BINARY SCIENCE OF THE GORF
FIRST EDITION

Shawn Cook
Joan Welch
Tom Cook
Phil Genest
Jessica Cook
Tyler Rich
Debbie Bereshny
Scott Daily
Jason Daily
Lauren Rich
Chris Rich
Amanda Spenlinhauer
Bobby Welch
Andy Soulard
John Simpson
Dr. Oulette
Dr. Kerby
Dr. Lantos
Dr. Stroodle

01) THERE IS A GORF COMPILER AND ASSEMBLER
02) GORF CAN CREATE A VARIETY OF SOFTWARE
03) THERE ARE MANY UNIQUE FEATURES IN GORF
04) THERE ARE BEGINNING BASICS TO KNOW
05) 

01) THERE IS A GORF COMPILER AND ASSEMBLER
On a computer a compiler and assembler called Gorf can be
installed. Once installed, programmers can create a
mysteriously wide variety of computer programs. Many long,
tedious chunks of assembly language were assembled
into Gorf for the purpose of offering it's users a simple
way of doing tremendous programming jobs in just a few
commands. It was obvious that a very main objective
of this was to produce extremely tiny executable binaries
using pure BIOS hexadecimal, providing an exceptional
and ever outstanding language for low level boot sector
design. Applications that appear huge and tedious to ever
make, especially on assembly language, can be done in
very little time, in a much more organized fashion.

02) GORF CAN CREATE A VARIETY OF SOFTWARE
The .com executable program files can become very immaculate
and sophisticated and incredibly tiny. There ia tremendous 
flexibility in generating random seeds, randomized patterns,
and random phrases. Boxes, symmetrical patterns, lines, and
any background images can be drawn, creating an excellent 
integration for colorful and creative objective compilation.
With non existent limits, seemingly in function and size,
Gorf cannot be compared, neither be similar to any other
programming language. The simplicity of programming boot
sectors and operating systems is intensified drastically 
in this language. Complex row and column coordinates for
video games can be done simplistically, with total control
over the color palettes.

03) THERE ARE MANY UNIQUE FEATURES IN GORF
Gorf supports every BIOS screen mode, those that designed
Gorf strived for new and unique video modes. Gorf requires
extensive use of CPU registers AL and SI. Once provided a 
general know how, many years of programming experience can 
be merged seamlessly into anothers. One major and luscious 
quality is that all of gorf itself can be burned onto a 
microchip, or loaded directly from a typical boot sector. 
Tasks that would take lifetimes, and chores previously
concidered too tedious or impossible, can be done easily.
Some commands may shock, or even defy your understanding,
have been intergrated. The use of segments, offsets,
and memory give a completly new meaning to complete
flexability. Gorf self compiles, in other words, you
can change and modify its every aspect, using a well
thought out and infinite library structure. The float
register st0 has every benafit of assembly language,
while also the pure genius of its creator.

04) THERE ARE BEGINNING BASICS TO KNOW
Gorf requires a deep understanding of CPU registers SI, 
CX,  and AL. Also general use of BX and DX. Users must be 
capable  of counting in hex, and hold a basic understaiding 
of  microchips, I/O ports, and memory access and manipulation. 
And certainly knowledge pushing and popping the stack is 
neccessary. Users should also know color codes, keyboard scan 
codes, and int vector tables. This book assumes the reader 
has met all of these requirements. If you are good with 
assembly language, or BASIC language, or both, Gorf should 
come naturally. Total beginners must know how to perform and 
memorize long, large, complex number structures.

05)