point of the drawn line and transitions linearly to the background color at the ending point. Bi-Linear The Bi-Linear shape proceeds in both directions from the starting point, for a distance determined The Convolution Matrix filter uses a first matrix which is the Image to be treated. The image is a bi-dimensional collection of pixels in rectangular coordinates. The used kernel depends on the effect multiple levels of grey or colour (i.e. a continuous tone image) on a device with fewer tones; often a bi-level device such as a printer or typesetter. The basic premise is to trade off resolution for greater

piece of celluloid film, these are the filters to use. 444 T h e G i m p Us er ’ s M a n u a l Co m bi ne Fi lt er s DEPTH MERGE Depth Merge is a very nice tool for combining two images. The combination will see more of the image that the map is serving. 446 T h e G i m p Us er ’ s M a n u a l Co m bi ne Fi lt er s Figure 28.2 These examples show the results of using different settings for Offset and 28.3 The Film filter Figure 28.4 The Film dialog 448 T h e G i m p Us er ’ s M a n u a l Co m bi ne Fi lt er s Numbering lets you specify a start number on the roll. Set numbering to Num- bering/Startindex

The Convolution Matrix filter uses a first matrix which is the Image to be treated. The image is a bi-dimensional collection of pixels in rectangular coordinates. The used kernel depends on the effect multiple levels of grey or colour (i.e. a continuous tone image) on a device with fewer tones; often a bi-level device such as a printer or typesetter. The basic premise is to trade off resolution for greater

(b) Bi-Linear (c) Radial Linear This gradient begins with the foreground color at the starting point of the drawn line and transitions linearly to the background color at the ending point. Bi-Linear multiple levels of grey or color (i.e. a continuous tone image) on a device with fewer tones; often a bi-level device such as a printer or typesetter. The basic premise is to trade off resolution for greater The Convolution Matrix filter uses a first matrix which is the Image to be treated. The image is a bi- dimensional collection of pixels in rectangular coordinates. The used kernel depends on the effect