code:

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 action ph1 {
	phent_settype( me, PH_RIGID, PH_sphere );
	ph_setgravity( nullvector ); 
	phent_setmass( me, my.skill1 ,PH_sphere); 
	phent_setdamping (me, 0 ,0);
	phent_setfriction(me,my.skill3);
	phent_setelasticity (me,my.skill2, 2 );

	temp.x= 00; temp.y= 0; temp.z= -10; // now myCrate will continue to move along the x axis forever, with constant speed 
	my.material = mat_smaragd; 
	my.ambient=20;
	my.lightrange=random(150)+150;
	my.lightred=random(250);
	my.lightgreen=random(250);
	my.lightblue=random(250);									
	while(1) {
		my.lightrange+=random(6)+3;
		if (my.lightrange<=15) {my.lightrange=15;}
		if (my.lightrange>300) {my.lightrange=300;}
		my.lightred+=random(6)-3;
		if (my.lightred<=5) {my.lightred=5;}
		if (my.lightred>190) {my.lightred=190;}
		my.lightgreen+=random(6)-3;
		if (my.lightgreen<=5) {my.lightgreen=5;}
		if (my.lightgreen>190) {my.lightgreen=190;}
		my.lightblue+=random(6)-3;
		if (my.lightblue<=5) {my.lightblue=5;}
		if (my.lightblue>190) {my.lightblue=190;}
		my.u+=sin(my.y)-cos(my.x+my.z);
		my.v+=cos(my.x)+sin(my.y-my.z);
		phent_addcentralforce( me, temp ); 
		wait(1);
	}
}
 

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quote:

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Originally posted by ello:
nein, nein, die drehen sich soger irgendwann so schnell, das sie sich in z.b. 17grad schritten drehen. als ob se durchdrehen...

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