Oolite Bulletins

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this.buildAdditionArrays = function()
{
	// See if we can exit early.  No need to be in this if there's nothing to do.
	if(system.planets.length == 1) return;
	
	// Loop through all the planets and moons to divide them accordingly
	for(var i = 0;i<System.planets.length;i++)
	{
		//Presume it's a moon if it has no atmosphere
		if(!system.planets[i].hasAtmosphere) 
		{
			// Add the body to the Moons array
			addedMoons.push(system.planets[i]);
		}
		else
		{
			// Main planet textures are handled by another function
			if(!system.planets[i].isMainPlanet) 
			{
				// Add the body to the Planets array
				addedPlanets.push(system.planets[i]);
			}
		}
		log("System Redux 2.0","Globe #" + i + ": " + system.planets[i]);
	}
}

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this.texturePlanets = function()
{
	// Have planets been added to the system - If not, no need to do anything here.
	if(addedPlanets.length == 0) return;
	
	// Okay, so we have added planets.  Clear the array of used Textures.  And set TextureID to zero.
	planetTextures = [];
	planetTextures.length = 0;
	var textureID = 0;

	// This section is for troubleshooting only.  Not for inclusion in final code.
	for(var v = 0;v<addedPlanets.length;v++)
	{
		log("System Redux 2.0","Planet #" + v + ": " + addedPlanets[v]);
	}

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this.textureMoons = function()
{
	// Have moons been added to the system - If not, no need to do anything here.
	if(addedMoons.length == 0) return;
	
	// Clear the array of used Textures.  And set TextureID to zero.
	moonTextures = [];
	moonTextures.length = 0;
	var textureID = 0;
	
	// This section is for troubleshooting only.  Not for inclusion in final code.
	for(var v = 0;v<addedMoons.length;v++)
	{
		log("System Redux 2.0","Moon #" + v + ": " + addedMoons[v]);
	}

Code: Select all

this.generatePseudoArray = function(intSeed, intLower, intUpper, intSize) {
	if(debug == true && dbg_PseudoRandom_Generation == true) {
		log("System Redux 2.0","Array requested.  intSeed = " + intSeed + "    intLower = " + intLower + "    int Upper = " + intUpper + "    intSize = " + intSize + ".");
	}
	// Clear variables from any past iterations of the function
	var validResult = false;
	var genResult = 0;
	var workingResultSet = new Array ();
	var seedCount = 427038;
	var unusedSeed = true;
	workingResultSet = [];
	
	// Generate as many results as are asked for by intSize
	for(var q = 0;q < intSize;q++) {
		do {
			// Need Function or subsection that will eliminate known bad seeds
			do {
				if(badSeeds.indexOf(intSeed)!=-1) {
					intSeed = ((intSeed*(system.techLevel+23+(seedCount*(q+1)))/(seed+system.population+(system.mainPlanet.radius/1000))));
					if(debug == true && dbg_PseudoRandom_Generation == true) {
						log("System Redux 2.0","Bad seed encountered.  intSeed reset to: " + intSeed);
						if(dbg_PseudoRandom_Detailed == true) {
							for(i=0;i<badSeeds.length;i++) {
								log("System Redux 2.0","Bad seed element #" + i + "containts: " + badSeeds[i]);
							}
						}
					}
					unusedSeed = false;
					seedCount++;
				}
				else {
					unusedSeed = true;
					if(debug == true && dbg_PseudoRandom_Generation == true) {
						log("System Redux 2.0","Good seed passed into function.");
					}
				}
			}
			while(unusedSeed == false);
			// <--------------------------------------------------------------
			// Generate a new psuedo-random number
			var maxi = Math.pow(2,32);
			intSeed = (134775813 * (intSeed + 1)) % maxi;
			var num = (intSeed) / maxi;
			if(debug == true && dbg_PseudoRandom_Generation == true) {
				log("System Redux 2.0","Generated intSeed: " + intSeed);
				log("System Redux 2.0","Initial Num: " + num);
			}
			var range = intUpper - intLower;
			num *= range;
			num += intLower;
			genResult = Math.floor(num);
			if(debug == true && dbg_PseudoRandom_Generation == true) {
				log("System Redux 2.0","Num: " + num);
				log("System Redux 2.0","Range: " + range);
				log("System Redux 2.0","Output Num: " + genResult);
			}
			// <--------------------------------------------------------------
			badSeeds.push(intSeed);
			intSeed = ((intSeed*(system.techLevel+17+(seedCount*(genResult+1)))/(seed+system.population+(system.mainPlanet.radius/1000))));
			if(intSeed < 10) {
				intSeed *= 10000000;
				if(debug == true && dbg_PseudoRandom_Generation == true) {
					log("System Redux 2.0","Sub-10 intSeed Generated.   intSeed advanced to: " + intSeed);
				}
			}
			// Evaluate pseudo-random result
			if(genResult == 0 || workingResultSet.indexOf(genResult)!=-1) {
				seedCount++;
				validResult = false;
				if(debug == true && dbg_PseudoRandom_Generation == true) {
					log("System Redux 2.0","Bad or Zero Result Generated \(" + genResult + "\).  seedCount advanced to: " + seedCount + "  intSeed advanced to: " + intSeed);
				}
			}
			else {
				validResult = true;
			}
		}
			// <--------------------------------------------------------------
		// A valid result has been produced, add to the return set
		while(validResult == false);
		workingResultSet.push(genResult);
		if(debug == true && dbg_PseudoRandom_Generation == true) {
			log("System Redux 2.0","Valid Result Generated.  intSeed advanced to: " + intSeed);
		}
	}
	// Set a new general seed, and return the result set as output
	seed = (genResult * intSeed);
	if(debug == true && dbg_PseudoRandom_Generation == true) {
		log("System Redux 2.0","Array successfully created.  Seed advanced to: " + seed);
	}
	return workingResultSet;
}