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<head><title>Other nip2 features useful for reflectograms</title>
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<h3 class="sectionHead"><span class="titlemark">3.4 </span> <a
id="x14-250003.4"></a>Other <span
class="phvr7t-x-x-80">nip2 </span>features useful for reflectograms</h3>
<!--l. 407--><p class="noindent" >You can use <span
class="phvr7t-x-x-80">nip2</span>’s general image processing facilities to
play around with reflectogram mosaics. You can make
false-colour images of your reflectograms, blend them with
visible images or X-rays, search them for edges, and so on
see the <span
class="phvr7t-x-x-80">registering </span>and <span
class="phvr7t-x-x-80">overlays</span><span
class="phvr7t-x-x-80">_and</span><span
class="phvr7t-x-x-80">_blending </span>examples for
ideas.
<!--l. 414--><p class="indent" > There are also some first order mosaic functions: <span
class="phvr7t-x-x-80">Tasks </span>/
<span
class="phvr7t-x-x-80">Mosaic </span>/ <span
class="phvr7t-x-x-80">Two Points </span>/ <span
class="phvr7t-x-x-80">Left to Right </span>and <span
class="phvr7t-x-x-80">Tasks </span>/ <span
class="phvr7t-x-x-80">Mosaic </span>/ <span
class="phvr7t-x-x-80">Two Points</span>
/ <span
class="phvr7t-x-x-80">Top to Bottom</span>. These functions automatically rotate and
scale the right-hand image in a join. They are useful for
assembling X-ray mosaics, and for fixing very difficult joins
in reflectogram images. These functions work the same way
as the <span
class="phvr7t-x-x-80">One Point </span>functions except that you will need to define
two tie-points on each image.
<!--l. 422--><p class="indent" > You can mosaic images of any numeric type: 16-bit
integer images are handy for mosaicing X-ray images, for
example.
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