function PPCLib.placePlateToOrigin(plate,machine,isForBottomFace,offsetToolpath,job)
	local originXY = machine.XYOrigin
	local originZ = machine.ZOrigin
	local machineWidth = machine.size.x
	local machineLength = machine.size.y
	local bedPlateSize = machine.bedPlateSize
	local machineAR = machineWidth/machineLength
	local w = plate.width
	local h = plate.height
	local plateAR = w/h
	local t = currentPlateThickness
	if isForBottomFace then Zk = -1 else Zk = 1 end
	local state = nil
	if ((machineAR <= 1) and (plateAR <=1)) or ((machineAR > 1) and (plateAR > 1)) then
		state = 1
		if (machineAR <= 1 ) then
			if machineWidth > h then
				state = 2
			end
		else
			if machineLength > w then
				state = 2
			end
		end
	else
		state = 2
		if (machineAR < 1 ) and (plateAR > 1) then
			if machineWidth > w then
				state = 1
			end
		else
			if machineLength > h then
				state = 1
			end
		end
	end
	
	if state == 1 then
		Yi, Yj = 0, 1
		if originXY == XYOriginType.XminusYminus then
			h = 0
			if (not isForBottomFace) then w=0 end
		elseif originXY == XYOriginType.XminusYplus then
			if (not isForBottomFace) then w = 0 end 
		elseif originXY == XYOriginType.XplusYplus then
			if isForBottomFace then w = 0 end 
		elseif originXY == XYOriginType.XplusYminus then
			h = 0
			if isForBottomFace then w = 0 end 
		elseif originXY == XYOriginType.XYmiddle then
			w, h = w/2, h/2
		end
	elseif state == 2 then
		Yi, Yj = 1, 0
		if originXY == XYOriginType.XminusYminus then
			w = 0
			if isForBottomFace then h = 0 end
		elseif originXY == XYOriginType.XminusYplus then
			if isForBottomFace then h = 0 end
		elseif originXY == XYOriginType.XplusYplus then
			if (not isForBottomFace) then h = 0 end
		elseif originXY == XYOriginType.XplusYminus then
			w = 0
			if (not isForBottomFace) then h = 0 end
		elseif originXY == XYOriginType.XYmiddle then
			w, h = w/2, h/2
		end
	end
	
	
	if originZ == ZOriginType.topOfStockSurface then
		if isForBottomFace then t = (-1)*t else t = 0 end
	elseif originZ == ZOriginType.bottomOfStockSurface then
		if isForBottomFace then t = 0 else t = (-1)*t end
	elseif originZ == ZOriginType.bottomOfBedPlateSurface then
		if isForBottomFace then t = (-1)*bedPlateSize.z else t = (-1)*(t+bedPlateSize.z) end
	else
	end
	returnValue = Transform()
	returnValue.translation = Vec3(w,h,t)
	returnValue.rotation = computeMatrixHoldDir(Vec3(Yi,Yj,0),Vec3(0,0,Zk))
	return returnValue
end