| GeoRSS converter |
| georss.r | 24.5 KB
7 Oct 2009 | Converts GeoRSS xml to GPX/KML/OziExplorer formats
author: pijoter |
| Get Windows Version |
| get-version-ex.r | v:0.0.1
2.4 KB
23 Sep 2003 | Shows how to call Windows GetVersonEx function.
author: Gregg Irwin |
| glayout - GLASS-based layout engine |
| glayout.r | v:0.5.4
141.6 KB
16 Nov 2006 | replace vid dialect layout while keeping its basic featureset
author: Maxim Olivier-Adlhoch |
| GLES and EGL library interface |
| gles-egl-h.r | v:0.6.2
139.2 KB
28 Apr 2020 | Use modern OpenGL with shaders
author: Marco Antoniazzi |
| gps_pos |
| gps-pos.r | v:1.0.0
1.7 KB
8 Aug 2004 | print position from gps devices
find corresponding map on mapquest
(gps device must be nmea compliant)
author: Jean-Nicolas Merville |
| Gradient Colorize |
| gradcol-all.r | 707 bytes
13 Mar 2003 | Displays gradient colorize in all directions.
author: [unknown] |
| Gradient Colorize Examples |
| grad-image.r | v:1.0.0
2.6 KB
13 Mar 2003 | Applies multiple gradients to a single image.
author: Carl at REBOL |
| Gradient in all Directions |
| grad-all.r | 680 bytes
13 Mar 2003 | Displays all gradient directions.
author: Carl Sassenrath |
| Gradients demonstration |
| gradient.r | 848 bytes
19 Jul 2003 | Gradients demonstration
author: Jeff |
| Graph a function |
| graph.r | v:1.1.0
19.2 KB
13 Jun 2004 | Graph a function
rounding function by Ladislav Mecir
Usage ....
Type in your function of x into the input field
Some pretty functions to get you started .....
3 * sin (0.5 * pi * x)
3 * sin (x * x)
exp(0.1 * x) * (sin(4 * pi * x))
4 * sin (4 * pi / x)
0.2 * exp(- x) * sin [...]
author: Phil Bevan |
| Graph functions |
| graph-fx.r | v:0.1.0
10.7 KB
13 Mar 2003 | Some functions for making graphs with 3D columns
author: Oldes |
| Greek |
| greek.r | v:1.0.0
0.9 KB
13 Mar 2003 | Greek changes all upper and lower case letters to random letters,
preserving their case, and changes digits to random digits as well.
author: Andrew Martin |
| GUI CRUD App Builder |
| gui-crud-app-builder.r | 4.4 KB
11 Dec 2013 | CRUD is an acronym for Create Read Update and Delete .
Familiar types of apps such as contact managers, inventory systems,
home video databases, etc., are examples of typical CRUD data storage
applications. This script is a simple CRUD app maker that allows you to
instantly create CRUD apps which store, retrieve, sort, etc. records [...]
author: nick |
| Guitar Chord and Scale Diagrammer |
| guitar-chord-and-scale-diagrammer.r | 1.6 KB
12 Jan 2014 | A little example for the new tutorial at:
http://re-bol.com/starting_computer_programming_with_rebol.html
When the program starts, enter the number of frets you want in your diagram.
(The default is 5 frets, but you could use 3 or 4 for smaller diagrams,
or more for full fretboard scale diagrams)
Click any fret on any string [...]
author: nick |
| Guitar Chord Diagram Maker |
| guitar-chord-diagram-maker.r | 2.8 KB
29 Jun 2008 | A demo program that creates, saves, and prints collections of guitar chord fretboard diagrams.
Taken from the tutorial at http://musiclessonz.com/rebol_tutorial.html
author: nick antonaccio |
| Guitar Chords |
| guitar-chords.r | 22.2 KB
9 Dec 2009 | Create and print instant guitar chord diagram charts for songs.
Taken from the tutorial at http://re-bol.com
author: nick |
| gzip |
gzip.r
documentation | v:1.1.0
6.7 KB
8 Jan 2013 | Creates gzip archives, using the rebol compress command.
author: Vincent Ecuyer |
| Test Dot Graphviz with com2Rebol |
| graphviz2rebol.r | v:0.0.2
1.6 KB
5 Apr 2006 | REBOL COM.interfacing with WinGraphviz
author: Ph. Le Goff |
| UUID Generation Example via Windows SDK |
| guid.r | v:0.1
2.0 KB
10 Sep 2005 | Command only example of interfacing to Windows SDK to generat UUIDs. Trivial given heavy lifting by others in Rebol community. Acknowledgements to all.
author: David McAvenue |
| A Variation on Conway's Game of Life |
| game-of-life-variation.r | v:0.0.4
5.3 KB
21 Sep 2005 | A GUI implementation of a modified version of the popular cellular automaton system.
The rules: 1) Each cell (square) on the grid is either alive (blue) or dead (white)
2) For every iteration, each cell's next state depends on current state and # of live neighbors
a) if cell is alive, it stays alive <=> 2 or 3 neighbors are alive
b) if cell is dead, [...]
author: Ayrris Aunario |
