// Use this for initialization
void Start()
{
// Reference to this scene's world_base
WorldBase wb = GetComponent <WorldBase> ();
// Adding one column to level
List <WorldBase.WorldEntry> thisLevel = new List <WorldBase.WorldEntry> ();
WorldBase.WorldEntry blockentry = new WorldBase.WorldEntry();
blockentry.loc = new Vector3(20, 0, 0);
blockentry.obj = column;
thisLevel.Add(blockentry);
float blockWidth = ground.GetComponent <BoxCollider2D> ().size.x; // bounds.size.x;
// Adding 80 brown_grounds to level
for (int i = 0; i < 80; i++)
{
WorldBase.WorldEntry entry = new WorldBase.WorldEntry();
entry.loc = new Vector3(i * blockWidth, 0, 0);
entry.obj = ground;
thisLevel.Add(entry);
}
for (int i = 0; i < 10; i++)
{
WorldBase.WorldEntry entry = new WorldBase.WorldEntry();
if (i == 4)
{
entry.loc = new Vector3(i * 5, 3, 0);
}
else
{
entry.loc = new Vector3(i * 5, 1, 0);
}
entry.obj = coin;
thisLevel.Add(entry);
}
// Sorting level by x position
thisLevel.Sort((x, y) => x.loc.x.CompareTo(y.loc.x));
wb.WorldStart();
}
// Use this for initialization
void Start()
{
// Copy-paste these three lines at the beginning of your level's Start() function
WorldBase wb = GetComponent <WorldBase> ();
wb.levelObjects = new List <WorldBase.WorldEntry> ();
wb.backgroundObjects = new List <WorldBase.WorldEntry> ();
// Follow a similar format for your level designs.
// Take a look at these functions to see how they call the world base
InitConstants();
// wb.AddObject (20, ground_coin, super_coin);
// wb.AddObject (22, 10, falling_obstacle);
// wb.AddObject (32, fallingObjectY, falling_obstacle);
// wb.AddObject (34, fallingObjectY, falling_obstacle);
// wb.AddObject (242, 7, moving_obstacle);
// wb.AddObject (282, 7, moving_obstacle);
// wb.AddObject (292, 7, moving_obstacle);
//
AddGroundBlocks(wb);
AddCeilingBlocks(wb);
AddSpikes(wb);
AddMeteors(wb);
AddBatteries(wb);
AddGravityChangers(wb);
AddCoins(wb);
// This one calls a different function, make sure to remember that when
// writing your own!
AddBackground(wb);
// GameObject end_level = GameObject.FindGameObjectWithTag ("LevelEnd");
// wb.AddObject (1200, 0, end_level);
// And lastly, end your level's Start function with this last line
wb.WorldStart();
}
using System.Collections;
using System.Collections.Generic;
using UnityEngine;
public class MonicaLevelScript : MonoBehaviour {
// Script for the construction of the tutorial level
// Will possibly include basic instructions for player, if necessary
public GameObject background;
public GameObject ground;
public GameObject ceiling;
public GameObject spike;
public GameObject tall_spike;
public GameObject too_tall_spike;
public GameObject battery;
public GameObject coin;
public GameObject ud_spike;
public GameObject ud_tall_spike;
public GameObject up_gravity_pointer;
public GameObject down_gravity_pointer;
public GameObject enemy;
// public GameObject end_level;
// Number of unity units
private int level_length = 720;
private float groundWidth;
private float groundHeight;
private float ceilingWidth;
private float ceilingHeight;
private float ceilingY;
private float ceilingStart;
private float numCeil;
private float spikeHeight;
private float tallSpikeHeight;
private float tooTallSpikeHeight;
private float batteryHeight;
private float ground_battery;
private float ceiling_battery;
private float coinHeight;
private float ground_coin;
private float ceiling_coin;
private float bgWidth;
private float numEnemies;
// Use this for initialization
void Start () {
// Copy-paste these three lines at the beginning of your level's Start() function
WorldBase wb = GetComponent<WorldBase> ();
wb.levelObjects = new List<WorldBase.WorldEntry> ();
wb.backgroundObjects = new List<WorldBase.WorldEntry> ();
// Follow a similar format for your level designs.
// Take a look at these functions to see how they call the world base
InitConstants ();
AddGroundBlocks (wb);
AddCeilingBlocks (wb);
AddSpikes (wb);
AddBatteries (wb);
//AddGravityChangers (wb);
AddCoins (wb);
AddEnemies (wb);
// This one calls a different function, make sure to remember that when
// writing your own!
AddBackground (wb);
// GameObject end_level = GameObject.FindGameObjectWithTag ("LevelEnd");
// wb.AddObject (680, 0, end_level);
// And lastly, end your level's Start function with this last line
wb.WorldStart ();
}
private void AddEnemies(WorldBase wb) {
List<float> enemy_x_locs = new List<float> ();
List<float> enemy_y_locs = new List<float> ();
for (int i = 0; i < numEnemies; i++) {
}
wb.AddObjects (enemy_x_locs, enemy_y_locs, enemy);
}
// Note that this calls a different function, AddBackground
private void AddBackground (WorldBase wb) {
float numbg = level_length / bgWidth;
for (int i = 0; i < numbg; i++) {
wb.AddBackground (i*bgWidth, 5, background);
}
}
private void AddGroundBlocks (WorldBase wb) {
// Adding ground
float numGround = level_length / groundWidth;
List<float> ground_x_locs = new List<float> ();
List<float> ground_y_locs = new List<float> ();
for (int i = -2; i < numGround; i++) {
ground_x_locs.Add(i * groundWidth);
ground_y_locs.Add(0);
}
wb.AddObjects (ground_x_locs, ground_y_locs, ground);
}
private void AddCeilingBlocks (WorldBase wb) {
// Adding ceiling
List<float> ceiling_x_locs = new List<float> ();
List<float> ceiling_y_locs = new List<float> ();
for (float i = 0; i < numCeil; i++) {
ceiling_x_locs.Add (ceilingStart + i * ceilingWidth);
ceiling_y_locs.Add (ceilingY);
}
wb.AddObjects (ceiling_x_locs, ceiling_y_locs, ceiling);
}
private void AddSpikes (WorldBase wb) {
// Adding spikes
List<float> spike_x_locs = new List<float> {40, 70, 180, 182, 220, 228, 236, 336, 342, 358, 362, 450, 462, 464, 500, 503, 516, 522, 528} ;
List<float> spike_y_locs = new List<float> ();
for (int i = 0; i < spike_x_locs.Count; i++) {
spike_y_locs.Add (groundHeight / 2 + spikeHeight / 2);
}
wb.AddObjects (spike_x_locs, spike_y_locs, spike);
// Adding tall spikes
List<float> tall_spike_x_locs = new List<float> { 100, 194, 206, 246, 410, 480} ;
List<float> tall_spike_y_locs = new List<float> ();
for (int i = 0; i < tall_spike_x_locs.Count; i++) {
tall_spike_y_locs.Add (groundHeight / 2 + tallSpikeHeight / 2);
}
wb.AddObjects (tall_spike_x_locs, tall_spike_y_locs, tall_spike);
// Adding upside down spikes
List<float> ud_spike_x_locs = new List<float> { 290, 300, 320, 382, 398, 418, 516, 522, 528,
585, 586, 596, 598, 608, 611, 621, 625, 635, 640 };
List<float> ud_spike_y_locs = new List<float> ();
for (int i = 0; i < ud_spike_x_locs.Count; i++) {
ud_spike_y_locs.Add (ceilingY - ceilingHeight / 2 - spikeHeight / 2);
}
wb.AddObjects (ud_spike_x_locs, ud_spike_y_locs, ud_spike);
// Adding upside down tall spikes
List<float> ud_tall_spike_x_locs = new List<float> { 310, 330, 350, 370 };
List<float> ud_tall_spike_y_locs = new List<float> ();
for (int i = 0; i < ud_tall_spike_x_locs.Count; i++) {
ud_tall_spike_y_locs.Add (ceilingY - ceilingHeight / 2 - tallSpikeHeight / 2);
}
wb.AddObjects (ud_tall_spike_x_locs, ud_tall_spike_y_locs, ud_tall_spike);
// Adding unpassable spike
wb.AddObject (65 * 2, groundHeight / 2 + tooTallSpikeHeight / 2, too_tall_spike);
}
private void AddBatteries (WorldBase wb) {
// Adding batteries
List<float> battery_x_locs = new List<float> { 150, 254, 336, 406, 545 };
List<float> battery_y_locs = new List<float> { ground_battery, ground_battery, ceiling_battery, ceiling_battery, ground_battery};
wb.AddObjects (battery_x_locs, battery_y_locs, battery);
}
private void AddGravityChangers (WorldBase wb) {
// Adding gravity reversers
List<float> gravity_up_x_locs = new List<float> { 260, 262, 264, 266, 560, 562 };
List<float> gravity_up_y_locs = new List<float> ();
for (int i = 1; i < 5; i++) {
foreach (float val in gravity_up_x_locs) {
gravity_up_y_locs.Add (groundHeight * (i-0.2f));
}
wb.AddObjects (gravity_up_x_locs, gravity_up_y_locs, up_gravity_pointer);
gravity_up_y_locs.Clear ();
}
// Adding gravity normalizers
List<float> gravity_down_x_locs = new List<float> { 426, 428, 430, 432, 650, 652 };
List<float> gravity_down_y_locs = new List<float> ();
for (int i = 1; i < 5; i++) {
foreach (float val in gravity_down_x_locs) {
gravity_down_y_locs.Add (groundHeight * (i-0.2f));
}
wb.AddObjects (gravity_down_x_locs, gravity_down_y_locs, down_gravity_pointer);
gravity_down_y_locs.Clear ();
}
}
private void AddCoins (WorldBase wb) {
// Adding coins
Dictionary<float, float> coin_locs = new Dictionary<float, float> {
{ 54, ground_coin },
{ 88, ground_coin },
{ 90, ground_coin },
{ 92, ground_coin },
{ 181, ground_coin + spikeHeight + 3 * coinHeight / 2 },
{ 224, ground_coin },
{ 232, ground_coin },
{ 194, groundHeight / 2 + tallSpikeHeight + coinHeight * 3 / 2 },
{ 350, ceilingY - ceilingWidth / 2 - tallSpikeHeight - coinHeight * 3 / 2 },
{ 428, ground_coin },
{ 544, ground_coin + tallSpikeHeight + coinHeight },
{ 546, ground_coin + tallSpikeHeight + coinHeight },
{ 357, ceiling_coin}, {360, ceiling_coin - 2*coinHeight}, {363, ceiling_coin},
{ 501.5f, ground_coin + tallSpikeHeight},
{516, (ground_coin + ceiling_coin) / 2} , {522, (ground_coin + ceiling_coin) / 2} , {528, (ground_coin + ceiling_coin) / 2} ,
{ 585.5f, ceiling_coin - tallSpikeHeight - coinHeight},
{ 597, ceiling_coin - tallSpikeHeight - coinHeight},
{ 609.5f, ceiling_coin - tallSpikeHeight - coinHeight},
{ 623, ceiling_coin - tallSpikeHeight - coinHeight},
{ 637.5f, ceiling_coin - tallSpikeHeight - coinHeight},
} ;
wb.AddObjects (coin_locs, coin);
}
private void InitConstants() {
groundWidth = ground.GetComponent<BoxCollider2D> ().size.x;
groundHeight = ground.GetComponent<BoxCollider2D> ().size.y;
ceilingWidth = ceiling.GetComponent<BoxCollider2D> ().size.x * ceiling.transform.localScale.y;
ceilingHeight = ceilingWidth;
ceilingY = ceilingWidth * 8.7f; // ceilingWidth == ceilingHeight here
ceilingStart = groundWidth * 120;
numCeil = (level_length - 240) / ceilingWidth;
Vector2[] spoints = spike.GetComponent<PolygonCollider2D> ().points;
spikeHeight = (spoints [2].y - spoints [0].y) * spike.transform.localScale.y * 2/3;
Vector2[] tspoints = tall_spike.GetComponent<PolygonCollider2D> ().points;
tallSpikeHeight = (tspoints [2].y - tspoints [0].y) * tall_spike.transform.localScale.y * 2/3;
Vector2[] ttspoints = too_tall_spike.GetComponent<PolygonCollider2D> ().points;
tooTallSpikeHeight = (ttspoints [2].y - ttspoints [0].y) * too_tall_spike.transform.localScale.y * 2/3;
batteryHeight = battery.GetComponent<BoxCollider2D> ().size.y * battery.transform.localScale.y;
ground_battery = groundHeight / 2 + batteryHeight / 2;
ceiling_battery = ceilingY - ceilingWidth / 2 - batteryHeight / 2;
coinHeight = coin.GetComponent<BoxCollider2D> ().size.y * coin.transform.localScale.y;
ground_coin = groundHeight / 2 + coinHeight;
ceiling_coin = ceilingY - ceilingHeight / 2 - coinHeight;
bgWidth = background.GetComponent<BoxCollider2D> ().size.x;
}
// Update is called once per frame
void Update () {
}
}
