METHOD AND ARRANGEMENT FOR VISUALISING SENSOR SIGNALS OF AN OPTICAL SENSOR OF A COORDINATE MEASURING DEVICE OR MICROSCOPE, AND METHOD AND ARRANGEMENT FOR VISUALISING A SENSOR OF A COORDINATE MEASURING DEVICE OR MICROSCOPE

摘要

The invention concerns the visualization of sensor signals of an optical sensor (26) of a coordinate measuring device or microscope, where:the optical sensor (26) and a space for the arrangement of a workpiece to be recorded are relatively movable to each other,Data from a three-dimensional scene (5), which is immobile relative to space, are received and/or available,Repeats a two-dimensional sensor image produced from optical sensor signals (26),which in a given relative position of the optical sensor (26) and of the space represents a space area of the space, a two-dimensional view image of a three-dimensional scene subsection (5) generated from the data of the three-dimensional scene (5) is combined in a correct way to a two-dimensional output image and the output image is displayed by an imaging device,-the two-dimensional image, corresponding to its two dimensions, has two directions along which image elements of the image can be represented and are also represented when represented by the imaging device; where, for the view, at least one of the two directions is predefined, the borders opposite each other (2a, 2b, 3a, 3b) between which a central area of the view is located;If the sensor image (4) no longer represents the same space as a previous output image, because the optical sensor (26) and the space for the arrangement of the workpiece to be captured have performed a relative movement relative to each other, a repetitive output image production shall be tested, whether, in relation to an output image previously generated using the same image as in the output image previously created, the sensor image (4) would extend from the central area to at least one of the two opposite edges (2a, 2b, 3a, 3b) and, if so,another two-dimensional view image is generated from the data of the three-dimensional scene (5), the other two-dimensional view image captures a subset of the three-dimensional scene (5) moved according to the relative motion.