public static void getCard(string id, ref Game.info userInfo, int slotID, int cardLevel) //Temporary. TODO: Check for empty slot to add card in
{
userInfo.inventory[slotID].id = id; //Assign "int id" to item in slot
userInfo.inventory[slotID].level += cardLevel; //Assign number of card / increment level of card
/*
* VALUE LERP FORMULA:
* Assume value varies from 1 -> 10 (x; with x1=1, x2=10)
* y1: Starting value
* y2: Ending value
*
* FORMULA: y = ((y2 - y1)*(x-1)/(10-1))+y1
*/
/*
* Weapon/Card variables:
* TYPE: Card type: 0: Weapon Module; 1: Spell Card; 2: Consumables; 3: Special
* POWER: Card Damage / Buff power / Debuff power
* SPEED: Projectile travel speed / Spell Channel time / etc
* PROJECTILE: Card Projectiles number / size
* DELAYMAX: Card delay, decreases every frame, unusuable until reaches 0. Reset when use card
* HEATDES: Heat cost
* HEATACCELBASE: Heat acceleration, increases by multiplicative increment
*/
int baseType = 0, baseProjectileFROM = 0, baseProjectileTO = 0;
float basePowerFROM = 0, basePowerTO = 0, baseSpeedFROM = 0, baseSpeedTO = 0, baseDelayMaxFROM = 0, baseDelayMaxTO = 0, baseHeatDesFROM = 0, baseHeatDesTO = 0, baseHeatAccelBaseFROM = 0, baseHeatAccelBaseTO = 0;
switch (id)
{
case "cone-stick": // HOLY
baseType = 0;
basePowerFROM = 3; basePowerTO = 10;
baseSpeedFROM = 50; baseSpeedTO = 50;
baseProjectileFROM = 1; baseProjectileTO = 5;
baseDelayMaxFROM = 18; baseDelayMaxTO = 12;
baseHeatDesFROM = 7; baseHeatDesTO = 5;
baseHeatAccelBaseFROM = 0.1f; baseHeatAccelBaseTO = 0.08f;
break;
case "laser-once": // Laser beam
baseType = 0;
basePowerFROM = 8; basePowerTO = 20;
baseSpeedFROM = 0; baseSpeedTO = 0;
baseProjectileFROM = 1; baseProjectileTO = 3;
baseDelayMaxFROM = 30; baseDelayMaxTO = 20;
baseHeatDesFROM = 14; baseHeatDesTO = 8;
baseHeatAccelBaseFROM = 0.05f; baseHeatAccelBaseTO = 0.01f;
break;
//Enemy weapons
case "enemy-cone-stick": // Stick-projectile shoot in cone shape (TEMPORARY)
baseType = 0;
basePowerFROM = 3; basePowerTO = 10;
baseSpeedFROM = 20; baseSpeedTO = 20;
baseProjectileFROM = 1; baseProjectileTO = 5;
baseDelayMaxFROM = 20; baseDelayMaxTO = 10;
baseHeatDesFROM = 7; baseHeatDesTO = 5;
baseHeatAccelBaseFROM = 0.1f; baseHeatAccelBaseTO = 0.08f;
break;
case "enemy-surround-ball": // Ball-projectile shoot in 180/x direction (surrounding)
baseType = 0;
basePowerFROM = 3; basePowerTO = 10;
baseSpeedFROM = 10; baseSpeedTO = 10;
baseProjectileFROM = 1; baseProjectileTO = 5;
baseDelayMaxFROM = 15; baseDelayMaxTO = 13;
baseHeatDesFROM = 10; baseHeatDesTO = 6;
baseHeatAccelBaseFROM = 0.25f; baseHeatAccelBaseTO = 0.1f;
break;
case "enemy-cone-ball-targetPlayer": // Ball-projectile shoot in cone shape - TARGET PLAYER (PLACEHOLDER)
baseType = 0;
basePowerFROM = 3; basePowerTO = 10;
baseSpeedFROM = 5; baseSpeedTO = 5;
baseProjectileFROM = 1; baseProjectileTO = 5;
baseDelayMaxFROM = 20; baseDelayMaxTO = 10;
baseHeatDesFROM = 7; baseHeatDesTO = 5;
baseHeatAccelBaseFROM = 0.1f; baseHeatAccelBaseTO = 0.08f;
break;
case "enemy-burst-ball-targetPlayer": // Ball-projectile shoot in burst - TARGET PLAYER (PLACEHOLDER)
baseType = 0;
basePowerFROM = 3; basePowerTO = 10;
baseSpeedFROM = 5; baseSpeedTO = 5;
baseProjectileFROM = 1; baseProjectileTO = 5;
baseDelayMaxFROM = 20; baseDelayMaxTO = 10;
baseHeatDesFROM = 7; baseHeatDesTO = 5;
baseHeatAccelBaseFROM = 0.1f; baseHeatAccelBaseTO = 0.08f;
break;
}
userInfo.inventory[slotID].type = baseType;
userInfo.inventory[slotID].projectile = ((baseProjectileTO - baseProjectileFROM) * (userInfo.inventory[slotID].level - 1) / (10 - 1)) + baseProjectileFROM;
userInfo.inventory[slotID].power = ((basePowerTO - basePowerFROM) * (userInfo.inventory[slotID].level - 1) / (10 - 1)) + basePowerFROM;
userInfo.inventory[slotID].speed = ((baseSpeedTO - baseSpeedFROM) * (userInfo.inventory[slotID].level - 1) / (10 - 1)) + baseSpeedFROM;
userInfo.inventory[slotID].delayMax = ((baseDelayMaxTO - baseDelayMaxFROM) * (userInfo.inventory[slotID].level - 1) / (10 - 1)) + baseDelayMaxFROM;
userInfo.inventory[slotID].delay = userInfo.inventory[slotID].delayMax; // Non-static
userInfo.inventory[slotID].heatDes = ((baseHeatDesTO - baseHeatDesFROM) * (userInfo.inventory[slotID].level - 1) / (10 - 1)) + baseHeatDesFROM;
userInfo.inventory[slotID].heatAccelBase = ((baseHeatAccelBaseTO - baseHeatAccelBaseFROM) * (userInfo.inventory[slotID].level - 1) / (10 - 1)) + baseHeatAccelBaseFROM;
userInfo.inventory[slotID].heatAccel = 1; // Non-static
}
public void useCard(ref Game.info userInfo, int slotID, GameObject user)
{
userInfo.heat -= userInfo.inventory[slotID].heatDes * userInfo.inventory[slotID].heatAccel; //Decrease Heat capacity when shot
userInfo.inventory[slotID].heatAccel += userInfo.inventory[slotID].heatAccelBase; //Increase Heat Accel when shot
userInfo.inventory[slotID].delay = userInfo.inventory[slotID].delayMax; //Reset delay to Max when shot
AudioSource audiosource = user.GetComponent <AudioSource>(); //Get AudioSource component from user
UserAudioDB useraudiodb = GameObject.Find("GameMaster").GetComponent <UserAudioDB>(); //non-static void => get component required
useraudiodb.playSFX(audiosource, userInfo.inventory[slotID].id); //Play sfx with determined Card ID
int facedown = (userInfo.type == 2)?1:0; // Face downward if user is an enemy
int unconcentrate = 0; // Unconcentrating: Shots won't be accurate when stamina deplete
System.Random rnd = new System.Random(); // Randomizing angel for Unconcentrating Shots
Vector3 zDepth = new Vector3(0, 0, -1); // In 3D space, projectile stay on top of player and enemies in order to reflect light
if (userInfo.weakShot == 1)
{
unconcentrate = 1;
}
//PREFAB SELECT
switch (userInfo.inventory[slotID].id)
{
case "cone-stick":
case "enemy-cone-stick": {
projectile = longBullet;
}
break;
case "enemy-surround-ball":
case "enemy-cone-ball-targetPlayer":
case "enemy-burst-ball-targetPlayer": {
projectile = smallBall;
}
break;
case "laser-once": {
projectile = laser; //TEMPORARY
}
break;
}
// CARD BEHAVIOUR (TODO: Card properties (sprite, etc.) separately)
switch (userInfo.inventory[slotID].id)
{
case "cone-stick":
case "enemy-cone-stick": { // Stick-projectile shoot in cone shape
int bulletAngel = 5;
for (var i = 0; i <= (userInfo.inventory[slotID].projectile - 1) * 2; i++)
{
GameObject Bullet = Instantiate(projectile, user.transform.position + userInfo.barrelPos + zDepth, Quaternion.identity) as GameObject;
Bullet.transform.rotation = Quaternion.Euler(0, 0, user.transform.rotation.z - (userInfo.inventory[slotID].projectile - 1) * bulletAngel + bulletAngel * i + facedown * 180 + unconcentrate * rnd.Next(-5, 5));
Projectile bulletComponent = Bullet.GetComponent <Projectile>(); // Get Projectile.cs component
//VARIABLE TRANSFER
bulletComponent.damage = userInfo.inventory[slotID].power; // Transfer damage/power data into Projectile.cs
bulletComponent.travelSpeed = userInfo.inventory[slotID].speed; // Transfer speed into Projectile.cs
bulletComponent.userType = userInfo.type; // Transfer user type into Projectile.cs
}
break;
}
case "laser-once": { // Laser beam
GameObject Beam = Instantiate(projectile, new Vector2(user.transform.position.x, user.transform.position.y + userInfo.barrelPos.y), Quaternion.identity) as GameObject;
Beam.transform.rotation = Quaternion.Euler(0, 0, 0 + facedown * 180);
//TODO: Laser size based on w.projectile
Laser laserComponent = Beam.GetComponent <Laser>();
laserComponent.laserWidth = userInfo.inventory[slotID].projectile;
laserComponent.damage = userInfo.inventory[slotID].power; // Transfer damage/power data into Projectile.cs
laserComponent.userType = userInfo.type; // Transfer user type into Projectile.cs
break;
}
case "enemy-surround-ball": { // Ball-projectile shoot in 180/x direction (surrounding)
int bulletAngel = 180 / (userInfo.inventory[slotID].projectile);
for (var i = 0; i < userInfo.inventory[slotID].projectile * 2; i++)
{
GameObject Bullet = Instantiate(projectile, user.transform.position + userInfo.barrelPos + zDepth, Quaternion.identity) as GameObject;
Bullet.transform.rotation = Quaternion.Euler(0, 0, user.transform.rotation.z + bulletAngel * i);
Projectile bulletComponent = Bullet.GetComponent <Projectile>(); // Get Projectile.cs component
bulletComponent.damage = userInfo.inventory[slotID].power; // Transfer damage/power data into Projectile.cs
bulletComponent.travelSpeed = userInfo.inventory[slotID].speed; // Transfer speed into Projectile.cs
bulletComponent.userType = userInfo.type; // Transfer user type into Projectile.cs
}
break;
}
case "enemy-cone-ball-targetPlayer": { // Ball-projectile shoot in cone shape - TARGET PLAYER (PLACEHOLDER)
int bulletAngel = 5;
for (var i = 0; i <= (userInfo.inventory[slotID].projectile - 1) * 2; i++)
{
GameObject Bullet = Instantiate(projectile, user.transform.position + userInfo.barrelPos + zDepth, Quaternion.identity) as GameObject;
Player playerComponent = GameObject.Find("Player").GetComponent <Player>();
float targetPlayerAngle = Vector2.SignedAngle(transform.up, (playerComponent.transform.position - Bullet.transform.position).normalized);
Bullet.transform.rotation = Quaternion.Euler(0, 0, user.transform.rotation.z + targetPlayerAngle - (userInfo.inventory[slotID].projectile - 1) * bulletAngel + bulletAngel * i);
Projectile bulletComponent = Bullet.GetComponent <Projectile>(); // Get Projectile.cs component
//VARIABLE TRANSFER
bulletComponent.damage = userInfo.inventory[slotID].power; // Transfer damage/power data into Projectile.cs
bulletComponent.travelSpeed = userInfo.inventory[slotID].speed; // Transfer speed into Projectile.cs
bulletComponent.userType = userInfo.type; // Transfer user type into Projectile.cs
}
break;
}
case "enemy-burst-ball-targetPlayer": { // Ball-projectile shoot in burst - TARGET PLAYER (PLACEHOLDER)
int bulletAngel = 5;
for (var i = 0; i <= (userInfo.inventory[slotID].projectile - 1) * 2; i++)
{
GameObject Bullet = Instantiate(projectile, user.transform.position + userInfo.barrelPos + zDepth, Quaternion.identity) as GameObject;
Player playerComponent = GameObject.Find("Player").GetComponent <Player>();
float targetPlayerAngle = Vector2.SignedAngle(transform.up, (playerComponent.transform.position - Bullet.transform.position).normalized);
Bullet.transform.rotation = Quaternion.Euler(0, 0, user.transform.rotation.z + targetPlayerAngle - (userInfo.inventory[slotID].projectile - 1) * bulletAngel + bulletAngel * i + rnd.Next(-5, 5));
Projectile bulletComponent = Bullet.GetComponent <Projectile>(); // Get Projectile.cs component
//VARIABLE TRANSFER
bulletComponent.damage = userInfo.inventory[slotID].power; // Transfer damage/power data into Projectile.cs
bulletComponent.travelSpeed = userInfo.inventory[slotID].speed; // Transfer speed into Projectile.cs
bulletComponent.userType = userInfo.type; // Transfer user type into Projectile.cs
}
break;
}
}
}
