ANM_CYCLE - workshop 21 - problem

action walking_guard()
{ 
	while (1) 
	{ 
		ent_animate(my,"walk",walk_percentage, ANM_CYCLE); // "walk" animation loop
		walk_percentage += 3 * time_step; // 3 = animation speed for "walk"
		wait (1); 
	} 
} 

walk_percentage %= 100;

///////////////////////////////
#include <acknex.h>
#include <default.c>

///////////////////////////////

var walk_percentage;
var death_percentage;

function main()
{
	video_mode = 7;
	level_load ("work21.wmb");
	wait (2); // wait until the level is loaded 
	camera.z = 120; // choose a convenient height
	camera.tilt = -15; // and tilt angle for the camera
}

action walking_guard()
{ 
	wait (-35); // added this as a test
	while (1) 
	{ 
		ent_animate(my,"walk",walk_percentage, ANM_CYCLE); // "walk" animation loop
		walk_percentage += 3 * time_step; // 3 = animation speed for "walk"
		wait (1); 
	} 
} 

action dead_guard()
{ 
	wait (-5); // wait 5 seconds
	while (1) 
	{ 
		ent_animate(my, "death", death_percentage, 0); // "death" one-shot animation 
		death_percentage += 3 * time_step; // 2  = animation speed for "death"
		wait (1); 
	} 
}

////////////////////////////////////////////////////////////////////////////////////
#include <acknex.h>
#include <default.c>

////////////////////////////////////////////////////////////////////////////////////
ENTITY* player;
VECTOR temp;
var anim_percent = 0;
var dist_ahead = 0;
var dist_down = 0;

function main()
{
	video_mode = 7;
	level_load ("test.wmb");
	wait (2);
	}

action move_me()
{
	while (1)
	{
		if (key_a) me.pan += 10 * time_step;
		if (key_d) me.pan -= 10 * time_step;
		camera.x = me.x + fcos(my.pan,-1 * 250);
		camera.y = me.y + fsin(my.pan,-1 * 250);
		vec_diff(temp.x,me.x,camera.x); //make the camera look towards the player
		vec_to_angle(camera.pan,temp.x);
		camera.z = 25;
		camera.tilt = -20;

      var dist_ahead = 5*(key_w-key_s)*time_step;
      dist_ahead = sign(dist_ahead)*(abs(dist_ahead) + 0.5*dist_down); // adapt the speed on slopes
      c_move(me,vector(dist_ahead,0,0),vector(0,0,-dist_down),IGNORE_PASSABLE | GLIDE); // move the player

		// animate the player according to its moved distance
      if (dist_ahead != 0) // player is moving ahead
      {
         anim_percent += 1.7*dist_ahead; // 1.7 = walk cycle percentage per quant
         ent_animate(me,"walka",anim_percent,ANM_CYCLE); // play the "walk" animation
      }

      else // player stands still
      { 
         anim_percent += 5*time_step; 
         ent_animate(me,"stand",anim_percent,ANM_CYCLE); // play the "stand" animation
      }
		wait (1);
	}
}