private static void LightingFOV()
{
// Doesn't work properly in release mode, only in debug mode.
/*
* long lightingMem = LightingFOVTests.MemorySingleLightSourceLighting(MAP_WIDTH, MAP_HEIGHT, LIGHT_RADIUS);
* long fovMem = LightingFOVTests.MemorySingleLightSourceFOV(MAP_WIDTH, MAP_HEIGHT, LIGHT_RADIUS);
* Console.WriteLine($"Memory for {MAP_WIDTH}x{MAP_HEIGHT}, Radius {LIGHT_RADIUS}:");
* Console.WriteLine($"\tLighting: {lightingMem} bytes");
* Console.WriteLine($"\tFOV : {fovMem} bytes");
*/
var timeSingleLighting = LightingFOVTests.TimeForSingleLightSourceLighting(Runner.MAP_WIDTH, Runner.MAP_HEIGHT, Runner.SOURCE_TYPE,
Runner.LIGHT_RADIUS, Runner.RADIUS_STRATEGY, Runner.ITERATIONS_FOR_TIMING);
var timeSingleFOV = LightingFOVTests.TimeForSingleLightSourceFOV(Runner.MAP_WIDTH, Runner.MAP_HEIGHT,
Runner.LIGHT_RADIUS, Runner.ITERATIONS_FOR_TIMING);
Console.WriteLine($"Time for {Runner.ITERATIONS_FOR_TIMING} calculates, single source, {Runner.MAP_WIDTH}x{Runner.MAP_HEIGHT} map, Radius {Runner.LIGHT_RADIUS}:");
Console.WriteLine($"\tSenseMap: {timeSingleLighting.ToString()}");
Console.WriteLine($"\tFOV : {timeSingleFOV.ToString()}");
Console.WriteLine();
TestLightingNSource(2);
Console.WriteLine();
TestLightingNSource(3);
Console.WriteLine();
TestLightingNSource(4);
}
private static void TestLightingNSource(int sources)
{
var timeMultipleLighting = LightingFOVTests.TimeForNSourcesLighting(Runner.MAP_WIDTH, Runner.MAP_HEIGHT, Runner.LIGHT_RADIUS,
Runner.ITERATIONS_FOR_TIMING, sources);
Console.WriteLine($"Time for {Runner.ITERATIONS_FOR_TIMING}, calc fov's, {sources} sources, {Runner.MAP_WIDTH}x{Runner.MAP_HEIGHT} map, Radius {Runner.LIGHT_RADIUS}:");
Console.WriteLine($"\tLighting: {timeMultipleLighting.ToString()}");
}
private static void Main()
{
/*
* long lightingMem = LightingFOVTests.MemorySingleLightSourceLighting(MAP_WIDTH, MAP_HEIGHT, LIGHT_RADIUS);
* long fovMem = LightingFOVTests.MemorySingleLightSourceFOV(MAP_WIDTH, MAP_HEIGHT, LIGHT_RADIUS);
* Console.WriteLine($"Memory for {MAP_WIDTH}x{MAP_HEIGHT}, Radius {LIGHT_RADIUS}:");
* Console.WriteLine($"\tLighting: {lightingMem} bytes");
* Console.WriteLine($"\tFOV : {fovMem} bytes");
*/
var timeSingleLighting = LightingFOVTests.TimeForSingleLightSourceLighting(MAP_WIDTH, MAP_HEIGHT, SOURCE_TYPE,
LIGHT_RADIUS, RADIUS_STRATEGY, ITERATIONS_FOR_TIMING);
//var timeSingleFOV = LightingFOVTests.TimeForSingleLightSourceFOV(MAP_WIDTH, MAP_HEIGHT,
// LIGHT_RADIUS, ITERATIONS_FOR_TIMING);
Console.WriteLine();
Console.WriteLine($"Time for {ITERATIONS_FOR_TIMING} calculates, single source, {MAP_WIDTH}x{MAP_HEIGHT} map, Radius {LIGHT_RADIUS}:");
Console.WriteLine($"\tSenseMap: {timeSingleLighting.ToString()}");
//Console.WriteLine($"\tFOV : {timeSingleFOV.ToString()}");
Console.WriteLine();
TestLightingNSource(2);
Console.WriteLine();
TestLightingNSource(3);
Console.WriteLine();
TestLightingNSource(4);
/*
* var timeSingleDijkstra = PathingTests.TimeForSingleSourceDijkstra(MAP_WIDTH, MAP_HEIGHT, ITERATIONS_FOR_TIMING);
* Console.WriteLine();
* Console.WriteLine($"Time for {ITERATIONS_FOR_TIMING} dijkstra map calculates, single source, {MAP_WIDTH}x{MAP_HEIGHT} map, 1 goal at (5, 5):");
* Console.WriteLine($"\t{timeSingleDijkstra}");
*
* var timeBres = LineTests.TimeForLineGeneration(LINE_START, LINE_END, Lines.Algorithm.BRESENHAM, ITERATIONS_FOR_TIMING);
* var timeDDA = LineTests.TimeForLineGeneration(LINE_START, LINE_END, Lines.Algorithm.DDA, ITERATIONS_FOR_TIMING);
* var timeOrtho = LineTests.TimeForLineGeneration(LINE_START, LINE_END, Lines.Algorithm.ORTHO, ITERATIONS_FOR_TIMING);
*
* Console.WriteLine();
* Console.WriteLine($"Time for {ITERATIONS_FOR_TIMING} generations of line from {LINE_START} to {LINE_END}:");
* Console.WriteLine($"\tBresenham: {timeBres}");
* Console.WriteLine($"\tDDA : {timeDDA}");
* Console.WriteLine($"\tOrtho : {timeOrtho}");
*
* var timeAStar = PathingTests.TimeForAStar(MAP_WIDTH, MAP_HEIGHT, ITERATIONS_FOR_TIMING);
* Console.WriteLine();
* Console.WriteLine($"Time for {ITERATIONS_FOR_TIMING} paths, on {MAP_WIDTH}x{MAP_HEIGHT} map:");
* Console.WriteLine($"\tAStar: {timeAStar}");
*/
var timeForSmallDiceRoll = DiceNotationTests.TimeForDiceRoll("1d6", ITERATIONS_FOR_TIMING * 10);
var timeForMediumDiceRoll = DiceNotationTests.TimeForDiceRoll("2d6+3", ITERATIONS_FOR_TIMING * 10);
var timeForLargeDiceRoll = DiceNotationTests.TimeForDiceRoll("1d(1d12+4)+3", ITERATIONS_FOR_TIMING * 10);
var timeForSmallDiceExpr = DiceNotationTests.TimeForDiceExpression("1d6", ITERATIONS_FOR_TIMING * 10);
var timeForMediumDiceExpr = DiceNotationTests.TimeForDiceExpression("2d6+3", ITERATIONS_FOR_TIMING * 10);
var timeForLargeDiceExpr = DiceNotationTests.TimeForDiceExpression("1d(1d12+4)+3", ITERATIONS_FOR_TIMING * 10);
var timeForKeepRoll = DiceNotationTests.TimeForDiceRoll("5d6k2+3", ITERATIONS_FOR_TIMING * 10);
var timeForKeepExpr = DiceNotationTests.TimeForDiceExpression("5d6k2+3", ITERATIONS_FOR_TIMING * 10);
Console.WriteLine();
Console.WriteLine($"Time to roll 1d6, 2d6+3, and 5d6k2+3, 1d(1d12+4)+3 dice {ITERATIONS_FOR_TIMING * 10} times: ");
Console.WriteLine("\tRoll Method:");
Console.WriteLine($"\t\t1d6 : {timeForSmallDiceRoll}");
Console.WriteLine($"\t\t2d6+3 : {timeForMediumDiceRoll}");
Console.WriteLine($"\t\t5d6k2+3 : {timeForKeepRoll}");
Console.WriteLine($"\t\t1d(1d12+4)+3: {timeForLargeDiceRoll}");
Console.WriteLine("\tParse Method:");
Console.WriteLine($"\t\t1d6 : {timeForSmallDiceExpr}");
Console.WriteLine($"\t\t2d6+3 : {timeForMediumDiceExpr}");
Console.WriteLine($"\t\t5d6k2+3 : {timeForKeepExpr}");
Console.WriteLine($"\t\t1d(1d12+4)+3: {timeForLargeDiceExpr}");
Console.WriteLine();
}
