scratch

/////////////////////
//DEFINED VARIABLES//
/////////////////////

//thickness
thickness=6.25;

//panel height
panelHeight=101.6;

//rod radius
rodRadius=(6.25*2) / 2;


//outer radius of circular corners
circleRadius=50;

//cartesian plane coordinates where the threaded rods pass through
rodCoordinates=420;

//cartesian plane coordinates where the leveling feet mount/pass through


bottomPlatform_Y=900;



//length and width
middlePlatform_X=1000;

//Radius of rounded edges
platformOffset=15;

feetOffset=15;
feetCoordinates_X=middlePlatform_X/2-feetOffset;
feetCoordinates_Y=450-feetOffset;
//leveling feet radius
feetRadius=4.5;
feetHoleOffset=0.5;

middlePlatform_Y=600+thickness*4;
///////////////////////////////////////////////////////////////////////////////////////


module frontPanel(){

difference(){	
	translate([(middlePlatform_X/2)-thickness/2,0,panelHeight/2 ])
		cube([thickness,middlePlatform_Y,panelHeight], center=true);




translate([middlePlatform_X/2-thickness-1,200-350,panelHeight/2-15-20 ], center=true)
cube([50,117.75,70.5]);

//usb cut out #4
	translate([middlePlatform_X/2-thickness-1,-235,panelHeight/2 ], center=true)
		cube([thickness*2+1,15,8]);

	translate([middlePlatform_X,0,0])
		usbHoles();

	translate([325,175-135,40])
		panelHole();

	translate([325,175,40])
	
		panelHole();
	translate([1,0,0])
		bracketHoles();

	translate([1,-285*2,0])
		bracketHoles();

	translate([1,-285*2,54])
		bracketHoles();

	translate([1,0,54])
		bracketHoles();



}	
}
rotate([0,90,0])
translate([(-middlePlatform_X/2)+thickness/2,0,-panelHeight/2 ])

frontPanel();