A manuscript consists of an imaged object and the images of that object. The imaged_object describes the manuscript, whether a book or single sheet. The images collection has one image element for each distinct image of the object: outside/inside cover, folio, and so forth. Each image element contains data on one master image and several derivatives. The list of Dublin Core elements to describe this manuscript. The number of images taken of this manuscript. Metadata describing how the master TIFF file was derived from the raw image described in the capture section. The date of manual image cropping and color correction made by the operator to the evaluation copy of the raw image. The date of quality assurance verification after correction before modification. The date of the automated application of color manual correction made by the user to the evaluation copy of the raw images and the creation of master and other derivative images. The date of visual inspection by the operator of the outputs of the IWS software's automation output. Crop information describing how the master was derived from the raw image. The raw image is rotated before cropping. For example, if the raw image is rotated 90 degrees clockwise, the "top" of the image is the post-rotation top of the image (which had been the left edge of the image before the rotation). The cropping for the master TIFF image is expressed in the IWS database in percentage values multiplied by 1000. Here, these values are given as real numbers to three places of percision. Degrees of deskew rotation applied by the operator during correction. Scale applied to this derivative: pixelsPerInch, maxPixelsPerSide, or none. Should be none for the master TIFF. Derivative bit depth: usually 24-bit for color images. Whether the derivative is rotated. Whether the derivative is color corrected. Either the camera-calculated pixels per inch value of the image (the default) or an operator-entered value that overrides the camera value (stored in the IWS database as raw_image_ppi). Each imaged cover and page of a manuscript or book rests flat on a vacuum wedge that is parallel to the camera sensor. The camera calculates the image's PPI value based on its distance from the wedge. While this gives an accurate PPI value for the flat components of a manuscript or printed book, it is not correct for edge components, which are photographed by placing the book's flat surface perpendicular to the wedge. Images of a manuscript's spine, head, tail, or fore-edge have a focal plane closer to the camera from the wedge by the height or width of the book. For these images, the operator calculates the actual PPI, using a ruler placed in the same focal plane as the imaged object. How the image should be rotated after capture to be for the object to upright in the view frame. Folios are usually imaged at a right angle to the top of the sensor and so the captured images are rotated -90.0º or 90.0º. At capture images are rotated. Cropping, color correction and other values are based on and applied to the rotated raw image. Current values: 1x1x16>0 PPI 1x1x16>600 PPI 1x1x4>0 PPI Waiting for complete explanation from John T. Stokes. The values 4 and 16 are the number of shots in the scan. The JHOVE xml output for this image. Data describing the derivatives that may be created from this master TIFF. Description of the crop of this The class value indicates the class of the derivative: sap Standard All-Purpose JPEG image. 1800 pixels on its longest side thumb Thumbnail JPEG. 190 pixels on its longest side 300 300 PPI TIFF image. Each derivative file has a flag in its name in the last position in the name before the file extension. The values for derivative_scale in the IWS db are: 1800xMIN 190xMIN 300 300PPI <NONE> These values will be mapped to scale, for example: <scale> <pixelsPerInch>300</pixelsPerInch> </scale> <scale> <maxPixelsPerSide>1800</maxPixelsPerSide> </scale> <scale> <none/> </scale>