The big news for August is the inclusion of the haeberli universe subtree:
source
scripts
documents
data files
New programs since v4.2 DT CD, and
Significantly updated since then.
make an .sgo object or some extruded text (bevelstring);
make a font bold by convolving with a line (boldfont);
check a font for self intersections (checkfont);
create a set of screen slides of filled polygonal fonts (fntslide);
make an image of a string of text (fontimg);
convert a .pfa font into the Hex format (frompfa);
turn an outline font into a triangle mesh (meshfont);
convert Type1 font from
resource part of mac file into an ascii Type1 font (mfrc);
make lower case chars print as small caps (smallcaps);
convert an outline font into a PostScript font (totype1);
difference two images
(absdiff);
automatic perspective alignment (align);
use a color map to transform a screen image into an rgb image (applymap);
use simulated anhealing to create a painting (approx);
apply a halftone screen to an image and write out a bitmap (bmscreen);
display a bsp representation of an image (bspimg);
make a mat from an image (chromakey);
click on an image and print pixel positions (click);
color correct an image for printing with a four color process (corimg);
color correct an image for printing with a three color process (corimg3);
make an n by n by n rgb-to-cmyk values correction table (cortab);
develop an abstract image on the screen (devel);
classify an image chosing colors from a specified color map (encode);
enhance an image interactively (enhance);
field filter 2-field video frame removing shear artifacts (fieldfilt);
Convert from
a Computer Design (CDI) image to an IRIS image (fromcdi);
a CMYK image to an RGB image (fromcmyk);
reading images out of a core dump file to rgb (fromcore);
a group 3 fax file to an IRIS image file (fromfax);
a Compuserve GIF image to IRIS format (fromgif);
an HSV image to RGB (fromhsv);
a logarithmic image to linear space (fromlog);
a frame from a compressed movie to an image file (frommov);
a Zsoft PCX bitmap file into an SGI format (frompcx);
a mac PICT file to IRIS image file format (frompict);
a PPM file to IRIS format (fromppm);
an Image Graphics Library RAD image to SGI format (fromrad);
a Wavefront image to an IRIS image (fromrla);
an SoftImage picture to an IRIS image (fromsoft);
streaming TIFF format data to SGI image series (fromstiff);
a targa image into an IRIS image (fromtarga);
almost any tiff image file to IRIS format (fromtiff);
a VICAR image to an IRIS image (fromvicar);
interleave a GIF file (gifinter);
print info about a GIF image (gifstat);
draw hash lines to represent an image (hash);
compute and display the histogram of an image file (hist);
scale the hue of an image (hscale);
expand an image (iexpand);
look at one bit of an image file (imgbit);
find the maximum of two images and output 0 or 255 (imgcmp);
difference two images (imgdiff);
display slices of an image (imgtovis);
interactively correlate two images to make a panarama (ipan);
reduce an image (ireduce);
rotationally roll an image in x and y directions (iroll);
print the header information of a list of image files (istat);
an ipaste for RGB, JPEG, TIFF and GIF images (iv);
loads a colormap stored in a file (loadmap);
perform a log polar mapping of an image (logpol);
invert a log polar mapping of an image (logpolinv);
translates a screen image into an RGB image (mapimg);
make marbled paper patterns (marpap);
use 4x4 matricies to process color images (matrix);
chose pixels from the most different image (maxdev);
merge N images for lenticular display (merge);
generate an rgba image from two rgb images (mkalpha);
make a palette for a set of images (mkpal);
convert an RGB image into C, M, K, and K images (mksep);
make an input image into an array of tiles (mktiles);
make a set of thumbnail-sized images from the full-sized originals (mktnails);
correct for geometric distortions in a camera (mkwarp);
show a series of images as a movie (movie);
paste a single image from a movie file onto the screen (movpaste);
negative add two image (negadd);
remove all the black from an image (noblack);
automatically correlate a set of imgs to make a panarama (pan4pnt);
render a panarama (panrend);
a halftoning explorer (pat);
determine the percentage histogram of an image file (perhist);
interactively select 4 pnts in img & map region into a rectangular img (persub);
perform a 2D projective warp on an input image (perswarp);
convert a percentage of img diameter to a number of pixels (pertopix);
use phase correlation to align two images (phasecor);
chose a color map from an image (pickmap);
use simulated anhealing to do quantization (pquant);
make a pyramid of images (pyramid);
blend two pyramidal images using a pyramidal mat (pyrblend);
calc the diff between levels of a set of pyramid images (pyrdelta);
glue a family of pyramid images together (pyrglue);
quick quantization of rgb image (qquant);
make a random color map file (randmap);
extract a random region of size xsize ysize from an image (randsub);
replace specified colors within an image (repcolor);
signed addition of 2 images (sadd);
save the current contents (or subrange) of the colormap (savemap);
explore/view an image of any size (scope);
modifies the luminance (brightness) on an image (setlum);
show a movie of two images at some x y offset (showshift);
save a portion of the screen in an image file (snapshot);
create a soft proof of an RGB image (sproof);
create a soft proof of an RGB image (sproof3);
Convert an IRIS image
to c array declaration (toarray);
into a CMYK image (tocmyk);
to FAX format (tofax);
to a Compuserve GIF image (togif);
to HSV (tohsv);
to logarithmic space (tolog);
to PCX format (topcx);
to MOVIE BYU .PIC format (topic);
JPEG, TIFF or GIF images to SGI format (tosgi);
file to xpm format (toxpm);
use input alpha channel to map transparency to 128,128,128 (trans128);
find the x/y translation to best align two images (transcor);
translate and rotate an image (transrot);
even out illumination in an image (unlight);
correct for pin-cusion distortion in images (unwarp);
check for "hot" video colors (vcool);
display a 3-D volume histogram of a color image (vhist);
make a movie of warped images (warp);
zoom an image so its x-size is 1280/1024 pixels (zoomx);
zoom an image so its y-size is 1024/768 pixels (zoomy);
add text below an RGB image
(addtext);
generate a preview image from an eps file
(epsprev);
convert a one page EPS file to an Iris image
(fromeps);
convert a PostScript file into a series of IRIS images
(fromps);
using a PS interpreter to render each word, convert words into .gif files
(htmltext);
transmute b/w image to a PS path, then generate showpage cmd on output
(imgtops);
emulate a 132 column line-printer that generates PostScript output
(lptops);
make an array of a set of EPS files
(psarray);
take one or more PostScript documents with page structuring conventions
and generate 2 or 4 page signatures on a laser printer
(psbook);
print a calendar for one month using a specified image file
(pscal);
delete image objects data from a PostScript file
(psdeimg);
convert carriage returns (cr) to newlines (nl) in a PostScript file
(psnl);
make a calibration pattern for use with mkwarp and unwarp
(pspattern);
generate PS doc of an SGI image file with text of dimensions in pixels
(pspic);
quantize an RGB image into PostScript shapes
(psquant);
generate smooth shaded triangles in PostScript
(psshade);
print an image on transparency material to make a slide
(psslide);
convert multipage PS file into a series of separate EPS files, one per page
(pstoeps);
and/or display a PS file on the screen with this ultra-simple previewer
(psview);
automatically expand the contrast of an image
(autoexp);
use a B/W to interpolate between two colors
(bwto2);
blur the chroma of an image
(chromablur);
convert an eps file to gif format
(epstogif);
add noise to an image
(filmgrain);
triple an image by flipping it in x
(flip3);
convert a jpg file to .sgi format
(fromjpg);
make a transparent spacer image
(gifspace);
add a gleam to an image
(gleam);
make a hand-colored wood cut
(handcolor);
use blur factor extrapolation value to sharpen a picture
(hipass);
quantize an image in hue, saturation and value
(hsvquant);
uses hipass to increase hi and low frequencies
(intense);
resize an image of B/W line art
(linezoom);
make an image that is a spectrum of color
(makespec);
maximize the saturation of an image
(maxsat);
make a gaussian image
(mkgauss);
blur an image and then add noise to it
(noiseblur);
remove white from an image
(nowhite);
make an image look like pixel vision video
(pixelvis);
merge two images for red-green display
(rgnmerge);
make a B/W image that shows the hue, saturation or value
(showhsv);
apply soft focus and noise to an image
(softfocus);
separate an rgba image into an rgb and an alpha image
(splitalpha);
remove the alpha channel from an RGB image
(stripalpha);
make an RGB image into 3 separate .bw images
(tobands);
Many of the following docs hail from the toolbox-version of
Paul's Grafica Obscura
Abekas A60
Control Panel v2.0.1, notes, 1991
Automatic Panoramic
Image Merging
DRAFT TIFF
Technical Note #2, March 17, 1995
Future Additions to
Grafica Obscura, February, 1995
Futurist
Programming Notes, 1994
ibrowse - An
image file browser, v1.2.2
Image Processing By
Interpolation and Extrapolation, 1994
Image Production
for the Web, October, 1994
IO NOI BOCCIONI,
Background on Futurist Programming, February 3, 1994
Japanese English
Advertising Slogans
JPEG file format
documents
JPEG File
Interchange Format, Version 1.02, September 1, 1992
JPEG SETUP instructions for
the Independent JPEG Group's JPEG software
JPEG SYSTEM
ARCHITECTURE, December 1, 1992
JPEG USAGE instructions
for the Independent JPEG Group's JPEG software
libimage.a
Specification: The SGI Image File Format, Draft version 0.9
libimage.a:
Using The IRIS Image Library, 1993
The
Manifesto of the Futurist Programmers, June 15, 1991
Matrix Operations
for Image Processing, November, 1993
A Multifocus
Method for Controlling Depth of Field, October, 1994
Notes for
SGI to Abekas SCSI connection, 1991
A Paper Folding
Project, (4 html "pages") October, 1994
The Silicon
Graphics Typeface Collection, 1994
Synthetic
Lighting for Photography, January, 1992
Texture Mapping
as a Fundamental Drawing Primitive, June, 1993
TIFF,
6.0 Specification June 3, 1992
TIFF
Technical Note 1: TIFF Trees June 6, 1993
Viewing Notes
for web documents in grafica obscura on the toolbox,
and/or, on the web
includes fonts as: AFM files + Adobe Type1 versions + stored as
b/w texturemaps;
HEAVY DUTY LIGHT WEIGHT THUMBNAIL
align1.rgb align1.jpg align1.gif
align2.rgb align2.jpg align2.gif
brick.rgb brick.jpg brick.gif
cane.rgb cane.jpg cane.gif
chris.bw chris.jpg chris.gif
cloth.rgb cloth.jpg cloth.gif
coffee.rgb coffee.jpg coffee.gif
colblue.rgb colblue.jpg colblue.gif
colwat.rgb colwat.jpg colwat.gif
crane1.rgb crane1.jpg crane1.gif
crane2.rgb crane2.jpg crane2.gif
desk.rgb desk.jpg desk.gif
devtb_env.rgb devtb_env.jpg devtb_env.gif
fishcam.rgb fishcam.jpg fishcam.gif
flw.rgb flw.jpg flw.gif
flw2.rgb flw2.jpg flw2.gif
fold.bw fold.jpg fold.gif
HEAVY DUTY LIGHT WEIGHT THUMBNAIL
fute.rgb fute.jpg fute.gif
gear.bw gear.jpg gear.gif
glass.bw glass.jpg glass.gif
kanchar.bw kanchar.jpg kanchar.gif
liquid.rgb liquid.jpg liquid.gif
mat1.rgb mat1.jpg mat1.gif
match1.rgb match1.jpg match1.gif
peppers.rgb peppers.jpg peppers.gif
redgold.rgb redgold.jpg redgold.gif
rose.rgb rose.jpg rose.gif
shirt.rgb shirt.jpg shirt.gif
stool.rgb stool.jpg stool.gif
sunflower.rgb sunflower.jpg sunflower.gif
thresh.bw thresh.jpg thresh.gif
tulhand.rgb tulhand.jpg tulhand.gif
tulips.rgb tulips.jpg tulips.gif
tulwhite.rgb tulwhite.jpg tulwhite.gif
HEAVY DUTY LIGHT WEIGHT THUMBNAIL
candle.mov: movie of three candles
good.mov: short version of the water temple movie
water.mov: movie of the alameda de las pulgas water temple
Copyright © 1995, Silicon Graphics, Inc.
