Uses of Class
org.faceless.pdf2.Measurement

Packages that use Measurement

Package	Description
org.faceless.pdf2	Contains the classes used to create a PDF document

Uses of Measurement in org.faceless.pdf2

Methods in org.faceless.pdf2 that return Measurement

Modifier and Type	Method	Description
static Measurement	Measurement.createGeospatial(Point2D tl, Point2D tr, Point2D br, Point2D bl, String crs, boolean projected)	Create a new geospatial Measurement object based on four control points and a coordinate reference system.
static Measurement	Measurement.createRectilinear(double width, double height)	Create a new rectilinear Measurement object, for measuring relative distance.
Measurement	Measurement.derive(float x0, float y0, float x1, float y1)	Return a copy of this Measurement with the page rectangle set to [x0, y0, x1, y1], suitable for adding a manual measurement directly to a page - although this is not the recommended way to do things, and it's generally easier to call PDFImage.setMeasurement(org.faceless.pdf2.Measurement) or PDFCanvas.setMeasurement(org.faceless.pdf2.Measurement) instead.
Measurement	PDFCanvas.getMeasurement()	Return the Measurement set by PDFCanvas.setMeasurement(org.faceless.pdf2.Measurement)
Measurement	PDFImage.getMeasurement()	Return the Measurement value previously set by PDFImage.setMeasurement(org.faceless.pdf2.Measurement)

Methods in org.faceless.pdf2 that return types with arguments of type Measurement

Modifier and Type	Method	Description
List<Measurement>	PDFPage.getMeasurements()	Return a read-only list of Measurement object associated with this page, or an empty list if there are none.

Methods in org.faceless.pdf2 with parameters of type Measurement

Modifier and Type	Method	Description
void	PDFCanvas.setMeasurement(Measurement measurement)	If this canvas represents an object in the real world such as an architectural drawing, aerial photograph, microscope image etc, then this method can be used to set the "real world" size of the object.
void	PDFImage.setMeasurement(Measurement measurement)	If this image represents an object in the real world such as an architectural drawing, aerial photograph, microsocope image etc, then this method can be used to set the "real world" size of the object.