ich bin gerade dabei ein paar eigene golf maps zu erstellen blos ich komme mit den koordinaten nicht klar im wed und im script editor es ist nicht nachvollzuziehen wie er die im script editor an die im wed koordinaten rausgefunden hat jedenfals für mich nicht als ich die koordinaten im script beim demolevel geändert habe hat sich an der position beim starten desballes nicht getan kann mir das vielleicht einer erklären???

Also um meine frage genauer zu definieren ich brauche die Start koordinaten für das erste spiel.

Code:

---

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

var video_mode = 8; // 800x600 pixels
var video_depth = 32; // 32 bit mode
var video_screen = 1; // start in full screen mode

var shot_time = 0; // stores the power of the shot
var club_angle = 0; // stores the tilt angle for the club
var level_number = 1;
var number_of_shots = 0; // number of shots per level, used to compute the score per hole
var total_score = 0; // stores the score that is displayed on the screen
var pos1; // the 2 vars check if the speed of the ball goes below a certain limit
var pos2; // and stop it completely if it goes below that limit

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

STRING level1_wmb = "level1.wmb";

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

SOUND ball_wav = "ball.wav";
SOUND scored_wav = "scored.wav";
SOUND applause_wav = "applause.wav";

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

ENTITY* ball;
ENTITY* club;

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

FONT eurostarbold_font = <eurostarbold.tga>, 22, 22;

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

sky my_cube =
{ 
	type = <skycube+6.tga>; 
	layer = 5; 
	flags = cube, visible; 
}

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

PANEL shot_pan = 
{
	bmap = "bar.pcx";
	pos_x = 0;
	pos_y = 590;
	layer = 10;
	flags = OVERLAY | VISIBLE;
}

PANEL hudleft_pan = 
{
	bmap = "left.tga";
	pos_x = 0;
	pos_y = 0;
	layer = 10;
	digits (50, 30, 1, eurostarbold_font, 1, level_number); 
	flags = OVERLAY | VISIBLE;
}

PANEL hudright_pan = 
{
	bmap = "right.tga";
	pos_x = 674;
	pos_y = 0;
	layer = 10;
	digits (30, 30, 3, eurostarbold_font, 1, total_score); 
	flags = OVERLAY | VISIBLE;
}

PANEL congratulations_pan = 
{
	bmap = "congratulations.pcx";
	pos_x = 144;
	pos_y = 200;
	layer = 10;
}

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

function move_club();

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

function main()
{
	camera.arc -= 5;
	level_load (level1_wmb);
	wait (3);
 	ball = ent_create ("ball.mdl", vector(0, 0, -390), NULL); // create the ball and place it at the start of the first course / hole
	ph_setgravity (vector(0, 0, -386)); // set the gravity
	phent_settype (ball, PH_RIGID, PH_SPHERE); // set the physics entity type
	phent_setmass (ball, 2, PH_SPHERE); // and its mass
	phent_setfriction (ball, 60); // set the friction
	phent_setdamping (ball, 25, 30); // set the damping
	phent_setelasticity (ball, 25, 50); // set the elasticity
	club = ent_create ("club.wmb", nullvector, move_club); // create the club (use a better looking mdl file here)
	while (1)
	{
		camera.x = ball.x - 700; // keep the camera 700 quants behind the ball at all times
		camera.y = ball.y;
		camera.z = ball.z + 500; // and 500 quants above it
		camera.tilt = -25; // make the camera look down at the ball
		wait (1);
	}
}

function kick_ball() // moves the ball when the player presses the left mouse button
{
	if (club.invisible) {return;} // don't hit the ball if the club is invisible
	while ((mouse_left) && (shot_time.x < 1000)) // wait until the player releases the mouse button or the shot power has reached its max
	{
		shot_time.x += 50 * time_step; // increase the power of the shot
		club.tilt = -shot_time.x / 20; // and tilt the club backwards accordingly
		wait (1);
	}
	while (mouse_left) // wait until the player releases the left mouse button
	{
		if (shot_time.x >= 1000) // a max power shot is on its way?
		{
			club.tilt = -shot_time.x / 20; // then keep the club in its proper position!
		}
		wait (1);
	}
	number_of_shots += 1; // increase the number of shots
	shot_time.y = 0;
	shot_time.z = 0;
	vec_rotate (shot_time, club.pan); // rotate shot_time in the direction pointer by the club
	phent_addvelcentral (ball, shot_time); // and add a linear velocity to the ball
	snd_play (ball_wav, 100, 0); // play the ball impact sound
	shot_time = 0; // and then reset the shot power
}

on_mouse_left = kick_ball; // press the left mouse button to strike the ball

function move_club()
{
	my.passable = on; // the club is made passable
	while (1)
	{
		club_angle += 3 * (mouse_force.x - mouse_force.y); // and changes its angle according to the movement of the mouse
		my.x = ball.x - 30 * sin(club_angle); // the distance between the club and the ball is kept at 30 quants at all times
		my.y = ball.y + 30 * cos(club_angle); // use the same value here
		my.z = ball.z + 175; // the club is placed 175 quants above the ball; examine the club entity in Wed to see why
		vec_set(temp, ball.x); // keep the club rotated towards the ball at all times
		vec_sub(temp, my.x);
		vec_to_angle(my.pan, temp);
		my.tilt = 0; // but don't alter its tilt
		wait (1);
	}
}

function set_things_startup()
{
	while ((!ball) || (!club)) {wait (1);} // wait until the ball and the club are loaded
	while (1)
	{
		shot_pan.scale_x = max(0.001, shot_time * 0.55); // increase the scale of the red bar depending on the power of the shot
		vec_set (pos1.x, ball.x); // store the initial position of the ball
		wait (1);
		vec_set (pos2.x, ball.x); // and store it again after a frame
		if (vec_dist (pos2.x, pos1.x) < 0.2) // if the ball has moved more than 0.2 quants during the frame
		{
			if (club.invisible) // if the club is invisible
			{
				phent_clearvelocity (ball); // stop the ball (it is moving too slow and is boring to watch)
			}
			club.invisible = off; // and then make the club visible, so that we can strike the ball again
		}
		else // the ball is still moving quite fast?
		{
			club.invisible = on; // then hide the club - don't allow the player to strike the ball
		}
		if (ball.z < -50) // the ball has fallen into a hole?
		{
			club.invisible = on; // then hide the club
			snd_play (scored_wav, 100, 0);
			sleep (1);
			snd_play (applause_wav, 100, 0);
			sleep (2);
			total_score += max (10, (50 - 10 * number_of_shots)); // compute the score based on the number of strikes
			if (level_number == 3) // game over?
			{
				sleep (3); // allow the player to see the total score
				congratulations_pan.visible = on; // show the "congratulations" panel
				while (!key_any) {wait (1);} // wait until the player presses a key
				sys_exit(NULL); // and then shut down the engine
			}
			if (level_number == 2) // finished the second level?
			{
				level_number += 1; // then increase the level counter
				phent_settype (ball, 0, PH_SPHERE); // disable the physics for this ball for a bit
				vec_set (ball.x, vector (0, 0, 0)); // so that we can move it to the third hole
				wait (3);
				phent_settype (ball, PH_RIGID, PH_SPHERE); // register the physics entity again
			}
			if (level_number == 1) // finished the first level?
			{
				level_number += 1; // then increase the level counter
				phent_settype (ball, 0, PH_SPHERE); // disable the physics for this ball for a bit
				vec_set (ball.x, vector (0, 0, 0)); // so that we can move it to the second hole
				wait (3);
				phent_settype (ball, PH_RIGID, PH_SPHERE); // register the physics entity again
			}
			number_of_shots = 10; // a new hole starts, so we clear the number of shots
		}
	}
}

function restart_hole()
{
	phent_settype (ball, 0, PH_SPHERE); // disable the physics for this ball for a bit
	if (level_number == 1) // the player is playing the first level?
	{
		vec_set (ball.x, vector (0, 0, -50)); // then move on at the beginning of the first hole
	}
	if (level_number == 2) // the player is playing the second level?
	{
		vec_set (ball.x, vector (1070, 620, -390)); // then move on at the beginning of the second hole
	}
	if (level_number == 3) // the player is playing the third level?
	{
		vec_set (ball.x, vector (1800, -680, -390)); // then move on at the beginning of the third hole
	}
	wait (1);
	phent_settype (ball, PH_RIGID, PH_SPHERE); // now register the physics entity again
}

on_r = restart_hole; // press the "R" key to restart the current level 

---

wie wär wenn du einfach an die entsprechende stelle in wed eine entity mit der action

vec_set(startposition[my.skill1],my.x);

machst?

Einfach?

ich bin kein programmierer

woher soll cih das wissen, bitte nicht so unfreundlich!(btw: ja, einfach :] )
ok, weil cih heute nett bin:

Code:

---

var video_mode = 8; // 800x600 pixels
var video_depth = 32; // 32 bit mode
var video_screen = 1; // start in full screen mode

var shot_time = 0; // stores the power of the shot
var club_angle = 0; // stores the tilt angle for the club
var level_number = 1;
var number_of_shots = 0; // number of shots per level, used to compute the score per hole
var total_score = 0; // stores the score that is displayed on the screen
var pos1; // the 2 vars check if the speed of the ball goes below a certain limit
var pos2; // and stop it completely if it goes below that limit

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

STRING level1_wmb = "level1.wmb";

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

SOUND ball_wav = "ball.wav";
SOUND scored_wav = "scored.wav";
SOUND applause_wav = "applause.wav";

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

ENTITY* ball;
ENTITY* club;

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

FONT eurostarbold_font = <eurostarbold.tga>, 22, 22;

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

sky my_cube =
{ 
	type = <skycube+6.tga>; 
	layer = 5; 
	flags = cube, visible; 
}

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

PANEL shot_pan = 
{
	bmap = "bar.pcx";
	pos_x = 0;
	pos_y = 590;
	layer = 10;
	flags = OVERLAY | VISIBLE;
}

PANEL hudleft_pan = 
{
	bmap = "left.tga";
	pos_x = 0;
	pos_y = 0;
	layer = 10;
	digits (50, 30, 1, eurostarbold_font, 1, level_number); 
	flags = OVERLAY | VISIBLE;
}

PANEL hudright_pan = 
{
	bmap = "right.tga";
	pos_x = 674;
	pos_y = 0;
	layer = 10;
	digits (30, 30, 3, eurostarbold_font, 1, total_score); 
	flags = OVERLAY | VISIBLE;
}

PANEL congratulations_pan = 
{
	bmap = "congratulations.pcx";
	pos_x = 144;
	pos_y = 200;
	layer = 10;
}

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

function move_club();

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

function main()
{
	camera.arc -= 5;
	level_load (level1_wmb);
	wait (3);
 	ball = ent_create ("ball.mdl", vector(0, 0, -390), NULL); // create the ball and place it at the start of the first course / hole
	ph_setgravity (vector(0, 0, -386)); // set the gravity
	phent_settype (ball, PH_RIGID, PH_SPHERE); // set the physics entity type
	phent_setmass (ball, 2, PH_SPHERE); // and its mass
	phent_setfriction (ball, 60); // set the friction
	phent_setdamping (ball, 25, 30); // set the damping
	phent_setelasticity (ball, 25, 50); // set the elasticity
	club = ent_create ("club.wmb", nullvector, move_club); // create the club (use a better looking mdl file here)
	while (1)
	{
		camera.x = ball.x - 700; // keep the camera 700 quants behind the ball at all times
		camera.y = ball.y;
		camera.z = ball.z + 500; // and 500 quants above it
		camera.tilt = -25; // make the camera look down at the ball
		wait (1);
	}
}

function kick_ball() // moves the ball when the player presses the left mouse button
{
	if (club.invisible) {return;} // don't hit the ball if the club is invisible
	while ((mouse_left) && (shot_time.x < 1000)) // wait until the player releases the mouse button or the shot power has reached its max
	{
		shot_time.x += 50 * time_step; // increase the power of the shot
		club.tilt = -shot_time.x / 20; // and tilt the club backwards accordingly
		wait (1);
	}
	while (mouse_left) // wait until the player releases the left mouse button
	{
		if (shot_time.x >= 1000) // a max power shot is on its way?
		{
			club.tilt = -shot_time.x / 20; // then keep the club in its proper position!
		}
		wait (1);
	}
	number_of_shots += 1; // increase the number of shots
	shot_time.y = 0;
	shot_time.z = 0;
	vec_rotate (shot_time, club.pan); // rotate shot_time in the direction pointer by the club
	phent_addvelcentral (ball, shot_time); // and add a linear velocity to the ball
	snd_play (ball_wav, 100, 0); // play the ball impact sound
	shot_time = 0; // and then reset the shot power
}

on_mouse_left = kick_ball; // press the left mouse button to strike the ball

function move_club()
{
	my.passable = on; // the club is made passable
	while (1)
	{
		club_angle += 3 * (mouse_force.x - mouse_force.y); // and changes its angle according to the movement of the mouse
		my.x = ball.x - 30 * sin(club_angle); // the distance between the club and the ball is kept at 30 quants at all times
		my.y = ball.y + 30 * cos(club_angle); // use the same value here
		my.z = ball.z + 175; // the club is placed 175 quants above the ball; examine the club entity in Wed to see why
		vec_set(temp, ball.x); // keep the club rotated towards the ball at all times
		vec_sub(temp, my.x);
		vec_to_angle(my.pan, temp);
		my.tilt = 0; // but don't alter its tilt
		wait (1);
	}
}

function set_things_startup()
{
	while ((!ball) || (!club)) {wait (1);} // wait until the ball and the club are loaded
	while (1)
	{
		shot_pan.scale_x = max(0.001, shot_time * 0.55); // increase the scale of the red bar depending on the power of the shot
		vec_set (pos1.x, ball.x); // store the initial position of the ball
		wait (1);
		vec_set (pos2.x, ball.x); // and store it again after a frame
		if (vec_dist (pos2.x, pos1.x) < 0.2) // if the ball has moved more than 0.2 quants during the frame
		{
			if (club.invisible) // if the club is invisible
			{
				phent_clearvelocity (ball); // stop the ball (it is moving too slow and is boring to watch)
			}
			club.invisible = off; // and then make the club visible, so that we can strike the ball again
		}
		else // the ball is still moving quite fast?
		{
			club.invisible = on; // then hide the club - don't allow the player to strike the ball
		}
		if (ball.z < -50) // the ball has fallen into a hole?
		{
			club.invisible = on; // then hide the club
			snd_play (scored_wav, 100, 0);
			sleep (1);
			snd_play (applause_wav, 100, 0);
			sleep (2);
			total_score += max (10, (50 - 10 * number_of_shots)); // compute the score based on the number of strikes
			if (level_number == 3) // game over?
			{
				sleep (3); // allow the player to see the total score
				congratulations_pan.visible = on; // show the "congratulations" panel
				while (!key_any) {wait (1);} // wait until the player presses a key
				sys_exit(NULL); // and then shut down the engine
			}
			else
			{
				level_number += 1; // then increase the level counter
				phent_settype (ball, 0, PH_SPHERE); // disable the physics for this ball for a bit
				vec_set(ball.x,vector(startposition[(3*level_number)-3],startposition[(3*level_number)-2],startposition[(3*level_number)-1]));
				wait (3);
				phent_settype (ball, PH_RIGID, PH_SPHERE); // register the physics entity again
			}
			number_of_shots = 10; // a new hole starts, so we clear the number of shots
		}
	}
}

var startposition[9];//3 startpositions

action start_position
{
	startposition[(3*my.skill1)-3]=my.x;
	startposition[(3*my.skill1)-2]=my.y;
	startposition[(3*my.skill1)-1]=my.z;
}

function restart_hole()
{
	phent_settype (ball, 0, PH_SPHERE); // disable the physics for this ball for a bit
	if (level_number == 1) // the player is playing the first level?
	{
		vec_set (ball.x, vector (0, 0, -50)); // then move on at the beginning of the first hole
	}
	if (level_number == 2) // the player is playing the second level?
	{
		vec_set (ball.x, vector (1070, 620, -390)); // then move on at the beginning of the second hole
	}
	if (level_number == 3) // the player is playing the third level?
	{
		vec_set (ball.x, vector (1800, -680, -390)); // then move on at the beginning of the third hole
	}
	vec_set(ball.x,vector(startposition[(3*level_number)-3],startposition[(3*level_number)-2],startposition[(3*level_number)-1]));
	wait (1);
	phent_settype (ball, PH_RIGID, PH_SPHERE); // now register the physics entity again
}

on_r = restart_hole; // press the "R" key to restart the current level

---

ok, ganz einfach, platzier an den startpunkten des balls eine entitiy, gibt ihr die action start_position und setze ihren skill1 zu der nummer des loches (bei dem ersten skill1 zu 1)

hoffe es klappt :]

edit: wenn du mehr als 3 löcher haben willst änder die 3 in dieser zeile: Code:

---

if (level_number == 3) // game over?

---