protected void Start()
{
NinjaState = CharacterState.Idle;
ParameterIDs.Add("Running", Animator.StringToHash("Running"));
ParameterIDs.Add("Falling", Animator.StringToHash("Falling"));
ParameterIDs.Add("Jumping", Animator.StringToHash("Jumping"));
ParameterIDs.Add("Kicking", Animator.StringToHash("Kicking"));
ParameterIDs.Add("PunchAttackState", Animator.StringToHash("PunchAttackState"));
BoxCollider2DFix.AddBoxColliderFix("Idle",
new ColliderFixInfo(new Vector2(1, 1.705f), new Vector2(0, -0.016f)));
BoxCollider2DFix.AddBoxColliderFix("Jumping",
new ColliderFixInfo(new Vector2(1, 1.316f), new Vector2(-0.1f, -0.021f)));
BoxCollider2DFix.AddBoxColliderFix("Falling",
new ColliderFixInfo(new Vector2(1.084f, 1.521f), new Vector2(-0.206f, 0.099f)));
BoxCollider2DFix.AddBoxColliderFix("Running",
new ColliderFixInfo(new Vector2(1, 1.664f), new Vector2(0, -0.193f)));
Attack = new Attack();
TimerFramesOfAttacks = new Dictionary <string, TimerFramesOfAttack>
{
{
"Kick", new TimerFramesOfAttack(1, new[]
{
new FrameOfAttack(
o =>
{
Vector2 positionOffset = new Vector2((o.transform.rotation.y > 0 ? 1 : -1) * 30, 0.5f);
AttackFunctions.SimplePhysicalAttack(
new FrameDataPhysical(
new Vector2(o.transform.rotation.y > 0 ? 1 : -1, 0),
positionOffset,
Prefabs[0], radius: 0.5f, framesOfLife: 10, setKnockBack: true, damage: 0.05f, multiplier: 3))(o);
return(true);
})
}, 25)
},
{
"Punch 1", new TimerFramesOfAttack(1, new[]
{
new FrameOfAttack(
o =>
{
Vector2 positionOffset = new Vector2((o.transform.rotation.y > 0 ? 1 : -1) * 32, 1.24f);
AttackFunctions.SimplePhysicalAttack(
new FrameDataPhysical(
new Vector2(o.transform.rotation.y > 0 ? 1 : -1, 0),
positionOffset,
Prefabs[0], radius: 0.51f, framesOfLife: 10, damage: 0.01f, multiplier: 0f))(o);
return(true);
})
}, 10)
},
{
"Punch 2", new TimerFramesOfAttack(1, new[]
{
new FrameOfAttack(
o =>
{
Vector2 positionOffset = new Vector2((o.transform.rotation.y > 0 ? 1 : -1) * 32, 1.24f);
AttackFunctions.SimplePhysicalAttack(
new FrameDataPhysical(
new Vector2(o.transform.rotation.y > 0 ? 1 : -1, 0),
positionOffset,
Prefabs[0], radius: 0.51f, framesOfLife: 10, damage: 0.01f, multiplier: 0f))(o);
return(true);
})
}, 10)
},
{
"Punch 3", new TimerFramesOfAttack(1, new[]
{
new FrameOfAttack(
o =>
{
Vector2 positionOffset = new Vector2((o.transform.rotation.y > 0 ? 1 : -1) * 30, 1);
AttackFunctions.SimplePhysicalAttack(
new FrameDataPhysical(
new Vector2(0, 1),
positionOffset,
Prefabs[0], radius: 0.5f, framesOfLife: 10, damage: 0.2f, multiplier: 20,
setKnockBack: true))(o);
return(true);
})
}, 20)
}
};
}
void Start()
{
Attack = new Attack();
TimerFramesOfAttacks = new Dictionary <string, TimerFramesOfAttack>
{
{
"A", new TimerFramesOfAttack(60, new []
{
new FrameOfAttack(
o =>
{
Vector2 positionOffset = new Vector2(-0.5f, 1);
AttackFunctions.SimplePhysicalAttack(
new FrameDataPhysical(
Utils.Degree2Vec2(o.transform.rotation.z),
positionOffset,
Prefabs[0]))(o);
Vector3 spawnPosition = o.transform.position +
Utils.Vec22Vec3(
Utils.NormalizedVectorFromAngle(
o.transform.eulerAngles.z + 105f));
Instantiate(Prefabs[2],
spawnPosition,
o.transform.rotation
);
return(true);
}),
})
},
{
"X", new TimerFramesOfAttack(120, new []
{
new FrameOfAttack(
o =>
{
o.GetComponent <Rigidbody2D>().velocity =
Utils.NormalizedVectorFromAngle(
o.transform.eulerAngles.z + 90f) * 40f;
return(true);
}),
})
},
{
"LT", new TimerFramesOfAttack(120, new[]
{
new FrameOfAttack(o =>
{
MouseCharacter mouseCharacter = o.GetComponent <MouseCharacter>();
float angleOfAttack = o.transform.eulerAngles.z + 90f;
Vector2 vectorizedAngleOfAttack = Utils.NormalizedVectorFromAngle(angleOfAttack);
Vector2 vectorizedAngleOfAttackOffset = Utils.NormalizedVectorFromAngle(angleOfAttack + 15f);
Vector2 spawnPosition = o.transform.position +
Utils.Vec22Vec3(vectorizedAngleOfAttackOffset) * 1.0f;
GameObject projectileThrown = Instantiate(
mouseCharacter.Prefabs[1],
spawnPosition,
o.transform.rotation);
Projectile projectile = projectileThrown.GetComponent <Projectile>();
projectile.Damage = 0.1f;
projectile.Direction = vectorizedAngleOfAttack;
projectile.Velocity = vectorizedAngleOfAttack;
projectile.Multiplier = 0.5f;
projectile.FramesOfLife = 100;
projectile.Source = o;
return(true);
})
})
}
};
}
