// flowerpot , squareish to max out a printers bed size
// cant get to host so i'll just redesign it better
// buZz 2022

// configurable this time?
printermaxXY = 100; // yes, has to be always square
printermaxZ = 100;

// wall thickness of pot ( or so i hope )
wallthickness = 2;

// radius of rounded edges 
roundededge = 10; 

// how pointy is the lower part
styleoffset = 1.33;

// just to play it safe for now, might set it to 0 sometime , only for x/y
safetymargin = 0;

// calculate the offsets
topsideoffset = printermaxXY - (roundededge*2) - safetymargin;
bottomsideoffset = (printermaxXY * 0.8) - (roundededge*2) - safetymargin;  // 0.7 is another styleoffset, hardcoded for now though

topZoffset = printermaxZ - (roundededge*2) - (roundededge*styleoffset);

hull() {

	// draw the bottom side

	sphere(roundededge);
	
	translate([bottomsideoffset,0,0]) 
	sphere(roundededge);
	
	translate([bottomsideoffset,bottomsideoffset,0]) 
	sphere(roundededge);

	translate([0,bottomsideoffset,0]) 
	sphere(roundededge);
	
	// draw the pointy lower part

	translate([roundededge/2,roundededge/2,-(roundededge*styleoffset)]) 
	linear_extrude(wallthickness)
	offset(roundededge) square([bottomsideoffset-roundededge,bottomsideoffset-roundededge]);

	// draw the topside

	translate([-(topsideoffset-bottomsideoffset)/2,-(topsideoffset-bottomsideoffset)/2,topZoffset]) 
	union() {
		translate([0,0,0])
		sphere(roundededge);
	
		translate([topsideoffset,0,0])
		sphere(roundededge);
	
		translate([topsideoffset,topsideoffset,0])
		sphere(roundededge);
	
		translate([0,topsideoffset,0])
		sphere(roundededge);
	}
}