public void Grow()
{
switch (TreeGrowthState)
{
case TreeGrowthState.Seed:
TreeGrowthState = TreeGrowthState.Sprout;
break;
case TreeGrowthState.Sprout:
TreeGrowthState = TreeGrowthState.Sapling;
break;
case TreeGrowthState.Sapling:
TreeGrowthState = TreeGrowthState.Mature;
break;
case TreeGrowthState.Mature:
TreeGrowthState = TreeGrowthState.Snag;
break;
case TreeGrowthState.Snag:
TreeGrowthState = TreeGrowthState.Seed;
break;
}
}
public void UpdateTreeWindForceOnGrow(GameObject tree)
{
TreeGrowthState treeGrowthState = tree.GetComponentInChildren <Tree>().TreeGrowthState;
if (treeGrowthState == TreeGrowthState.Mature || treeGrowthState == TreeGrowthState.Snag)
{
UpdateTreeWindForce(tree);
}
}
private void UpdateTreeWindForce(GameObject tree)
{
TreeGrowthState treeGrowthState = tree.GetComponentInChildren <Tree>().TreeGrowthState;
if (tree.activeSelf && (treeGrowthState == TreeGrowthState.Mature || treeGrowthState == TreeGrowthState.Snag))
{
//módulo de forceOverTime das animações de folhas caindo
var particleSystemForceOverTimeModule = tree.GetComponentInChildren <ParticleSystem>().forceOverLifetime;
particleSystemForceOverTimeModule.x = WindForce;
particleSystemForceOverTimeModule.y = 0;
particleSystemForceOverTimeModule.z = 0;
//balanço dos galhos das árvores
var material = tree.GetComponentInChildren <MeshRenderer>().materials[1];
material.SetFloat("_tree_sway_speed", WindForce * 0.3f);
}
}