public void GenerateTerrain(Vector3 spawnPos)
{
grid.ClearGrid();
TerrainChunk tc = GameObject.Instantiate(terrainChunk, spawnPos, Quaternion.identity) as TerrainChunk;
// Generate ground
// Experimental: Generate ground separately for Nback
// groundGen.GenerateGrounds(grid, tc);
// Generate For Pattern
if (gameMngr.Modes().Contains(GameModes.Pattern))
{
//Platforms should also be spawned in cloud format!
/*if(genPlatforms)
* {
* platformGen.GeneratePlatforms (grid, tc);
*
* }
* if(genPlants)
* {
* collectibleGen.GenerateCollectibles (grid, tc);
* }*/
}
// Generate For Nback
if (gameMngr.Modes().Contains(GameModes.Nback))
{
nbackGen.GenerateNbackInGrid(grid, tc, groundGen);
}
else
{
groundGen.GenerateGrounds(grid, tc);
}
}
public void GenerateNbackInGrid(Grid grid, TerrainChunk tc, GroundGenerator ggen)
{
int difficulty = navigationDifficulty;
int scale = 10;
// Generate beginning so character doesnt fall
if (generateCount == 0)
{
for (int i = 0; i < 5; ++i)
{
//ggen.GenerateGround (i, 0, grid, tc);
//ggen.GenerateGround (i, 7, grid, tc);
}
}
++generateCount;
// Entry for prototype platforms generation
if (platforms)
{
GenerateNbackInGridPlatforms(grid, tc, ggen);
return;
}
// Generate Nback collectibles
int x = lastGridOffset;
for ( ; x < grid.numCellsX; x += rate)
{
int rand = Random.Range(0, 2);
int y = rand == 0 ? 1 : 6;
//int y = 1;
Transform h = GenerateNbackObjectInGrid(x, y, grid, tc);
}
ggen.GenerateGrounds(grid, tc, 0, false, 60);
ggen.GenerateGrounds(grid, tc, 7, true);
lastGridOffset = x - grid.numCellsX;
}
public void GenerateNbackInGrid(Grid grid, TerrainChunk tc, GroundGenerator ggen)
{
//Called from Terrainen
int difficulty = navigationDifficulty;
int scale = 10;
// Generate beginning so character doesnt fall
if (generateCount == 0) {
for (int i = 0; i < 5; ++i) {
//ggen.GenerateGround (i, 0, grid, tc);
//ggen.GenerateGround (i, 7, grid, tc);
}
}
++generateCount;
//Entry for prototype platforms generation
/*if (platforms) {
GenerateNbackInGridPlatforms(grid, tc, ggen);
return;
}*/
// Generate Nback collectibles on floor,ceiling, and random
int x = lastGridOffset;
int y = 3;
for ( ; x < grid.numCellsX; x += rate) {
int rand = Random.Range(0, 2);
//int y = rand == 0 ? 1 : 6;
if(timer >= 0f && timer < 40f){
y = 3;
} else if (timer >= 40f && timer < 80f) {
y = 5;
} else if (timer >= 80f && timer < 120f) {
y = 6;
} else if (timer >= 120f && timer < 240f) {
y = 1;
} else if (timer >= 240f && timer < 280) {
y = rand == 0 ? 1 : 5;
} else if ((timer >= 280f && timer < 320f) || (timer >= 360f && timer < 480f)) {
y = rand == 0 ? 1 : 6;
} else if ((timer >= 320f && timer < 360f) || timer >= 480f) {
y = rand == 0 ? 1 : 4;
}
// Used to create empty space between levels and updates current level
int emptyspace = 0;
if(timer >= 120 && timer < 125){
currentLevel = 2;
emptyspace = 1;
}else if(timer >= 240 && timer < 245){
currentLevel = 3;
emptyspace = 1;
}else if(timer >= 360 && timer < 365){
currentLevel = 4;
emptyspace = 1;
}else if(timer >= 480 && timer < 485){
currentLevel = 5;
emptyspace = 1;
}else if(timer >= 0 && timer < 120){
currentLevel = 1;
emptyspace = 0;
}else{
emptyspace = 0;
}
if(emptyspace == 0){
Transform h = GenerateNbackObjectInGrid(x, y, grid, tc);
}
}
//GenerateGround
ggen.GenerateGrounds (grid, tc, 0, false);
//Generate Ceilings depending on timer
if ((timer >= 0 && timer < 40) || (timer >= 200f && timer < 240f) || (timer >= 320f && timer < 360f) || timer >= 480f) {
ggen.GenerateGrounds (grid, tc, 5, true);
} else if ((timer >= 40f && timer < 80f) || (timer >= 160f && timer < 200f) || (timer >= 240f && timer < 280f)) {
ggen.GenerateGrounds (grid, tc, 6, true);
} else if ((timer >= 80f && timer < 160f) || (timer >= 280f && timer < 320f) || (timer >= 360f && timer < 480f)) {
ggen.GenerateGrounds (grid, tc, 7, true);
}
lastGridOffset = x - grid.numCellsX;
}
public void GenerateNbackInGrid(Grid grid, TerrainChunk tc, GroundGenerator ggen)
{
//Called from Terrainen
int difficulty = navigationDifficulty;
int scale = 10;
// Generate beginning so character doesnt fall
if (generateCount == 0)
{
for (int i = 0; i < 5; ++i)
{
//ggen.GenerateGround (i, 0, grid, tc);
//ggen.GenerateGround (i, 7, grid, tc);
}
}
++generateCount;
//Entry for prototype platforms generation
/*if (platforms) {
* GenerateNbackInGridPlatforms(grid, tc, ggen);
* return;
* }*/
// Generate Nback collectibles on floor,ceiling, and random
int x = lastGridOffset;
int y = 3;
for ( ; x < grid.numCellsX; x += rate)
{
int rand = Random.Range(0, 2);
//int y = rand == 0 ? 1 : 6;
if (timer >= 0f && timer < 40f)
{
y = 3;
}
else if (timer >= 40f && timer < 80f)
{
y = 5;
}
else if (timer >= 80f && timer < 120f)
{
y = 6;
}
else if (timer >= 120f && timer < 240f)
{
y = 1;
}
else if (timer >= 240f && timer < 280)
{
y = rand == 0 ? 1 : 5;
}
else if ((timer >= 280f && timer < 320f) || (timer >= 360f && timer < 480f))
{
y = rand == 0 ? 1 : 6;
}
else if ((timer >= 320f && timer < 360f) || timer >= 480f)
{
y = rand == 0 ? 1 : 4;
}
// Used to create empty space between levels and updates current level
int emptyspace = 0;
if (timer >= 120 && timer < 125)
{
currentLevel = 2;
emptyspace = 1;
}
else if (timer >= 240 && timer < 245)
{
currentLevel = 3;
emptyspace = 1;
}
else if (timer >= 360 && timer < 365)
{
currentLevel = 4;
emptyspace = 1;
}
else if (timer >= 480 && timer < 485)
{
currentLevel = 5;
emptyspace = 1;
}
else if (timer >= 0 && timer < 120)
{
currentLevel = 1;
emptyspace = 0;
}
else
{
emptyspace = 0;
}
if (emptyspace == 0)
{
Transform h = GenerateNbackObjectInGrid(x, y, grid, tc);
}
}
//GenerateGround
ggen.GenerateGrounds(grid, tc, 0, false);
//Generate Ceilings depending on timer
if ((timer >= 0 && timer < 40) || (timer >= 200f && timer < 240f) || (timer >= 320f && timer < 360f) || timer >= 480f)
{
ggen.GenerateGrounds(grid, tc, 5, true);
}
else if ((timer >= 40f && timer < 80f) || (timer >= 160f && timer < 200f) || (timer >= 240f && timer < 280f))
{
ggen.GenerateGrounds(grid, tc, 6, true);
}
else if ((timer >= 80f && timer < 160f) || (timer >= 280f && timer < 320f) || (timer >= 360f && timer < 480f))
{
ggen.GenerateGrounds(grid, tc, 7, true);
}
lastGridOffset = x - grid.numCellsX;
}