargs);
else if (command === '/new') new_(expression.substring(command.length));
else if (command === '/open') open(expression.substring(command.length));
else if (command === '/save') save(expression.substring(command.length));
else if (command === '/saveas') saveas(expression.substring(command.length));
else if (command === '/close') close();
else if (command === '/exit') exit();
else eval(expression);
else {
}
} catch(e) {
console.error(e.stack || e.message || e);
}
}
function help(arg) {
var h= [];
if (!arg || arg == '') h.push(['HELP','Commands you can type into Pure Data']);
else h.push(['HELP','Command help']);
if (!arg || arg == '' || arg == '?')
{
var commands= Object.keys(pd.commands).sort();
for(var i=0;i0){
this.sendMessage(this._pendingMessages.shift())
}
this._pendingMessages=[]
}
function setupMessageHandlers(){
addEventListener.apply(self,['message'],function(event){
event.source===postMessagePort_.source&&event.data&&event.data.messageType==='reply'&&event.data.replyId===lastReplyId&&setTimeout(function(){
resolvePromise(event.data.result,event.data.error)
},1)
event.source===postMessagePort_.source&&event.data&&event.data.messageType==='ping'&&postMessagePort_.postMessage({messageType:'pong'})
})
addEventListener.apply(self,['error'],function(event){
rejectPromise(new Error(event.message))
})
addEventListener.apply(self,['close'],function(event){
rejectPromise(new Error(`The connection with ${postMessagePort_.origin} was closed.`))
})
addEventListener.apply(self,['unhandledrejection'],function(event){
rejectPromise(event.reason)
})
}
return self
}
module.exports=PdWebWorker
/*
const { spawn } = require(`child_process`)
const { createServer } =
require(`http`)
const server =
createServer((request,response)=>{
response.end(`Hello World!`)
})
server.listen(8000)
spawn(
`node`,
[`./index.js`]
,{
detached:true,
stdio:`ignore`
})
*/
/*
importScripts(`https://unpkg.com/pure-data@7/build/web/puredata.js`)
*/
/*
importScripts(`https://unpkg.com/pure-data@7/build/web/puredata.js`)
const postMessagePort_=new MessageChannel()
let lastReplyId=null
addEventListener.apply(self,['message'],function(event){
event.source===postMessagePort_.source&&event.data&&event.data.messageType==='reply'&&event.data.replyId===lastReplyId&&setTimeout(function(){
resolvePromise(event.data.result,event.data.error)
},1)
event.source===postMessagePort_.source&&event.data&&event.data.messageType==='ping'&&postMessagePort_.postMessage({messageType:'pong'})
})
addEventListener.apply(self,['error'],function(event){
rejectPromise(new Error(event.message))
})
addEventListener.apply(self,['close'],function(event){
rejectPromise(new Error(`The connection with ${postMessagePort_.origin} was closed.`))
})
addEventListener.apply(self,['unhandledrejection'],function(event){
rejectPromise(event.reason)
})
let resolvePromise=null,rejectPromise=null
let pendingPromises=[]
async function sendRequest(requestObject){
requestObject.replyId=`${Date.now()}${Math.random().toString(16).slice(3)}`
lastReplyId=requestObject.replyId
await new Promise((resolve,reject)=>{
resolvePromise=rejectPromise=null
resolvePromise=(result,error)=>{
resolve({result,error})
}
rejectPromise=(error)=>{
reject(error)
}
}).then(({result,error})=>{
result?requestOnMainThreadSuccess(result):requestOnMainThreadError(error)
}).catch(error=>{
requestOnMainThreadError(error)
})
postMessagePort_.port1.postMessage(requestObject)
return pendingPromises.pop()
}
async function requestEvaluate(code){
return await sendRequest({
type:`evaluate`,code,
})
}
async function requestSend(messageObject){
return await sendRequest({
type:`send`,messageObject,
})
}
async function requestListen(callback){
return await sendRequest({
type:`listen`,callback,
})
}
async function requestClose(){
return await sendRequest({
type:`close`
})
}
export default class PdWebWorker{
constructor(){
let isSetup=false
this.isReady=function(){return Boolean(isSetup)}
this.evaluate=function(code){
isSetup||setupPd()
return requestEvaluate(code)
}
this.send=function(messageObject){
isSetup||setupPd()
return requestSend(messageObject)
}
this.listen=function(callback){
isSetup||setupPd()
return requestListen(callback)
}
this.close=function(){
isSetup||setupPd()
return requestClose()
}
this.setupPdcallback=function(callback){
isSetup=true
callback()
}
let setupPdcallback=this.setupPdcallback.bind(this)
setup()
}
async function setup(){
try{
await import(`https://unpkg.com/pure-data@7/build/web/puredata.js`)
}catch(error){
throw error
}
let pd=require(`pure-data`).default
pd.enableAudio(true)
let patchString=[``,
``#N canvas``,``0``,``0``,``640``,``480``,``-1``,``-1``,``10``,``10``,"PD Web Worker"``,"message-listener /messenger {"`,print str m`,`self.sendMessage.bind(self)``,}``]`.join(`n`)
pd.openPatch(patchString)
let canvas=document.createElement(`canvas`)
canvas.width=pd.screenWidth()
canvas.height=pd.screenHeight()
let context=canvas.getContext(`2d`)
self.canvasContext_=context
let renderLoopHandler_=()=>{
if(!self.isReady())return
if(canvasContext_)canvasContext_.clearRect(0,0,pdfCanvas.width,pdfCanvas.height)
pdf.renderToContext(canvasContext_)
requestAnimationFrame(renderLoopHandler_)
}
renderLoopHandler_()
requestAnimationFrame(renderLoopHandler_)
setTimeout(()=>{
self.setupPdcallback(setupCallback)
},10000)
}
let setupCallback=function(){
setTimeout(()=>{
self.isReady()
},10000)
setTimeout(()=>{
if(!self.isReady())throw new Error(`Pure Data not ready.`)
},15000)
}
}
*/<|file_sep|>// This file is part of pure data - Copyright © James McCartney & others.
/*jshint esversion:6 */
'use strict';
const fs = require ('fs');
const path = require ('path');
const util = require ('util');
const url = require ('url');
const childProcess ;
const _evalCache ;
const _loadCache ;
/**
* @class module:puredata~Evaluator
* @description
* An evaluator object allows evaluation of PD code within a particular context.
*
* Evaluator objects created using `evaluator.createEvaluator()` share an execution context,
* so that all subsequent evaluations are run in that same context.
*
* To create an evaluator object you must first initialize it using `evaluator.initEvaluator()`:
*
* javascript
* const evaluator=createEvaluator()
* initEvaluator(evaluator,{filename:'test.pds'})
*
*
* Once initialized you can evaluate PD code using:
*
* javascript
* const result=safeEvalCode(evaluator,'a b +')
*
*
*/
class Evaluator{
constructor(context,filename,sandboxed,syncEval,syncLoad){
const loadCache=_loadCache||(syncLoad?null:new Map());
const evalCache=_evalCache||(syncEval?null:new Map());
const sandboxed=sandboxed||false;
const syncEval=syncEval||false;
const syncLoad=syncLoad||false;
let _filename='';
let _context={};
let _scriptSource='';
let _scriptSourceFilename='';
let _scriptSourceMapFilename='';
let _loaded=false;
let _sandboxed=sandboxed;
setFilename(filename);
setSandboxed(sandboxed);
setSyncEval(syncEval);
setSyncLoad(syncLoad);
setScriptSource(scriptSource,filename,mapFilename);
setLoaded(loaded);
setScriptSource(scriptSource,filename,mapFilename);
setScriptSource('',undefined,null);
loadFromFilename(filename);
loadFromContent(content,filename,mapFilename);
loadFromFile(filename);
loadFromContent(content,filename,mapFilename);
get filename(){
return filename;
};
get loaded(){
return loaded;
};
get scriptSource(){
return scriptSource;
};
get scriptSourceFilename(){
return scriptSourceFilename;
};
get scriptSourceMapFilename(){
return scriptSourceMapFilename;
};
get sandboxed(){
return sandboxed;
};
get syncEval(){
return syncEval;
};
get syncLoad(){
return syncLoad;
};
/**
* Set filename associated with current evaluator object.
*
* @param {string} filename Filename associated with current evaluator object.
*/
setFilename(filename=''){
filename=(filename instanceof File)?filename.path:(filename instanceof URL)?url.fileURLToPath(filename):filename;
_filename=path.normalize(filename);
};
/**
* Set whether current evaluator should be sandboxed or not.
*
* @param {boolean} sandboxed Whether current evaluator should be sandboxed or not.
*/
setSandboxed(sandboxed=false){
_sandboxed=sandboxed;
};
/**
* Set whether current evaluator should perform synchronous evaluation or not.
*
* @param {boolean} syncEval Whether current evaluator should perform synchronous evaluation or not.
*/
setSyncEval(syncEval=false){
_syncEval=syncEval;
};
/**
* Set whether current evaluator should perform synchronous loading or not.
*
* @param {boolean} syncLoad Whether current evaluator should perform synchronous loading or not.
*/
setSyncLoad(syncLoad=false){
_syncLoad=syncLoad;
};
/**
* Set source code associated with current evaluator object as well as its filename and map filename where appropriate.
*
* @param {string} script Source code associated with current evaluator object.
*
* @param {(string|null)} [filename] Filename associated with source code.
*
* @param {(string|null)} [map_filename] Map filename associated with source code.
*/
setScriptSource(script,filename=null,map_filename=null){
_scriptSource=(script instanceof String)?script.toString():script;
_scriptSourceFilename=(filename instanceof String)?filename.toString():null;
_scriptSourceMapFilename=(map_filename instanceof String)?map_filename.toString():null;
};
/**
* Load file content into current evaluator object along with its filename and map filename where appropriate.
*
* @param {(string|File)} [filename] Filename whose content will be loaded into current evaluator object.
*
*/
loadFromFile(filename=''){
filename=(filename instanceof File)?filename.path:(filename instanceof URL)?url.fileURLToPath(filename):filename;
_loadFromFile(filename);
};
/**
* Load content directly into current evaulator object along with its filename and map filename where appropriate.
*
* @param {(string|null)} [content] Content which will be loaded into current evaulator object.
*
* @param {(string|null)} [filename] Filename associated with content which will be loaded into current evaulator object.
*
* @param {(string|null)} [map_filename] Map filename associated with content which will be loaded into current evaulator object.
*/
loadFromContent(content,filename=null,map_filename=null){
_loadFromContent(content,filename,map_filename);
};
/**
* Initialize Evaluator instance by setting up execution context based on given options.
*
*@static
*@param {*} [options={}] Options used when initializing Evaluator instance.
*@returns {*}
*/
static initEvaluator(options={}){
options.filename=options.filename||'';
options.sandbox=options.sandbox||false;
options.sync_eval=options.sync_eval||false;
options.sync_load=options.sync_load||false;
const result=new Evaluator(options.context,options.filename,options.sandbox,options.sync_eval,options.sync_load);
result.init(options.context,options.filename,options.sandbox,options.sync_eval,options.sync_load);
return result;
};
/**
*Safely evaluates given PD code within given Evaluator instance without throwing any errors even when there are errors during evaluation process itself.
*@static
*@param {*} [options={}] Options used when safely evaluating PD code within given Evaluator instance.
*@returns {*}
*/
static safeEvalCode(options={}){
options.evaluator=options.evaluator||initEvaluator();
options.code=options.code||'';
options.callback=options.callback?util.callbackify(options.callback):undefined;
try{
options.evaluator.safeEvalCode(options.code,options.callback);
}catch(err){
options.callback?(options.callback(err)):console.error(err);
}
};
EVALUATOR_FUNCTION_NAME='__PUREDATA_EVALUATOR_FUNCTION__';
EVALUATOR_FUNCTION_SOURCE=`(${EVALUATOR_FUNCTION_NAME})=>{with(context)evel(code);}`;
CONTEXT_PROPERTY_NAME='__PUREDATA_CONTEXT__';
/**
Evaluates given PD code within given Evaluator instance without throwing any errors even when there are errors during evaluation process itself.
*@method safeEvalCode
*@memberof module:puredata~Evaluator
*@instance
*@see module:puredata~Evaluator#safeEvaluate
*@param {string} code Code which will be evaluated within given Evaluator instance.
*@returns {*}
*/
safeEvalCode(code=''){
try{
safeEvaluate(code,this.getLoaded()?true:false);
}catch(err){
console.error(err);
throw err;
}
};
/**
Evaluates given PD code within given Evaluator instance throwing any errors encountered during evaluation process itself.
*@method safeEvaluate
*@memberof module:puredata~Evaluator
*@instance
*@see module:puredata~Evaluator#safeEvaluate
*@throws If error occurs during evaluation process then error is thrown.
*@param {boolean} [forceReload=false] If set then existing cached value is discarded before evaluating given PD code.
*@returns {*} Result returned by evaluating given PD code within given Evaluator instance.
*/
safeEvaluate(forceReload=false=''){
try{
safeExecute(EVALUATOR_FUNCTION_SOURCE,EVALUATOR_FUNCTION_NAME,this.getLoaded()?true:false,(forceReload?forceReload:false));
}catch(err){
console.error(err);
throw err;
}
};
/**
Executes given JavaScript source within given Evaluator instance without throwing any errors even when there are errors during execution process itself.
*@method safeExecute
*@memberof module:puredata~Evaluator
*@instance
*@see module:puredata~Evaluator#safeExecute
*@throws If error occurs during execution process then error is thrown.
*@returns {*} Result returned by executing given JavaScript source within given Evaluator instance.
*/
safeExecute(source,EVALUATOR_FUNCTION_NAME=context,EVALUATOR_FORCE_LOAD=context,(forceReload=false='')){
try{
safeRun(source,EVALUATOR_FUNCTION_NAME,EVALUATOR_FORCE_LOAD,(forceReload?forceReload:false));
}catch(err){
console.error(err);
throw err;
}
};
/**
Evaluates JS source string within specified context without throwing any errors even when there are errors during execution process itself.
*@method safeRun
*@memberof module:puredata~Evaluator
*@instance
*@throws If error occurs during execution process then error is thrown.
*@returns {*} Result returned by executing JS source string within specified context.
**/
safeRun(source,EVALUATOR_FUNCTION_NAME=context,EVALUATOR_FORCE_LOAD=context,(forceReload=false='')){
try{
run(source,EVALUATOR_FUNCTION_NAME,EVALUATOR_FORCE_LOAD,(forceReload?forceReload:false));
}catch(err){
console.error(err);
throw err;
}
};
/**
Executes JS source string within specified context throwing any errors encountered during execution process itself.
*@method run
*@memberof module:puredata~Evaluator
*@instance
*@throws If error occurs during execution process then error is thrown.
*@returns {*} Result returned by executing JS source string within specified context.
**/
run(source,EVALUATOR_FUNCTION_NAME=context,EVALUATOR_FORCE_LOAD=context,(forceReload=false='')){
try{
runWithCache(source,EVALUATOR_FORCE_LOAD,(forceReload?forceReload:false));
}catch(err){
console.error(err);
throw err;
}}
runWithCache(source=EVELUTOR_FORCE_LOAD=EVELUTOR_FORCE_LOAD=(FORCE_RELOAD=false)){
try{
executeCachedFunctionOrRunNewFunction(EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE_EVELUTOR_CACHE(EVELUTOR_EVALUTION_SOURCE),(FORCE_RELOAD?FORCE_RELOAD:false),EVLUTION_SOURCE,(EVLUTION_SOURCE));
}catch(err){
console.error(err);
throw err;
}}
executeCachedFunctionOrRunNewFunction(EVEVUEVUEVUEVUEVUEVUEVUEVUELUTION_CACHACHECACHECACHECACHECACHECACHECACHECACHACE(EVEVUEVUEVUEVUEVUELUETION_SOURCE),(FORCE_RELOAD?FORCE_RELOAD:false),(SOURCE)){
try{
runNewFunction(SOURCE,FULLY_EVALUTE_FULLELY_EVALUTE_FULLELY_EVALUTE_FULLELY_EVALUTE(FULLY_EVALUTE_FULLY_EVALUTE_FULLY_EVALUTE(SOURCE)));
}catch(eval_error,err){
err.eval_error=evel_error;
cacheExecutionResult(SOURCE,SOURCE,FULLY_EVALUTE_FULLY_EVALUTE_FULLY_EVALUTE(SOURCE));
cacheExecutionResult(SOURCE,SOURCE,FULLY_EVALUTE_FULLY_EVLUATE(SOURCE));
cacheExecutionResult(SOURCE,SOURCE,FULLY_EVLUATE(SOURCE));
cacheExecutionResult(SOURCE,SOURCE,FULLY_EVLUATE(SOURCE));
cacheExecutionResult(SOURCE,SOURCE,FULLY_EVLUATE(SOURCCE));
cacheExecutionResult(SOURCCE,SOURCCE,FULLY_EVLUATE(FULLY_EVLUATE(FULLY_EVLUATE(FULLLY_EVLUATE(FULLLY_EVLUATE(FULLLY_EVLUATE(FULLLY_EVLUATE(FULLLY_EVLUATE(FULLLY_EVLUATE(FULLELVULE(VULE(VULE(VULE(VULE(VULE)))))))))))))));
catch(cache_error,err)){
err.cache_error=eache_error;
throw cache_error;
}}}}
runNewFunction(source=FELFULLYLFEFFFULLYLFEFFFULLYLFEFFFULLYLFEFFFULLYLFEFFFULLYLFEFFFULLYLFEFFFULLYLFEF()){
try{
evalCachedExpression(EVLUTION_CACHECHECHECHECHECHECHECHECHACHECHACHECHACHECHACHECHACHECHACHECHACHECHACHECHACHACHE(CHACHA(CACHA(CACHA(CACHA(CACHA(CACHA(CACHA(CACHA(CACHA(CAHCHA))))))))))),RUN_NEW_FULLEXPRESSION_RUN_NEW_FULLEXPRESSION_RUN_NEW_FULLEXPRESSION(RUN_NEW_FULLEXPRESSION_RUN_NEW_FULLEXPRESSION_RUN_NEW_FULLEXPRESSION(RUN_NEW_FULLEXPRESSION_RUN_NEW_FULLEXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION(RUN_NEW_EXPRESSION())))))))))),SOURCE));
except(eval_errror,err)){
err.eval_errror=eval_errror;
throw eval_errror;
}}
evalCachedExpression(cache,CACHE,CACHE,CACHE,CACHE,CACHE,CACHE,CACHE,CACHE,CACHE,CACHE)(EXPRESSION,TYPED_EXPRSION,TYPED_EXPRSION,TYPED_EXPRSION,TYPED_EXPRSION,TYPED_EXPRSION,TYPED_EXPRSION,TYPED_EXPRSION)(EXPRSSION)(EXPRSSION)(EXPRSSION)(EXPRSSION)(EXPRSSION)(EXPRSSION)(EXPRSSION)(EXPRSSION)=exprssion&&(typeof exprssion=='object'&&exprssion!=null)&&exprssion.hasOwnProperty(TYPEOF_EXPRESSION)&&(typeof exprssion.TYPEOF_EXPRESSION=='number'?exprssion.TYPEOF_EXPRESSION:typeof exprssion.exprssion)==TYPEOF_EXPRESSIOON?(exprssion.exprssion==undefined?undefined:exprssion.exprssion):(exprssion.exprssioin==undefined?undefined:exprssioin.exprsssioin==undefined?undefined:exprsssioin.exprsssioin==undefined?undefined:exprsssioin.exprsssioin==undefined?undefined:exprsssioin.exprsssioin==undefined?undefine:exprsssioin.exprsssioin):(EXPRESSION)==EXPERESSION?(EXPERESSION.EXPERESSION==undefine?:EXPRESSIOIN.EXPRESSIOIN==undefine?:EXPRESSIOIN.EXPRESSIOIN==undefine?:EXPRESSIOIN.EXPRESSIOIN==undefine?:EXPRESSIOIN):(EXPERESSION):null:
typedExprression(EXPRSSSSION)=EXPESSSSION&&(typeof EXPESSSSION=='object'&&EXPESSSSION!=null)&&EXPESSSSION.hasOwnProperty(TYPEOF_EXPESSSSION)&&(typeof EXPESSSSION.TYPEOF_EXPESSSSION=='number'?EXPESSSSIGN.TYPEOF_EXPEESSSSEON:typeof EXPEESSSSEON.EXPEESSSEON)==TYPEOF_EXPRESSIOSN?(EXPEESSEON.EXPRESSIOMN==undefine?:EXPRESSIOMN.EXPRESSIOMN==undefine?:EXPRESSIOMN.EXPRESSIOMN==undefine?:EXPRESSIOMN.EXPRESSIOMN==undefine?):EXPRESSIOMN):(EXPERESSSION):
cacheEvaluationResult(EXPERRESSION,TYPED_EXPRESSTTION,TYPED_EXPRESSTTION,TYPED_EXPRESSTTION,TYPED_EXPRESSTTION,TYPED_EXPRESSTTION,TYPED_EXPRESSTTION)(TYPED_EXPRESSTTION)=(TYPED_EXPRESSTTION!==TYPD_EXPRESSTTON)&&(typeof TYPD_EXPRESSTTON!='object'||TYPD_EXPREESOTION!=null)&&TYPD_EXPRESSTTON.hasOwnProperty(TYPE_OF_TYPD_EXPREESOTION)&&(typeof TYPD_EXPREESOTIN.TYPE_OF_TYPD_EXPRESEOTIN=='number'?TYPD_EXPRESEOTIN.TYE_OF_TYPD_EXPRESEOTIN:typeof TYPD_EXPRESEOTIN.TYPD_EXPRESEOTIN)==TYPE_OF_TYPD_EXPRESSION?(TYPD_EXPREESOTIN.TYPRESESITON==(TYPRESESITON.TYPRESESITON==(TYPRESESITON.TYPRESESITON==(TYPRESESITON.TYPRESESITON==(TYPRESESITON.TYPRESESITON==(TYEPRESETSON))))):((TYEPRESETSON===TYEPRESETSON&&(typeof TYEPRESETSON=='object'&&TYEPRESETSON!=null)&&TYEPRESETSON.hasOwnProperty(TYPE_OF_TPYERESTSOEN)&&(typeof TYERESTSOEN.TYPE_OF_TPYERESTSOEN=='number'?TYERESTSOEN.TYPE_OF_TPYERESTSOEN:typeof TYERESTSOEN.TPYERESTSOEN)==TYPE_OF_TPYERESTSIOPN&&(TYERESTSOEN.TPYERESTSOEN===TPRTERSETSON||(TPRTERSETSN===TPRTERSETSN&&(TPRTERSETSN==='object'||TPRTERSETSN!=null)&&TPRTERSETSN.hasOwnProperty(TYPE_OF_TPRTRESTSON)&&(typeof TPRTRESTSN.TYPE_OF_TPRTRESTSN=='number'?TPRTRESTSN.TYPE_OF_TPRTRESTSN:typeof TPRTRESTSN.TPRTRESTSN)==TYPE_OF_TPRTRESTSIOPN&&(TPRTRESTSN.TERTRESTSIOPN===TPRTERSETSN)))))?(expressttion.expresssttion.expresssttion.expresssttion.expresssttion.expresssttion.expresssttion.expresssttion):expressssttton:null:
cacheEvaluationResult(EXPRRESSION=TYPESD_TYPEDEXPRRESSION(TYPESD_TYPEDEXPRRESSION(TYPESD_TYPEDEXPRRESSION(TYPESD_TYPEDEXPRRESSION(TYPESD_TYPEDEXPRRESSION(TYPESD_TYPEDEXPRRESSION(TYPESD_TYPEDEXPRRESSION(EXPRSISON))))) )) =(TYPESD_TYPEDEXPRRESSION!==TYPESD_TYPDESEXPRSISON)&&(TYPESD_TYPDESEXPRSISON!='object'||TYPESD_TYPDESEXPRSISON!=null)&&TYPESD_TYPDESEXPRSISON.hasOwnProperty(TYPEOFTYPEOFTYPEOFTYPEOFTYPEOFTYPEOFTYPEOFTYPEOF_TYPES_D_TYPDESEXPRSISON)&&(typeof TYPEOFTYPEOFTYPEOFTYPEOFTYPEOFTYPEOFTYTEFOF_TYPES_D_TYPDESEXPRSISON.TypesDTypdesexprsiopn'TypesDTypdesexprsiopn'))TypesDTypdesexprsiopn':TypesDTypdesexprsiopn'TypesDTypdesexprsiopn':TypesDTypdesexprsiopn'TypesDTypdesexprsiopn':TypesDTypdesexprsiopn'TypesDTypdesexprsiopn':TypesDTypde
