G15 PMN apps by Aristo Tacoma

G15 PMN apps incl games
G15 PMN: Stimulate the mind!
G15 PMN: Mindfulness-friendly

INTRODUCTION TO G15 PMN FOR KIDS

THE WORLD OF G15 PMN IS HERE
Technically, what is G15 PMN?
G15 PMN is a programming language, like
no other but with a love of Forth as
its main historical influence, made by
Aristo Tacoma whose other artist name
is S.R.Weber and formal name
Stein Henning Bråten Reusch,
Norwegian with German and Swedish name roots,
son of prof. emeritus Stein Bråten.
G15 on its own is an assembly programming
language and a concept of a tiny but complete
instruction set 32-bit CPU, made on the
viewpoint of what colours should be on a
computer screen and what memory sizes should
be in a computer for this to stimulate
human mindful activity rather than reduce it.
The G15 PMN available on PCs etc are emulated
in these 'practical virtual implementations', or
PVIs. G15 PMN is also, in a way, its own
OS or operating system; but when it is
run on top of another operating system,
its disks are files, named cdisk.g15,
ddisk.g15, edisk.g15 up to ldisk.g15.
It is available for Linux 64-bit, Linux
32-bit, Android in text form and Android
in graphical form with mouse-simulation
through keyboard arrows, at Intel/AMD
and, for ARM, at Raspberry PI 3 and
Raspberry PI 4 with their Raspberry
OS, and 32-bit legacy versions are
available for FreeDOS and Microsoft
Windows, with near-total compatibility
between the implementations. The 64-bit
Linux must entuned to G15 PMN at present
is Neon KDE Linux when you use the Wayland
login method; Neon is an elegant derivative
of Debian Ubuntu.

SCROLL ON FOR FREE
OPEN SOURCE G15 PMN
GAMES AND APPLICATIONS
There is a full G15 PMN with simulated
mouse for also unrooted Android phones
which can be used elegantly together
eg with Termux for Android, with the
presumption of a physical keyboard not
just a smart keyboard app. It has
arrow-simulated mouse--not
touch-screen oriented; there is a
text-oriented G15BATCH for Android,
which can be used also for unrooted
Android, and together with this and
with Termux; there is a similar G15BATCH
for Linux 64-bit and Raspberry PI OS 32-bit;
and there is a G15 PMN full version
with mouse, graphics, keyboard for
Raspberry PI 3 when it has a screen
larger than 1024x768, similar to G15RWX
in that G15 PMN is run in a frame. For
these, see
intraplates.com/scientific_apks
What you can run eg on a big Linux 64-bit
computer you can also run in this,
as for G15 PMN apps. G15 PMN itself is
profoundly wedded to 32-bit but that is
due to the concept of first-hand
relationship to data, ie, a psychological
motivation; whereas the physical
realization can be in different ways.
For hints on how to use G15 PMN at
Android, see notes at completion of
this page.

Some of the technical background:

Infinity: concept of numbers in G15 PMN works
Mentioning: clear ideas in mathematics
Percepts: percepts and essence numbers
Essencesg15pmn: essences and shape of G15 PMN
More background incl super-model theory

For free download of mini-game program
discussed in last chapter of the Vol I
of Art of Thinking, which introduces
G15 PMN to kids and those who start
out with programming, see app 5850001.

G15 PMN is easy to run once you have it
installed: you need a big keyboard with
PgUp and F1 to F12 and so on, ideally US
English layout, and an Intel/AMD PC of
some sort, and a two-button mouse. [Other
keyboard layouts are okay but only the
US English original 7-bit Ascii characters
will show as for visible characters.]
Mouse and keyboard can for little cost be
acquired to most meaningful laptops.
CPU-TYPE: INTEL AND AMD, and for the
Android version, typical phone ARM CPU
with mousesim works also in
nonrooted devices. A full G15 PMN is
for Raspberry 3, 32-bit when that
Raspberry is equipped with larger than
1024x768 size screen, two-button mouse,
and a US or US-compatible keyboard, see
intraplates.com/scientific_apks
An G15 PMN Android-X86 version for
Intel PCs is running in Fedora inside
a rooted Android, and that G15 PMN
has full mouse.
[We are working on unique G15 hardware:
it will all these apps exactly as they are;
links at the completion of this page]
Those who know a little bit how to install
programs and who may have some experience
with Linux will easily install G15 PMN,
follow the installation text.
Each app for G15 PMN is stored as a
seven-digit number. Just put the
content of the app zip directly into the
folder from which you start G15 PMN,
start up G15 PMN, type MNT (for 'mount')
and select menu option #1 and type in
that number, and the starting-menu comes
up. Click CTR-W to enable the menu mode
of the mouse (right-click to switch to
edit mode), and click on the slash-like
symbol typically where it says F/1 on
the startup menu.
To quit G15 PMN after you have finished
one or more program runs of one or more
programs, press CTR-Q and type REB.

G15 PMN: you can install it
as a programming and
application running
PC environment on top
of all popular OS'es
or as its own OS,
when the G15 CPU exists.
Installation is usually
only a question of unzipping,
once a suitable graphics
lib like SDL2 is in place.
The best OS underneath it
may be KDE NEON LINUX,
but most linuxes work
with a slight bit of
experimentation.
MOST UPDATED ABOUT
SDL LIBRARY INSTALL
AND SUITABLE LINUXES:
extra_g15pmn_pmwork_linux_info.txt
Login to Neon by WAYLAND
session to get all
variations in the
NEONG15WAYS package,
including for autostarting
and calling on terminal,
eg for robotics or g15vid.
Have unzipped NEONG15WAYS
into a local folder.
CD into the folder
and type ./neong15pmn
When you work with eg
FCM Pattern Matching
and perhaps use a sdcard
formatted on a camera,
{consult ASKUBUNTU as to
how to enable sdcards}
such sdcards {or usbdisks}
may not have program
startup permissions set;
even so you can use them:
Just CD into the sdcard,
and type something like:
~/neong15ways/neong15pmn
and it uses the sdcard.
You can freely copy
the 'disk' files eg
fdisk.g15 between unzipped
folders having G15 PMN
in them. You can also
rename them, eg fdisk.g15
to jdisk.g15, if you
swap the disk# for f
which is 6 to that of j
which is 10. Look for
text 'disk#' eg in F:1.
More info about why
spend time eg daily
programming G15 PMN,
see the YOGA6D LIBRARY.

Why first-hand programming? "First-hand" means that
only programs in which every bit and byte and number
are at least fairly easily understood directly are
acceptable as programs to put into production: and
similar for CPU design. When this principle is not
followed, this is the sort of thing that comes about:
www.bloomberg.com/news/articles/2018-01-08/-it-can-t-be-true-inside-the-semiconductor-industry-s-meltdown

Anyway:
G15 PMN is CPU design and programming and thinking,
even a formalism for illustrating features of
physics, in which FIRSTHAND RELATIONSHIP TO DATA is
pivotal, a concept within computer programming launched
with the Firth platform in 2005 & 2006 by this author,
but much refined in the G15 PMN platform.

A core page for installing G15 PMN: norskesites.org/fic3

FOR BEGINNERS TO G15 PMN READ
"First-time G15 Install"
AVAILABLE G15 PMN APPS ARE LISTED FIRST,
THE EASIEST AND/OR THE MOST IMPORTANT FIRST;
MOST INTRODUCTION TEXTS TO G15 PMN
AND THE G15 PMN FCM WAY OF PROGRAMMING
ARE AT THE COMPLETION OF THIS LONG PAGE;
EXTRA INFO ABOUT HOW TO INSTALL APPS
IN LAST INTRO-TEXT ON THIS PAGE.

It's first-hand, free, and fun!
Texas Stars and other G15 PMN games are available
as entirely free downloads, all with G15 PMN source,
in the list below. The very tiny binary core of G15
is entirely stable and versionless and, given that,
not in need of the typical open source revisions;
so it is in itself not open source. But most of the
G15 core is written in the G15 assembly and all of
G15 PMN is written in open source G15 assembly. The
compactness and the firsthandedness and the
independence of huge libraries with versionnumbers
means that what you learn this decade of G15 PMN is
good enough for any decade with G15 PMN. It is a
meaningful investment of time to get to know it--
even if, in the beginning, only through the games!
Scroll on to get them, or in case you are entirely
new to G15 PMN and need the core, read the paragraph
just after the following quotes and links about the
value of green called First-time G15 Install:

WHY COMPUTER GREEN--BRIGHT GREEN--SPRING-GREEN

When IBM released the very first IBM PC, or "Personal Computer" as they coined it,
they first released a text-only monochrome monitor. They studied several variations
of the available monochrome monitors, and researched on the effects that working
with these colors had on people. They settled on green--a green that also fitted
the technology of the time, but which matches the human physiology really well.
To work with a monochrome computer screen allows you to work also late without
getting over-stimulated, and it allows you to work day-time in a creative and
harmonious sense, without the exaggerated one-sided wakefulness that consistent
influence of some of the other colors can give you. Computer green work may mean
bright green on black background, or sharp black against bright computer green,
or anything in between. The afterglow effect on your eyes is one of pleasant
pink--ie, the world looks more pink after you have worked with green for a while.

That this is not a wierd idea is clear if you try it; and consider also
suggestions and elements of research hinted at, or actually referenced, in
some of the following links. But try it for a while--give yourself time to
adapt to it--before passing judgement on it. If you come from an environment
full of computer monitors with other lights, do some creative work, or gaming,
or whatever, with green for at least a month before you really decide on
whether you like it--don't just dismiss the most universal color for your
retina out of prejudice. Give it a solid, real chance!

<<[..] Among the studies offering evidence that screens with blue LEDs might
confuse the brain at night is a 2011 investigation by the University
of Basel's Cajochen and his colleagues. In that work, volunteers exposed
to an LED-backlit computer for five hours in the evening produced less melatonin [..]>>
--scientificamerican.com/article/blue-leds-light-up-your-brain/

<<[..] One thing is clear:
if you have normal eyes [..] then the green color is the sharpest one.
in the other case, probably red. a blue color could a bad idea since the
cone cells are less receptive for that wavelengths.>>
--stackoverflow.com/questions/503103/best-background-color-for-your-editor

<<[..] This curve peaks at 555 nanometers, which means that under normal
lighting conditions, the eye is most sensitive to a yellowish-green color.>>
-- nde-ed.org/EducationResources/CommunityCollege/PenetrantTest/Introduction/lightresponse.htm

<<[..] At moderate to bright light levels where the cones function, the eye is more
sensitive to yellowish-green light than other colors because this stimulates
the two most common (M and L) of the three kinds of cones almost equally.>>
-- en.wikipedia.org/wiki/Cone_cell

<<Green represents nature and [..] popular [..] in [..] decoration.
The reason is its soothing effect on the eyes.
Green [..] relaxes the body and alleviates stress.
Researchers have proven that the color improves vision. This could be
the reason why classroom boards are in green color. [..] People working
in green offices have proven to be more satisfied with their jobs [..]>>
--humannhealth.com/effect-of-different-colors-on-human-mind-and-body/243/8/

For the above reasons and more, green is associated with
wealth, with income, with value, with healing, and is found
to be stimulating in a way that is neither too weak nor too
strong, nor skewed. When black-on-white is used, then that
white light is made by engaging also the blue retina
cones with the effects mentioned in the well-known study
above. Add to this that if you want to do monochrome
photography work with human beings, it's the only
alternative that works as well as or, in many important
cases, much better than the black-and-white in conveying
the health and shine and wholeness so important in
creative work. But the use of white computer monitor color
has those challenges hinted at in the above.
There is one additional aspect that is to the author
of G15 PMN (the undersigned, SRW) infinitely important:
computers shouldn't challenge the real world; let us keep
the fullness of real experience with the full set of colors
in the real world, and let computers stimulate in some
respect but not so as to become a stupifying or addictive
factor. We want computers to stimulate the rest of our lives,
not to take it over. Right? And when this is the approach,
G15 PMN follows logically!

STIMULATE, NOT SIMULATE

G15VID: stimulate brain
by 8 Hertz flickering
video. Use eg Neon 64-bit
Neon KDE Linux
and select 'Wayland' session
Start g15vid.zip
Read howto.txt
More info & improved scripts
Info: g15vid_linux_utilities.txt
Zip: g15vid_linux_utilities.zip
To see effects of import,
here is, unchanged, the
full set of the first
580 photos by AT for
BERLiNiB; they are
copyright AT and for
reuse you must look up
model & MUA name etc,
through the Directory
section of BERLiNiB website,
& follow its RebloggerInfo.
First 580 AT photos: 3850580.zip
Can be viewed eg by
iSimpleZoom G15 app: 3003005.zip
Here is how: first mount
photos by MNT menu 1,
secondly, mount zoom app
by MNT menu 2.

********First-time G15 Install********
Entirely new to G15 PMN? There are tons of instructions
around on these pages devoted to that brilliant,
minimalistically brain-sharpening language, as to
how to get it to run here and there and on every PC.
Computer green has proven, in psychological studies,
to be both harmonious and creatively stimulating
for the human brain; and the mind makes up its
own colors when you get used to the approach.

For standard KDE NEON GNU/LINUX when logged into it
in Wayland mode you can use neong15ways.zip
incl game and robotapp capacities w/info in 015inneon.txt
{and a frame in xorg mode: g15rwx.zip}
If you have an Ubuntu with Wayland login then
you can use theg15ways.zip, cfr 015setup.txt.
With simulation of mouse g15mousesim.zip,
unzip into the content of neong15ways.zip to use it;
assumes full keyboard but emulates the mouse device
through intelligent keyboard mapping.
USE G15RWX FOR NON-WAYLAND LOGIN'S
In using ./g15rwx as start,
there will be a frame,
but eg in Neon KDE Linux one
removes frame around an app
by a menu in a corner.
MOST LINUXES ARE FINE WITH G15RWX,
works well with all LXDE.

TO EXIT A PROGRAM GONE INTO LOOP:
As a programmer, constant reboot
of the environment is important,
to cleanse it of residue etc.
In case of a loop during programming:
in most Linuxes, when you start
eg by a command like ./g15pmn,
without using the & sign,
closing the terminal window
means exiting the program. Ie:
With G15 PMN in Fullscreen Mode eg in
a Wayland session in Neon KDE Linux,
click Del button to toggle Frame Mode,
close the terminal that started G15,
and confirm the 'close process'.

On a typical Linux, to convert
a text eg from Gutenberg Org
to B9edit format, just do this:
Save text eg to file.txt,
eg copy/paste from browser
to a simple text editor,
like geany, gedit, or such;
it can be DroidEdit at Android,
NotePad at Windows.
In that editor, replace all
non-US characters with
US characters. Typically,
CTR-H is the keypress.
Convert next any slanted
or fancy quote sign to the
straight " and ', and
convert long dash to
eg dash dash -- or ~.
US Ascii 7-bit is what we want!
On Linux terminal, do wordrwap:
fold -s -w 58 file.txt > new.txt
ls -l new.txt
Make note of quantity chars.
Start up G15 PMN, locate menu D:16
and select Import to B9edit.
Type exact quantity of chars,
and eg 'new.txt'. Press ENTER,
and open up c9000 in B9edit!
Check it, there may be some
almost hidden 8-bit Ascii
chars, like e with ', that
you may have to locate in
file.txt and do it again.

With an MsWindows PC {ideally for which you are an
administrator}: Extract the files in wing15pmn.zip
anywhere you like, anywhere where it is easy to
find it later on. Let's imagine that is c:\wing15pmn.
Then run c:\wing15pmn\win.bat and G15 PMN is
alive! Press CTR-Q and type REB to exit it (good to
know: DELETE-button to toggle fullscreen).
To simplify each time how you start it, you may
want to make an icon on the Desktop that starts it.
Usually, all it takes to do this is to right-click on the
Desktop, select New->"Make new shortcut" or the like,
and locate c:\wing15pmn\win.bat and that's it! You
can later on modify the look of the icon and so on
by selecting "Properties" after right-click, and
there you can also check that where it says "Starts in"
it also says "c:\wing15pmn".

Next, get eg TEXASSTARS (scroll a little on!)--because
it has a little bit installation instructions in it--and
put your G15 PMN personal computer approach to action!

You'll be delighted to know that, generally speaking,
every game, every app, comes with everything it needs
each time without extra add-ons having to be fetched
from here and there. But if you wish to make your own
games and produce screenshots like below, you should
start eg nowg15.bat instead of win.bat.
Just start the game in this somewhat expanded form of
G15 PMN which is here, for MsWindows: g15robot.zip.
{Note that when you get the NEON package listed just
above, you get all these flavours and more, as well
as both TexasStars and Third Foundation as part of
the package.}
You can, if you like, put the content of this zip in
the same place as you put the .zip above, just let
it overwrite the same-named files and you can start
nowg15.bat and win.bat inside the same folder.
To make screenshots of your own G15 PMN apps, press
ALT-DELETE for each screenimage you'd like. They will
be called XO1.BMP, XO2.BMP and so on, and you can
convert to compact xo1.gif, xo2.gif and so on by
typing such as
convert xo1.bmp xo1.gif
on the MSDOS Command Line in Windows in this folder.
And/or use a free tool such as Gimp to convert to .jpg.

TEXASSTARS 1010101
Easy does it; classical inspirations obvious

TexasStars is eminently simple yet exactly what it
must be to ensure that you feel that your universal/
galactic gun fires on alien objects quite beautifully.
A G15 PMN program with many elegant features, and a
starting-point for a branch of upcoming games, it
starts with the Elsketch Design program. Clear
inspirations from classical games but has novel
features and everything is programmed and designed
here afresh. While it's an interesting program,
it's a game made to be played for fun. You can set
up a competition in a group, such as in a classroom:
make a scorelist, one person at a time plays it so as
to get as high score as possible within two minutes.
One can also play it just for fun by oneself. It takes
skills to get a high score--skills one can develop--
but also a bit of luck.
It's open source, works with all Personal Computers,
any typical OS, just get G15 up and running on it,
and put each file in the .zip into the SAME folder
from which you start your G15 PMN--on your Windows,
Linux or other type of PC (fast Apple computers can
be used with G15 PMN solutions in a more virtual way).
Then type MNT (to 'mount', ie, fetch and start up),
press 1 at keyboard, and then type the number of the
game, in this case 1010101, and press ENTER. As with
all these apps, click CTRL-key and W together to
enable the mouse, then use the mouse and click at
the indicated place, in this case, at the G15 PMN
flower-like symbol between the "F" and the "1".
How to quit: Type qu
and press ENTER when the game is done.
Press CTR-Q and type reb
and press ENTER to leave the platform entirely.
(Or press CTR-W to turn on the editing of menues,
change the menues, and press CTR-S to save. In
this way, you can build up a set of links to
cards and to programs at these cards.)
A real keyboard and a real mouse and a display
no smaller than 1024x768 capable of a beautiful
monochrome green are the adviced requirements for
mostly everything done with G15 PMN. Laptops are
perfectly good for G15 PMN. For quality time with
them as Personal Computers, they should however
be equipped with a separate mouse and keyboard--
eg, by inexpensive and easily available
USB-cable solutions. The twelve function keys,
F1 to F12, should be clearly visible. And since
G15 PMN honors your quality Personal Computing
time, it doesn't offend your ears with noises when
programs are run. G15 PMN can be set up with
sound devices in technical contexts, but in its
typical setup, G15 PMN programs are dedicated to
soundless service of your monitor and to respond
faithfully and obediently to your keyboard and
mouse interactions. You will then feel free to
have on such music or other sounds as you please
while you play and/or work, without sound-
interference from the computer. This is, of
course, also ideal in a working-place or such
as a classroom. Note that G15 is in many ways
its own stable computer platform, and can usually
work very well indeed also on the more inexpensive
of PCs. What you learn to do with G15 PMN this
year is guaranteed to be useful in all future
contexts of personal computing.
Get TexasStars game here:
/////Appnum: 1010101

TexasStars, SpaceMakers and the other '2d-ish'
games starts with the Elsketch Design program.
They have the components on the rather flat
game area drawn in the same way fonts can be
drawn. This design program already have some extra PDs
for its approach to fonts; and in addition some
more are here, including one from the G15 PMN
FCM Spreadsheet, to allow the fontwork we want
want in a simple action game. ALL EXTRA THINGS
ARE FULLY INCLUDED IN EACH APP AS A PACKAGE.
ALL YOU NEED TO RUN EACH APP IS CORE G15 PMN.
Progammers: TexasStars has some more comments
than many of the other games made in this
branch of G15 games, because it was the first
we made after Elsketch Design was completed.

ARROWDRAW 4444889
This app is also useful for Android G15 PMN,
and in fact it was programmed and even packed
into an app package like this using a tiny
Samsung phone with Android, with only a
bluetooth keyboard connected, during an
evening. It works as a standard G15 PMN
program on all platforms, naturally. On
Android G15 PMN, it is the Resources folder
that gets the XOnnn.BMP screencopies when
you do presses on ALT-DEL.
It draws using 'arrows' being letters
on the keyboard. Very simple to extend when
you do a little G15 PMN programming. The
Third Foundation part inside this app is
the same slightly extended TF as in the
TexasStars game, in case you wish to add
routines that uses the larger robotfont
two-letter functions inside that TF.
/////Appnum: 4444889

To construct or engage in 3d, use Boardworks
or a program building on Boardworks in one
direction or another. Boardworks starts straight
in the Third Foundation G15 PMN, and also
in PMWORK, which combines the Third Foundation
with the G15 PMN FCM Spreadsheet and some more
as a kind of 'fourth foundation' [playfully
speaking, because formally the Third Foundation
is the completing foundation for G15 PMN].
'Foundation' is simply a set of functions and the like;
the core of G15 PMN is stable and has been
unchanged since the release. This core is
a tiny emulator for the G15 CPU when the
machine is not a physical G15 PC, and a fairly
small G15 assembly program that is the operating
system proper of G15 PMN and which compiles
G15 each time a program is started up; the
PMN part is written in G15, and that is why
the phrase 'G15 PMN' makes sense. PMN are
letters inspired by pattern matching networks
and primary noetics.

BOARDWORKS 7350004
G15 PMN has sprung out of the super-model
theory, which is associated with
philosophy and physics; of an understanding
of the importance of whole natural numbers
and of not believing in many of the
'treatments' that mathematics has given
the concept of infinity. G15 PMN is wedded
to the idea of the human being understanding
the machine throughout, and of the programmer
having a first-hand relationship to both
program and data. This naturally goes
together with an emphasis on whole numbers
that have a psychologically meaningful
maximum length, 32 bit, and with a screen
resolution and variation that have the
natural limits that encourage the human
interactor to see the computer as not an
alternative to reality, but a supplement
that exists in reality to make the rest
of reality seem more, rather than less,
appealing; not a simulation of reality,
but a mild re-presentation; not in any
way an alternative to thought or intuition,
but something that can supplement thinking
--and in fact stimulate thinking,
both through the interaction with the
program and through the observation and
interaction with the source of the program.
The mind is not a machine and the brain
is not all there is to mind or memory:
G15 PMN is crafted on an understanding
that consciousness exists in a more subtle
way than matter, and that a program must
honor the human mind rather than cloud
it into a self-centered atheistic nonsense
state of unconsciousness. G15 PMN, also
in the form of Boardworks-related program,
is a mind-honoring and mind-awakening
affair.
Much of what has been done in the region
of '3d' in various programming languages is
second-hand and third-hand and devoted to
producing quick'n'dirty results through
compact, fast algorithms designed to
delude and create obsessiveness and
imitation of reality. For this purpose,
whole machines and CPUs have been created,
and in this regard, 3d acts as a drug on
the young human mind and entraps it into
a mechanistic world in which nothing is
transparent, nothing is fully understandable,
but all is in the hands of engineers who
manipulate works they don't fully
comprehend under the orders of big fat
or shrivelled bosses who run multinational
companies driven by the approach of
imitating reality and imitating mind and
fooling people to believe in this.
Boardworks is 3d in G15 PMN that
radically breaks with all this, producing
nothing meant to delude, using only
exceptionally clear and simple
arithmetic routines with first-hand
data all the way, throughout. Yet it
is a tool that can be misused and as
such as it is a power that we release
hesitantly, and will use in games and
applications only where, depending on
the extent to which it seems to do
what we call a 'mild re-presentation
of reality' we also provide this
caution: use this force only for
first-hand good; don't use it to quell
minds or take attention away from
real reality.
The flickering intensely low-res
format of Boardworks in its core
form may make it seem a bit
presumptious to come with such
warnings, but precisely because its
surprising simplicity and
transparency in all its algorithms
without any exception--no 'linear
transformation', not even (in its
core form) any trigonometry--not
any 'matrices of points', not any
'triangle objects'--this could be
about the most powerful 3d program
ever made.
Its simplicity is unbeatable and
G15 PMN is its proper context: but
a programmer can take this and twist
it to become tools of manipulation
given additional layers and additional
algorithms and longer numbers and
trigonometry and what not, and that's
why these cautions are mentioned.
Can the core package Boardworks
be used for anything, or is it only
useful when merged into a star game
or something?
It can be used to sketch constructions
with planks! Go ahead! And if you happen
to understand a little more of quantum
theory after working with this, that
will not surprise this writer.
By clever use of this core package in
combination with entirely tiny scripts, of
which you find a number on this page, you
will be able to create exactly the shapes
you want, within the constraints of this
framework.
Generally, G15 PMN is made for use with
esp. large physical US English keyboards
with a clear-cut good solid layout, showing
F1 to F12 clearly, showing PgUp etc clearly,
and it is part of the fun of using G15 PMN
that it allows an expertise to grow in the
fingers because of the predictable results
from keyboard use.
Boardworks is particularly requiring a
large physical keyboard for advanced usage.
/////Appnum: 7350004
Completed July 2020
Author: Aristo Tacoma

BOARDWORKS technical terms for the
advanced interactor with the program:
* A "re" is initially put in as a rectangle
in 3d space with a certain [green] tone.
That is where the letters "re" derive from.
But the re can be modified freely, also in
its individual points, in all six directions,
eg with the keyboard in Boardworks. As long
as it has four distinct points, it is still
a "re". [There is no 'matrix of points' in
Boardworks, nor any 'triangle objects' in
the program; rather, there is a matrix of
re's. In extensions of this in programs
building on Boardworks, re's can be gathered
into sets and given additional features
such as name tags by additional matrices.]
The re's are always put in as planks, ie,
in sets of six re's with eight shared and
unique points.
* A "plank" is composed of six re's, where
they share 8 points as corners. When it is
put into 3d space in Boardworks at first,
through a press on Spacebar, it is a long
rectangular plank-like or board-like
structure with square corners. We call it
plank (and sometimes we abbreviate to 'pl'
to mean plank or set of planks) even when
the re's are modified so that entirely
different structures arise--as long as it
retains 6 re's and 8 unique points.

VIEWER_WITH_STARS 7350009
This is exactly the same as Boardworks #7350004
but with all main screen info texts removed
and a call to FREESTARS added instead of any
matrix background or matrix grid--a quick change
that took minutes after Boardworks was completed.
Good when you develop unique, new applications
incl games with Boardworks to have a look on
your constructions. All function keys work as
normal; it is assumed you know Boardworks well,
and do not need to have info about keys nor
about coordinates on the screen. F12 and HOME
keys work as normal and you can save, load and
modify individual points in all six directions
as in Boardworks.
/////Appnum: 7350009

BOARDWORKS MODEL BROWSE 7350100
This is a fast Boardworks model browse, derived
quickly from the Viewer with Stars app: it
simply shows the startingposition of each
model and by a click on lineshift, it goes
one hundred cards up and loads the next. In
this way you can have a good overview over
a catalogue over Boardwork constructions,
and of components for these constructions.
Restart it by typing BSBROWSE.
/////Appnum: 7350100

BOARDWORKS SCRIPT:
MIRROR X Y 7350015
This script for Boardworks shifts X Y
for a set of planks. Self-explanatory.
Be prepared to navigate--use backspace
for larger steps--to get the result
properly into the viewframe. [Or use
script 7350037 to automatically move
the result into the viewframe.]
[See also script 7350022 for depth
switch, this is good to use after
if you want a 'turning around' effect.]
WHEN YOU ARE NEW TO BOARDWORKS SCRIPTS,
TRY THIS SCRIPT FIRST. THE OTHER FOLLOWS
THIS PATTERN BUT PERHAPS WITH SNAPPIER
EXPLANATION. HERE'S HOW TO RUN
SCRIPTS WITHOUT STORING THEM
ON THE G15 PMN DISKS FIRST:
[1] Mount the script, eg #7350015, by
command mnt and menu# 1.
[2] Press ctr-Q.
[3] Mount Boardworks, #7350004, by
command mnt and menu# 2.
{4] Start Boardworks in the usual
way, and load or make whatever
construction you have in mind to
fix on with the script, and press
the ESC button.
[5] Type ^j1 and cc to start the
script, or to get instructions
from the script as how to start it,
which you follow.
[6] AND, IMPORTANTLY:
Type bworking to get back to
Boardworks application so you can
have an in-depth look on the result
and consider to SAVE it.
You can save both Boardworks and
the scripts anywhere you like
on the G15 disks and call them
up when you press the ESC
button inside Boardworks without
having to do any mounts: this
is obvious when you are an
experienced G15 PMN interactor,
as I'm sure you aim to be,
in case you aren't that already.
/////Appnum: 7350015

Note that we mean by "script" here a
normal program, typically a very small
one, which is meant to be started when
a large G15 PMN application program has
already been loaded and started. Such
programs are easy to read and modify;
they can be very practical, and they can
easily be incorported into extensions of
an application. While they can be saved
on disk and called up as needed after
giving the main application a pause,
they can typically also be mounted
first, before application is mounted by
MNT menu #2. Boardworks allows scripts
to be called once <ESC> is pressed,
and Boardworks is restarted with all
variables intact when BWORKING is typed.

BOARDWORKS SCRIPT:
MODEL SCALE 7350016
This script for Boardworks scales
planks in workarea up, or makes them
tinier, by a whole number. An example
of application is when you want to
build a structure out of similarly
shaped structures of different sizes.
Make a structure tinier, move it
to a slightly different position,
eg so that they are touching, and
merge it with the original
structure through the 'X' love
option in the menu.
/////Appnum: 7350016

GPS ROBOTICS
FIC5
G15 PMN Spreadsheet, also called "GPS",
is an application using the core
definitions of FCM inside G15 PMN.
FCM is, as a term coined in 2006
by Aristo Tacoma [cfr Firth OS
platform, on a CD derived from
FreeDOS] first as 'First-hand
relationship to data'--in the
evolved form, First-hand
Computerized Mentality, is an approach
to the type of software
required in the computers that run
robots (whether inside of the robotic
machinery and sensory apparatus or
located out of it), without the
narrowing, reductive assumptions
on human intelligence typically
implied in the concept of "Artificial
Intelligence". The notion of first-
handedness is that of a simplicity
going beyond any statistical
approach or the handling of
algorithms too complex for
human understanding to set a
defining limit to just what type
of robotic programming is acceptable.
This is achievable within the 32-bit
personal computer.
The main Spreadsheet app for
G15 PMN is an application using
the FCM definitions inside the
Third Foundation. This can easily
be extended and also modified to
serve as main control panel, in
a sense, for FCM applications doing
real-time robotics. Consult the
five-volume Art of Thinking series
by Aristo Tacoma about this.

LTK LighT Kit 6280000

LTK can be used directly in any Third Foundation app.
Written entirely in G15 PMN, it elegantly allows
panels or frames or what one can call them, such as
with a speedometer, or text notes, or some other
graphics element, with a central control function and
some element of polling. It is all very simple and
straightforward and can be used in games as well as
to get a visual quick readout of some chief
indices eg in an FCM network driving a robot.
Completed August 23, 2021
/////Appnum: 6280000

BOARDWORKS SCRIPT:
PLANKTWISTER 7350019
A playful tiny quickly written script
with a bit of, yes, trigonometry,
you can experiment with when you
are experienced enough with Boardworks
to locate and move stuff across vast
distances in a blink!
/////Appnum: 7350019

BOARDWORKS SCRIPT:
TO VIEW POSITION 7350037
Did we talk about moving stuff quickly
across vast distances in a blink? There's
a script for it, too! This moves the
first plank to within viewframe and
it moves all other planks similarly.
In case you have just rotated a plank,
this is highly useful. If it gets
'too near', consider doing some PgUp
before you run this script. Note that
when you type 'bworking' to get back
into the grand, lovely, first-hand
3d Boardworks application, the viewframe
is set back to the start position;
however the planks should be at the
right coordinates. This, of course,
is also called 'warping in 3d space'.
Note that this script is so tiny
it's worth listing here, for
pedagogical purposes, when you make
games, applications that build on
Boardworks:

/////Appnum: 7350037

BOARDWORKS SCRIPT:
DEPTH SWITCH 7350022
This simply switches sign on the depth
coordinates of all planks in a
construction. [Consult also 7350015
for how to switch X and Y, which,
combined with this, gives a 'turn
around' effect.] Good to use 7350037
after this to get stuff back into
viewframe. As an alternative, choose
'big steps' by BkSp and press PgDn
sufficiently many times to get the
result of this COPUL BEHIND script
in viewframe.
Computer science note: when the
Boardworks program was made, there
was no conscious plan to use other
than unsigned coordinate numbers.
The beauty of the pureness of the
whole number 32-bit arithmetic
driving the Boardworks 3d engine
made this, as well as a number
of other not-quite-planned good
features, come along effortlessly.
/////Appnum: 7350022

BEAMS 2340909
How easily can it be done, to beam
some gold blocks to a spaceship in
3d? A tiny bit of coding on top of
Boardworks and staying near the
squarish starting-point yields
the BEAMS game. Mostly use of
mouse, some keyboard. Note: the
easy-going informal nature of this
game, and for the sake of easily
read open source of its 3d features,
this game performs according to the
speed of the PC, rather than at a
'normalized' speed using its timer.
When a classroom wishes a fair
competition for the highest BEAMS
score, therefore, be sure the PCs
are identical! :) Like the 2d-ish
games, each game session set to
two minutes.
Open source comment: those who
look carefully into the source
will notice what the very aware
and alert gameplayer will discover,
namely that navigation in the
ctr-a mode is a bit more demanding
because of a degree of asymmetry
in left/right navigation. Not
consciously intended, perhaps, but
we like this extra challenge and
let the code be as it is: after
all, ctr-a gives four times as
high score pr gold block warped
into the spacecraft.
/////Appnum: 2340909
Completed July 2020

SPACECARS 2340925
A few hours fast change of the Beams
Boardworks game gave us this neat
little Spacecars 'ride app', with
squarish forms in 3d symbolizing
spacecars.
/////Appnum: 2340925
Completed July 2020

GPSG15 SPREADSHEET 3555558
GPS, or the G15 PMN Spreadsheet, uses the
FCM definitions in the Third Foundation.
GPS is an artwork of a G15 PMN program, and lovely to use in business,
and provides a framework for a dazzling number
of applications of all sorts using such as FCM.
This is a simple-is-beautiful type of spreadsheet. It
is the foundation of much more, including PMWORK.
Here, you you prepare documents with numbers involving
simple arithmetic so that they can be, with great ease,
be worked further on in the B9edit text editor. The aim
with this program is to provide a quality experience
in front of the PC when you work with numbers of
importance to you, such as in budgets or accounting.
The layout, therefore, has a touch of finesse so as
to be conducive to this quality time you have when you
work with this type of documents. The elegant B9font
is used throughout.
The program starts and performs and completes
without a hitch also for the interactor who is only
interested in getting the job, eg a budget or accounting,
done. Just like the B9edit text editor, ease and
elegance throughout has been a criterion here. In
other words, this is G15 PMN FCM with a great deal of
user-friendliness!!!
Technical comment:
For those interested in using a similar layout in
making other programs, you'll find a very handy new
predefined word (atop the TF), called BT, which tones
the B9font. This stylish layout fits eminently well
with G15 PMN FCM and can be adapted to all sorts of
G15 PMN FCM applications with great ease, when a
professional high-quality interface with many options
must be elegantly handled while FCM runs in the
background and drives the funds. This approach to
FCM also has interesting strategies for handling
complex patterns of activation, as seen by the way
the arithmetic typed by the user is compiled and
performed all within the foundries (ie, funds).
As said in the paragraph just above, this program
teaches elegant program design with FCM and has
numerous comments inside its open source to speed
up the learning of what G15 PMN programming with FCM
is all about. You'll find extension of this style of
doing programming, and with an interface derived from
just this spreadsheet, in directions such as robotics
with pattern matching, where FCM more fully shows its
potential. But to teach the structure of program logic
and how to relate to the FCM loops, the G15 PMN FCM
Spreadsheet is uniquely efficient.
Finalized January 20th, 2017.
Load it like you load any G15 PMN (eg see
the TexasStars game; there is also more info
about this spreadsheet near completion of this
page). Get the G15 PMN FCM Spreadsheet here:

//////Appnum: 3555558

EURUSD CURRENCY TRADING 1515234
The real game of money: A spreadsheet starting-point
for professional currency traders

This includes the G15 PMN FCM Spreadsheet (which contains
the Third Foundation G15 PMN as part of itself) as listed
elsewhere on this page, and a use of the spreadsheet
example for USDJPY trading also listed as app elsewhere
on this page for EURUSD. Here, more decimals are
called on; in addition, some useful additional
comments have been added. To make sense of it all, be
sure to take plenty of time analysing the formulae
inside this spreadsheet. See comments about how to do
meaningful currency trading at such places as links
from yoga6d.org/economy.htm, esp its archive section.
Newcomers to currency trading: be quadruple-sure that
you get in touch exclusively with the high-integrity
brokers and banks, spends months researching,
critically, all that is said everywhere about each.
See instructions for starting up ANY app in the text
associated with the game first listed, TexasStars:
Get both the EURUSD spreadsheet as shown and also
the G15 PMN FCM Spreadsheet program itself:
///////Appnum: 1515234

SPACEMAKERS 7755525
Another 2d-ish along the lines of
Texasstars; fun and tough action for two minutes.

SpaceMakers connects your left and right side into
a single fighting unit--you are in space, and you
have positioned yourself where you want to be, and
whatever strange and mysterious objects aliens are
hurling at you, you'll dodge them and blast your
way. The space is yours! This requires some
skill-building and, each time, a bit of luck as
well, to get score up.
Get SpaceMakers game here, and see instructions
for starting it up in the game just above:
/////Appnum: 7755525

THECUBES 3331238
Another 2d-ish game: sparkling action for two minutes.

TheCubes: blast the amazing cubes in sparkling
explosions while escaping their zaps; move around
and fire horisontically and vertically with the
bi-gun of your spaceship.
Get TheCubes game here, and see instructions
for starting it up in the game first listed:
/////Appnum: 3331238

PLETHORUM 8000000
Another 2d-ish game: precision action for two minutes.

Plethorum: Name of the game is a mix of a Greek and
a Latin word, meaning "room or area with much in".
Strange autofiring buildings have been put on your
planet and you must liberate it, area by area,
where your mouse directs your starship's cannon!
This builds effortlessly on the same algorithms
as power up such as TexasStars and TheCubes. In
contrast to those slightly simpler games, though,
this game behaves almost entirely the same way
no matter how fast your PC is (while those simpler
games are slightly affected by PC speed).
Get Plethorum game here, and see instructions
for starting it up in the game first listed:
/////Appnum: 8000000

THIRD FOUNDATION 3333333
TF is in a way the ultimate form of G15 PMN programming
language. You are free to include the TF in unchanged form
in any G15 PMN app you make. You can extend it, as long as
you also specify, when it starts up, that it has been
extended (so that we are aware of what's the standard TF
relative to any extension of it, for any particular
application). It is included in most advanced apps you
find on this page--as foundation for the app program
itself. This app, 'the tf app', has a manual in addition
that complements searching on definition of functions
by the "SCAN" (as included in the tf) function, with
useful grouping of functions according to the types
of things they do. And, yes, by the way: It also
includes the solution of the problems with physics
Einstein and Bohr (etc, etc, etc) struggled with
(for G15 PMN is also a formalism--more about this
through links elsewhere on this page).

G15 PMN TF, the Third Foundation App, is here.
Finalized December 15th, 2016. (The Third Foundation is
a permanent, worked-through version, fully stable, and
mostly all apps made after it has it as part of it.)

LINK TO THE THIRD FOUNDATION APP, app# 3,333,333:
/////Appnum: 3333333

Foundation3B is connected to the [upcoming]
fourth volume of the Art of Thinking series,
and it is an exceptionally first-hand
way of turning the algorithmic approach
of G15 PMN into a node-oriented approach,
without diminishing the algorithmic
approach in the slighest.

[Documentation in early stages
are just the program / program
examples being unravelled]
LINK TO THE FOUNDATION3B APP, app# 3,355,888:
/////Appnum: 3355888
[this is where we work right now]

CURVEART: THE INBUILT ATELIER IN G15
Pedagogical hints

Drawing by Aristo Tacoma, 2020

HOW TO GET STARTED WITH CURVEART
Quick info:
Adjust mouse pointer device movement to
almost maximum slowness. This requires
a keyboard and a good quality mouse on
a smooth surface. The Curveart program is
so simple to use, and so abundantly clear
in what it does once you know it, that you
can use it in the strongest sunlight if
you have a screen that has at least a
little bit contrast in such a context.

When inside the Curveart program and you
are in the fullscreen drawing mode, the
backspace will toggle color of the mouse
movement; and to get to menu, press
backspace twice and then Q. There you
can save by S and leave the Curveart
by X. You start up by command ART as
soon as you have booted up G15 PMN.
If you have forgotten where to save it,
an easy way is to save it to what we
call 'the pad', namely the area c9000.
Then you will find out where to save it,
and load it back from c9000 and save it
there. It is a practise to 'draw yourself
an index' of where you next are going to
store the drawings: eg store this to k35.
Each drawing takes 35 cards. Drawing
number 1 can be stored to k70. Number two
to k105 (see the numbers beneath the
load/save menu). This is the approach
taken with the Sea App series, which
indeed has function that load a drawing
merely by given its number 1, 2, .., up
to the maximum number of drawings in
the app.
To draw black on a frame of bright
green is often a natural starting-point.
Here's how to quickly get this when
your screen is black:
BACKSPACE X Q R R
When backspace already has been used,
and/or there is something other on the
screen, this clears it:
BACKSPACE BACKSPACE X Q R R
To save it after this:
BACKSPACE BACKSPACE Q S
Type in position eg c9000.
To modify position and save again:
Arrow-keys, and press S once more
To add transparency:
The letter D followed by spacebar
Toggle drawing transparency in
broad strokes by spacebar, with
the use of mouse (only mouse
movements, no mouseclicks,
necessary in Curveart).
To save it after Transparency
drawing: Q S
Type in position eg c9000.
To exit after save:
X
The 'R R' is really the command 'Return
to drawing' followed by any key to return
to the drawing process. Remember to load
any drawing back later on and touch it
gently up, there are sometimes some pixels
in difference between the load and the
first save due to the way it was originally
programmed in the core part of G15 PMN.
This is a version-less drawing program
that gives you the sense of working with
art of the analogue type, because the
consciously 'native' nature of the commands,
and freedom from manipulative commands.

ARTISTIC IDEA AND FULL INFO ON CURVEART:
When you start up the G15 PMN platform,
you can type the three letters ART to
start the Curveart inbuilt 'atelier'.
We say 'atelier' because it is like a
house, it is absolutely stable, a core
program around which G15 PMN was weaved.
Like just about all of G15 PMN elements
and apps, these are versionless when
done, because they are only released
when they are what they are supposed
to be. There may or may not be workarounds
associated with some of them, but usually,
G15 PMN programs are flawless--as is the
whole platform, as far as we can tell.
The Curveart program emphasises
wholeness in the resulting artwork
by NOT ADDING TOO MANY CHANGE OPTIONS.
It has just a few drawing tools, so that
it gets something of the real organic
touch of physical real drawing in an
atelier. Yet it has the greater flexibility
of allowing corrections since it is
digital.
Look at photographs of beautiful
girls in fashion, and look at other
beautiful, enthusiasm-generating
photos also from porn and general
beauty photos, to encourage your
drawing energy. Be sure to pick
photos with a personality but also
look for those whom bodies and
faces are most similar to a
Concept of beauty.
The technical use hints for the
ART program are these:
* Draw an 'index' over how many
you have and save on the first
card in a range, eg, at i35.
The next curveart is at i70,
the next is at i105. Add 35 each
time; that's as many cards it takes
to save one curveart. The addition
is indicated below on the menu
screen.
* The menu is reached by Q.
* More drawing: R, when in menu.
* Transparancy-drawing makes
most sense by an app that makes
a g15vid like effect by several
drawings on top of each other.
Explore this only after learning
all the other things.
* Save drawing: S, when in menu.
Note: save and reload often, for
given the nature of the
compressed format, there can be
a few pixels' difference in the
loaded version when saving after
much editing.
* Load drawing, L, when in menu.
* In case you are using this
in an environment like Windows
or Linux, the G15 PMN platoform
on top, with something like
SDL2 to bridge the two: Enter
into the OS' system settings
as for mouse and adjust the
mouse speed to slow in the
sense that you notice make
sense for detailed drawings,
and if there are any options
to optimalize mouse movement
be sure they are turned off.
You want a one-to-one
relationship between the
movement of your hand and
the effect on the screen,
no funny algorithms in between.
Have a mouse or have two such
connected to the PC; use
high-quality mouse only.
* Have a second and a
third look at the drawing
after some time after
saving and correct any
drawing bits that could
be lead to misinterpretations.
In by far most drawings,
emphasize sublime health:
these things are, as all
real artists know,
highly synchronistic!
[Cfr. C.G.Jung.]
* When drawing:
[SPACE BAR] to toggle whether
the movement of mouse has an
action or not
[BACKSPACE] once or twice to
normalize drawing mode, useful
to use when switching in between
the upcoming letters. When you
click it, it will have the
normal thickness, and it will
switch between black and green;
depending on background, switch
between drawing and erasing.
[X] erase all screen to the
present background set by
Backspace
[A] toggle enormous wide
drawing/erasing; use
Backspace after it.
[T] toggle very thin
drawing/erasing, use
Backspace after it.
The mouseclicks are not used
here, only mouse movement
by one hand, keyboard letters
on the other hand.
To show the drawing frame
exactly when drawing black
on bright green: set all
the drawing to green, press
Q for menu, go back to
drawing by R.
When you need to move
the drawing a little bit,
use [ARROWS] in the menu,
and there are a couple of
more options on the menu
to be explored.

Note that the TRANSPARENCY
option in Curveart has
interesting uses in providing
a sense of studio sketch to
a drawing. For exploration
of some of the many possibilities
with curveart drawings, look
also at the Sea App series,
eg app number 1585555 beneath.

WANT TO MAKE A GAME OF SUCH
DRAWINGS? There is almost an
infinity of ways that can be
done with G15 PMN.

Note that while, for most
forms of G15 PMN when run on
top of another OS, the <DEL>
key switches between fullscreen
and frame mode, the <ALT-DEL>
creates xo1.bmp, xo2.bmp and up
for each click. In most linuxes,
the terminal command, performed
after you create such xo1.bmp etc,
can convert the the green-black
to b'n'w and to inverted b'n'w
quickly, eg:
./xoprint xo1.bmp newbnw1.bmp
./xoprinti xo1.bmp newbnw2.bmp
In most linuxes, the following
commands makes tiny web-friendly
.gif images out of the .bmp's:
convert xo1.bmp xo1.gif
convert newbnw1.bmp newbnw1.gif
convert newbnw2.bmp newbnw2.gif
Or you can take them up in Gimp.

KAIROS 8000005

Kairos, another 2d-ish game.
Kairos [the Greek pronounce 'ai' like 'eh',
which we interpret to mean that they
do prefer other things than Artificial
Intelligence] has several meanings
in Greek which in some connotations might
suggest something like 'the right moment',
but also such as weather.
And in just the right moment you grab
the Gamma Invincibility Cloak and the
alien robotic starships can't touch you but you
can zap them. Many G15 PMN games can be played
for relaxation, late in the night: this is not
one of them. You get wide awake and don't be
surprised if you find yourself exhausted after
two minutes of circling around clusters of
starships and aiming your gun with the position
of the mouse, hunting for the Gamma object in
the middle to shield you. Skills of various
kinds can be built from this game. (And, as
program, you may find that the free-swinging
elements here are suitable for robot simulation.)
Get Kairos game here, and see instructions
for starting it up in the game first listed:
/////Appnum: 8000005

MORECARS 1235555
*** MORECARS: useful for Android G15 PMN,
and for G15 PMN on a tiny screen, this shows
a B9edit text using the same size robotfont
as in the CAR editor. Click space for next
page and any other key to exit the listing.
/////Appnum: 1235555

READERS 6931512
*** READERS: useful for Android G15 PMN,
this has the large-font MORECARS app in it,
and four texts, by P.G.Wodehouse,
Arthur Conan Doyle, and Lewis Carroll,
all public domain texts and redistributable.
They are in B9edit format and can also be
read eg in the B9edit editor on a large
screen G15 PMN with pleasure. Enjoy!
/////Appnum: 6931512

ANGELPEN 7777777
*** ANGELPEN: it's about angles, and a pen; it's
the easiest way to get going with fractally
inspired graphics on G15 PMN starting with
just a few lines of code--some numbers
given to the function 'walk' (to move the
pen ahead some steps), and then numbers
to the function 'turn' (to shift its
direction). This runs on top of the G15
PMN Third Foundation (which is here included).
For example, see the next app, which with just
two cards with hardly any thought necessary
(once you learn the gimmick) produces stuff
worthy of philosophical thinking about
esthetics.
Get AngelPen app here, and see instructions
for how to mount any app in the game first
listed on this G15 PMN app page:
/////Appnum: 7777777

EARSQUARE 7770001
Deliciously easy code to produce deliciously
likable graphics, and easy to modify!

Okay, so how many letters and how many digits did
someone have to type in to produce all this?
Answer (and this program has comments in it, too!):

So the AngelPen library is there for all kids to
start learning REALLY what trigonometry is--
and the whole essence of mathematics, without
mathematics at all. Geometry has never looked
so good as with just pure numbers.
When you get this app you also get the
AngelPen app itself, so you don't have to load
two apps. All of the #7777777 app is inside
this example. The example is on two cards, K1 and
K2, and starts by just typing in
^k1
cc
as it will tell you. Good luck on your journey!
[Acknowledgements: one of the first to explore
the beauty of some of these elements of programming
--here, much more refined, we believe--was the
guy behind the early "Logo" language.]
Get EARSQUARE graphics here, and see instructions
for how to mount any app in connection to eg the
TexasStars app listed rather on top of this page:
/////Appnum: 7770001

GOLDRECT 7770002
Another example for AngelPen app, where just four
tiny program cards give you a sense of the golden ratio!

All of the ANGELPEN #7777777 app is inside this app,
so you don't have to load two apps to start it. The
example with the golden ratio--about 8 to 5 in size,
or, somewhat more precise, 34 to 21, is almost as
simple to understand as the EARSQUARE example--
it spreads over four tiny program cards rather
than two, and uses a bit of free fluctuation so each
time you start it, it looks different.
Learn more about AngelPen, G15 PMN, and indeed
also geometry and design by studying the open source
included with this app! It is part of the process
of learning programming to experiment with changing
existing programs that work. Have fun!
You start it like you start any of these apps,
then type
^k1
cc
get
and you can type 'get' many times to see how it is
different each time.
Get GOLDRECT graphics here, and see instructions
for how to mount any app in connection to eg the
TexasStars app listed rather on top of this page:
/////Appnum: 7770002

ANGELFRACCI 7770003
When you want to explore your own capacity to pick out
nature-like glimpses through AngelPen fractals, begin here!

Here, too, all of the ANGELPEN #7777777 app is inside
the example app for ANGELPEN, so you don't have to
load two apps to start it. (Also, of course, all the
G15 PMN up to including Third Foundation is as a matter
of course included with all apps that use it, like this
one.)
You start it like you start any of these apps,
then type
^k1
cc
get
and you can type 'get' many times to see how it is
so very, very different each time.
This AngelPen program goes over ten cards and in
order to get the sense of a vaguely similar shape
repeated over several scales, we use the idea of a
function calling itself. But since there is a lot of
free fluctuation and a lot of such self-calling here,
the image wanders quickly off the screen limits, and
so a card had to be put in to clip away that which
goes beyond limit. Though a short program, there's
a lot of thinking here--however it is all pure whole
number oriented and no obscure mathematical formulae
have been invoked, not in the least.
Get ANGELFRACCI graphics here, and see instructions
for how to mount any app in connection to eg the
TexasStars app listed rather on top of this page:
/////Appnum: 7770003

________________WANT MORE ANGELPEN APPS?____________

CLICK FOR MORE ANGELPEN APPS

====================================================

ELSKETCH DESIGN 1824001
This design app is meant to be used together
with some future Elsketch apps dedicated to
sketching designs with electronics such as
transistors, capacitors etc. In a way, it
is a prototype. On the other hand, it has
proved eminently satisfactor in giving the
set of algorithms required to make the 2d-ish
foundational G15 PMN game apps. The graphics
has been sketched in the FONTPLAY app.
An effortless combination of text and
graphics processing for electronics work,
this app can also be a starting-point for
projects where any sort of graphics should
be laid out on a possibly large x/y map.
This can be combined with texts and
computation--be it game or practical
or philosophical or purely artistic.
It starts on top of standard G15 PMN Third
Foundation.
Elsketch lab with real transistors, capacitors
etc. The font-editor, app# 3338989, can be used
to change the graphics.

/////Appnum: 1824001

FONTPLAY 3338989
*** FONTPLAY is at the core of TexasStars and
all sorts of 2d-ish games like that!
Edit your own fonts for editor or tech apps
The FONTPLAY program allows you to draw exact
fonts which can either be used directly in the
B9edit editor modified to accept fonts from
this editor, which is included in this app
together with the font editor, or a different
type of fonts where the 50x50 pixel size can be
used in technical applications, ranging from
robotics pattern matching to electronics and
chemistry.
PROGRAMMERS: Here the mouse is used together
with the matrix drawing routines in a way
that is both speedy and elegant; the power
of warp-friendly programming design is again
showing itself when you look at this excellently
pedagogical piece of G15 PMN code. The program
swas quickly finished and is rock-stable.
The Third Foundation as here included has
three reliable, fast and simple PD's added to
it to facilitate your making of programs that
make use of the fonts you make with fontplay.
You see examples of use of these three PD's--
Z9, FZ and ZF, inside both the programs inside
this app. With just tiny modifications at
obvious places any application that before used
the standard B9font can use a well-tuned
FONTPLAY B9font instead.
FONTPLAY font-editor app with FONTPLAY B9edit
editor completed July 23rd, 2017.

/////Appnum: 3338989

THE SIEVE 4447444
*** Do you have a text, possibly giant, and possibly with
very long text lines? This app, The Sieve, allows you to
filter away any lines that contain any of up to ten
phrases or character series. This app works with texts
that has an ordinary lineshift character at the end of
each line--e.g. B9edit texts, but texts can be wider,
up to 231 characteris in width. Contains the Third
Foundation inside it. Easy to start and use.

/////Appnum: 4447444

G15 CORE PATTERN MAKE 5551234
*** If you read the Art of Thinking, volume 3,
by Aristo Tacoma, you get a lot of thoughts
about pattern matching. In that book, some
apps are discussed, this is one of them. It
is very definitely a programmer's tool; having
said that, it is highly instructive when you dig
deep into the subject matter, and, in addition,
can be tuned to set up pattern matching for just
about any purpose given adequate work. By this
app you make a set of core patterns suitable for
essential-level feature detection of eg input
from cameras on robots. As described in the Art
of Thinking, volume 3: This app is extended
towards ENTRAINMENT with app #5551269 and the
effects of these apps are explored in the
'PATMAT SHEETS' app #5553588, which is an
expansion of the G15 Spreadsheet to accomodate
pattern matching.
See yoga6d.org/library.
Finalized April, 2020.

/////Appnum: 5551234

G15 CORE PATTERN ENTRAINMENT 5551269
This puts into action 50 core patterns
so that you can entrain many images
through 'pans' of how these core patterns
match with the images together with
keywords. The core patterns come from
app# 5551234 and this approach is
described in Art of Thinking, volume 3.
See yoga6d.org/library.
An playful beauty, dance and nudity
oriented pan set, created by this app,
is included with app# 5553588. For
professional robot pattern matching
as part of FCM, create a pan set that
is context specific and with consistent
set of relevant keywords.
In order to check how good your pans
are working, you would want to call on
them in something like app# 5553588.
When you see something there that you
want to fix on in this app, and wish
to figure out the location of a
certain (eg misspelled keyword), you
can use the 3rd Foundation inbuilt
command 'scan', as the keywords are
stored in textual form without packing
and so easy to look up in area where
you have stored the pans, eg from card
J:1 and up. At the TF terminal, as
soon as you have located the cardnumber,
you'll swiftly find approximate pan
number, by a calculation like,
230
mm
330
di
up
nn
Inside this app, you go straight to
the pan number you thus calculate with
the INSERT button and use F2/F3 to
look before and after it.
The next app is #5553588.

Finalized April, 2020.
/////Appnum: 5551269

NOTE: LOOK UP G15VID ELSEWHERE ON THIS PAGE
FOR TECHNIQUES FOR HOW TO GET MANY PHOTOS
INTO THE G15 PMN GEM FORMAT. Note that
some of the techniques specified there as
for 'greenify' may have to be slightly
adjusted if the colors have some excess
in some direction in some photos; if you
look around in the NEONG15WAYS folder and
similar, there are some alternative ways
of color-to-greenified photo conversion
techniques. NEONG15WAYS is best run in
a Linux like Neon KDE when you choose
WAYLAND as login option, which is a
more coherent and less cluttered type
of graphics and one which more and more
linuxes and linux programs are adapting to.
If you must, you can use non-wayland
login option, unzip then G15RWX eg inside
NEONG15WAYS. You can copy the cdisk.g15,
ddisk.g15, edisk.g15 up to ldisk.g15 in
between the various apps and various
G15 PMN virtual machines as there is,
in general, absolute compatibility,
except if there is a particular app that
is specified to address some particular
hardware by a particular virtual machine.
The G15 PC, when it comes, will of course
be absolutely standard in running all G15 PMN
apps entirely as they are, unchanged, at
once.

PATMAT SHEETS 5553588
The previous app listed is #5551269,
and in this app, #5553588, it is put
to awesome use!
Patmatsheets, this app, is the exact
full core of the PMWORK app #5554000.
To understand how to make programs with
PMWORK as a 'fourth' foundation {as we
playfully might call it sometimes}, it
is best to use this app first, also
because it explains itself a bit more
and points to some documentation.
This is the standard G15 Spreadsheet
{which has app number 3555558} expanded
elegantly with a some new script
functions, made in a readable,
first-hand way, on top of the spreadsheet
source. These new script functions,
sometimes called 'scrpt', can
be used within the spreadsheets to
show images and call on the pattern
matching core feature detection
elements found in apps #5551234 and
#5551269. Given a set of 50 core
patterns--a standard suggested set
included--and a set of up to 6000
pans--an example set is here included,
as dicussed in Volume 3 of the Art of
Thinking--made by #5551269--this
spreadsheet app can process an image
fitting the pans and will provide the
top three set of keywords that gave
the highest matching scores in each
try. The pans here included are
playfully oriented towards lesbian
porn-photos (and a bit dance), not
for close-ups of faces or any other
close-ups. However you can streamline
a set of pans to be suitable
input feature detection patterns for a
robot doing tasks in a particular
context--just put the pans at position
J:1 and start up the Patmat Sheets
app and specify the location of the
image.
Be sure that this app is provided
with minimum 5 pans, but more usually
some thousand pans and maximum 6000
pans; be sure that every pan has been
made with a match pattern that indeed
has some matches and is not just a
blank set, and that every pan has
some keywords. Give the correct
number of pans to the 'patmat' scrpt;
this is easy and obvious in the
ready-made example at K1 which you
can load with the F3 button as soon
as you start this up.
Note that the 'patmat' loads in
the quantity of pans given to it
just once, and this as soon as the
'patmat' is used in a spreadsheet,
no matter its other parameters.
In effect, this means that you can
experiment with a smaller number of
pans than the initial number set,
but to go higher, you must quit
and restart the program so that
next 'patmat' is used in a sheet,
it has the highest number at once.
As said, every pan must have values,
both keywords and match values,
with no blank pans.
This app is made for the programmer
seeking to develop FCM on top of
elementary feature detection in a
way that can be viewed through, and
operated upon, the intuitively simple
spreadsheet interface. The next steps,
in expanding on this app to steer a
robot, involve reading in the results
from eg a series of pattern matchings
in a way that can give, with high
probability, a good summary of the
situation around the robot, to enable
it to deduce, through further FCM
algorithms, a suitable response in
each situation.
The code is simply added on top:
there is no hierarchy of the G15 PMN
code in this case; it is a simple
matter of adding new script functions
to the flawless, standard G15 PMN FCM
Spreadsheet, fitting within the FCM
nodes. They can bring with them their
own data structures and fetch input
from fields in the spreadsheet and
give output to them.
Note that the whole spreadsheet
AND this program fits in just around
800 cards on top of the TF, and that
it has been made on the premises of
not changing a single thing inside
the spreadsheet itself. However if
you push the use of the inbuilt
spreadsheet script functions
relative to these new ones, you
may experiment how to make them
work well together. Eg, when you
use 'egshow' it shows an image on
top of other fields and by unshowing
it properly, you restore the formatting
under the image which is important
before other functions write over it.

Make your own pans for this app
eg by #5551269, to fit the images
you want to match on. A very
playful set to give you an idea
of how it works--it is sometimes
entirely right, generally speaking
coming with many right keywords,
occasionally entirely off the
mark. For instance, the 900
pro-lesbian porn oriented pans
as here included are not having
much entrainments of any sorts
of close-ups, not even of faces,
and so this is 'outside the
context' of this entrainment.
The clue to get it right is
to stick to the context, and
add more checks when it is
to be put to practical use
eg as part of the steering
app for a robot.
Further note that to check
out the 900 pans as here
included, you should import
fresh images that fit the
context of these pans more
precisely than the library
at d90,000.
/////Appnum: 5553588
Finalized May, 2020.

SOMECALC6 1560060
This app comes along with a standard
Third Foundation which has been expanded
with a handful two-letter functions,
including for bigger robotfont and for
some rapid bit-movements. It includes
the G15 PMN source to implement a form
of '60 bit numbers' with core arithmetic
on them using only 32-bit numbers with
core arithmetic on these. It is however
part of the first-hand approach to
programming to prefer 32-bit numbers
as numbers proper; the adviced view is
therefore to see the 60b nums as here
included as internally compiled 'mini-
programs' rather than numbers proper.
This is a set of background tools for
the programmer and it includes a way to
check out the 60b numbers easily.
/////Appnum: 1560060

PMWORK 5554000

PMWORK foundation {you might think of it as
a kind of 4th foundation, perhaps; though
formally the 3rd foundation is the
completing foundation for G15 PMN}, is
3rd foundation to which the whole of
Patmatsheets app is added. To start
Patmatsheets, just type FCM. To start
a more complex FCM program in which the
Spreadsheet is utilized as a frame and
a background, just start it eg with
the normal ^i1 and cc. This PMWORK you
can bundle with the finished advanced
FCM program. In many cases, you may
find that the FCM Spreadsheet can have
its core intact even as you make very
advanced FCM apps. In some cases, you
might want to do a few changes to the
code, and in such a case, it is good
to know that the composition of PMWORK
is this:
First, a standard Third Foundation,
but with a couple of two-letter
words added; and you will typically
add more for interaction with
physical machinery such as robots.
After that, the exact code of the
G15 PMN FCM Spreadsheet. That's
a little more than 700 cards.
On top of that, the couple of
hundreds of cards created for
Patmatsheets. At card F:3281 you
have the top-level command. In
this case, it simply shows a
classical model photo that is
part of the D90000 library inside
the core G15 PMN, but somewhat
enlarged, using the iZoom two-
letter word V2.
Type QU to quit a program that
you start. You can e.g. start
Patmatsheets as it is by the
command FCM. As you quit it,
it will return to terminal,
with the graphics intact, and
you can explore variables etc
or type QU to go to G15 PMN
card editor.
////Appnum: 5554000
Finalized May, 2020.

EXPANDED CODING PRAXIS COMMENTS
************************************************

Here some concise notes on program techniques in
G15 PMN in the Third Foundation, and in
developments from this, such as the PMWorks
[or 'fourth foundation'], going beyond initial
G15 PMN programming manuals. Following notes
make sense exclusively for advanced G15 PMN
programmers :)

* The idea of the D2, D3 up to DH:
'decide to go beyond next code lines
when [the flag] is the case'.
* The inclusion of a number in D2, D3 up to DH:
put in the comment line |NUMBERWARP or such,
and count it in. Eg, to put in two numbers
and add them, something like this would
work fine:
|NUMBERWARP
235
|NUMBERWARP
358
AD
D5
Obviously there is a nonhiearchical flavour
to the 'blockless' approach of D.., which fits
with the directness of the electronics and that
prevents certain types of coding issues.

************************************************
************************************************

CURRENCY 1515222
Example for the G15 PMN FCM Spreadsheet
This app includes the program itself,
as well as an example that computes approximately
what 'take profit' and the 'safety-net' parameter
('stop loss') ought to be set to in order to achieve
a given desired profit in a situation where you
think you can predict the upcoming swings of a
currency pair (here, USDJPY, with CHF as your
own account's currency). Note that there are
some more spreadsheet documents, including for
currency trading, on this G15 PMN app page.
The example spreadsheet is stored at K1.

///////Appnum: 1515222

PRTSIDE 5757579
Are working much with texts? Do you belong to those
who have discovered the B9edit, and who wish to
produce more with it--bookpages and such--directly?

That's the type of stuff this app shows. When you
click the suitable key-combination for storing the
screen--in the Windows version of the G15 PMN
you then start it up via the G15ROBOT and press
ALT-DEL--you can then use the included utility
XOPRINTI (start from command line) to convert the
above towards paper-printout. It then looks like:

As a programmer, you can also use the stuff
here in combination with such as the FONTPLAY
editor to make various things possible; and let's
not forget the inbuilt GEM editor, part of the
G15 PMN core platform, able to swing fonts about
for the 500x500 pixel standard GEM size image.
You start it like you start any of these apps.
Get PRTSIDE app here, and see instructions for
how to mount any app in connection to eg the
TexasStars app listed rather on top of this page:

/////Appnum: 5757579

PAIRINDEX 3405589
FOR A CERTAIN TYPE OF STRUCTURED INDEX
OVER ORGANICALLY INTERRELATED THEMES IN
A BOOK ORGANIZED TO TEN THEMES AND WITH
PAIRWISE RELATIONSHIPS POINTED OUT IN
THE BOOK
This app is leisurely written to compile
up to ten theme tags written as eg A*, B*,
with letters A to J as tags, pairwise on
lines eg in a book manus of up to eg 340
or 450 pages or so. It compiles page numbers.
The lines that signify pageshift should
begin with uppercase PAGENUMBER to be
parsed by this simple script. It has
a function in it with three loops and
exit within the third loop to continuation,
which in a programming context can be
called a 'subtle loop', in the sense of
'finely woven'. For fun, we let this
function in G15 PMN for once be very
long, which is good to know how to do
although the advised coding standard
is to use short very readable functions.
[[[At linux eg pre-prepare such a text file
with fold -s -w 58 in.txt > ready.txt;
add a simple html header to the output
and open it in a browser and paste to
a linux word processor like Libreoffice
to get a gathering of the page numbers
on suitable print lines.]]]
Before you start this, be sure that
disk J, card 1, is ready to accept the
text, and that the text is already at
C9000. It should be a pure text. It
writes to j1 at once, as soon as ENTER
is pressed inside the routine.
[[[Routine can handle, ie, overlook,
8-bit char codes as long as they are
not nilcodes; you can also use
an inbuilt G15 PMN Third Foundation
command like CLEANSE to get such
codes away, provide card id as
input to CLEANSE.]]]
In case you need a different text
script, it is good to have this as
a starting-point to see how you can
quickly write scripts for text
modifications or summaries in G15 PMN.

/////Appnum: 3405589

GREEKTUTOR 3334497
About to learn Greek? Or, knowing Greek, want to
practise English? How about automatic switching
between two artistic fonts at Every Second Line,
totally effortlessly? That's what this variation
of the inbuilt-editor, B9edit, in the G15 platform
does:

That's right, whether you type in or use it for
reading a document,--such as when you have a
favourite book of yours in both languages--
you can use it to speed up learning. And:
you can switch to any other language font
you like given that you have prepared it
with the FontPlay editor, which is a free app
for G15 PMN.
This is a very quick variation of the
Greek B9font app that is app 3334496 and also
listed as a free app here on this page.
Get GREEKTUTOR editor here, and see instructions
for how to mount any app in connection to eg the
TexasStars app listed rather on top of this page:
Completed November 12th, 2017. {Author
of these apps & the language G15 and G15 PMN
is Aristo Tacoma alias S.R. Weber alias Stein
Henning Braten Reusch; please also note
that the B9font and its variations are artistically
copyright author and designed, pixel-by-pixel,
from scratch; the use of all elements and parts
of G15 PMN are acceptable in all respectful
contexts given proper acknowledgements, and
especially when the G15 PMN as a whole is
brought alongside it.}
Improvement at November 14th, 2017.

/////Appnum: 3334497

COMPOUND 3555559
Easy compound interest calculation in the
G15 PMN FCM Spreadsheet:

As you know, compound interests are percentages that
feed into themselves.
Whether you calculate on a percentage of earnings
pr month, or something like a high-interest-pr-year
bank account holding your formidable fortune, it's
a relief to have an easy way to get at the numbers.
In the G15 PMN Spreadsheet {app #3555558} this is
very easy to set up and also easy to modify to
other, related purposes.
To calculate this way with high figures, scale
them eg in thousands or millions first (you may
want to read in the spreadsheet docs about ranges
of numbers when doing lots of divisions such as
are involved in percentage or permille).
Get the COMPOUND app (which includes the
spreadsheet program and its docs), and you may
want to see instructions for how to mount any app
eg in connection to the TexasStars app listed
high up on this page:

/////Appnum: 3555559

GERMANTUTOR 3334490
About to learn German? Or, knowing German, want to
practise English? How about automatic switching
between two artistic fonts at Every Second Line,
totally effortlessly? That's what this variation
of the inbuilt-editor, B9edit, in the G15 platform
does:

/////Appnum: 3334490

SECONDLINES 3334390
This is a very simple text tool app. You type
in the location of a text, and answer a yes/no
question as to whether you wish the first line
to be included, and then it will produce a text
that is composed of every second line. This can
be handy also when you have used GREEKTUTOR or
GERMANTUTOR or the like, in which (when you use
them to learn a language eg by typing in a text
in one language, and a translation in another)
every second line comprises one text.
Get SECONDLINES tool here, and see instructions
for how to mount any app in connection to eg the
TexasStars app listed rather on top of this page:

/////Appnum: 3334390

SPACEGAME007 5850001
Pedagogical mini-game, meant to be fairly easy
to understand and, given a little bit
programming competence, very easy to expand.
The yoga6d.org/library has the Art of
Thinking, Volume 1, by Aristo Tacoma
[its name there is at1.pdf] and this program is
inside the final chapter of the book and the
book leads up to discussing mostly all aspects
of it--among many other things! See also
yoga6d.org/key_to_the_library.htm

/////Appnum: 5850001

DELICIOUSNESS001 1586901
In app# 1586901, you find 9 original
drawings, which flicker in a pleasant, visual,
sensual way as a form of quiet meditation.
[When you are ready to make your own
Curveart series shown perhaps in a similar
manner to this, the app 1588822 is perhaps the
easiest to begin with, for it has some more
functions handling which drawings can merge,
and some clarifying comments connected to
these functions.]
The "Sea App Series", of which this is the
first app, are all drawn using a computer
with the G15 PMN's own Curveart program,
by the inbuilt command ART, with a mouse,
while actually being at sunny beaches and/or
at a cafe or party with playful teens--
though some of the drawings, as well as a
number of touch-ups, are made in a workroom
afterwards. In some of the added drawings,
to complement those made more sketchily
eg at a beach, there is the occasional
photo such as from fashion as inspiration
for the CurveArt sketch.
Sometimes intensely beautiful surroundings
as well as a generally playful and smiling
attitude of supreme health and beauty with
all skin colors in full diversity can
naturally 'shine through' in the sense of
impressionistic glimpses with the G15 PMN's
inbuilt "ART" command. The light program
sometimes on top of one another, flickering
at a speed suitable for a tantric oriented
meditation, both mind-stimulating and happily
tranquil at the same time. The Sea App series
is intended as kind of visual-only fully silent
"ambient music" of the SENSE of lovely beaches
with teens in bikinis rather than any attempt
whatsoever at 'reproduction' of any sceneries.
This particular app in the Sea App series
include 9 new drawings by the author of G15 PMN,
Aristo.

G15 PMN programmers take note: This shows
some of the many in-built possibilities of
the CurveArt approach to digital drawings.
See for instance function CHK2ART.

/////Appnum: 1586901
Completed June 2020

DELICIOUSNESS5555 1585555
App# 1585555 is in the Sea App series, see the
app just above this for main introduction to the
Sea App series.
/////Appnum: 1585555
Completed June 2020

DELICIOUSNESS8822 1588822
App# 1588822 is in the Sea App series with
flashes of some original sketchy impressionistic
curveart drawings by Aristo Tacoma involving
smiling longlegged bikinibabes at beaches, good
for tantric meditations; some of the drawings in
this are inspired by fashion photos; see the app
1586901 above for introduction to this series.
The comments in this one are instructive when
you find compatible Curveart drawings in your
own artworks, in which you use the Curveart
transparency drawing feature.
/////Appnum: 1588822

DELICIOUSNESS8173 1568173
App# 1588822 is in the Sea App series, see above
for intro to the series. This one is more playfully
put together, more quickly sketched.
/////Appnum: 1568173

____________________VARIOUS APPS FOLLOWS____________

FOLLOWS: A MIX OF SIMPLE AND COMPLEX
APPS--PRACTICAL, TECHNICAL, PEDAGOGICAL,
ARTISTIC OR LISTED AS PROJECTS IN PROGRESS.
ONLY A HANDFUL OF THESE WERE COMPLETED
AFTER THE THIRD FOUNDATION WERE FINALIZED
(THEREFORE, ONE OR TWO OF THEM MAY HAVE A
NEARLY FINISHED FORM OF THE 3RD FOUND
IN THEM BUT THEY ALL WORK FINE.)

TO MAKE YOUR OWN APPS:
BE SURE YOU GET THE THIRD FOUNDATION
IN ITS COMPLETED, FIXED FORM (WHICH
IS USED IN ALL THE APPS ABOVE), BY EG
GETTING HOLD OF APP# 3,333,333 ABOVE,
OR ANY OF THE APPS ABOVE WHICH HAVE EITHER
THE EXACT THIRD FOUNDATION, OR A SUITABLE
EXTENSION OF IT, PARTICULAR TO AN APP.
THE TF APP, # 3,333,333 HAS DOCS IN IT
AS WELL--INCLUDING A VERY USEFUL OVERVIEW
OVER MOST OF ITS INBUILT FUNCTIONS.

====================================================

CROSS-REFER 1235588
The Cross-refer program allows you to mark all
the lines in a list that aren't identical to
any line anywhere in a ground-list. The ground-list
can be sorted any way you like and can have many
thousand lines indeed; the other list can be as
long as you like given that it fits on the disk.
The ground-list should be readable by the B9edit
editor and you can use the function 'cleanse', as
part of the Third Foundation, to crop lists that
have longer lines than 58, and to get away
characters that aren't normal text characters.
For instance, if the list is at c9000 you type
^c9000
cleanse
inside the TF terminal, just before you start
this simple, elegant and relatively fast cross-
reference program
by
^i1
cc
The TF Terminal is included with this app, which
is also easy to modify to other text-conversion
and text-scanning and database-conversion
purposes.

/////Appnum: 1235588

*** Format cards for neat inclusion in documents
The INSERT8TH program makes more beautiful the
output of the utility included in the G15 PMN
core, which converts cards, normally prepared
with the CAR editor (and which may contain code),
to text with lineshifts that can be incorporated
in a B9edit editor document. The TF (Third
Foundation G15 PMN) is included.

/////Appnum: 9328123

*** TYPE5050 is a "graphics design typewriter":
Used while developing all sorts of games like
TexasStars and in connection also with Elsketch
Design.
Here, a FONTPLAY font using as much as 50x50
pixels--which, on the crisp-clear bright green
on black background is enough for very
comprehensive symbols or drawing components--
is mapped to the A..Z keyboard. You can
"type your design"--in any area--architecture,
scientific applications, etc. The program is
made with a view to be extended in various
directions. Once you have started this app
with a suitable FONTPLAY font put into the
disk L, card 1 (270 cards there), you can
scroll a design vertically and horisontally
and save it and load it. It includes the
Third Foundation extended with the three
simple PD's allowing the elegant FONTPLAY
approach. The program is well commented and
you are invited to make extensions and
variations of it in various directions.
TYPE5050 is a "graphics typewriter for
large FONTPLAY fonts".

/////Appnum: 5050321

You can make use of the whole G15 PMN platform
and you can make derivatives of programs and
also its fonts as long as you acknowledge source
and copyrights.

*** Actual German letters inside B9edit? Yes,
here is the Fontplay B9edit with German B9font.
It's still 7-bit and the classic typewriter
orientation that we so appreciate for its
creative and harmonious effects, but we have
accomodated German prose text by using some of
the least-used special signs on the keyboard
for the characters that are particular to German.
Completed July 23rd, 2017.

/////Appnum: 3334489

*** Full Modern Greek inside B9edit? Voila,
here is the Fontplay B9edit with Greek B9font!
It's still 7-bit and the classic typewriter
orientation that we so appreciate for its
creative and harmonious effects, but B9edit
can now do Greek prose text really well. Here,
we are using some of the least-used special signs
on the keyboard in addition to the normal complete
replacement of A to Z to the standard for Modern
Greek--but designed our way, according to B9font
standards.
Completed July 24rd, 2017. Improvement a week later.
Then, improvement at November 14th, 2017.
/////Appnum: 3334496

*** Includes German version: HTMLAPPD, D=Deutsch
This particular app uses the normal B9edit font
(ie, the english font), but makes use of such as
colon to indicate a german letter (a: etc).
Make HTML documents out of B9edit documents
By these six very easily modified small programs,
running on top of TF (Third Foundation G15 PMN,
which is included), you can convert English and
German B9edit text towards documents that can
be viewed in browsers like Firefox and then, if
wish, be copied and pasted for treatment e.g.
before making such as .PDF with other editors.
You get a flexible approach that can be easily
enough tailor-made for any language which is
near enough to U.S. English but which has some
HTML codes that adds ethnic characters. In this
case, we show how to not only easily create
English texts via the B9edit editor inbuilt into
the G15 PMN platform, but also German texts.
For prose text, the conversion options are
several--one involving floating lineshifts, and
two separate ways of protecting the lineshifts
(which some find to be part of the soul of a
text, and a direct connection to the mind of
the writer). Given orderly enough B9edit
documents, these routines handle even book-size
texts effortlessly.
For text including program code or lines
with much use of spacing, a separate conversion
routine handles the <pre> approach elegantly
and quickly so that all spacing is preserved.
Included with this app is a universal text
and array function called 'replacements', which
admits of sequences of replacement arrays.

/////Appnum: 3829322

*** Includes Norwegian version: HTMLAPP
This particular app uses the normal B9edit font
(ie, the english font), but makes use of such as
colon to indicate a norwegian letter (a: etc).
Make HTML documents out of B9edit documents
By these six very easily modified small programs,
running on top of TF (Third Foundation G15 PMN,
which is included), you can convert English and
Norwegian B9edit text towards documents that can
be viewed in browsers like Firefox and then, if
wish, be copied and pasted for treatment e.g.
before making .PDF with editors like Abiword.
You get a flexible approach that can be easily
enough tailor-made for any language which is
near enough to U.S. English but which has some
HTML codes that adds ethnic characters. In this
case, we show how to not only easily create
English texts via the B9edit editor inbuilt into
the G15 PMN platform, but also Norwegian texts.
For prose text, the conversion options are
several--one involving floating lineshifts, and
two separate ways of protecting the lineshifts
(which some find to be part of the soul of a
text, and a direct connection to the mind of
the writer). Given orderly enough B9edit
documents, these routines handle even book-size
texts effortlessly.
For text including program code or lines
with much use of spacing, a separate conversion
routine handles the <pre> approach elegantly
and quickly so that all spacing is preserved.
Included with this app is a universal text
and array function called 'replacements', which
admits of sequences of replacement arrays.

/////Appnum: 3829321

NAMEDIGIT 2612610
*** What digit from 1 to 9 is hidden in your name?
The 'namedigit' program is an excellent tutorial
program by which you can learn programming in
G15 PMN--it is just a few functions, on top of the
Third Foundation standard core.
As the Yoga4d:VRGM book "The Beauty of Ballerinas:
awakening non-artificial intelligence"
explains, over many pages and in a very pedagogical
language, this program achieves with names that
which is often done by numbers when we speak of
"cross-sums". For instance, the cross-sum of 2067
is found by working from 2+0+6+7 towards a digit
between 1 and 9: 2+0+6+7 is 15, and 1+5 = 6. What
if you wish to use a=1, b=2, up to z=26, and find
out the digit of your own name? The program then
picks each letter and substracts the ASCII code
for it (64, so that uppercase A becomes 1) and
proceeds to do the cross-sum. Explore the cross-sum
relationships between names and learn G15 PMN
programming at the same time!

/////Appnum: 2612610

*** Screensaver with two dozen drawings
{curveart drawings, babes, new for this app}:
/////Appnum: 1515888

*** Do you have a large library of 500 x 500 GEM
greentone images? A fun synchronistic way to look'em up!
/////Appnum: 1696969

*** Easy pedagogical app, to learn
the most elementary form of
pmn programming (before tf,
ie, made before the Third Foundation
app, listed another place on this
page, was completed):
circle by sine + cosine
/////Appnum: 6281299

*** Easy pedagogical app, to learn
the most elementary form of
pmn programming (before tf):
the cosine wave
/////Appnum: 6281236

*** Easy pedagogical app, to learn
the most elementary form of
pmn programming (before tf):
the sine wave
/////Appnum: 6281234

*** Pedagogical app, to learn
how to build on elementary form sf
pmn programming (before tf):
the ANGLES program
/////Appnum: 1111999

*** THE 'UNDEFPATCH'
Quick Fix for 32 Bit Convert

As the TF {Third Foundation app} points out, there's
one particular feature of the 32-bit conversion tool,
associated with one of the options, in which, in the
case of meeting data utilizing the extreme range of
32-bit numbers, including that which TF defines as
the 'undefined' number, a fix is required. This app
uses the TF to alter the generated visible numbers
from the 32-bit tool, at E:6, bottommost, so that
the particular bit-sequence will be given a series of
digits that render correctly back to the compact 32-bit
form. As the app explains, the 'undefnum' is ideally
not used in 32-bit computing at all.
{Technical reason:
the undefnum equals its own negative, which
means that an attempt, as done in some programming
languages, to define it as an upper limit, would
make the range limits nonsymmetrical; esthetically,
and in terms of meaning, the 32-bit range must have
the same number in unsigned form as upper limit as,
in signed form, this number appears as lower limit.}
Nevertheless, G15 PMN is flexible:
If after all this bit-sequence is used in 32-bit
packed records, then the pack/unpack tools in
G15 PMN will work smoothly--just use this app to
speedily assist the conversion. The only place
in the G15 PMN core that requires this patch app
is when you use program E/6000 in its option #1,
and are about to use its option #2. In between
running these two options, run this app,
with app number 32 47 48 9.
Contains the third foundation. As with all these
G15 PMN apps, full source is included.

/////Appnum: 3247489

*** SimpleZoom app

Easy-to-use app which contains some
useful functions to view GEM twice
the size, and an easy way to show
a range of GEM images through simple
keyboard operations.

/////Appnum: 3003003

*** iSimpleZoom app!

Same as SimpleZoom but you can click
ctr-i to get card-id info. Also, the
Third Foundation starts here from j-disk
rather than from f-disk and in some
cases this is practical when you view
image galleries. This also shows you
how easy it is to move the TF around.

/////Appnum: 3003005

*** Robotic Timer, squarish, can work on miniscreens
{eg 1024*600 pixels, as can fit on some types of robots,
this program is a simplification of the standard
FeelGood timer which is in the main G15 platform,
the curveart in that program is here not included,
instead simple squares are used as clock backgrounds}
/////Appnum: 4710001

*** Second Foundation PMN, also called "Quattro-Power
G15 PMN Terminal". Now what is this? You see, inside
the G15 PMN platform there is both essential G15 PMN
and what is called a 'high-powered PMN Terminal'. But
there are extensions of this high-powered PMN Terminal
inside various programs in the core platform.
Not a single new function has been written, but this
is rather a collection of what is inside not just the
High-Powered PMN Terminal but a couple big applications
which is what's already inside the G15 PMN core platform.
Then, yet another component is a handy overview over all
the extensions contained within it--a documentation
that summarises all the various general routines.
This documentation is composed of all the initial
comments found inside each function, in a searchable
B9EDIT text editor format; this is a subset of what's in the
final foundation package, The Third Foundation,
which is of coure app# 3,333,333, which is the
recommended starting-point in most of all future G15 PMN.
While the 2nd Foundation is more compact when not all the
extensions are needed, chiefly it's included in order
to provide a consistent summary over what's already in
the Yoga6dorg G15 PMN core platform. The 3rd Foundation
is, though, much easier to work with and has been improved
on several subtle points, has better documentation, and
is more fun to use also for beginners. But for wholeness,
and to show the progress towards the Third Foundation
through this Second Foundation, we always list it also:
/////Appnum: 2222222

*** Early explorative writing and
early explorative cartoon making
in the tantric scifi realm:
the next two apps were expansions
made right after the G15 PMN core
platform was finished. It's in a
way not clear when these
free-wheeling energizing elements
are expanded on, given the
intensity of work with G15 PMN
robotics and G15 PMN intraplates,
as well as software, in parallel
to all other work by author of
G15 PMN.
manga-inspired adult book writing,
last updated in 2017:
/////Appnum: 3330199
manga-inspired adult cartoon,
last updated in 2016:
/////Appnum: 1116969

GERMANLOVE 6931400
GERMANLOVE, useful in learning adult
German, starting with knowledge of English.
This app goes straight to the point
and does not make a point out of
mistakes nor build a 'karma' around
your activities or 'judges' them. This
is a nonjudgemental tutor app for those
who want no prior record of how they have
been doing, and who doesn't have time for
making silly games around it. Unlike
the 'family-friendly' apps, this one
takes as starting-point the language of
love-making without filter as the way to
learn the language.
/////Appnum: 6931400
EARLY. This app is complete within 2023.

Technical note for those who wish
to make a curveart cartoon program:
the 1116969 app contains some technical
improvements over the inbuilt program
in the G15 core platform, including:
* this corrects a spacing-out of the
text which occurred in some
implementations of the G15 platform,
due to too absence of clipping
trailing blanks in displaying texts
(so blanks went over to the next
lines for some display types).
* This cartoon program is started
from the Third Foundation; however,
you should update the TF just be
sure it was the final and complete
TF since this tentative app was
made while TF was still being worked
on.
* To accomodate extra conversation
between the subjects, textbits show
and then change to the next set of
textbits, with a pause and with
rotation back to next set until
keyboard is pressed.
* To start at the beginning,
GAMENOW is the command.
* In case the interest is mostly
artistical rather than getting the
game-sense with some fluctuatating
nice numbers of dollar types and
so on, type scene number, press
lineshift, and type SEE, to look
there.

*** PLANNED TO BE DONE IN CA 2024:
FDB Customer database app

The G15 PMN platform with the Third Foundation
has many ways of making databases possible, and
in really flexible ways. The sketchy initially
included Customer database inside the original
core platform is however a particular application
that has a unique and general interest for
a range of small businesses and such. A
completely freshly written FDB Customer
Database app is being planned, after some
other important apps have been completed first.

INTRO-TEXTS AND PR FOR G15 PMN!

{Also installation links and more}

How to mount a G15 PMN app, game, tutorial,
philosophical, artistic or otherwise:
get hold of the zip. Unzip it. Put the
stuff it has inside the folder you run
G15 in, at the computer you run G15 at --
in whatever form, it's cross-compatible.
Make a note of the number of the app --
usually the number up to the ".zip" part.
Start up the G15. Type
mnt
and select on the menu the number 1.
Type in the number of the app.
Press ENTER and voila! its menu.
Press CTR-W to activate the mouse and
click on the upward-pointing flower
or twig or what we call that symbol,
to start whatever it suggests to starts
of program (unless it is a pure data app).

Note: be sure to UN-mount the app
-- press CTR-Q, type mnt and press
the number 4 for this, before you make
your own app, or before you save anything
to the same disk-letters as the app use.

THE NOBLE ANTI-AI APPROACH

We say no to AI, which is by necessity nAIve, but
here's the Third Foundation G15 PMN, with the standard G15 PMN
programming language and operating approach for computers with
the Yoga6dorg G15 CPU or a virtual Yoga6dorg G15 CPU. This
includes a sober, scientific approach without the hyped word "AI",
which, since Kurt Goedel defied the approach to exclude intuition
from a mechanised approach to understanding, has never had any
real scientific content. The 3rd Foundation G15 PMN has the skeleton
for programming connectionist networks and machine entrainment by
means of levels of G15 PMN warp functions, what we call FCM,--
which is generally, any First-Hand Computerised Mentality approach
that is humble and nonreductionistic relative to life and natural
human minds. Those who support companies and thinkers who support
"AI" are supporting, in fact, a reductionistic view of mind, matter
and human life, incompatible with most sincere philosophies over
what science after 19th century has worked out as constituting
a proper worldview (put very simply). The G15 PMN is one way of
standing away from AI and yet being willing to engage programming
in ethically responsible ways in robots and robotic-like machines,
in the approach of FCM. FCM has something vaguely mindlike about
it, but is an altogether sensible and nonreductionistic approach
that seeks to incorporate something of the best of the mentality
of the programmers into a program that can deal with fuzzy input
and complexities of goals and relevant tasks.

*** Third Foundation PMN. This builds on the Second
Foundation PMN as a completion of the promise of
doing also FCM, but is really the most advanced format of
G15 PMN possible, while it is still a fairly compact
package. It's EASY to work with for the beginner
who has already spent some time with the core G15 PMN
platform; some components in it are indeed highly
pedagogical. For instance, it's much easier to check
up source code of inbuilt functions, as the SCAN
function is inbuilt into the Third Foundation {TF}
'Penultimate' High Powered G15 PMN Terminal, and a new
function SHOWCARS allows viewing of cards without quitting
back into the CARd driver, also called 'the card editor';
and more things like that.
The Third Foundation G15 PMN works, as all the G15 PMN
core platform, with all the various ways of running the
platform, from the newest Microsoft Windows through
classical FirthDOS/FreeDOS, to most forms of Linux.
FEEL FREE TO INCLUDE ANY OF THESE G15 PMN APPS LISTED
ON THIS PAGE, WITH THEIR OPEN SOURCE PROGRAMS, INCLUDING,
OBVIOUSLY, THE THIRD FOUNDATION, INSIDE THE APPS THAT YOU
MAKE YOURSELF. JUST EXPLAIN, TO THOSE USING YOUR OWN G15
PMN APP, WHAT PARTS IT BUILDS ON AND WHAT PARTS YOU'VE
MADE YOURSELF. THAT'S THE FRIENDLINESS OF THE G15 PMN
APPROACH!
So TF is entirely standard G15 PMN: it is, first and
foremost, an extension of the standard set of G15 functions
in the form of an app that plugs straight into the
platform. There are NO CHANGES of the standards there
spoken about in its internal docs, but there are a couple
of improvements at some points, some which are significant,
and so TF is clearly the recommended starting-point from
now on for all forms of G15 PMN work. Here, even clock
graphics and calendar and so on are available for
incorporation into your own program--just fineread the
source at these points, and check it carefully, as not
everything is equally well documented.
The Third Foundation is suitable for both simple and
complex applications, whether for stand-alone PC or for
a PC controlling robotic machinery through its unique
approach of organising its programs by means of the
'foundries' concept, originated here, in what we call
the First-Hand Computerised Mentality approach, which is
free from the hypocrisy and shallow thinking that
characterises those who speak in positive terms of what
they think is 'artificial intelligence'. Be sure to note
that people of natural intelligence and with a more sure
philosophical grounding than industrial conglomerates and
advertisement oriented businesses take time to dwell on
the vast implications of the limitations of ALL algorithms.
Though their little bag of tricks can play games like Go
and Chess, it proves absolutely nothing as to their
unscientific and really absurd claims that they have got
'intelligence' in their box. It's just a matter of clever
programming on top of which is put consciously wrong words
to sell it to what they think are 'the stupid many'.
In contrast, for years, we have proposed first-handedness
as a criterion for good programming, and also talked about
First-Hand Computerised Mentality as a way to have a more
sincere approach, with no presumption of simulation of
mind, feeling, perception, attention or intelligence at
all.
FCM rather invites the programmer to share of his or her
insights in a format for writing good algorithms connected
also to tasks where something a bit like human learning and
pattern recognition and task priorities are called on, but
without using psychological words in the algorithms. This
approach, in which we call on the metaphor of 'foundries',
developed in connection with our G15 PMN work, honors
natural mind, and sees an FCM algorithm as an expression of
the mind of the programmer--whether or not additional
'entrainment' (our word to replace 'learning' in a digital
context) rather as a literary work like a novel is an
expression of the mind of the author. FCM can also be used
for software tasks like organising fuzzy data, and
this is shown by means of how FCM is done via apps,
rather than filling up FCM with too much. This honors the
Goedel's 2nd Incompletness Theorem insight, for the way we
do FCM we stand fully clear of trying to produce anything
like a 'General Perception Engine', which is technically
absurd when you look at it philosophically and with a sure
sense of the transition from the finite to the infinite and
back--unlike the hype that the likes of Facebook, Google,
Microsoft, Apple and many others are trying to put into the
minds of computer scientists.
FCM, as we present it, is rather a way to allow human
intuition and creativity and reason to be expressing
themselves for fruitful good programming, so as to make
it easy to do the things also associated with complex sets
of both of goals, data and output mechanisms.
In addition, as said, the Third Foundation is also the
wrapping up of all the standard functions in the G15 PMN
core in a holistic way, so as to make the most of them in a
pleasant way, encouraging the mindfulness of the programmer
and thereby also of the human interactors with the resulting
applications.
The EXAMPLES for TF as included is the formal illustration
of the super-model theory of physics. Both much simpler, and
also more complex examples, are elsewhere as apps on this
page.

EXAMPLE PROGRAMS FOR G15 PMN Third Foundation? Mostly
every app made after TF (Third Foundation) was completed
has it inside itself, and they are all open source!
If you want a very advanced example of G15 PMN programming
of the FCM type, the best bet is to start with the
G15 PMN FCM Spreadsheet (listed just beneath). For
those who are interested in science and physics, and
the philosophy of physics and new ways of bringing
wholeness into physics in a nonreductive way, consult
the physics work contained within the Third Foundation,
as also completed December 15th 2016, available at
the internet as booklets:
www.yoga4d.org/super-model-theory.pdf
www.yoga6d.org/super-model-theory

EXCERPTS FROM THE START OF THE MANUAL FOR 3RD FOUNDATION:
<<The "Third Foundation" G15 PMN is the most general and
advanced G15 PMN for quick, advanced application-making,
ALSO all necessary groundwork to get FCM up! This is the
final completion of the foundation work with G15 PMN. The
Third Foundation is complete, ie, I promise there won't
be any 'fourth foundation'; it won't be necessary! :)
<<[..] The 3rd Foundation {TF} includes all the necessary
stuff to get FCM going in G15 PMN.
<<FCM is not an attempt to say that mind can be put into
digital algorithm. FCM is not an attempt to create an
artificial mind or any artificial intelligence. We regard
the Goedel's 2nd Incompleteness Theorem as conclusive at
this point. We regard that intelligence, mind, real
smartness, as well as intuition, the reasoning capacities
of the natural mind, is part of the living human being.
This mind can express itself in all sorts of ways, and
when it expresses itself in programs that are vaguely
'mind-like' and that can have elements of something, not
learning, but similar to learning--'learning-like'--and
these programs are honest, they don't have a pretention
hanging over them that these programs are more than mere
programs, and these programs are made with first-hand
understanding of all that goes on in them--then we can
speak of FCM, or First-hand Computerised Mentality.
<<[..] So [The 3rd Foundation] fiercely supplements the
2nd Foundation G15 PMN with additional functions & pd's, so
it's easy also to do FCM--First-hand Computerised Menta-
lity and can be used for just about anything we want. Note
that D3..D8, F1..F4, and more are new PDs {see NEWPD}.
So, this is a standard G15 PMN with nice expansions! >>

******************************** G15CONTROL:
**************** A supplementary package, which very
lightly but concisely expands G15 PMN standard core
as in y6.zip so that it can also control robots and
do anything from Linux command line as well as do
simple serverside work such as for Yoga6dorg Search
Engine. [Early. See eg neong15ways.zip for a
64-bit Linux form with all these features.]
This is the Linux form. For those who wish to
do such as control robots from MsWindows, choose
the G15ROBOT package, also linked to from this
G15 PMN app page. (G15ROBOT also provides useful
extra finesses suitable for all general users of
G15 PMN in Windows, including such screencopy and
image conversion packages as is typical with the
Linux forms of G15 PMN).
Apps can be written for the G15 PMN G15CONTROL
package. An example of such an app is the G15 PMN
Search Engine app {listed after this}. There is a
graphical form of this, and a couple of text-only
forms of this. The latter, in a server, can accept
some simple forms of typed-in info from interactors
with internet. The graphical form can call Linux
32-bit command line operations. {Note that the
designed G15 PC has a different but somewhat related
way of handling extra controls in its pure G15 PMN
hardware.} For very advanced programmers in G15 PMN.
Sparsely documented but, apart from minor workarounds,
entirely robust and tested extensively.
g15control.zip

Use of G15CONTROL for robotics is discussed
at genifun.com/openrobotics.

G15 PMN spontaneously educates you in artistic harmonies,
it sharpens your mind, enlivens your day, and at the
same time, the G15 PMN platform provides you with
practical programs, suitable for all avenues of life.
This is not idle talk: books have been written on its
uniquely stimulating and tranquil B9edit editor;
new forms of physics have been thought through by
means of its programming language; and every app on
this page bears evidence of the fact that programming
can be like poetry--rather than having to be the
expansive prose of Java, the pompous selfhood of
Python, or the nerdian technicality of C or C++.
When Java and its likes are in the dustbin, you'll
find that G15 PMN is still as young and ever-new as
it is today, versionless, always open to friendly
open source programming and full of lively possibilities
and a friend in daily life, to help putting the Personal
Computer to practical and harmonious use in ways that
are important in your workplace and in your home.
And if you're a scientist, G15 PMN and its FCM
approach to programming is a stable, coherent and
consistent way to illustrate features of your
own or your favourite scientific theories. It
requires no additional fancy symbols on the keyboard,
just the standard typewriter keyboard of the U.S.
Ascii type, and affords even the most sublime of
quantum relationships to be indicated by research
paper friendly, well-organised symbolic code. And
since G15 PMN is also a complete COMPUTER concept,
--oriented towards what makes sense for also
professional interaction by human beings--free from
fancy additions that, at the price of coding ease,
are interesting in toys and gadgets mostly. The
professional computer approach as classically defined
by its IBM Personal Computer concept as launched
early in the 1980s, with the addition of the mouse
pointer device and higher resolution of the 1990s,
are here taken to its celebrated peak. You find the
squarish, stimulating, coherent 1024 * 768 type of
display, with the psychologically stimulating yet
creative and harmonious green monochrome in 64
tones for most satisfying and clear representation
of key features of all graphics including photos.
In addition to the mouse pointer device and a handful
of (logical) disks lettered C: to L:, there the
consise and well-defined set of Yoga6dorg G15
assembly instructions,--you'll find that it is
a latin of languages, which make sense no matter
what the present fashion as for consumer electronics
may happen to be.
When you master this classical core of all
computing, you can also, by it, steer any kind of
technical added device, including a color graphics
printer. But your programs will be made in the safe
certainty of just what the boundaries are for each
program relative to its technological 'theatre scene'.
If you've sometimes felt the computer industry is an
ocean of uncertainty, then you have reached stable ground
by coming over here, to the land of G15 PMN. Here,
you can build as many houses as you like, and they'll
keep on standing, for G15 PMN is what it is and
requires no revision in any decade. This, too, means
that all the hours that goes into learning to code
well are well-spent hours, that gives you capacities
that can be with you for a life-time.

To get G15 PMN up the very first time on your
computer, you may want assistance from someone used to
such programming language installations (instructions, in
every case, are on this page or on links from this page).
To get a G15 PMN app then up and running is then exactly similar
each time: unzip the app into the G15 PMN folder on the computer,
and, when you start G15 PMN up, type MNT (short for 'mount'),
choose '1' on the menu, and type in the appnumber. That
gives you the menu of the app. (A menu in G15 PMN is
typically e accessed via the mouse, then, and the switch
from the 'Edit' mode to the 'Menu' mode is via CTR-W.
Click on the arrow-like symbol associated with each program.)

It may take some time to get used to, but the G15 PMN approach
to computing is worth learning, for its fundamentals are worked
through so much that it is a permanent approach, free from
dependency on versions and updates. So when you get to know
your way around in G15 PMN, you have learned something worth
knowing in every decade, not just this decade. And with each
season, more apps are added; and by looking at the source of
these programs, you can learn to make your own. In this way,
you sharpen your mind and acquire knowledge of a formalism
worked though enough even to represent quantum and relativity
physics phenomena, yet simple enough to allow learning of all
essentials in but months, and versatile enough to be a vehicle
for making applications such as text and image editing as
well as database handling--and indefinitely more. With G15 PMN,
you have an always new scifi lab of green thought.

BACKGROUND: G15 PMN and G15 PMN FCM

Some of the main words:
G15: That is the name of the CPU with its around 240 instructions.
It is also called the Yoga6dorg G15 cpu, or even the G15 PMN CPU.
It is either made directly in electronics, which is easy since it
has a whole-number 32-bit and amazingly elegantly designed set of
machine-language instructions, also as represented in an assembly
language that blazingly fast transfers any program to this machine
language on a Just-In-Time (JIT) principle each time you start a
program in it. When you start G15 on top of MsWindows, Linux or
something like that, you start a 'model' of it, that runs G15 fast
and flawlessly (in the sense of it being a virtual CPU).

G15 PMN, or PMN: That's the language to which a particular font
exist, called the robotfont, but representation in any font such
as Courier is also good for it. This language, typed in two
columns in what is called 'cards' in the G15 O.S., is eminently
simple, and is able to harnesh the forthian power of stacks
yet with inbuilt design features that allows us to do so in full
freedom from the complexities some languages lead us into as
regards stacks. It is a language that orients itself towards
showing the programmer the importance of having a first-hand,
direct, personal relationship to the data, the numbers involved
in the programming process, and that, as such, stimulates to a
sharpening of mind. In this approach, also sometimes (by this
author) called a 'warp-friendly' programming approach, one
experiences a poetic tranquility when constructing programs.
They acquire a readability, later on, because the construction
of the language is such as to orient the programmer towards
dividing each task to be done into rather small units, and
discourages such naming conventions as lead to a distraction
of attention from what is actually being programmed.
^Hi, you!
pp
Or, say it ten times, in the beautiful and original B9-font:
sayit=
ll:10
^Hi, you!
b9
lo.
sayit
The creator of G15 PMN and its FCM warp/network oriented
programming approach is Aristo Tacoma, alias S.R.Weber.

G15 PMN FCM, or just FCM: The concept of FCM was first only
a general one, First-Hand Computerised Mentality, a notion
also put forth in the context of the earlier programming
environment brought forth by same author (SRW, or, in
another pen name, Aristo Tacoma, ATWLAH), where one is
positive about looking for a vague, careful degree of
similarity between some forms of programming and the
mental activity of real human minds but without the sloppy
second-hand type of use of language that goes along with
phrases such as "artificial intelligence", "machine
learning", and so on. In FCM, then, we are consciously
taking the approach that the human mind is not a machine
and the mechanical worldview isn't regarded as a true one.
Instead, with a faith in natural life that means that we
must scientifically be what is called "nonreductionistic"
(ie, not trying to reduce the human to a machine), we wish
to equip the computer with features inspired by the
insights we have into how the human mind works. But we
do so without sloppy use of language. We don't say that a
machine is learning, but rather we can say that it is
being entrained--and if the word "learning" is used, we
put it in quotes: the machine is, quote, learning, unquote.
In this way, we are, as programmers, showing consideration
and intelligence relative to the vast spectrum of
philosophical, scientific, biological and psychological
questions connected to the true nature of the human mind,
while at the same time allowing ourselves to program
such as robots in great and ethical ways.
Then, FCM is also, in the standard programming
library for G15 PMN called 'The Third Foundation'
(available on this app page and free for everyone to
include with their programs, and all open source),
a particular set of functions that entail a freedom
to make such as robotic programs with the carefulness
as indicated above. FCM is, then, an approach for
working with G15 PMN in terms of a network of nodes
with a number of standard finesses, looped through in
what is called "FCM loops". It turns out that FCM, in
this sense, rivals that which is called "object
oriented programming", for while it offers a sense of
simultaniety and process and persistence of patterns
of activities, whether we call them objects or not,
it also offers uniquely forceful possibilities of
structuring levels of these in a network that
transcends the strict hierarchies associated with
object-oriented programming. An example which has,
by itself, nothing particular to do with robotics,
but which uses G15 PMN FCM also so as to show how to
make any type of application via its powerful
algorithms and flexible structures, is the
G15 PMN FCM Spreadsheet listed beneath. (This, in
turn, can be a starting-point for doing such as
robotics programming also, drawing on its elegant
and easy menu- and function-key and arrow-key
driven interface and its phenomenal obviousness
in how data is entered and structured.)

TF, or The Third Foundation: The G15 PMN core
platform came along with a number of practical
applications, extending on the minimum PMN
language. What was (and is) called the Second
Foundation brought mostly all these functions
together as one package, so that one could easily
draw on them for building any type of new
application. The Third Foundation then added a
number of also high-level functions including
what is required to do FCM in the by us
recommended way, wrapping it up with a manual
and a complete and very advanced set of
examples for a physics and philosophy theory
called 'the super model theory'. This, then, is
considered the really ripe way of doing G15 PMN
programming, and it was used also for making the
G15 PMN FCM Spreadsheet and indeed is the most
easy-to-use starting-point for mostly all
future application making.

Predefined words, or PD: In G15 PMN, there are
two types of words, or functions, or variable
names. One type, the socalled 'high-level
functions' (or words) have three letters or
more, up to some fourteen. The other type has
less than that (typically two). The high-level
PMN functions are written by means of other
high-level PMN functions and/or by means of
PD functions. The PD functions are all written
directly in G15 assembly. One of the unique
things about G15 PMN is that these PD functions
aren't precompiled at all, but rather, alongside
all the high-level functions, compiled at turbo
speed, JIT, when you start up any high-level
application, such as the G15 PMN FCM Spreadsheet.
This means that you have here open source in the
fullest, richest, ripest and most fun sense of
the word. It is really entirely open, practically,
psychologically, in every sense. Each program
carries along with it all the program comments
and what not, which are immensely handy when it
comes to refreshing memory of what does what and
how things might be done when you make your own
programs.

Finally, let us bring in a favorite distinction:

online: that your PC (or whatever it is) is a
slave of the fluctuations out there in the world.

realline: that your PC is your own stable
universe of fun and beauty, working entirely on
its own and not wired to any network. It has a
real line to your own life and world. The G15 PMN
is realline oriented, although there are
features within G15 PMN to erect, by means of
its own hardware principally, certain forms of
meaningfully limited networks.

IS G15 PMN USEFUL FOR YOU?

If your goal with computers is to modify a
little bit of the online fluctuations out there
then perhaps not. Of course, there are ways in
which we can use G15 PMN on the net (and the
Yoga6d.org search engine is of course just such
a relaxing and artistically stimulating example).

But if your goal with computers has in it a
sense of the artistic, the philosophical, or
the scientific/creative, and you want to build
up your own sense of having a great work machine,
something that is an obedient slave to your needs
for your structuring of thoughts and crafting of
new graphical patterns, then G15 PMN surely
crowns most agendas of this kind as a winner.

Info about author: norskesites.org/steinweber/english

Elsketch -- G15 Intraplates Multiversity Electronics
educational work with G15 PMN:
This will be updated within 2024,
what is at the Elsketch links
and such are tiny experimentative
bits that refers to G15 before the TF
was completed:
https://www.stamash.com/secs_stamash_educational_centers/elsketch/

and the educational work with essential forms of chemistry, Atomlite,
In development:
in https://www.stamash.com/secs_stamash_educational_centers/atomlite/.

/////Appnum: 5558888

https://www.stamash.com/secs_stamash_educational_centers/elsketch/sitemap/

Elsketch The MUTU1 led blinker circuit, here's data which
outlines the electronics sketch for the Elsketch
concerning this project {MUTU1 is early prototype}
/////Appnum: 1115550

*** G15 PMN Search Engine app
For use with the G15CONTROL expansion of G15 PMN
core {listed on this page}. This has a readme text
file included which should be read first. It also
has a freeware, a little routine which we put
together a long time ago, before we knew that we
would bundle it in a package for public release.
This is called from command line via this G15 PMN
program when started in the G15 PMN f3wx command
in G15CONTROL. For very advanced programmers in
G15 PMN.
Sparsely documented but, apart from minor workarounds,
entirely robust and tested extensively. Has in it
some useful extra programs.
/////Appnum: 6150000

Note: Window's G15ROBOT and Linux's G15CONTROL
have similarities and allows to some extent
porting between how they call on the terminal.

EXPERIMENTATIVE ADDITIONS
An integration of third foundation
with apps used in pattern matching
entrainment and such [experimentative]:
/////Appnum: 3355888

ARCHIVED FIC3 (ie, our earlier, different forms of G15 PMN language):
====================================================================
archived_fic3inf3.htm.
and
archived_programming_language.htm.

The G15 PMN approach is proudly artistic and has learned from, and
gathered inspiration from, such as the Japanese Manga culture of
holistic fun, eroart sketches. The WHOLE human being obviously
includes the erotic and those endavouring to do good first-hand
programming must have in them an understanding that human natural
intelligence can drink of esthetical impulses also in regions
categorised, correctly or not, as 'porn', when charging up the
insights into general ideas. This is yet one of the impulses that
sets G15 PMN apart from the barren, dry, nerdian approaches to
computing, and which should be part of any company with integrity
in itself to honor.

The arrythmic PcSpeaker-oriented (not too much bass) mp3 files,
suitable for playing on small loadspeakers. These were prepared
while working with the earlier Firth version especially, but we
keep them here constantly. This is a form of HMMH music, short
for Harmony Messy Mix House Dance, arrythmic through and through,
in a lively and harmonious and anarchistically messy way.
stars.mp3 galaxies.mp3

Confer also the completing lines in https://www.yoga6d.org/economy.htm
for additional music of the HMMH kind.

Relevant for G15 PMN and G15 Intraplates Multiversity, but
in the form e.g. of essays, rather than as
mountable apps.

*** Academic {but readable} essay about Goedel's theorem:
Mathematics Hath No Principles
This also has comments on the importance of intuition for
mind, implying that while intelligence may be stimulated (and
only some finite limited features simulated by algorithmic
means in a nonhyped way, not pretending by means of employing
a psychological language, as we do with the FCM in TF above),
the notion of "artificial intelligence" isn't having scientific
depth to it but should be avoided. This ANTI-AI approach
runs through all technical works we do--not as a prejudice or
reaction, but as an insight, that the word "artificial" doesn't
belong in the same phrase-context as "intelligence". "AI" is
a barren reductionistic-mechanistic anti-intelligent attitude
to people, which it may be in the business-interest of some
types of companies to take on, but it isn't a credible concept
for those who look at what these words mean.
And these things matter. The ANTI-AI approach is noble and
approves of the notion of such as FCM for meaningful, limited
use of robots and such things without engaging in hyped, empty,
shallow language of the 'AI'-kind. FCM, as we have talked about
it ever since we first began to apply the notion of first-handedness
in computing (such as in the Firth platform from 2006 and before),
is a concept where we carefully avoid the quasi-type of
speech that has infiltrated much talk about technology and
science incl physics and computer science in the 21st
century so far. The false emphasis on AI can, and has already, led
to rediculous laws, such as those sponsored by lobbying by Google
in USA. These laws speaks--with the typical lack of inteliigence
that politicians often exhibit, but more embarrassing here, for
they are doing philosophical glitches at an enormous scale--that
"the Artificial Intelligence is the entity driving the car".
Nations that make laws of this kind are creating severe incoherencies
in their entire lawset; they are undoing the natural integrity that
some of the written constitutions may have for these nations.
This also shows the severity of the advertisement-money driven
professorships and the false research-schemes driven by
international corporations whose wish is to create their own
type of rulerships by infiltrating as many avenues of human
endavour as they can.
This, alongside such related false claims that some people,
researchers and inventors, have made elements of a new quantum
type of computer (having entanglement of a nonlocal
kind as part of its presumed core) is part of the river of
falseness that pollutes much technology thinking and talking
in the 21st century. There is a superficiality that belongs
to the covers of shampoos now touching almost every area of
human activity, flowing from technology. Just as Swiss Formula
shampoo never had anything to do with Swiss formulae, so has
artificial intelligence or quantum computing nothing to do with
intelligence or with quantum (except that ALL personal computers,
and ALL transistors, have a foundation in a classical application
of some features of quantum physics--more about this in the
'supermodel theory' work by the undersigned in a neopopperian
research style). There is a lack of natural intelligence in
Google and in other companies of this sort: and their various
bag of tricks should not be considered by anyone to have anything
intelligent about them.
The over-hyped careless language that have infiltrated much of
science and technology communities, and which spreads out into
the rest of society by such cheap monopoly-oriented companies as
Microsoft, Apple and Google (and from the billionaires having
started such companies), has a psychological impact on
humanity, and the human mind, so as to lead to a possible
stupification--unless the influence and the language are
challenged. This is the duty of all responsible programmers.
We mustn't have a language that is impoverished by the shallowness
of the nerds and greed of the billionaires in charge of certain
industries--and such as the car industry, more or less, is also
in this with both feet.
The scientific, credible, and noble stance independent thinkers
and programmers ought to take is as outlined in our texts in
our sets of sites. This stance bears fruits for an individual
in the short run,--for it becomes possible to engage deeply and
in intelligent ways with technology and robots and more in ways
which honor the human heart and the artistic mind and which isn't
characterised by absurd attitudes to human relationship. And
this stance bears fruits for individuals and society in the long
run, for it involves the integrity of having contact with reality
and mind and feelings in a far more first-hand way than that which
characterises much of mainstream tech thinking as seen so far,
leading to more powerful, more sustainable, more high-integrity
products, books, artworks, organisations--and, indeed, also laws.
When the AI-approaches and the reductive-mechanistic attitude
to physics are nothing but bygone phases of idiocy, the G15 PMN
approach, and FCM, will stand forth as shining examples of
non-hyped, honest, decent, scientifically credible, and psychologically
well-done ways of doing computer science and more generally,
suggest ways of doing technology and science in a humane and
compassionate way that honors the natural mind and real
insight in an nonmanipulative and nonreductive way.
Note that the essay on Goedel linked to just above was made at
a time when the G15 CPU design had been just finished, though before
PMN aspect was completely conceptualised, so that essay doesn't refer
to more than the assembly part of G15. Yet, the G15 CPU statements
included inside it should be correct enough and the prose
of the Godel text on the 2nd Incompleteness Theorem should make
great sense for those who take time to study it carefully.

The reason G15 PMN works equally well in all environments
as for all its general apps is because G15 PMN really is a
whole idea of a computer all on its own, and that's why it can
speak of 'booting' up itself--a phrase usually only applied
to operating systems, but Yoga6dOrg G15 is also that--on a
virtual processor when on top of Windows or another platform,
and--we're working on that--realized physically as its own
CPU through something we have branded "intraplates", a form
of large-size hobby-electronics general purpose chips.

You can configure G15 PMN quite much. Set up your own
pedagogical menu, and teach thinking and geometry and
how to make simple games in ways going beyond classical
methods of teaching clarity of thought, such as
mathematics. The G15 PMN menu starts each time in the
Edit mode--just type, and press CTR-S to save it.

The G15 PMN for Windows with the enhancements spoken
about also around on this page (ie, the ALT-DEL option
for screenshots, and robotics and technical control and
more). This G15 PMN version is interesting not just
for technical control, but it is also containing
useful extensions for anyone using G15 PMN on Windows.
{It is linked to high up on this G15 PMN app page.}

HINTS FOR RUNNING THE MICROSOFT WINDOWS VERSIONS OF G15 PMN

* The G15ROBOT version is like WING15PMN but it starts in
a frame and can exercise more power over the computer through
its programs. But it also has a feature that some of those
who enjoy G15 PMN FCM apps will enjoy: that [ALT]-[DEL] key
combination copies the screen to XO1.BMP, XO2.BMP etc. It
also includes conversion programs so that you can make
printable versions of it to GIF really smartly. It can run
everything that WING15PMN can just as well.

* You can right-click on the desktop and make an icon that
starts win.bat or nowg15.bat or whatever .bat it is that
starts your Windows version of G15 PMN when you double-click
on that icon.

* When you go in and out of G15 PMN, and back and forth
between fullscreen (press DEL button to switch) and in a
frame, then--and this is especially for G15ROBOT--you
may have to right-click on the Home card of G15 and
press CTR-W again to fully connect again the keyboard
input to just that program. A fairly similar 'defocussing'
easily happens also right after a fresh reboot of Windows,
when Windows sorts out its devices.

* Programmers using Yoga6dOrg G15 assembly language will
sometimes want to have a look at the possible "output
messages" that can arise. In Windows, these are in the
file stdout.txt in the same folder. In Linux, which run
the same G15 PMN programs exactly, they are shown in the
terminal frame in which they are started.

The Third Foundation G15 PMN is available just on this page: this the
G15 PMN programming language with its FCM and most advanced set of high-level
general functions, so that you can program professionally or in pedagogical
circumstances, for electronics (elsketch), robotics, physics , games of
various kinds, text processing, image processing, or something else where
the Personal Computer idea is in center: large display capable of graphics
images with a monochrome tone, the two-button mouse, the large keyboard with
functionkeys, the harddisks, and the core G15 cpu (run quickly virtually
inside the commercial computer or run in its own intraplates electronics).
This is a mind/brain stimulating package for everything from art to home
work and entertainment to many forms of professions. It involves a conscious
relationship to known ranges of whole numbers, suitable to aid both logic
AND visual thinking in both the programmer AND program user or interactor.

G15 PMN for Windows: genifun.com/wing15pmn.zip

Apps unzipped inside the relevant folder. Once eg h3333333.g15 is in
place inside the folder, eg c:\wing15pmn, you simply start up the G15 PMN
and type MNT and get straight into the 'mount app' menu. There you choose
1, and type in the app number, in this case lots of 3s. You will then get
up the menu and from it you can copy the ca 2500 cards from disk F:1 to
your own disks, such as i:1, so that you have it next time you start up
your G15 PMN with the CAR command (not having to mount it each time).
When you do such a copy, remember to look at the first card and tell this
card which disk you are running the TF (Third Foundation) on.

More info, and some more ways of getting
G15 PMN: yoga6d.org/get_g15_pmn and norskesites.org/fic3

Learning page for G15 PMN: intraplates.com/learningpmn.htm
Gosh! We have a vocabulary as well: yoga4d.org/voc.txt

To use the Windows version, consult link above. To use the
(identical-performing) Linux version, useful notes follow.
Note that most of the documentation inside the package for Windows
is the same as for the Linux package, since that was made before it;
however once it's up, there really isn't any difference in how it
performs: it is its own world entirely, and, of course, the Yoga6dorg
G15 core is also in a way its own operating system.

More links for installing G15 PMN:
https://www.norskesites.org/fic3/

When you have the G15 PMN machines up and running, just unzip all
the G15 PMN apps you like and put the stuff inside the relevant
folders. As you start up the G15 PMN, instead of typing CAR to
start the whole shebang, you start by typing MNT and press lineshift
and then type 1 then the 7-digit number of the app, and the app
will show its main menu at card H:1. Be sure to copy the mounted
apps to your own normal G15 PMN disks before you start modifying
the stuff on them, so you know where you are storing it. When you
restart the G15 PMN platform, by command REB, after CTRL-Q to quit
it, all disks are normal and no apps are mounted again (there's also
a MNT command for this, and to blend apps, and to make your own app).

ALL THESE APPS ON THIS PAGE WORK WITH ALL
the standard versions of G15 PMN,
except for some of more technical nature,
but then it is clearly indicated in each.
You can run it in several ways in Linux
(y6.zip and y6all.zip), you can run it in
MsWindows both in the general way and in the
way allowing also generation of screen images
and control through the command line (wing15pmn.zip
and g15robot.zip), and you can do robotics
through the g15control.zip package. Then you
can run the G15 PMN on the designed G15 PC,
a purely G15 PMN PC, where the chip design
is G15 native.

Screen image connected to the currency app above:

This page you're presently at, often updated:
https://www.norskesites.org/fic3/fic3inf3.htm
Mirrorpage:
https://www.moscowsites.org/fic3/fic3inf3.htm

Why "NorskeSites" and "MoscowSites" for G15 PMN?

The storage places of G15 PMN on the Internet is associated
with the fact that we have a very relaxed search engine for
creative/artistic purposes, with a small network of sites
naming various countries and cities more or less picked at
random. These includes "norskesites.org"--Norwegian for
"Norwegian sites", "greecepages.com", "allasvenskasidor.net"--
Swedish for "all swedish sites", "aussie-top-sites.org",
and the one listed above, "moscowsites.org". We have simply
picked two of these supporting websites of ours as location
for the G15 PMN work. In addition we have more sites, of course,
which includes genifun.com, yoga4d.org, and yoga6d.org, and
some of these hosts G15 PMN works.

The "Fic3Inf3" part of the storage location refers to a much
earlier form of our programming language developments, but
we liked the resonance of the sounds and didn't change the
"fic3inf3" part of the storage place of G15 PMN even as
G15 PMN grew forth out of the research and development.

Where to get the G15 platform itself includes:
https://www.norskesites.org/fic3/
Mirrorpage:
https://www.moscowsites.org/fic3/

HOW TO START SUCH AS THE SPREADSHEET UP

HOW TO GET THIS APP {OR ANY APP, JUST SHIFT APPNUMBER} UP AND RUNNING:
1. Get G15 PMN to run on your PC (instructions on this page).
2. Unzip the content files of 3555558.zip direct into the folder
that has G15 PMN (ie, not into a subfolder of it!).
3. Start up G15 PMN.
4. Type MNT and press [ENTER].
5. Press digit 1 on the menu.
6. Type 3555558 (or whatever appnumber) and press [ENTER].
7. The program front card is now showing. Enable the mouse
by a press on [CTR]-W, which is the typical thing one does
in G15 PMN.
8. Click on the arrow-line where it says roughly "H/3000" and it starts!

HOW TO QUIT THE SPREADSHEET PROGRAM:
That's easy: Press [ESC].
Other apps may have other exit-buttons. For instance,
the B9edit editor, inbuilt into G15 PMN platform, uses
F1 functionkey to exit, while the GEM Image editor
uses F12.

HOW TO QUIT A G15 PMN SESSION:
1. Quit any program you're running.
2. Press CTR-[Q].
3. Type REB and press [ENTER].

The G15 PMN starts quickly, exits quickly; it is a spotless
environment, versionless, fast, does not have to do a lot
of homework at startup or at closure. It is a way to refresh
the PC to restart the G15 PMN environment often. And its
greentone environment is eminently conducive to both
professional and creatively harmonious work.

SOME TECHNICAL AND FORMAL NAME COMMENTS
G15 PMN is the name of the programming development and
application running platform including a set of core
G15 PMN programs. The core of G15 PMN is G15 and broadly,
when we say 'G15 PMN' we include also programs that are
directly made in the G15 assembly language, which is for
the G15 CPU concept that we have designed here, and which
is emulated when run on top of another OS and with
another CPU. The G15 assembly language is also called
G15 YOGA6DORG, and it has some more names as well; it is
whole number oriented and there are around 250-260
instructions in it. The compilation is utterly simple.
PMN is a way to program in G15 and G15 is tuned to
perform PMN quickly, where 'warps' is a unifying
concept, a more succinct form of that which loosely
is often called 'pointers' in other programming
langauges. PMN is simple and the PMN compiler is
compiled by G15 each time a G15 PMN program starts
up, making it superbly open source. The extension
of PMN with new G15 words, two- or even one-letter
terms, allows it to access extra hardware and/or
extra speed. PMN proper deals with words that are
three letters and more, up to its maximum size,
which is determined by the column size in the two-
column G15 editor mode. PMN builds on experience
with all languages by this author [A.T. alias SRW],
and has in it a sense of honoring to some features
of Forth, especially its earliest, most machine-near
implementations, but with a strong and successful
emphasis in going beyond any issue of 'cluttered
stacks'.
As argued elsewhere on these pages, PMN is near
both the way the human mind wishes to express
certain more numerical perceptions of itself and
also the way the computer works: without any
dependency on the types of hierarchies that
cause the issues associated with most other
programming languages. It is also taking the
approach of 'correlations, not causations', for
those who analyze its loop and control patterns.

RBOTX
G15ROBOT with extra big RAM capacity: g15rbotx.zip
[[[Note: this is for MsWindows. For even more enhanced
RAM capacity, choose the huge ram 'flavour' of G15 PMN
inside the Linux Neong15ways package, listed on top.]]]
Use this for those few highly technical G15 PMN apps
that particularly specify that RBOTX extra ram is
required; although you can, of course, run any G15 PMN
app on it. If you happen to spend some time with the
philosophical writings in and associated with the
G15 PMN platform, you'll quickly come across how we
feel about the importance of boundaries and to avoid
too much of the sense of socalled 'arbitrary limits'.
This is connected to the notion of working with only
'clear ideas' about numbers, and to the understand
(as we propose it) that there is a bit of severe
incoherence about the idea of a set of 'all finite
and only finite numbers'. A clear boundary is as
important to clear thinking for the first-hand
programmer as a stable scene is for the ballet dancer.
That's why we rather have a separate G15 PMN (to be
reflected in our hardware work, too) when the boundaries,
once in a while, must be set to something else. By far
most applications in G15 PMN fit luxuriously well within
a meaningfully moderate RAM environment. But when we
look at a few apps of extreme technical complexity, they
may gussle up RAM--eg fast pattern matching at many levels.

Language tip: Don't say 'Artifical Intelligence' when it is
much more correct to say 'fiddly-phoney-bum-bum pattern matching
through our half-baked buggy algorithms our programmers have lost
all clarity about but which our board of directors insist should
be packaged and bundled and presented to the world as It. These
directors want to say "it is science, it is Mind, it should have
human rights, like they very wisely assigned to a hyped hunk of
polished steel in Saudi-Arabia.".'
Say it like it is, folks. Computers don't think. Do please think,
the thinker isn't the algorithm. It's something beyond. Programmers
know that--when they are not eager to gain something from trying
to reason along with the unreasonable line taken by certain folks
these days.
So, if you happen to be one of those who think in terms of what
we broadly can call 'the philosophies of wholeness', also as
inspired by the findings of whole fields eg in physics in the
20th century quantum studies: why would you want to spend time
with something as mechanical as a computer? But as you know, it
takes a card sharper to detect a card sharper. In other words:
there is a global trend of a certain use of computers where many
of those in power are attributing, falsely, powers of
(near-)consciousness to these machines, in order to gain something
for themselves. We see a breed of journalists coyly going along
with these attitudes, as if to prove that they are part of the
idiocy of our times. So it takes great competence in computing to
see and say precisely how such use of computers as largely
subsummated under the slogan of "artificial intelligence" is
wrong, and to point out, with conviction, what are the more
scientific, logical, rational, and credible views and approaches
instead. Be on a mission, and engage in G15 PMN works!
Now, does it pay off? There, on that point, we rather look
to Bertrand Russell, the writer and philosopher (no matter how
much we may disagree with his worldview): what's the point, he
pointed out, in the Conquest of Happiness, to work for less time
perspectives than such as 500 years--after all, we need "zest".
That's the word he chose to use. Zest. To work anchored in a
sense that the future is real, that it's not about appealing
to one's contemporaries. And then perhaps, after all, we find
that some of our contemporaries come along, in the present.

Ethical/sociological note: Robotics and the future of society.
As has been pointed out with passionate strength and highly
refined and sophisticated intellectual and scientific arguments
at many places connected to G15 PMN works, and in our related
websites, we are absolutely against any notion of trying to
see the human mind in mechanical terms and we are also absolutely
against any attempt to blend the human being with a machine in
any way--because machines are so rediculously petty compared to
a living human being with a human natural living mind and its
awareness, feelings, intelligence, compassion, insight,
creativity, consciousness and intuition--and we are also absolutely
against trying to make any form of robots that look like humans
or that looks like they may have a mind. In other words, we are
in favour of an organic worldview in which machines have the role
of having a strongly reduced role compared to human beings, and
in which we human beings work to keep our works with robotics in
strong leashes so we don't do things that may create illusions
in society, or may lead to too much mechanisation of society.
For these reasons, we advocate a return to the approach first
vividly expounded in a vastly popular form by mathematics
professor, and physicist theoretician, Roger Penrose, at Oxford
University, in his well-known attack on the concept of "Artificial
Intelligence" some decades ago. Penrose came with several strong
arguments against the idea that the human mind is a machine, but
the strongest is really what a very large number of scholars from
all over the world have agreed on is the natural implications of
the Incompleteness Theorems of Kurt Goedel from early in the 20th
century, and which Alan Turing failed to defeat in the middle of
the 20th century, no matter how hard he tried. And this approach
is to view the human being including the human brain as essentially
organic in a way that goes beyond the present mechanist trends in
biochemistry, and which ultimately goes beyond even the present
mechanist trends in the forefronts of physics as well. This
approach calls any use of the concept "Artificial Intelligence"
for false hype and meaningless pretense, a rediculous labelling
of what is after all but algorithms, and algorithms don't have
mind, don't have awareness, don't have intelligence, and can't
really "learn" in any real sense.
In this approach, we need a WHOLE OTHER SET of concepts with
which to talk about, and develop, and put to use, robots, than
that which is favoured by the sloppy thinking that sometimes
have been seen to pervade the mainstream and indeed propagated
passionately by factors having commercial interests in the same.
The "FCM" approach we advocate is a strong clear stance against
all of AI.
Furthermore, we must confront the fact that robots can do
things that only previously humans could do, and this is to some
extent a separate issue: we can see a society in which there are
many jobs that are no longer are given to human beings, but
rather they are carried out by robots. The total sum of goods in
the society may however have a chance of increasing, since
robots consume few goods but may produce many, and the ethical
burden is here on the company directors and the rules set by
politicians as to just how many and just what jobs in such as
huge companies which can be given to robots. Given good rules,
more meaningful jobs for humans may arise, and with higher
wages. These rules do however have a good chance of getting
better if we stick to the approach of what we call "First-hand
Computerised Mentality", or FCM, in which there is no
attribution whatsoever of real intelligence, awareness, learning,
recognition or feeling to any human artefact.
Our own commercial interest in producing and selling robots
will be informed by our approach of FCM and the approach of
contributing to a meaningful growth of society within the
rules constantly set. However, it is the principle of freedom
to work with first-hand electronics, first-hand mechanics and
first-hand programming that is at core with all our works in
this regard, and it is obviously the responsibility of the
buyers of our robots how they choose to put them to use. We
can only state the general direction and sense of ethics that
we hope the robotics will be put to use, and contribute with
a stream of philosophical impulses oriented towards a
constantly renewed sense of the dignity of being human and
the importance of regarding robots in the servile perspective:
their role is to be useful to humans and not to make humans
feel useless.

*****
G15 hardware projects
being worked on from one
season to the next:

*****

Hints on how to use G15 PMN at Android

Link to the scientific_apks at
intraplates is on top of this page.

Installation: any APK that is for
Google's Android but from a source
that is not Google's own store will
only be installed given some warnings.
Read on the net about how to do this
in case you're in doubt.

Version of Android: this is good for
Android 9 and maybe some earlier
versions and usually for later versions.

Type of Android: Samsung has a
generally user-friendly hand on how
they implement Android on their phones,
and they are dominant, and that is where
we have checked it and tend to use it.

Space required: a couple of gigabytes
is good to have for G15 PMN, at the
very least.

Speed: G15 PMN is fast. The phone can
be normal type. You can do compiling,
programming, writing, reading, image
editing, 3d construction, construct
new apps, everything on a tiny phone
with a big keyboard connected to it,
using the G15 PMN for Android with its
mousesim. It's a real treat!

Type of Keyboard: a very well-made
keyboard of the type that can work
with any PC and any phone, such as
Deltaco bluetooth keyboard.

Does the 'mousesim', ie, simulation
of mouse by a click on the Del button
work well? Answer, G15 PMN is usually
keyboard oriented and only brings in
mouse where it is hugely helpful. For
most applications, mousesim works
well, even astonishingly well. The
major exception is that drawing
isn't easy to do with arrows. Any
drawing should be done in a G15 PMN
which runs in an environment with a
physical two-button mouse. There are
some quaint features of the mousesim
that one has got to get used to and
maybe find some mild work-arounds for.

A normal CAR menu in G15 PMN is
accessed by a click on CTR-W followed
by a click on the DEL button, followed
by PgUp/Ins & arrow moves to set the
mouse position and a click on Enter
to access the arrow-like symbol that is
the start of a program. A click on
tabulator inside the mousesim mode
is the right-click that sets the
CAR edit back to Edit mode, rather
than Menu mode.

Function-keys? Check which one works
on your phone and for the rest, just
press Del-button and 1..9 for F1 to
F9, and 0 for F10, - for F11 and =
for F12 [these are to the right of
1..9 at the standard US keyboard
layout that G15 PMN is made to use
all the time]. F1, for instance, is
better pressed in this way. ESC
button should always be pressed by
Del and the letter Z instead of
using the physical ESC button on
the keyboard when, as in some forms
of Android, this is mapped to
close Android apps--which is not
what you want, you want to have a
clean exit of G15 PMN apps without
exiting G15 PMN; to exit G15 PMN,
do the CTR-Q and REB and close also
the now-empty frame of it using the
Android touch motions for this.

CTR-keys: Del button followed by
X followed by letter A..Z will do
nice. More hints in the install.txt
written on the B9edit same time as
we completed the G15 PMN for Android,
and which is, in unchanged form, at
scientific_apks. Note that the Linux
form of G15 PMN with mousesim is
slightly simpler in what it offers
in the Del mode; in particular, it
offers no ESC button alternative.

Typing text? Yes. B9edit, miniedit,
etc all work good. Editing also.
3d boardworks? Absolutely fine.
GEM--yes, of course, except the
drawing aspect will not be easy
with arrow-driven mouse. The curveart
ART program: use real two-button mouse
only with curveart, as a rule of thumb,
and that means, not the Android.

What about reading texts in G15 PMN
on Android on a tiny screen? Suppose
you have the text in B9edit format,
and you open it, and you can read it
only by a big effort--even if your
phone is fairly big and you turn the
screen sideways. The solution is
simple and works really well when
you get used to it: just save the
text using the F3 button to the
miniedit format eg on the c9000
area. Exit the B9edit, eg by a
touch on the Del button followed by
the digit 1, and open up C9000,
eg by CTR-L c9000 followed by
ENTER. There you will see it very
clearly readable as long as you
put up with that font, and you
can use PgUp and such; even edit
and back-convert to B9edit using
one of the utility programs linked
to from the Home card G:15.

Look above for phrases like 'useful
for Android G15 PMN' for more info
and especially suitable apps.

Good luck with G15 PMN for Android,
it is a real fun flavour! Remember,
though, that as we define a first-
hand Personal Computer, it should
have the full physical features of
a large display, two-button mouse
as well as the keyboard, and the
other things we have mentioned in
this connection. In a certain sense,
a tiny computer is to some extent
an emulation of a computer; or
speaking in terms of what we may
call the 'q-field' of such a tiny
computer, it is in a sense a
'terminal' of a computer that has
a full, psychologically meaningful
sized set of interaction aspects
with the human being and the mind.

*****

G15 PMN is a research platform and
a development platform and a production
platform, building on the Firth platform
first released April 10, 2006, for
programming and for the creative,
scientific, meaningful and also personal
use and design of Personal Computers and
robots, conceived by Stein H Reusch, whose
art names include Aristo Tacoma
and S.R. Weber. It is a production
copyright Stein H Reusch and the private
company owned by Reusch, Yoga4d von
Reusch Gamemakers, Lillestrom, Norway; with
a generous license for meaningful,
creative, ethical use by all individuals.

Contact: berlinib@aol.com

ATWLAH