public override void Awake()
{
base.Awake();
characterController = GetComponent<CharacterController>();
baseStepOffset = characterController.stepOffset;
baseRadius = characterController.radius;
baseHeight = characterController.height;
baseSkinWidth = characterController.skinWidth;
crouch = GetComponent<Crouch>();
}
public virtual void Process()
{
if (Crouch.Process())
{
}
else if (Prone.Process())
{
}
else if (Sprint.Process())
{
}
}
// Start is called before the first frame update
void Start()
{
//Makes sure that there's an audio clip on the audio source, and makes sure it's playable.
audioData = GetComponent <AudioSource>();
audioData.clip = Pavement;
audioData.Play();
audioData.loop = true;
audioData.Pause();
//Gets the crouch & zone component from the parent.
cro = GetComponentInParent <Crouch>();
zone = GetComponentInParent <ZoneStatusUpdater>();
}
public override void OnStateEnter()
{
_inputReader = stateMachine.GetComponent <InputReader>();
_stats = stateMachine.GetComponent <StatHolder>().held;
_motor = stateMachine.GetComponent <Motor>();
_crouch = stateMachine.GetComponent <Crouch>();
_grounded = stateMachine.GetComponent <Grounded>();
_falldmg = stateMachine.GetComponent <FallDamage>();
#region change motor vals
_motor.speed = _stats.runSpeed;
_motor.accelRate = _stats.runAccelRate;
_motor.sprintHorizontalInputReductionMult = 1f;
#endregion
}
private void Awake()
{
inven = false;
invLight.SetActive(false);
movement = player.GetComponent <move>();
//예진//
crouch = player.GetComponent <Crouch>();
cubeCamera = player.transform.GetChild(0).gameObject;
pick = player.GetComponent <pickup>();
rb = player.GetComponent <Rigidbody>();
point = GvrReticle.GetComponent <GvrReticlePointer>();
total_weight = 0;
}
public override void OnStateEnter()
{
_stats = stateMachine.GetComponent <StatHolder>().held;
_input = stateMachine.GetComponent <InputReader>();
_crouch = stateMachine.GetComponent <Crouch>();
_motor = stateMachine.GetComponent <Motor>();
//_motor.enabled = false;
_motor.disabledWorkAround = true;
// actually physics slide the player forward
_slide = stateMachine.GetComponent <Slide>();
_slide.duration = _stats.slideLength;
_slide.strength = _stats.slideStrength;
_slide.enabled = true;
}
public override void OnStateEnter()
{
#region get comps
_motor = stateMachine.GetComponent <Motor>();
_stats = stateMachine.GetComponent <StatHolder>().held;
_input = stateMachine.GetComponent <InputReader>();
_grounded = stateMachine.GetComponent <Grounded>();
_jump = stateMachine.GetComponent <Jump>();
_crouch = stateMachine.GetComponent <Crouch>();
_collider = stateMachine.GetComponent <CapsuleCollider>();
#endregion
#region change motor vals
_motor.speed = _stats.crouchSpeed;
_motor.accelRate = _stats.crouchAccelRate;
#endregion
}
public override void OnStateEnter()
{
_input = stateMachine.GetComponent <InputReader>();
_stats = stateMachine.GetComponent <StatHolder>().held;
_motor = stateMachine.GetComponent <Motor>();
_grounded = stateMachine.GetComponent <Grounded>();
_edgeDetect = stateMachine.GetComponent <EdgeDetect>();
_edgeDetect.enabled = true;
_climb = stateMachine.GetComponent <Climb>();
toggle = false;
_crouch = stateMachine.GetComponent <Crouch>();
_falldmg = stateMachine.GetComponent <FallDamage>();
#region change motor vals
_motor.speed = _stats.airSpeed;
_motor.accelRate = _stats.airAccelRate;
_motor.sprintHorizontalInputReductionMult = 1f;
#endregion
}
public override void OnStateEnter()
{
_motor = stateMachine.GetComponent <Motor>();
_grounded = stateMachine.GetComponent <Grounded>();
_stats = stateMachine.GetComponent <StatHolder>().held;
_falldmg = stateMachine.GetComponent <FallDamage>();
_jump = stateMachine.GetComponent <Jump>();
_crouch = stateMachine.GetComponent <Crouch>();
_crouch.crouching = true;
if (_falldmg.landingFirm)
{
_motor.accelMult = Vector3.zero;
timeToExit = 0.01f;
_falldmg.landingFirm = false;
}
else if (_falldmg.landingHard)
{
_motor.accelMult = Vector3.zero;
_motor.speed = _stats.runSpeed * 0.6f;
_motor.accelRate = _stats.runAccelRate * 0.6f;
timeToExit = 0.9f;
_jump.disableOverride = true;
_falldmg.landingHard = false;
}
else if (_falldmg.landingSplat)
{
_motor.accelMult = Vector3.zero;
_motor.speed = _stats.runSpeed * 0.2f;
_motor.accelRate = _stats.runAccelRate * 0.2f;
timeToExit = 1.5f;
_jump.disableOverride = true;
_falldmg.landingSplat = false;
}
timer = 0;
}
//Update checks player state, and set the flags
//Update() is called later than FixedUpdate()
void Update()
{
mouseTracker.Track(this.transform, cam.transform);
//if player input attemps to jump this frame
//Core point : the if doesnot check isJumping state, in this case you press jump when jumping, character will jump once it's grounded. It's like the pre-calculation.
if (!callJump)
{
callJump = Input.GetButtonDown("Jump");
}
//if player just got grounded this frame
if (!previouslyGrounded && controller.isGrounded)
{
//TODO shake
PlayAudioClip(landSFX);
nextStepPlace += footStepLength; //if not add one step, landing sound and a foot step sound will play at the same time(if character traveled more than one step dist in air)
frameMovement.y = 0f; //TODO what is this
//isJumping = false;
//TODO complementary code to fix jump crouch problem. This increases coupling.
Crouch crouchAbility = GetComponent <Crouch>();
if (crouchAbility != null && Input.GetButton("Crouch"))
{
characterState = CharacterState.Crouching;
SetMoveSpeed(crouchAbility.crouchMoveSpeed, crouchAbility.crouchMoveSpeed);
}
else
{
characterState = CharacterState.Idle;
}
}
//if player start jumping this frame
if (previouslyGrounded && /*!isJumping*/ characterState != CharacterState.Jumping && !controller.isGrounded)
{
frameMovement.y = 0f;
}
previouslyGrounded = controller.isGrounded;
}
protected override void Start()
{
base.Start();
IdleState = new Idle(this);
MoveState = new Move(this);
JumpState = new Jump(this);
FallState = new Fall(this);
WallSlideState = new WallSliding(this);
CrouchState = new Crouch(this);
GroundPoundState = new GroundPound(this);
growthFsm.AddToStateList((int)PlayerGrowthStates.SMALL, new Small(this, smallAnimations));
growthFsm.AddToStateList((int)PlayerGrowthStates.BIG, new Big(this, bigAnimations));
growthFsm.InitializeFSM((int)PlayerGrowthStates.SMALL);
baseMovementFSM.InitializeFSM(IdleState);
playerMoveProperties.CalculatePhysicsValues();
}
private void initialize()
{
jump = GetComponent <Jump>();
walk = GetComponent <PlayerWalk>();
firePivot = transform.FindChild("FirePivot");
teleportable = GetComponent <Teleportable>();
dieAnim = GetComponent <PlayerDieAnim>();
crouch = GetComponent <Crouch>();
idle = GetComponent <Idle>();
lookDirections = GetComponent <LookDirections>();
body = GetComponent <ChipmunkBody>();
rightFireDir.x = 1f;
rightFireDir.y = -0.5f;
leftFireDir.x = -1f;
leftFireDir.y = -0.5f;
fireDir = rightFireDir;
collisionGroupSkip = GetComponent <ChipmunkShape>().collisionGroup;
// not sure if ok: all layers except Player's layer
collisionLayersSkip = unchecked ((uint)(1 << KLayers.PLAYER));
//collisionLayers = 0;
}
private void Awake()
{
_playerCrouch = GetComponent <Crouch>();
_playerPosition = GetComponent <Transform>();
_hit.SetActive(false);
}
void Update()
{
Animator anim = GetComponent <Animator>();
Crouch crouch = new Crouch();
// WASD入力から、XZ平面(水平な地面)を移動する方向(velocity)を得ます
velocity = Vector3.zero;
if (Input.GetKey(KeyCode.W))
{
velocity.z += 1;
}
if (Input.GetKey(KeyCode.A))
{
velocity.x -= 1;
}
if (Input.GetKey(KeyCode.S))
{
velocity.z -= 1;
}
if (Input.GetKey(KeyCode.D))
{
velocity.x += 1;
}
currentBaseState = anim.GetCurrentAnimatorStateInfo(0);
if (currentBaseState.fullPathHash == stateIdle ||
currentBaseState.fullPathHash == stateWalk ||
currentBaseState.fullPathHash == stateJump ||
currentBaseState.fullPathHash == stateRunningJump ||
currentBaseState.fullPathHash == stateSlide ||
currentBaseState.fullPathHash == stateCrouch ||
currentBaseState.fullPathHash == stateCrouchWalk ||
currentBaseState.fullPathHash == stateRun)
{
moveflg = true;
}
else
{
moveflg = false;
}
if ((Input.GetKey(KeyCode.W) || Input.GetKey(KeyCode.A) || Input.GetKey(KeyCode.S) || Input.GetKey(KeyCode.D)) && moveflg == true) //方向キーを押しているとき(歩き)
{
if (crouch.CrouchJudge() == true && !Input.GetKey(KeyCode.LeftShift)) //しゃがんでいてシフト（走りボタンが押されていないとき）
{
moveSpeed = crouchSpeed; //移動速度にしゃがみ速度を代入
}
else//しゃがんでいないとき
{
moveSpeed = walkSpeed; //移動速度に歩き速度を代入
if (Input.GetKey(KeyCode.LeftShift)) //上記に加えさらにシフトキーを押しているとき(走り)
{
moveSpeed = runSpeed; //移動速度に走り速度を代入
}
}
}
else //移動しないとき
{
moveSpeed = 0.0f;//移動速度を元に戻す()
}
// 速度ベクトルの長さを1秒でmoveSpeedだけ進むように調整します
velocity = velocity.normalized * moveSpeed * Time.deltaTime;
anim.SetFloat("Speed", moveSpeed);//animatorにmoveSpeedを渡してSpeedに応じてアニメーション遷移
// いずれかの方向に移動している場合
if (velocity.magnitude > 0)
{
// プレイヤーの回転(transform.rotation)の更新
// 無回転状態のプレイヤーのZ+方向(後頭部)を、
// カメラの水平回転(refCamera.hRotation)で回した移動の反対方向(-velocity)に回す回転に段々(applySpeedずつ)近づけます
transform.rotation = Quaternion.Slerp(transform.rotation, //開始地点(今の地点)
Quaternion.LookRotation(refCamera.hRotation * velocity), //終了地点(カメラの水平方向の前方向とキャラの向きから算出)
applySpeed); //振り向き速度
// プレイヤーの位置(transform.position)の更新
// カメラの水平回転(refCamera.hRotation)で回した移動方向(velocity)を足し込みます
transform.position += refCamera.hRotation * velocity;
}
}
//handy way to make sure there's nothing wrong
public void InitializePlayer()
{
try
{
rb = GetComponent <Rigidbody>();
}
catch
{
rb = this.gameObject.AddComponent <Rigidbody>();
}
//set up ground component
try
{
//moveComponent = move.GetComponent<PlayerMovementv3>();
moveComponent = move.GetComponent <PlayerGroundMovement>();
}
catch
{
GameObject go = new GameObject();
go.transform.parent = transform;
go.transform.position = transform.position;
move = go;
//move.AddComponent<PlayerMovementv3>();
move.AddComponent <PlayerGroundMovement>();
//moveComponent = move.GetComponent<PlayerMovementv3>();
moveComponent = move.GetComponent <PlayerGroundMovement>();
move.name = "move";
}
playerMovementArray[0] = move;
//set up grapple component
try
{
grappleComponent = grapple.GetComponent <GrappleComponent>();
}
catch
{
GameObject go = new GameObject();
go.transform.parent = transform;
go.transform.position = transform.position;
grapple = go;
grapple.AddComponent <GrappleComponent>();
grappleComponent = grapple.GetComponent <GrappleComponent>();
grapple.name = "grapple";
}
grappleComponent.Initialize();
playerMovementArray[1] = grapple;
//set up crouch component
try
{
crouchComponent = crouch.GetComponent <Crouch>();
}
catch
{
GameObject go = new GameObject();
go.transform.parent = transform;
go.transform.position = transform.position;
crouch = go;
crouch.AddComponent <Crouch>();
crouchComponent = crouch.GetComponent <Crouch>();
crouch.name = "crouch";
}
playerMovementArray[2] = crouch;
//set up air component
try
{
airComponent = air.GetComponent <PlayerAirMovement>();
}
catch
{
GameObject go = new GameObject();
go.transform.parent = transform;
go.transform.position = transform.position;
air = go;
air.AddComponent <PlayerAirMovement>();
airComponent = air.GetComponent <PlayerAirMovement>();
air.name = "air";
}
playerMovementArray[3] = air;
for (int i = 0; i < playerMovementArray.Length; i++)
{
Debug.Log(playerMovementArray[i].name + " is in the player movement array");
}
SetMovementType("move");
}
public StateController <CharacterState, CharacterContext> BuildCharacterControllerImpl(StateControllerBuilder <CharacterState, CharacterContext> builder)
{
Builder = builder;
InjectState(this);
// Declare Smash Attacks
SmashUp.Charge.Data.SmashAttack = SmashAttack.Charge;
SmashSide.Charge.Data.SmashAttack = SmashAttack.Charge;
SmashDown.Charge.Data.SmashAttack = SmashAttack.Charge;
SmashUp.Attack.Data.SmashAttack = SmashAttack.Attack;
SmashSide.Attack.Data.SmashAttack = SmashAttack.Attack;
SmashDown.Attack.Data.SmashAttack = SmashAttack.Attack;
// Ground Attacks
new [] { Idle, Walk, CrouchStart, Crouch, CrouchEnd }
// Smash Attacks
.AddTransitions <CharacterState, CharacterContext>(context => {
var input = context.Input;
if (!input.Attack.WasPressed)
{
return(null);
}
switch (input.Smash.Direction)
{
case Direction.Right:
case Direction.Left:
return(SmashSide.Charge);
case Direction.Up:
return(SmashUp.Charge);
case Direction.Down:
return(SmashDown.Charge);
}
return(null);
})
// Tilt Attacks
.AddTransitions <CharacterState, CharacterContext>(context => {
var input = context.Input;
if (!input.Attack.WasPressed)
{
return(null);
}
switch (input.Movement.Direction)
{
case Direction.Right:
case Direction.Left:
return(TiltSide);
case Direction.Up:
return(TiltUp);
case Direction.Down:
return(TiltDown);
}
return(Neutral);
});
SmashUp.Charge.AddTransitionTo(SmashUp.Attack);
SmashDown.Charge.AddTransitionTo(SmashDown.Attack);
SmashSide.Charge.AddTransitionTo(SmashSide.Attack);
TiltDown.AddTransitionTo(Crouch, Input(i => i.Movement.Direction == Direction.Down));
new[] { Neutral, TiltUp, TiltDown, TiltSide, SmashUp.Attack, SmashDown.Attack, SmashSide.Attack }
.AddTransitionTo(Idle);
new [] { Fall, Jump, JumpAerial }
.AddTransitions(Land, ctx => ctx.IsGrounded)
// Aerial Attacks
.AddTransitions <CharacterState, CharacterContext>(context => {
var input = context.Input;
if (!input.Attack.WasPressed)
{
return(null);
}
switch (input.Movement.Direction)
{
case Direction.Right:
return(context.Direction >= 0f ? AerialForward : AerialBackward);
case Direction.Left:
return(context.Direction >= 0f ? AerialBackward : AerialForward);
case Direction.Up:
return(AerialUp);
case Direction.Down:
return(AerialDown);
}
return(AerialNeutral);
});
new[] { AerialForward, AerialBackward, AerialDown, AerialUp, AerialNeutral }
.AddTransitions(AerialAttackLand, ctx => ctx.IsGrounded)
.AddTransitionTo(Fall);
AerialAttackLand.AddTransitionTo(Idle);
// Aerial Movement
new [] { Idle, Walk, Dash, Run, RunTurn, RunBrake, CrouchStart, Crouch, CrouchEnd, Shield.Main }
.AddTransitions(JumpStart, ctx => ctx.Input.Jump.WasPressed && ctx.CanJump);
new[] { JumpStart, JumpAerial }.AddTransitionTo(Jump);
new[] { Jump, Fall }.AddTransitions(JumpAerial, ctx => ctx.Input.Jump.WasPressed && ctx.CanJump)
.AddTransitions(EscapeAir, Input(i => i.Shield.WasPressed));
Jump.AddTransition(Idle, ctx => ctx.NormalizedStateTime >= 1.0f && ctx.IsGrounded)
.AddTransition(Fall, ctx => ctx.NormalizedStateTime >= 1.0f && !ctx.IsGrounded);
EscapeAir.AddTransitionTo(FallHelpless);
new[] { Fall, FallHelpless, EscapeAir }.AddTransitions(Land, ctx => ctx.IsGrounded);
Land.AddTransitionTo(Idle);
Func <Func <PlayerInputContext, DirectionalInput>, Func <CharacterContext, bool> >
movementContext = func => {
return(ctx => !DirectionInput(Direction.Down)(ctx) &&
Input(i => Mathf.Abs(func(i).Value.x) > DirectionalInput.DeadZone)(ctx));
};
// Running States
Idle.AddTransition(Dash, movementContext(i => i.Smash));
Dash.AddTransitionTo(Idle, DirectionInput(Direction.Neutral));
new[] { Dash, RunTurn }.AddTransitionTo(Run);
Run.AddTransition(RunBrake, DirectionInput(Direction.Neutral));
Run.AddTransition(RunTurn,
ctx => !Mathf.Approximately(Mathf.Sign(ctx.Input.Movement.Value.x), Mathf.Sign(ctx.Direction)));
RunBrake.AddTransitionTo(Idle);
// Ground Movement
new[] { Idle, Walk, Run }
.AddTransitions(CrouchStart, DirectionInput(Direction.Down))
.AddTransitions(Fall, ctx => !ctx.IsGrounded);
Idle.AddTransition(Walk, movementContext(i => i.Movement));
Walk.AddTransition(Idle, DirectionInput(Direction.Neutral));
// Crouching States
CrouchStart.AddTransitionTo(Crouch);
CrouchEnd.AddTransitionTo(Idle);
new[] { CrouchStart, Crouch, CrouchEnd }.AddTransitions(Fall, ctx => !ctx.IsGrounded);
Crouch.AddTransition(CrouchEnd, Input(i => i.Movement.Direction != Direction.Down));
// Ledge States
new[] { Idle, Fall, FallHelpless }.AddTransitions(LedgeGrab, ctx => ctx.State.IsGrabbingLedge);
LedgeGrab.AddTransitionTo(LedgeIdle);
LedgeIdle.AddTransition(LedgeRelease, ctx => !ctx.State.IsGrabbingLedge)
.AddTransition(LedgeClimb, DirectionInput(Direction.Up))
.AddTransition(LedgeJump, ctx => ctx.Input.Jump.WasPressed && ctx.CanJump)
.AddTransition(LedgeAttack, Attack());
LedgeJump.AddTransitionTo(Jump);
new[] { LedgeRelease, LedgeClimb, LedgeEscape, LedgeAttack }
.AddTransitions(Idle, ctx => ctx.NormalizedStateTime >= 1.0f && ctx.IsGrounded)
.AddTransitions(Fall, ctx => ctx.NormalizedStateTime >= 1.0f && !ctx.IsGrounded);
// Shielding
Idle.AddTransition(Shield.On, Input(i => i.Shield.Current));
Shield.On.AddTransition(Shield.Perfect, ctx => ctx.State.IsHit)
.AddTransitionTo(Shield.Main);
Shield.Main.AddTransition(Shield.Broken, ctx => ctx.State.ShieldDamage <= 0)
.AddTransition(Shield.Off, Input(i => !i.Shield.Current));
Shield.Off.AddTransitionTo(Idle);
new[] { Shield.Broken, Shield.Stunned, Idle }.Chain();
// Rolls/Sidesteps
Shield.Main
.AddTransition(EscapeForward, ctx => {
if (ctx.Direction > 0f)
{
return(DirectionalSmash(Direction.Right)(ctx));
}
else
{
return(DirectionalSmash(Direction.Left)(ctx));
}
})
.AddTransition(EscapeBackward, ctx => {
if (ctx.Direction > 0f)
{
return(DirectionalSmash(Direction.Left)(ctx));
}
else
{
return(DirectionalSmash(Direction.Right)(ctx));
}
})
.AddTransition(Escape, DirectionInput(Direction.Down));
new[] { Escape, EscapeForward, EscapeBackward }.AddTransitionTo(Shield.Main);
Builder.WithDefaultState(Idle);
BuildCharacterController();
return(Builder.Build());
}
void Awake()
{
crouch = GetComponent <Crouch>();
}
// Use this for initialization
void Start()
{
text.SetActive(false);
player = GameObject.FindGameObjectWithTag("Player");
script = player.GetComponent <Crouch>();
}
// Use this for initialization
void Start()
{
_animator = GetComponent <Animator>();
_crouch = transform.parent.GetComponent <Crouch>();
}
// Use this for initialization
void Start ()
{
m_crouchScript = GetComponent<Crouch>();
m_CC = GetComponent<CharacterController>();
}
void Awake()
{
move = GetComponent <WalkAbs>();
jump = GetComponent <Jump>();
crouch = GetComponent <Crouch>();
}
//prob matrix nxn
//v = colum vector (states) num at index is the value assosiated with state
//I is identity matrix mxm
//Gamma set to 1 (0-1) I set it 0 cancels prob matrix (means greedy)
// P prob matrix all states in rows and colums
//r is colum vector (size num of states) keeps track of current reward for all states
// Start is called before the first frame update
void Start()
{
jumping = gameObject.GetComponent <Jumping>(); //adds a reference to the jumping script
crouch = gameObject.GetComponent <Crouch>(); //adds a reference to the crouching script
pMatrix = Matrix <float> .Build.Dense(numOfStates, numOfStates); //creates a probability matrix the size of the number of unique states
identity = Matrix <float> .Build.DenseIdentity(numOfStates); //creates a matrix the same size but as an identity matrix
Debug.Log(identity);
stateList = new List <State>();
samples = new List <Samples>();
states = Vector <float> .Build.Dense(numOfStates); //creates an array/vector for storing the number of single states
rewards = Vector <float> .Build.Dense(numOfStates); //creates a vector that holds the reward for each state
cumulativeRewards = Vector <float> .Build.Dense(numOfStates); //holds the sum of all rewards each state received
//for (int i = 0; i < numOfStates; i++)
//{
// states[i] = i;
//}
//sets all states to false for the start
initialState.highJumping = false;
initialState.jumping = false;
initialState.ducking = false;
initialState.dead = false;
initialState.objectInfront = false;
initialState.wideObject = false;
currentState = initialState; //sets current state to blank
State tempState = new State(); //holds all the unique states temporarily
for (int a = 0; a < 2; a++) //these for loops combine each state to get all unique possible states
{
tempState.highJumping = (a == 1);
for (int b = 0; b < 2; b++)
{
tempState.jumping = (b == 1);
for (int c = 0; c < 2; c++)
{
tempState.ducking = (c == 1);
for (int d = 0; d < 2; d++)
{
tempState.dead = (d == 1);
for (int e = 0; e < 2; e++)
{
tempState.objectInfront = (e == 1);
for (int f = 0; f < 2; f++)
{
tempState.wideObject = (f == 1);
stateList.Add(tempState);
}
}
}
}
}
}
for (int i = 0; i < numOfStates; i++)// This for loop sets the reward/punish amount for each of the single states
{
//if (!stateList[i].dead && !stateList[i].objectInfront && !stateList[i].wideObject)
// rewards[i] += 3;
//else if (stateList[i].objectInfront && !stateList[i].jumping)
// rewards[i] += -2;
//else if (stateList[i].objectInfront && !stateList[i].ducking)
// rewards[i] += 1;
//else if (stateList[i].dead)
// rewards[i] += -10;
if (stateList[i].dead)//sets punish for death
{
rewards[i] += -30;
}
else
{
rewards[i] += 1;
}
if (stateList[i].ducking)//sets reward for ducking
{
rewards[i] += 1;
}
if (stateList[i].highJumping)//sets reward for highjump
{
rewards[i] += 5;
}
if (stateList[i].jumping)//sets reward for regular jump
{
rewards[i] += 10;
}
if (stateList[i].objectInfront)//sets punish for when a cactus is in front of AI
{
rewards[i] += -2;
}
else
{
rewards[i] += 1;
}
if (stateList[i].wideObject)//sets punish for when a double cactus is in from of AI
{
rewards[i] += -2;
}
else
{
rewards[i] += 1;
}
if (stateList[i].jumping && stateList[i].objectInfront)// sets reward for jumping when in front of cactus
{
rewards[i] += 10;
}
if (stateList[i].jumping && stateList[i].highJumping && stateList[i].wideObject)// sets reward for jumping when in front of double cactus
{
rewards[i] += 10;
}
if (!stateList[i].jumping && stateList[i].objectInfront)// sets punish for not jumping when in front of cactus
{
rewards[i] += -20;
}
if (!stateList[i].jumping && !stateList[i].highJumping && stateList[i].wideObject)// sets punish for not high jumping when in front of double cactus
{
rewards[i] += -20;
}
if (!stateList[i].ducking && !stateList[i].dead && !stateList[i].highJumping &&
!stateList[i].jumping && !stateList[i].objectInfront && !stateList[i].wideObject)
{
rewards[i] += 25;// if surviving it will get rewarded
}
}
}
protected override void Init()
{
_rb = GetComponent <Rigidbody>();
_footstepController = GetComponentInChildren <FootstepController>();
_crouch = GetComponentInChildren <Crouch>();
}
/// <summary>
/// Handles a change in PlayerKeyState.
/// </summary>
/// <param name="sender">Sender of the event.</param>
/// <param name="e">Object containing information about the event.</param>
public void Handle(object sender, KeyStateChangedEventArgs e)
{
if (Action != null && _check(e, Keys.Action))
{
Action.Handle(sender, e);
}
if (Crouch != null && _check(e, Keys.Crouch))
{
Crouch.Handle(sender, e);
}
if (Fire != null && _check(e, Keys.Fire))
{
Fire.Handle(sender, e);
}
if (Sprint != null && _check(e, Keys.Sprint))
{
Sprint.Handle(sender, e);
}
if (SecondaryAttack != null && _check(e, Keys.SecondaryAttack))
{
SecondaryAttack.Handle(sender, e);
}
if (Jump != null && _check(e, Keys.Jump))
{
Jump.Handle(sender, e);
}
if (LookRight != null && _check(e, Keys.LookRight))
{
LookRight.Handle(sender, e);
}
if (Handbrake != null && _check(e, Keys.Handbrake))
{
Handbrake.Handle(sender, e);
}
if (Aim != null && _check(e, Keys.Aim))
{
Aim.Handle(sender, e);
}
if (LookLeft != null && _check(e, Keys.LookLeft))
{
LookLeft.Handle(sender, e);
}
if (Submission != null && _check(e, Keys.Submission))
{
Submission.Handle(sender, e);
}
if (Walk != null && _check(e, Keys.Walk))
{
Walk.Handle(sender, e);
}
if (AnalogUp != null && _check(e, Keys.AnalogUp))
{
AnalogUp.Handle(sender, e);
}
if (AnalogDown != null && _check(e, Keys.AnalogDown))
{
AnalogDown.Handle(sender, e);
}
if (AnalogLeft != null && _check(e, Keys.AnalogLeft))
{
AnalogLeft.Handle(sender, e);
}
if (AnalogRight != null && _check(e, Keys.AnalogRight))
{
AnalogRight.Handle(sender, e);
}
if (Yes != null && _check(e, Keys.Yes))
{
Yes.Handle(sender, e);
}
if (No != null && _check(e, Keys.No))
{
No.Handle(sender, e);
}
if (CtrlBack != null && _check(e, Keys.CtrlBack))
{
CtrlBack.Handle(sender, e);
}
}
public static Chart Convert(string path, int distancex = 50, int distancey = 35, int offsety = 10, int dynamic = 20, int repeat = 200)
{
path = path.Substring(0, path.LastIndexOf(@"\"));
Chart synthSong = new Chart();
if (File.Exists(path + @"\info.dat"))
{
//load song info
string infoStr = "";
using (StreamReader streamReader = new StreamReader(path + @"\info.dat"))
{
infoStr = streamReader.ReadToEnd();
}
//deserialize song info
Info info = JsonConvert.DeserializeObject <Info>(infoStr);
synthSong.Name = (info._songName != "") ? info._songName : "N/A";
synthSong.Author = (info._songAuthorName != "") ? info._songAuthorName : "N/A";
synthSong.BPM = info._beatsPerMinute;
synthSong.Offset = (info._songTimeOffset < 0) ? info._songTimeOffset : synthSong.Offset = 0;
synthSong.Beatmapper = (info._levelAuthorName != "") ? info._levelAuthorName : "N/A";
synthSong.BeatConverted = true;
synthSong.Artwork = "Default Artwork";
synthSong.ArtworkBytes = null;
synthSong.AudioName = "";
synthSong.AudioData = null;
synthSong.AudioFrecuency = 0;
synthSong.AudioChannels = 2;
synthSong.EditorVersion = "1.8";
synthSong.IsAdminOnly = false;
for (int i = 0; i < info._difficultyBeatmapSets[0]._difficultyBeatmaps.Count && i < 5; i++)
{
if (File.Exists(path + @"\" + info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._beatmapFilename))
{
//load song difficulty
string beatSongStr = "";
using (StreamReader streamReader = new StreamReader(path + @"\" + info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._beatmapFilename))
{
beatSongStr = streamReader.ReadToEnd();
}
//deserialize song difficulty
BeatSong beatSong = JsonConvert.DeserializeObject <BeatSong>(beatSongStr);
//convert notes
Dictionary <float, List <Note> > track = new Dictionary <float, List <Note> >();
for (int j = 0; j < beatSong._notes.Count; j++)
{
int time = (int)Math.Round(beatSong._notes[j]._time * 60000f / info._beatsPerMinute);
float y_offset = 0;
float _offset = 0;
switch (beatSong._notes[j]._cutDirection)
{
case 0: y_offset += dynamic * 0.01f; break; //up
case 1: y_offset -= dynamic * 0.01f; break; //down
case 2: _offset += dynamic * 0.01f; break; //left
case 3: _offset -= dynamic * 0.01f; break; //right
case 4: y_offset += (dynamic / sqrttwo) * 0.01f; _offset += (dynamic / sqrttwo) * 0.01f; break; //up_left
case 5: y_offset += (dynamic / sqrttwo) * 0.01f; _offset -= (dynamic / sqrttwo) * 0.01f; break; //up_right
case 6: y_offset -= (dynamic / sqrttwo) * 0.01f; _offset += (dynamic / sqrttwo) * 0.01f; break; //down_left
case 7: y_offset -= (dynamic / sqrttwo) * 0.01f; _offset -= (dynamic / sqrttwo) * 0.01f; break; //down_right
}
Vector3 pos = new Vector3(_offset + (distancex / 150f) * (beatSong._notes[j]._lineIndex - 1.5f), y_offset + (distancey / 100f) * (beatSong._notes[j]._lineLayer - 1f) + offsety * 0.01f, (time) * 0.02f);
Note.NoteType type;
if (beatSong._notes[j]._type == 0)
{
type = Note.NoteType.LeftHanded;
}
else if (beatSong._notes[j]._type == 1)
{
type = Note.NoteType.RightHanded;
}
else//bombs
{
continue;
}
string id = i.ToString() + "," + j.ToString();
Note note = new Note(pos, id, -1, type);
if (!track.ContainsKey(time))
{
List <Note> notes = new List <Note>();
notes.Add(note);
track.Add(time, notes);
}
else
{
track[time].Add(note);
}
}
//convert obstacles
List <Crouch> crouches = new List <Crouch>();
List <Slide> slides = new List <Slide>();
for (int j = 0; j < beatSong._obstacles.Count; j++)
{
int time = (int)Math.Round(beatSong._obstacles[j]._time * 60000f / info._beatsPerMinute);
int duration = (int)Math.Round(beatSong._obstacles[j]._duration * 60000f / info._beatsPerMinute);
for (int n = time; n < time + duration; n += repeat)
{
if (beatSong._obstacles[j]._type == 1)
{
Crouch crouch = new Crouch();
crouch.time = n;
crouch.position = new float[] { 0, 0, n * 18.75f };
crouches.Add(crouch);
}
else
{
Slide slide = new Slide();
slide.time = n;
slide.position = new float[] { 0, 0, n * 18.75f };
if (beatSong._obstacles[j]._width == 1)
{
if (beatSong._obstacles[j]._lineIndex == 0)//one on the left
{
slide.slideType = (Note.NoteType) 4;
}
else if (beatSong._obstacles[j]._lineIndex == 3)//one on the right
{
slide.slideType = (Note.NoteType) 2;
}
else//one middle right or middle left
{
slide.slideType = (Note.NoteType) 3;
}
slides.Add(slide);
}
else if (beatSong._obstacles[j]._width == 2)
{
if (beatSong._obstacles[j]._lineIndex == 0)//two on the left
{
slide.slideType = (Note.NoteType) 1;
}
else if (beatSong._obstacles[j]._lineIndex == 1)//two in the middle
{
slide.slideType = (Note.NoteType) 3;
}
else if (beatSong._obstacles[j]._lineIndex == 2)//two on the right
{
slide.slideType = (Note.NoteType) 0;
}
slides.Add(slide);
}
else
{
Crouch crouch = new Crouch();
crouch.time = n;
crouch.position = new float[] { 0, 0, n * 18.75f };
crouches.Add(crouch);
}
}
}
}
Beats defaultBeats = new Beats();
defaultBeats.Easy = new Dictionary <float, List <Note> >();
defaultBeats.Normal = new Dictionary <float, List <Note> >();
defaultBeats.Hard = new Dictionary <float, List <Note> >();
defaultBeats.Expert = new Dictionary <float, List <Note> >();
defaultBeats.Master = new Dictionary <float, List <Note> >();
defaultBeats.Custom = new Dictionary <float, List <Note> >();
synthSong.Track = defaultBeats;
Crouchs defaultCrouchs = new Crouchs();
defaultCrouchs.Easy = new List <Crouch>();
defaultCrouchs.Normal = new List <Crouch>();
defaultCrouchs.Hard = new List <Crouch>();
defaultCrouchs.Expert = new List <Crouch>();
defaultCrouchs.Master = new List <Crouch>();
defaultCrouchs.Custom = new List <Crouch>();
synthSong.Crouchs = defaultCrouchs;
Slides defaultSlides = new Slides();
defaultSlides.Easy = new List <Slide>();
defaultSlides.Normal = new List <Slide>();
defaultSlides.Hard = new List <Slide>();
defaultSlides.Expert = new List <Slide>();
defaultSlides.Master = new List <Slide>();
defaultSlides.Custom = new List <Slide>();
synthSong.Slides = defaultSlides;
if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Expert"))
{
synthSong.Track.Expert = track;
synthSong.Crouchs.Expert = crouches;
synthSong.Slides.Expert = slides;
}
else if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Hard"))
{
synthSong.Track.Hard = track;
synthSong.Crouchs.Hard = crouches;
synthSong.Slides.Hard = slides;
}
else if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Normal"))
{
synthSong.Track.Normal = track;
synthSong.Crouchs.Normal = crouches;
synthSong.Slides.Normal = slides;
}
else if (info._difficultyBeatmapSets[0]._difficultyBeatmaps[i]._difficulty.Equals("Easy"))
{
synthSong.Track.Easy = track;
synthSong.Crouchs.Easy = crouches;
synthSong.Slides.Easy = slides;
}
else
{
synthSong.Track.Master = track;
synthSong.Crouchs.Master = crouches;
synthSong.Slides.Master = slides;
}
}
}
string[] filePaths = Directory.GetFiles(path);
foreach (string filePath in filePaths)
{
if (filePath.Contains(".egg"))//replace the .egg file ending with .ogg
{
string tmp = filePath.Substring(0, filePath.IndexOf(".egg")) + ".ogg";
if (!File.Exists(tmp))
{
File.Copy(filePath, tmp);
}
}
}
}
return(synthSong);
}