func (gc *GraphicContext) CreateStringPath(text string, x, y float64) (cursor float64) {
	//fpdf uses the top left corner
	left, top, right, bottom := gc.GetStringBounds(text)
	w := right - left
	h := bottom - top
	// gc.pdf.SetXY(x, y-h) do not use this as y-h might be negative
	margin := gc.pdf.GetCellMargin()
	gc.pdf.MoveTo(x-left-margin, y+top)
	gc.pdf.CellFormat(w, h, text, "", 0, "BL", false, 0, "")
	return w
}
func (gc *GraphicContext) CreateStringPath(text string, x, y float64) (cursor float64) {
	
	left, top, right, bottom := gc.GetStringBounds(text)
	w := right - left
	h := bottom - top
	
	margin := gc.pdf.GetCellMargin()
	gc.pdf.MoveTo(x-left-margin, y+top)
	gc.pdf.CellFormat(w, h, text, "", 0, "BL", false, 0, "")
	return w
}
func ( gc * GraphicContext ) CreateStringPath ( text string , x , y float64 ) ( cursor float64 ) { //fpdf uses the top left corner left , top , right , bottom := gc . GetStringBounds ( text ) w := right - left h := bottom - top // gc.pdf.SetXY(x, y-h) do not use this as y-h might be negative margin := gc . pdf . GetCellMargin ( ) gc . pdf . MoveTo ( x - left - margin , y + top ) gc . pdf . CellFormat ( w , h , text , " " , 0 , " " , false , 0 , " " ) return w }
// CreateStringPath creates a path from the string s at x, y, and returns the string width.
CreateStringPath creates a path from the string s at x y and returns the string width .