include <syringePumpConstants.scad>

/* === Model-specific Constants === */

cube containing rods and syringe barrel stop mountXSize = 20; mountZSize = syringeCenterHeight; slot parameters

plungerDiameter = 26.5;

barrelSlotThickness = 2.5;

barrelSlotOffset = mountXSize/2 - barrelSlotThickness/2;

barrelSlotHeight = 36;

/* === Model === */

main cube, holds the two axes difference(){ cube(size=[mountXSize,baseSizeY,mountZSize]); 608 bearing for threaded rod

translate([-floatCorrection,centerY,threadedAxisHeight]){
	rotate(a=[0,90,0]){
		nutWell();
	}
}

//bore hole for threaded rod
translate([-floatCorrection,centerY,threadedAxisHeight]){
	rotate(a=[0,90,0]){
		cylinder(h=mountXSize+floatCorrection2, r=smoothRodRadius);
	}
}

//hole for smooth rod (needs to fit fairly tight)
translate([-floatCorrection,centerY,smoothAxisHeight]){
	rotate(a=[0,90,0]){
		cylinder(h=mountXSize+floatCorrection2, r=smoothRodRadius);
	}
}

//hole for syringe barrel top to go in
translate([barrelSlotOffset,centerY,syringeCenterHeight]){
	translate([0,-baseSizeY/2,-barrelSlotHeight/2]){
		cube(size=[barrelSlotThickness, baseSizeY, barrelSlotHeight]);
	}
}	
translate([-floatCorrection,centerY,syringeCenterHeight]){
	rotate(a=[0,90,0]){
		cylinder(h=mountXSize+floatCorrection2, r=plungerDiameter/2);
	}	
	translate([0,-plungerInnerDiameter/2,0]){
		cube(size=[barrelSlotThickness+floatCorrection2,plungerInnerDiameter,mountZSize]);
	}
}	

}

80/20 screw plate difference(){ translate([-screwPlateSize,0,0]){ cube(size=[screwPlateSize,baseSizeY,mountPlateHeight]); } translate([-screwPlateSize/2,baseSizeY/4,0]){ cylinder(h=mountPlateHeight, r=screwRadius); } translate([-screwPlateSize/2,3*baseSizeY/4,0]){ cylinder(h=mountPlateHeight, r=screwRadius); } } module bearing608(){ cylinder(h=bearing608Height, r=bearing608Diameter/2); }