/* */
include <BOSL/constants.scad>
include <BOSL/shapes.scad>
include <BOSL/transforms.scad>
include <inserts/inserts.scad>

/* [Params] */
platfoot_x = 50.44;
platfoot_y = 25.42;
headpost_x = 38.08;
headpost_y = 38.08;
footboard_y=19;
footboard_z=130;

/* [Render Options] */
render_fs=.4;
render_fn=0;
render_fa=.4;

// Set Render Options
$fs= ($preview) ? $fs : render_fs;
$fn= ($preview) ? $fn : render_fn;
$fa= ($preview) ? $fa : render_fa;


module platfoot(x=platfoot_x, y=platfoot_y, z=260, align=V_FRONT) {
	cuboid([x,y,z], align=align);
}
module footboard(x=100, y=footboard_y, z=footboard_z, align=V_BACK+V_BOTTOM) {
	cuboid([x,y,z], align=align);
}
module headpost(x=headpost_x, y=headpost_y, z=260, align=V_FRONT) {
	cuboid([x,y,z], align=align);
}

module headcross(x=260, y=headpost_y, z=headpost_y, align=V_FRONT) {
	cuboid([x,y,z], align=align);
}

module screw_channel() {
	back(19.2)cyl(d=6, h=10, orient=ORIENT_Y,align=V_FRONT);
	back(9)cyl(d=3.5, h=100, orient=ORIENT_Y, align=V_FRONT);
}

module head_rear() {
	difference() {
		back(footboard_y) cuboid([platfoot_x+2*12,headpost_y+footboard_y+4,95], fillet=3, edges=EDGES_BACK+EDGES_Y_ALL, align=V_FRONT+V_TOP);
		footboard();
		headpost(y=2*headpost_y);
		left(44)up(95/2)cuboid([50, 150,25]); // crossbar
		// Screw Holes
		right(40-10)up(95-10) screw_channel();
		right(40-10)up(95/2) screw_channel();
		right(40-10)up(10) screw_channel();
		left(40-10)up(95-10) screw_channel();
		left(40-10)up(10) screw_channel();
	}
	fwd(10)up(95/2)right(40)rotate([90,0,-45])rotate_extrude(angle=360) left(18) circle(d=10);
}

module head_front() {
	difference() {
		cuboid([platfoot_x+2*7,platfoot_y+footboard_y,95], fillet=3, edges=EDGES_FRONT+EDGES_Y_ALL, align=V_FRONT+V_TOP);
		back(.01)platfoot();
		// Screw Holes
		right(40-10)up(95-10) rotate([-90,0,0]) rotate([0,0,180]) m4s_clear(bl=30, bz=-15, drop=true, sh=0);
		right(40-10)up(95/2) rotate([-90,0,0]) rotate([0,0,180]) m4s_clear(bl=30, bz=-15, drop=true, sh=0);
		right(40-10)up(10) rotate([-90,0,0]) rotate([0,0,180]) m4s_clear(bl=30, bz=-15, drop=true, sh=0);
		left(40-10)up(95-10) rotate([-90,0,0]) rotate([0,0,180]) m4s_clear(bl=30, bz=-15, drop=true, sh=0);
		left(40-10)up(10) rotate([-90,0,0]) rotate([0,0,180]) m4s_clear(bl=30, bz=-15, drop=true, sh=0);
	}
}
//fwd(headpost_y+4) head_front();
//head_rear();

module head_wall(orient=ORIENT_Z, align=V_FRONT+V_TOP) {
	orient_and_align([headpost_x, footboard_y, 60], align=align, orient=orient) {
	difference() {
		cuboid([headpost_x,footboard_y,60], fillet=3, edges=EDGES_BACK+EDGES_Y_ALL);
		// anchor hole
		cyl(d=6.8, h=footboard_y/2+1, orient=ORIENT_Y, align=V_FRONT);
		back(-.9)cyl(d=15, h=footboard_y/2+1, orient=ORIENT_Y, align=V_BACK);
		// screw holes
		up(15) right(.01+headpost_x/2)yrot(90) zrot(0) m4s_clear(bl=30, bz=-20, sh=0, drop=true);
		down(15) right(.01+headpost_x/2)yrot(90) zrot(0) m4s_clear(bl=30, bz=-20, sh=0, drop=true);
		up(15) left(.01+headpost_x/2)yrot(-90) zrot(0) m4s_clear(bl=30, bz=-20, sh=0, drop=true);
		down(15) left(.01+headpost_x/2)yrot(-90) zrot(0) m4s_clear(bl=30, bz=-20, sh=0, drop=true);
	} }
}


head_wall(orient=ORIENT_Y, align=V_CENTER);

//%footboard();
//%headpost();
//%headcross();
//%fwd(headpost_y+4)platfoot();

//fwd(2)head_front();
//back(2) rotate([-90,0,0]) fwd(footboard_y) head_rear();