void CreateOrReinitLivingEntityData(BaseLivingEntityConfig entetyConfig, ref LivingEntityData entityData)
{
Vector3 getPosition(Vector2 normalizedPosition)
{
var sb = sceneBounds();
var center = sb.center;
var size = sb.size;
size = new Vector3(normalizedPosition.x * size.x, normalizedPosition.y * size.y);
return(center + size);
}
if (entityData == null)
{
entityData = new LivingEntityData();
}
var initData = entetyConfig.GetData();
entityData.position = getPosition(initData.position);
entityData.rotation = initData.rotation;
entityData.scale = initData.scale;
entityData.speed = initData.speed;
entityData.baseColor = initData.color;
entityData.layer = initData.layer;
entityData.radius = initData.radius;
entityData.alpha = 0f;
}
public void PopulateEntity(int index, LivingEntityData data, Vector3[] vertices, Color[] colors)
{
// Vertex
int pointIndex = index * 4;
var matrix = Matrix4x4.TRS(Vector3.zero, data.Rotation, data.Scale);
var dataPosition = data.Position;
Vector3 p1 = dataPosition + (Vector3)(matrix * _spriteVertices[0]);
Vector3 p2 = dataPosition + (Vector3)(matrix * _spriteVertices[1]);
Vector3 p3 = dataPosition + (Vector3)(matrix * _spriteVertices[2]);
Vector3 p4 = dataPosition + (Vector3)(matrix * _spriteVertices[3]);
vertices[pointIndex + 0] = p1;
vertices[pointIndex + 1] = p2;
vertices[pointIndex + 2] = p3;
vertices[pointIndex + 3] = p4;
// Color
var dataColor = data.Color;
colors[pointIndex + 0] = dataColor;
colors[pointIndex + 1] = dataColor;
colors[pointIndex + 2] = dataColor;
colors[pointIndex + 3] = dataColor;
}
public void Initalize(LivingEntityData <LivingEntity> data)
{
health = data.health;
maxHealth = data.maxHealth;
moveSpeed = data.moveSpeed;
names = data.names;
dead = health <= 0;
}
public void Populate(int numberOfEntities, BaseLivingEntityConfig entetyConfig)
{
while (_enteties.Count < numberOfEntities)
{
LivingEntityData entityData = null;
CreateOrReinitLivingEntityData(entetyConfig, ref entityData);
_enteties.Add(entityData);
}
}
