///Apply Physics
var speed_y,speed_x;
//////////////////////
///Check for Y Axis///
//////////////////////

if(delta_time_get_steady() *obj_velocity_y < global.gravity_max){
    obj_velocity_y += delta_time_get_steady() * global.gravity_force * 1000;
}

//Get our current speed for this step on the y axis
speed_y = delta_time_get_steady() * obj_velocity_y;

//Is our next position going to collide?
if(place_meeting(x,y+speed_y,obj_wall)){
    //if so, add one pixel until we do collide
    while(!place_meeting(x,y+sign(speed_y),obj_wall)){
        y += sign(speed_y);
    }
    obj_velocity_y = 0;
    speed_y = 0;
}

//apply calculated speed
y = y + speed_y;


//////////////////////
///Check for X Axis///
//////////////////////
//Add object acceleration
obj_velocity_x += obj_accel_x;

//Get the current speed for this step on the x axis
speed_x = delta_time_get_steady() * obj_velocity_x;


//Keep in bounds on x axis
if(place_meeting(x+speed_x,y,obj_wall)){
    while(!place_meeting(x + sign(speed_x),y,obj_wall)){
        x += sign(speed_x);
    }
    obj_velocity_x = 0;
    speed_x = 0;
}

//Apply calculated speed
x += speed_x;


////////////////////////////////
///Deaccelerate on the X Axis///
////////////////////////////////
//if(place_meeting(x,y+1,obj_wall)){
//    obj_velocity_x = 0; // on ground so reset velocity
//}else{
//    obj_velocity_x *= delta_time_get_steady() * 10; //
//}

obj_velocity_x = floor(obj_velocity_x + -sign(obj_velocity_x) * ( delta_time_get_steady() * 1000));
obj_accel_x = 0;