Added a move script to control running time

Using Unityengine;
Using System.Collections;

public class Mysolidermove:monobehaviour
{

Transform _head;

Transform _gun;

public float worktime;
float _runtime=10;
BOOL IsEmpty;
Use this for initialization
void Start ()
{
_head = transform. Findchild ("Head");
_gun = transform. Findchild ("M16");


}

Update is called once per frame
void Update ()
{

Cursor.lockstate = cursorlockmode.locked;
_gun.forward = _head.forward; Point the gun to the center of the camera.
Move ();
Rotate ();
Run ();

Jump ();
}

[Serializefield]
float movespeed = 10f;
void Move ()
{
float horizontal = Input.getaxis ("horizontal");
float vertical = Input.getaxis ("vertical");

Vector3 Despos = vector3.right * horizontal + vector3.forward * VERTICAL;
Transform. Translate (Despos * time.deltatime * movespeed);

}

void Run ()
{
if (Input.getkey (keycode.leftshift) &&!isempty)//energy tank is not empty to enter the loop
{
Worktime + = Time.deltatime; Running time
Movespeed = 30f; Accelerated

if (worktime>_runtime)//If the running time exceeds the upper limit
{
IsEmpty = true; Set to Empty
}
}
Else
{
if (worktime>0)
{
Worktime-= Time.deltatime;
}
Else
{
worktime = 0;
IsEmpty = false;
}
Movespeed = 10f; In all other cases, the speed is normal.
}
}

void Jump ()
{
if (Input.getkeydown (keycode.space))
{
Transform. Translate (vector3.up*1.9f);
}
}

float RotationY = 0f;
[Serializefield]
float rotatespeed = 20f;
void Rotate ()
{
float MouseX = Input.getaxis ("Mouse X");
float Mousey = Input.getaxis ("Mouse Y");

Transform. Rotate (MouseX * vector3.up * rotatespeed);

RotationY + = Mousey;

RotationY = Mathf.clamp (RotationY,-60, 60); Controlling a person's vision

_head.localeulerangles = Vector3.left * RotationY;

public class Firstview:monobehaviour
//{

Direction sensitivity
public float Sensitivityx = 10F;
public float sensitivityy = 10F;

Top and bottom view (y view)
public float minimumy = -60f;
public float maximumy = 60F;

float RotationY = 0F;

void Update ()
// {
Depending on the speed (increment) of the mouse movement, the angle of rotation around the camera is obtained (processing x)
Float RotationX = transform.localeulerangles.y + Input.getaxis ("Mouse X") * SENSITIVITYX;

Based on the speed (increment) of the mouse movement, the angle of rotation of the camera up and down (processing y)
RotationY + = Input.getaxis ("Mouse Y") * SENSITIVITYY;
Angle limit. RotationY is less than min and returns min. Greater than Max, returns Max. Otherwise, return value
RotationY = Mathf.clamp (RotationY, Minimumy, maximumy);

Overall set the camera angle
Transform.localeulerangles = new Vector3 (-rotationy, RotationX, 0);
// }

void Start ()
// {
Make the rigid body isn't change rotation
if (rigidbody)
Rigidbody.freezerotation = true;
// }

}

}

Added a move script to control running time