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85 lines
3.4 KiB
C#
85 lines
3.4 KiB
C#
using UnityEngine;
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using System.Collections;
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namespace RootMotion.Dynamics {
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/// <summary>
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/// This is just a commented template for creating new Puppet Behaviours.
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/// </summary>
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[AddComponentMenu("Scripts/RootMotion.Dynamics/PuppetMaster/Behaviours/BehaviourTemplate")]
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public class BehaviourTemplate : BehaviourBase {
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// Used for switching behaviours with PuppetEvents
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protected override string GetTypeSpring()
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{
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return typeSpring;
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}
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// Change this to the name of your behaviour class.
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private const string typeSpring = "BehaviourTemplate";
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// Just for demonstrating the intended use of sub-behaviours.
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// Sub-behaviours take care of behaviour code reusability.
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// While there can be only one active Puppet Behaviour at a time, that active behaviour can use multiple independent and reusable sub-behaviours simultaneously.
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// For example SubBehaviourCOM is responsible for calculating everything about the center of mass and can be used by any behaviour or even other sub-behaviours that need CoM information.
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public SubBehaviourCOM centerOfMass;
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// Used by SubBehaviourCOM
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public LayerMask groundLayers;
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// Just for demonstrating the intended use of PuppetEvents
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public PuppetEvent onLoseBalance;
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// A PuppetEvent will be called when the balance angle exceeds this point.
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public float loseBalanceAngle = 60f;
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protected override void OnInitiate() {
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// Initiate something. This is called only once by the PuppetMaster in Start().
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// Initiating sub-behaviours. SubBehaviourCOM will update automatically once it has been initiated
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centerOfMass.Initiate(this as BehaviourBase, groundLayers);
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}
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protected override void OnActivate() {
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// When this becomes the active behaviour. There can only be one active behaviour.
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// Switching behaviours is done by the behaviours themselves, using PuppetEvents.
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// Each behaviour should know when it is no longer required and which behaviours to switch to in each case.
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}
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public override void OnReactivate() {
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// Called when the PuppetMaster has been deactivated (by parenting it to an inactive hierarchy or calling SetActive(false)).
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}
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protected override void OnDeactivate() {
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// Called when this behaviour is exited. OnActivate is the place for resetting variables to defaults though.
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}
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protected override void OnFixedUpdate(float deltaTime) {
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// Everything happening in the fixed time step.
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// Example of using PuppetEvents
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if (centerOfMass.angle > loseBalanceAngle) {
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// If the angle between Vector3.up and the vector from the center of pressure to the center of mass > loseBalanceangle, lose balance (maybe switch to another behaviour).
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onLoseBalance.Trigger(puppetMaster);
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}
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}
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protected override void OnLateUpdate(float deltaTime) {
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// Everything happening in LateUpdate().
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}
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protected override void OnMuscleHitBehaviour(MuscleHit hit) {
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if (!enabled) return;
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// If the muscle has been hit via code using MuscleCollisionBroadcaster.Hit(float unPin, Vector3 force, Vector3 position);
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// This is used for shooting based on raycasting instead of physical collisions.
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}
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protected override void OnMuscleCollisionBehaviour(MuscleCollision m) {
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if (!enabled) return;
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// If the muscle has collided with something that is on the PuppetMaster's collision layers.
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}
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}
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}
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