private void SeedButton_Click(object sender, RoutedEventArgs e)
{
GameSeed = RNG.GetUInt32();
RNG.SeedMe((int)GameSeed);
SeedTextBox.GetBindingExpression(TextBox.TextProperty).UpdateTarget();
ModSeedTextBox.GetBindingExpression(TextBox.TextProperty).UpdateTarget();
}
static void PrintCSV()
{
using (StreamWriter sw = File.CreateText("C:\\Program Files (x86)\\Steam\\steamapps\\common\\theendisnigh\\data\\map.csv"))
{
for (int i = 0; i < MAP_HEIGHT; i++)
{
for (int j = 0; j < MAP_WIDTH; j++)
{
if (Map[i, j] != null)
{
string name = RNG.GetUInt32().ToString();
if (Map[i, j].Name == "start")
{
name = "start";
}
var file = LevelManip.Load($"tools/map testing/maptest/{Map[i, j].Name}.lvl");
LevelManip.Save(file, $"C:\\Program Files (x86)\\Steam\\steamapps\\common\\theendisnigh\\tilemaps\\{name}.lvl");
sw.Write($"{name}.lvl,");
}
else
{
sw.Write("a.lvl,");
}
}
sw.Write('\n');
}
}
}
public static string PlayerPhysics()
{
double gravity = 40;
double leniency = .1;
double max_fallspeed = -60;
double maxspeed = 8;
double runspeed = 11.5;
double ground_friction = .7;
double stop_friction = .1;
double air_friction = .8;
double fastfall_gravity = 65;
double fastfall_jerkdown = -5;
double fastfall_maxspeed = -90;
double float_time = 1;
double jumpheight = 3.2;
double release_jumpheight = .3;
double longjump_slidethreshold = 5;
double longjump_speed = 16;
double longjump_height = 1.9;
double longjump_airfriction = .7;
double ledgejump_height = 3;
double enemy_bounceheight_nojump = .7;
double enemy_bounceheight_jump = 4.2;
double mush_bounceheight_nojump = 2.7;
double mush_bounceheight_jump = 8.2;
double enemy_prebounce_time = 999999;
double enemy_postbounce_time = .05;
double swimspeed = 0;
double water_exitheight = 0;
string extras = "";
// bounds
int lower = 25;
int upper = 251;
int maxBonusJumps = 3;
// scalar values
//double gravityScale = (double)RNG.rand.Next(25, 401) / 100;
//double speedScale = (double)RNG.rand.Next(30, 201) / 100;
gravity = RNG.random.Next(10, 121);
max_fallspeed = -RNG.random.Next(50, 1000) / 10;
maxspeed = RNG.random.Next(50, 201) / 10;
runspeed = RNG.random.Next(50, 201) / 10;
//double speedFriction;
//if (speedScale > 1)
//{
// speedFriction = speedScale / 100;
//}
//ground_friction *= Math.Min(0.9999, (double)RNG.rand.Next(lower, upper) / 100);
//stop_friction *= Math.Min(0.9999, (double)RNG.rand.Next(lower, upper) / 100);
//air_friction *= Math.Min(0.9999, (double)RNG.rand.Next(lower, upper) / 100);
ground_friction = (double)RNG.random.Next(7000, 9000) / 10000;
stop_friction = (double)RNG.random.Next(7000, 8500) / 10000;
air_friction = (double)RNG.random.Next(7000, 10000) / 10000;
fastfall_gravity = RNG.random.Next(10, 121);
fastfall_jerkdown = -RNG.random.Next(1, 121) / 10;
fastfall_maxspeed = -RNG.random.Next(1, 121);
if (RNG.random.Next(0, 10) == 0)
{
fastfall_gravity *= -1;
fastfall_jerkdown *= -1;
fastfall_maxspeed *= -1;
}
//float_time *= (double)RNG.rand.Next(lower, upper) / 100;
jumpheight = (double)RNG.random.Next(320, 751) / 100;
release_jumpheight = (double)RNG.random.Next(10, 70) / 100;
//longjump_slidethreshold *= (double)RNG.rand.Next(lower, upper) / 100;
longjump_speed = RNG.random.Next(100, 300) / 10;
longjump_height = (double)RNG.random.Next(50, 601) / 100;
longjump_airfriction = (double)RNG.random.Next(5000, 10000) / 10000;
ledgejump_height = (double)RNG.random.Next(20, 60) / 10;
//longjump_slidethreshold = ;
enemy_bounceheight_nojump = (double)RNG.random.Next(2, 31) / 10;
enemy_bounceheight_jump = (double)RNG.random.Next(20, 81) / 10;
mush_bounceheight_nojump = (double)RNG.random.Next(10, 51) / 10;
mush_bounceheight_jump = (double)RNG.random.Next(40, 101) / 10;
//enemy_prebounce_time *= (double)RNG.rand.Next(lower, upper) / 100;
//enemy_postbounce_time *= (double)RNG.rand.Next(lower, upper) / 100;
//swimspeed *= (double)RNG.rand.Next(lower, upper) / 100;
//water_exitheight *= (double)RNG.rand.Next(lower, upper) / 100;
if (jumpheight < 3.5)
{
maxBonusJumps = 1;
}
if (RNG.CoinFlip()) // bonus jumps
{
double numBonusJumps = RNG.random.Next(1, maxBonusJumps + 1);
jumpheight /= numBonusJumps + 1;
extras += "bonus_jumps " + numBonusJumps + "\n";
extras += "bonus_jump_heights [";
for (int i = 0; i < numBonusJumps + 1; i++)
{
if (i > 0)
{
extras += ", ";
}
extras += jumpheight;
}
extras += "]\n";
if (numBonusJumps == 0)
{
leniency = RNG.random.NextDouble();
}
}
string filename = "data/player_physics/" + RNG.GetUInt32().ToString() + ".txt";
using (StreamWriter sw = File.CreateText(Randomizer.saveDir + filename))
{
sw.WriteLine(nameof(gravity) + " " + gravity);
sw.WriteLine(nameof(leniency) + " " + leniency);
sw.WriteLine(nameof(max_fallspeed) + " " + max_fallspeed);
sw.WriteLine(nameof(maxspeed) + " " + maxspeed);
sw.WriteLine(nameof(runspeed) + " " + runspeed);
sw.WriteLine(nameof(ground_friction) + " " + ground_friction);
sw.WriteLine(nameof(stop_friction) + " " + stop_friction);
sw.WriteLine(nameof(air_friction) + " " + air_friction);
sw.WriteLine(nameof(fastfall_gravity) + " " + fastfall_gravity);
sw.WriteLine(nameof(fastfall_jerkdown) + " " + fastfall_jerkdown);
sw.WriteLine(nameof(fastfall_maxspeed) + " " + fastfall_maxspeed);
sw.WriteLine(nameof(float_time) + " " + float_time);
sw.WriteLine(nameof(jumpheight) + " " + jumpheight);
sw.WriteLine(nameof(release_jumpheight) + " " + release_jumpheight);
sw.WriteLine(nameof(longjump_slidethreshold) + " " + longjump_slidethreshold);
sw.WriteLine(nameof(longjump_speed) + " " + longjump_speed);
sw.WriteLine(nameof(longjump_height) + " " + longjump_height);
sw.WriteLine(nameof(longjump_airfriction) + " " + longjump_airfriction);
sw.WriteLine(nameof(ledgejump_height) + " " + ledgejump_height);
sw.WriteLine(nameof(enemy_bounceheight_nojump) + " " + enemy_bounceheight_nojump);
sw.WriteLine(nameof(enemy_bounceheight_jump) + " " + enemy_bounceheight_jump);
sw.WriteLine(nameof(mush_bounceheight_nojump) + " " + mush_bounceheight_nojump);
sw.WriteLine(nameof(mush_bounceheight_jump) + " " + mush_bounceheight_jump);
sw.WriteLine(nameof(enemy_prebounce_time) + " " + enemy_prebounce_time);
sw.WriteLine(nameof(enemy_postbounce_time) + " " + enemy_postbounce_time);
sw.WriteLine(nameof(swimspeed) + " " + swimspeed);
sw.WriteLine(nameof(water_exitheight) + " " + water_exitheight);
sw.WriteLine(extras);
}
return(filename);
}
public static string PlatformPhysics()
{
// DEFAULT PLATFORM PHYSICS
double MovingPlatformSpeedLow = 2;
double MovingPlatformSpeedMed = 4;
double MovingPlatformSpeedHigh = 6;
double SmoothMovingPlatformSpeedLow = 1;
double SmoothMovingPlatformSpeedMed = 3;
double SmoothMovingPlatformSpeedHigh = 5;
double SmoothMovingPlatformSpeedXSlow = .2;
double FallingPlatformGravitytLow = .5;
double FallingPlatformGravitytMed = 1;
double FallingPlatformGravitytHigh = 2;
double CrumblingPlatformGravitytLow = .5;
double CrumblingPlatformGravitytMed = 1;
double CrumblingPlatformGravitytHigh = 2;
double SmasherSpeedLow = 20;
double SmasherDelayLow = 2;
double SmasherSpeedMed = 25;
double SmasherDelayMed = 1;
double SmasherSpeedHigh = 30;
double SmasherDelayHigh = .5;
double WeightedPlatformSpeedLow = 1;
double WeightedPlatformSpeedMed = 2;
double WeightedPlatformSpeedHigh = 4;
// Lower and Upper Bounds (in %)
double minimum = 0;
int lower = 30;
int upper = 201;
// Alter Values
MovingPlatformSpeedLow *= (double)RNG.random.Next(lower, upper) / 100;
MovingPlatformSpeedMed *= (double)RNG.random.Next(lower, upper) / 100;
MovingPlatformSpeedHigh *= (double)RNG.random.Next(lower, upper) / 100;
SmoothMovingPlatformSpeedLow *= (double)RNG.random.Next(lower, upper) / 100;
SmoothMovingPlatformSpeedMed *= (double)RNG.random.Next(lower, upper) / 100;
SmoothMovingPlatformSpeedHigh *= (double)RNG.random.Next(lower, upper) / 100;
SmoothMovingPlatformSpeedXSlow *= (double)RNG.random.Next(lower, upper) / 100;
FallingPlatformGravitytLow *= (double)RNG.random.Next(lower, upper) / 100;
FallingPlatformGravitytMed *= (double)RNG.random.Next(lower, upper) / 100;
FallingPlatformGravitytHigh *= (double)RNG.random.Next(lower, upper) / 100;
CrumblingPlatformGravitytLow *= (double)RNG.random.Next(lower, upper) / 100;
CrumblingPlatformGravitytMed *= (double)RNG.random.Next(lower, upper) / 100;
CrumblingPlatformGravitytHigh *= (double)RNG.random.Next(lower, upper) / 100;
SmasherSpeedLow = (double)RNG.random.Next(5, 40);
SmasherDelayLow *= (double)RNG.random.Next(lower, upper) / 100;
SmasherSpeedMed = (double)RNG.random.Next(7, 48);
SmasherDelayMed *= (double)RNG.random.Next(lower, upper) / 100;
SmasherSpeedHigh = (double)RNG.random.Next(10, 56);
SmasherDelayHigh *= (double)RNG.random.Next(lower, upper) / 100;
WeightedPlatformSpeedLow *= (double)RNG.random.Next(lower, upper) / 100;
WeightedPlatformSpeedMed *= (double)RNG.random.Next(lower, upper) / 100;
WeightedPlatformSpeedHigh *= (double)RNG.random.Next(lower, upper) / 100;
// Write platformphysics.txt
string filename = "data/platform_physics/" + RNG.GetUInt32().ToString() + ".txt";
using (StreamWriter sw = File.CreateText(Randomizer.saveDir + filename))
{
sw.WriteLine(nameof(MovingPlatformSpeedLow) + " " + MovingPlatformSpeedLow);
sw.WriteLine(nameof(MovingPlatformSpeedMed) + " " + MovingPlatformSpeedMed);
sw.WriteLine(nameof(MovingPlatformSpeedHigh) + " " + MovingPlatformSpeedHigh);
sw.WriteLine(nameof(SmoothMovingPlatformSpeedLow) + " " + SmoothMovingPlatformSpeedLow);
sw.WriteLine(nameof(SmoothMovingPlatformSpeedMed) + " " + SmoothMovingPlatformSpeedMed);
sw.WriteLine(nameof(SmoothMovingPlatformSpeedHigh) + " " + SmoothMovingPlatformSpeedHigh);
sw.WriteLine(nameof(SmoothMovingPlatformSpeedXSlow) + " " + SmoothMovingPlatformSpeedXSlow);
sw.WriteLine(nameof(FallingPlatformGravitytLow) + " " + FallingPlatformGravitytLow);
sw.WriteLine(nameof(FallingPlatformGravitytMed) + " " + FallingPlatformGravitytMed);
sw.WriteLine(nameof(FallingPlatformGravitytHigh) + " " + FallingPlatformGravitytHigh);
sw.WriteLine(nameof(CrumblingPlatformGravitytLow) + " " + CrumblingPlatformGravitytLow);
sw.WriteLine(nameof(CrumblingPlatformGravitytMed) + " " + CrumblingPlatformGravitytMed);
sw.WriteLine(nameof(CrumblingPlatformGravitytHigh) + " " + CrumblingPlatformGravitytHigh);
sw.WriteLine(nameof(SmasherSpeedLow) + " " + SmasherSpeedLow);
sw.WriteLine(nameof(SmasherDelayLow) + " " + SmasherDelayLow);
sw.WriteLine(nameof(SmasherSpeedMed) + " " + SmasherSpeedMed);
sw.WriteLine(nameof(SmasherDelayMed) + " " + SmasherDelayMed);
sw.WriteLine(nameof(SmasherSpeedHigh) + " " + SmasherSpeedHigh);
sw.WriteLine(nameof(SmasherDelayHigh) + " " + SmasherDelayHigh);
sw.WriteLine(nameof(WeightedPlatformSpeedLow) + " " + WeightedPlatformSpeedLow);
sw.WriteLine(nameof(WeightedPlatformSpeedMed) + " " + WeightedPlatformSpeedMed);
sw.WriteLine(nameof(WeightedPlatformSpeedHigh) + " " + WeightedPlatformSpeedHigh);
}
return(filename);
}
public static string WaterPhysics()
{
double gravity = 28;
double leniency = .1;
double max_fallspeed = -5;
double maxspeed = 5;
double runspeed = 7;
double ground_friction = .95;
double stop_friction = .90;
double air_friction = .95;
double fastfall_gravity = 30;
double fastfall_jerkdown = -1;
double fastfall_maxspeed = -15;
double float_time = 1;
double jumpheight = 3.2;
double release_jumpheight = .3;
double longjump_slidethreshold = 5;
double longjump_speed = 10;
double longjump_height = 1.9;
double longjump_airfriction = .99;
double ledgejump_height = 3;
double enemy_bounceheight_nojump = .7;
double enemy_bounceheight_jump = 4.2;
double mush_bounceheight_nojump = 2.7;
double mush_bounceheight_jump = 8.2;
double enemy_prebounce_time = 999999;
double enemy_postbounce_time = .05;
double swimspeed = 7.5;
double water_exitheight = 2.6;
int lower = 50;
int upper = 201;
gravity *= (double)RNG.random.Next(lower, upper) / 100;
leniency *= (double)RNG.random.Next(lower, upper) / 100;
max_fallspeed *= (double)RNG.random.Next(75, upper) / 100;
maxspeed *= (double)RNG.random.Next(lower, upper) / 100;
runspeed *= (double)RNG.random.Next(lower, upper) / 100;
ground_friction = (double)RNG.random.Next(7000, 9000) / 10000;
stop_friction = (double)RNG.random.Next(7000, 8500) / 10000;
air_friction = (double)RNG.random.Next(7000, 10000) / 10000;
fastfall_gravity *= (double)RNG.random.Next(lower, upper) / 100;
fastfall_jerkdown *= (double)RNG.random.Next(lower, upper) / 100;
fastfall_maxspeed *= (double)RNG.random.Next(lower, upper) / 100;
float_time *= (double)RNG.random.Next(lower, upper) / 100;
jumpheight *= (double)RNG.random.Next(lower, upper) / 100;
release_jumpheight *= (double)RNG.random.Next(lower, upper) / 100;
longjump_slidethreshold *= (double)RNG.random.Next(lower, upper) / 100;
longjump_speed *= (double)RNG.random.Next(lower, upper) / 100;
longjump_height *= (double)RNG.random.Next(lower, upper) / 100;
longjump_airfriction *= (double)RNG.random.Next(lower, upper) / 100;
ledgejump_height *= (double)RNG.random.Next(lower, upper) / 100;
//enemy_bounceheight_nojump *= (double)RNG.rand.Next(lower, upper) / 100;
//enemy_bounceheight_jump *= (double)RNG.rand.Next(lower, upper) / 100;
//mush_bounceheight_nojump *= (double)RNG.rand.Next(lower, upper) / 100;
//mush_bounceheight_jump *= (double)RNG.rand.Next(lower, upper) / 100;
//enemy_prebounce_time *= (double)RNG.rand.Next(lower, upper) / 100;
//enemy_postbounce_time *= (double)RNG.rand.Next(lower, upper) / 100;
swimspeed *= (double)RNG.random.Next(lower, upper) / 100;
water_exitheight *= (double)RNG.random.Next(lower, upper) / 100;
string filename = "data/water_physics/" + RNG.GetUInt32().ToString() + ".txt";
using (StreamWriter sw = File.CreateText(Randomizer.saveDir + filename))
{
sw.WriteLine(nameof(gravity) + " " + gravity);
sw.WriteLine(nameof(leniency) + " " + leniency);
sw.WriteLine(nameof(max_fallspeed) + " " + max_fallspeed);
sw.WriteLine(nameof(maxspeed) + " " + maxspeed);
sw.WriteLine(nameof(runspeed) + " " + runspeed);
sw.WriteLine(nameof(ground_friction) + " " + ground_friction);
sw.WriteLine(nameof(stop_friction) + " " + stop_friction);
sw.WriteLine(nameof(air_friction) + " " + air_friction);
sw.WriteLine(nameof(fastfall_gravity) + " " + fastfall_gravity);
sw.WriteLine(nameof(fastfall_jerkdown) + " " + fastfall_jerkdown);
sw.WriteLine(nameof(fastfall_maxspeed) + " " + fastfall_maxspeed);
sw.WriteLine(nameof(float_time) + " " + float_time);
sw.WriteLine(nameof(jumpheight) + " " + jumpheight);
sw.WriteLine(nameof(release_jumpheight) + " " + release_jumpheight);
sw.WriteLine(nameof(longjump_slidethreshold) + " " + longjump_slidethreshold);
sw.WriteLine(nameof(longjump_speed) + " " + longjump_speed);
sw.WriteLine(nameof(longjump_height) + " " + longjump_height);
sw.WriteLine(nameof(longjump_airfriction) + " " + longjump_airfriction);
sw.WriteLine(nameof(ledgejump_height) + " " + ledgejump_height);
sw.WriteLine(nameof(enemy_bounceheight_nojump) + " " + enemy_bounceheight_nojump);
sw.WriteLine(nameof(enemy_bounceheight_jump) + " " + enemy_bounceheight_jump);
sw.WriteLine(nameof(mush_bounceheight_nojump) + " " + mush_bounceheight_nojump);
sw.WriteLine(nameof(mush_bounceheight_jump) + " " + mush_bounceheight_jump);
sw.WriteLine(nameof(enemy_prebounce_time) + " " + enemy_prebounce_time);
sw.WriteLine(nameof(enemy_postbounce_time) + " " + enemy_postbounce_time);
sw.WriteLine(nameof(swimspeed) + " " + swimspeed);
sw.WriteLine(nameof(water_exitheight) + " " + water_exitheight);
}
return(filename);
}
public static string MistParticle(SettingsFile settings)
{
string particle_name = "MistParticle" + RNG.GetUInt32().ToString();
int layer = 4;
int base_speed = 3;
// can be anything
double alpha_start = 1;
double alpha_end = 0;
string movieclip;
int max_particles = settings.MaxParticles;
int emit_spread = 0;
string rotation_speed = "0";
string initial_rotation = "0";
double particle_lifetime = RNG.random.Next(1, 5);
string size_start;
int size_end = RNG.random.Next(50, 101);
string emit_direction = $"[{RNG.random.Next(-10, 11) / 10},{RNG.random.Next(-10, 11) / 10}]";
if (emit_direction == "[0,0]")
{
emit_direction = "[0,-1]";
}
//string emit_box = "";
//string emit_offset = "";
string force = "0";
int emit_rate;
int emit_amount;
double initial_speed = RNG.random.Next(0, 20);
double friction = 1;
// open particles file
var gon = GonObject.Load($"data/text/particles_templates.gon"); // open particle file
string template = gon["templates"]["MistParticle"].String(); // load particle template
// select particle from pool
var particles = gon["particles"];
var chosen = particles[RNG.random.Next(0, particles.Size())];
// get particle variables from file
movieclip = chosen["name"].String();
string face_moving_direction = chosen["face_moving_direction"].String();
alpha_start = chosen["alpha"].Number();
double size = chosen["size"].Number() * .03;
size_start = $"[{size * .75},{size * 1.25}]";
layer = chosen["layer"].Int();
double density = chosen["density"].Number();
double speed_scale = chosen["speed_scale"].Number();
// calculate emitter properties
int emit_density = (int)(64 * density);
emit_rate = RNG.random.Next(1, emit_density);
emit_amount = emit_density / emit_rate;
if (RNG.CoinFlip())
{
emit_spread = RNG.random.Next(0, 46);
}
if (RNG.random.Next(0, 10) == 0)
{
emit_spread = 360;
}
if (!Convert.ToBoolean(face_moving_direction))
{
int temp = RNG.random.Next(0, 251);
rotation_speed = $"[{temp},{temp * 1.5}]";
initial_rotation = "[0, 359]";
}
template = template.Replace("PARTICLE_NAME", particle_name);
template = template.Replace("LAYER", layer.ToString());
template = template.Replace("MOVIECLIP", movieclip);
template = template.Replace("MAX_PARTICLES", max_particles.ToString());
template = template.Replace("EMIT_RATE", emit_rate.ToString());
template = template.Replace("EMIT_AMOUNT", emit_amount.ToString());
template = template.Replace("EMIT_DIRECTION", emit_direction);
template = template.Replace("EMIT_SPREAD", emit_spread.ToString());
//template = template.Replace("EMIT_BOX", emit_box);
//template = template.Replace("EMIT_OFFSET", emit_offset);
template = template.Replace("PARTICLE_LIFETIME", particle_lifetime.ToString());
template = template.Replace("INITIAL_SPEED", $"[{initial_speed},{initial_speed * 2}]");
template = template.Replace("INITIAL_ROTATION", initial_rotation.ToString());
template = template.Replace("ROTATION_SPEED", rotation_speed.ToString());
template = template.Replace("FORCE", force);
template = template.Replace("FRICTION", friction.ToString());
template = template.Replace("ALPHA_START", alpha_start.ToString());
template = template.Replace("ALPHA_END", alpha_end.ToString());
template = template.Replace("SIZE_START", size_start);
template = template.Replace("SIZE_END", size_end.ToString());
template = template.Replace("FACE_MOVING_DIRECTION", face_moving_direction);
template = template.Replace("SPEED_SCALE", speed_scale.ToString());
using (StreamWriter sw = File.AppendText(Randomizer.saveDir + "data/particles.txt.append"))
{
sw.WriteLine(template);
}
return(particle_name);
}
public static string DirectionParticle(SettingsFile settings)
{
string particle_name = "DirectionParticle" + RNG.GetUInt32().ToString();
int layer = 4;
double base_speed = 3;
double base_force = 1;
string notes = "#";
// can be anything
double alpha_start = 1;
double alpha_end = 1;
string movieclip;
int max_particles = settings.MaxParticles;
int emit_spread = 0;
string rotation_speed = "0";
string initial_rotation = "0";
double particle_lifetime = 80;
string size_start;
// establish direction
string emit_direction = "";
string emit_box = "";
string emit_offset = "";
// dependent on eachother
int emit_rate;
int emit_amount;
double initial_speed;
double friction = 1;
string force;
// open particles file
var gon = GonObject.Load($"data/text/particles_templates.gon"); // open particle file
string template = gon["templates"]["DirectionParticle"].String(); // load particle template
// select particle from pool
var particles = gon["particles"];
var chosen = particles[RNG.random.Next(0, particles.Size())];
// get particle variables from file
movieclip = chosen["name"].String();
string face_moving_direction = chosen["face_moving_direction"].String();
alpha_start = chosen["alpha"].Number();
double size = chosen["size"].Number();
size_start = $"[{size * .75},{size * 1.25}]";
layer = chosen["layer"].Int();
double density = chosen["density"].Number();
double speed_scale = chosen["speed_scale"].Number();
speed_scale += RNG.random.Next(-2, 3) / 10;
int speed_scalar = 1, force_scalar = 1;
// set moving direction
bool force_neg = false;
int direction = RNG.random.Next(0, 4);
switch (direction)
{
case 0: // up
emit_direction = $"[{RNG.random.Next(-3, 4) / 10},1]";
emit_box = "[54,1]";
emit_offset = "[27,-3]";
break;
case 1: // down
emit_direction = $"[{RNG.random.Next(-3, 4) / 10},-1]";
emit_box = "[54,1]";
emit_offset = "[27,35]";
force_neg = true;
break;
case 2: // right
emit_direction = $"[1,{RNG.random.Next(-3, 4) / 10}]";
emit_box = "[1,32]";
emit_offset = "[-3,16]";
base_speed *= 1.2;
base_force *= .8;
break;
case 3: // left
emit_direction = $"[-1,{RNG.random.Next(-3, 4) / 10}]";
emit_box = "[1,32]";
emit_offset = "[57,16]";
base_speed *= 1.2;
base_force *= .8;
force_neg = true;
break;
}
//int particle_density = 100;
int emit_density = (int)(RNG.random.Next(5, 16) * density);
speed_scalar = RNG.random.Next(1, 5);
if (RNG.CoinFlip()) // decide whether to accelerate, slow down, or no force
{
force_scalar = speed_scalar * speed_scalar;
if (RNG.CoinFlip() && direction < 2) // gravity
{
//force_scalar = speed_scalar * speed_scalar;
force_neg = !force_neg;
emit_density *= Math.Max(speed_scalar / 2, 1);
notes += "gravity, ";
}
else // accelerate
{
//force_scalar = speed_scalar * speed_scalar;
emit_density *= speed_scalar;
notes += "accelerate, ";
}
}
else
{
force_scalar = 0;
emit_density *= speed_scalar;
}
notes += $"force scalar: {force_scalar}, speed scalar: {speed_scalar}, ";
initial_speed = base_speed * speed_scalar; // set initial speed
double parallel_force = base_force * force_scalar * -(Convert.ToInt32(force_neg)); // set force
double perpendicular_force = base_force * force_scalar * RNG.random.Next(-10, 11) / 10;
//perpendicular_force = 0;
if (RNG.random.Next(0, 3) == 0) // decide if particle fades out
{
alpha_end = 0;
particle_lifetime = (float)RNG.random.Next(2, 4) * (float)base_speed / (float)speed_scalar;
}
if (direction > 1) // if right or left
{
force = $"[{parallel_force},{perpendicular_force}]";
particle_lifetime *= 2;
}
else
{
force = $"[{perpendicular_force},{parallel_force}]";
}
emit_rate = RNG.random.Next(1, emit_density);
emit_amount = emit_density / emit_rate;
if (RNG.CoinFlip())
{
emit_spread = RNG.random.Next(0, 46);
}
if (!Convert.ToBoolean(face_moving_direction))
{
int temp = RNG.random.Next(0, 251);
rotation_speed = $"[{temp},{temp * 1.5}]";
initial_rotation = "[0, 359]";
}
// write all values to template
template = template.Replace("PARTICLE_NAME", particle_name);
template = template.Replace("LAYER", layer.ToString());
template = template.Replace("MOVIECLIP", movieclip);
template = template.Replace("MAX_PARTICLES", max_particles.ToString());
template = template.Replace("EMIT_RATE", emit_rate.ToString());
template = template.Replace("EMIT_AMOUNT", emit_amount.ToString());
template = template.Replace("EMIT_DIRECTION", emit_direction);
template = template.Replace("EMIT_SPREAD", emit_spread.ToString());
template = template.Replace("EMIT_BOX", emit_box);
template = template.Replace("EMIT_OFFSET", emit_offset);
template = template.Replace("PARTICLE_LIFETIME", particle_lifetime.ToString());
template = template.Replace("INITIAL_SPEED", $"[{initial_speed},{initial_speed * 2}]");
template = template.Replace("INITIAL_ROTATION", initial_rotation.ToString());
template = template.Replace("ROTATION_SPEED", rotation_speed.ToString());
template = template.Replace("FORCE", force);
template = template.Replace("FRICTION", friction.ToString());
template = template.Replace("ALPHA_START", alpha_start.ToString());
template = template.Replace("ALPHA_END", alpha_end.ToString());
template = template.Replace("SIZE_START", size_start);
//template = template.Replace("SIZE_END", size_end.ToString());
template = template.Replace("FACE_MOVING_DIRECTION", face_moving_direction);
template = template.Replace("SPEED_SCALE", speed_scale.ToString());
template += notes;
using (StreamWriter sw = File.AppendText(Randomizer.saveDir + "data/particles.txt.append"))
{
sw.WriteLine(template);
}
return(particle_name);
}