How to use a Radionic Computer System

Migration Course
Moving from a Traditional Radionic Instrument into the Digital Domain
A resource to help Radionic practitioners make
an easy transition from traditional Radionic
instrumentation to the computer program
MultiTreat on Raspberry Pi (MT-on-RPi)
1

Migration Course
Learning Objectives
On completing this resource the learner will be able to
• make a correlation between the facilities of MultiTreat and a
traditional Radionic instrument.
• be familiar with the process of inputting treatment data
• look at their current analysis protocol and identify any changes that
may need to be made
• have awareness of the advantages and limitations of both methods
• access additional support materials and know where to find them
Author
Jane Radford
Copyright: Framework Dowsing March 2018
2

Migration Course
Introduction Page 1
Progressing from a
Traditional Radionic Instrument
into the Digital Domain
Hello and welcome to this flying start
learning resource for practitioners
and dowsers who are interested in
the Radionic software program
MultiTreat on the RaspberryPi
(MT-on-Pi)
My name is Jane Radford and I work
with Chris and Barbara at
Framework Dowsing to offer support,
information and resources for
Radionic practitioners. 3

Migration Course
Introduction Page 2
Since sharing MultiTreat via the
Framework Dowsing website we
have had a number of enquiries.
These have included questions about
how to input and operate the
treatment program,
or more simply ….
“How do I move treatments across from
a conventional Radionic treatment
instrument to MT?”
and
“Is MT available as an
independent unit?”
This resource acts as an
introduction and
gateway to further
information. It will also
show you possible ways
of adapting your
analysis so that MT is
easier to use.
4

We believe that using MultiTreat on
the Raspberry Pi will save huge
amounts of time. As you incorporate
the use of MT into your treatment
regime it will free you up to focus on
analyses and updates for your clients.
Creating time and opportunity to adapt
your analysis will ultimately
5
Migration Course
Introduction Page 3

Look out for the blue bird symbol
This shows areas where you may need
to update or change your approach.
This could mean adding additional
questions to your Radionic protocol.
6
Remember …..
“A Radionic instrument is a focus for the mind of the practitioner”
We will now look at the layout of a typical Radionic instrument
Let’s begin …….
Migration Course
Introduction Page 4

Migration Course Page 5
Simple diagram of a traditional generic Radionic Instrument
7
Power supply
Treatment platePotency dial
Bank
switches
Timer start switchOperator
Banks of
Rate dials
Not to scale! : )

The Operator Approaches, loads witness, sets, initiates and
changes treatments for each target
Treatment plate For the ‘witness’ or sample for client/target
Rate dials Set to the rate or numerical identification
Potency dial Sets the level or homoeopathic potency
of the treatment
Bank switch Designates which dials are in use
Timer start switch Starts the treatment timer
We will now look at each of these areas and compare the
treatment set up with using MT ->>
A Traditional generic Radionic Instrument
8

We are now looking at starting the MT program, initiating
treatments and accessing the input screen for a new set of
treatments.
The protocol with most traditional
Radionic instrumentation involves
operator (1) intervention for each
Individual client/target (2) and their sets
of Radionic treatments (3, 4, 5 & 5a).
We are now going to compare and describe how the process is
translated when using MT-on-Pi
9
Starting the MT program

Instead of approaching the Radionic instrument the operator:
1. Turns on the power supply to the Raspberry Pi unit & monitor.
10
-> Starting the MT program

2. Clicks on the MT icon
3. Types ‘y’ (yes) if there are
daily treatments already in
the MT treatment database
which need to run
and/or
Creates new treatment records
in the database.
11

After typing ‘y’ (yes) or ’n’ (no) at Step 3 the MT screen will change and
an input field will be available which contains a flashing cursor.
To enter a new set of treatments for a target:
Type ‘treat’ into the input bar at the bottom of the screen.
12
If there are no treatment records
in the treatment database, or you
have typed ‘n’ - the screen will be
empty.
Any existing treatment records in
the treatment database will
display on the screen.
Type ‘treat’ here Type ‘treat’ here
Note: Type ‘n’ when entering additional treatments if MT has already run for the day.

13
Old System
On traditional
instrumentation a
‘witness’ of each
target is placed on the
treatment plate by the
operator.
-> Target ID Rate
New System
MultiTreat uses a
Target Identification
number as the link or
witness to the client.
You will need to
create a Target ID
rate for each
analysis.

14
The following input field is where the name of the
target can be included.
This is an optional field.
It can be very useful if you need to use the
Treatment EDitor (TED) function of MT
It can help you to identify a set of treatments more easily.
Press the Return key after entering information into each field.
Type in the unique Identification
number for your client or target
after the prompt ‘Target ID rate?’
-> Target ID Rate

Old System New System
Witness Target ID rate and Target name
Things to think about …..
 How will you create a Target ID rate?
 Do you need to include a Target name?
In the School of Framework Dowsing we suggest including the
date of the analysis as part of the Target ID.
In the screen capture (on previous slide) the analysis was
completed on 11 March 2017
and it was the first (01) in that day’s work schedule
1103201701
15
-> Target ID Rate

MultiTreat will continue to run if minimised
on your screen.
You may still feel you need to
omit Client and Target names
or
use abbreviations
for confidentiality reasons.
16
-> Target ID Rate

We have looked at
the layout of a type of traditional Radionic instrument
The initiation of the MultiTreat program on your
device / MT-on-Pi
Running treatments already uploaded to MT
Starting the input of new a new set of treatments.
Entering a Treatment Rate
We are now going to look at entering the first treatment
rate for a target into the MT program >>
17
Summary Pages 1 - 14

Old System
On traditional
instrumentation each
number of a Radionic rate
is represented by a
separate dial.
Example: The location rate for
the circulatory system is 29939
The 1st dial in a bank or row
is set at ‘2’, the 2nd at ‘9’
the 3rd at ‘9’, the 4th at ‘3’
the 5th at ‘9’
New System
After entering the Target
name into the MT program
a prompt appears
Rate 1 ?
The first rate as indicated
by the analysis is typed
after the prompt
Rate 1 ?
In our example: the
circulatory system 29939
18
->

You have now entered the first Rate for treatment into MT
And pressed the Return Key
Manual set up of dials Keyboard input of rates
19
Points to consider
 Will you need to be able to input longer length rates
than the 22 digit spaces provided by MT ? (There is a
solution to this.)
Do you need to include a space or ‘ . ’ to separate
numbers within your rates? E.g. Base 10 or 44 rates.
We will next look at directing this treatment to the relevant
Potency or Level >>
Summary Page 16

Old System
Some Radionic instruments
have a potency dial.
They can be calibrated to
represent homoeopathic
potencies or the
appropriate Subtle
Organising Energy Field
(SOEF). 20
New System
MT prompts you to input a
Level after you have entered
the first rate for treatment.
These levels refer to the
Subtle Organising Energy
fields (SOEF) or Subtle Bodies.
Each SOEF can be seen as
having its corresponding
homoeopathic potency.
->

Only the first 3 letters of the
SOEF need to be typed into
MT to identify the level of
treatment.
Homoeopathic potency -> SOEF
21
->

 Do you use a potency dial?
 Does this setting correspond with a
homoeopathic potency or SOEF?
 Do you need to include ascertaining the relevant
SOEF in your analysis protocol?
MT includes a ’Non Specific’ and an ‘Unknown’ Level.
These can be indicated during a Radionic analysis
or when a practitioner does not need to specify the Subtle
level to which a treatment is directed.
22
->

You have now entered a treatment rate.
This has been directed to the relevant subtle level.
In our example
Circulatory system
Etheric Level
The following 2 sections are about
inputting the treatment time and
the number of days treatment for this Rate >>
23

->
Old System
Most Radionic
instruments have
preset timers.
They usually provide a
treatment time of around
3 minutes.
New System
After entering the Level for
treatment and pressing
Return, MT gives a prompt
’Treatment time ?’
The number of minutes
treatment time for your first
rate is entered into this area
of the program.
24

 The time for each treatment is determined
during your analysis.
 You may need to alter your treatment
analysis to include the time that is required
for each treatment.
Treatment times can be as short as 1 minute
or as long as 500 minutes
The next treatment field that MT provides is where you
indicate the number of treatments required >>
25
->

Old System
The timer switch begins
treatments for the target.
The Operator will initiate
treatments manually each
day.
New System
MTforPi will give a prompt
for the number of days
treatments.
‘Total treatments ?’
In our example treatments
will be broadcast for 6 days
when MT is run daily.
26
->

 The number of days treatment is determined
during your analysis.
 You may need to alter your treatment analysis
protocol to include the number of days
treatment required for each item.
Running MT each day automatically initiates treatments
for all targets for the required number of days.
27
->

You have now entered
 The target information - the Target Identification Rate
and name
 A treatment - Numerical IDentification NID (Rate)
The Level at which treatments are directed
The length of time for each treatment
The number of daily treatments
This is represented in the MT workflow diagram on the next
slide >>
28

29
Summary Pages 22 – 25 continued
Summary Diagram – Input of treatment data to MT

If there are no additional treatments –
Ignore the prompt ‘Rate 2 ?’
i.e. Press the Return key twice
30
Treatments will appear within the Treatment display area

If there are additional
treatments for the same
client/target - Press the Return
key once only.
At the prompt ‘Rate 2 ?’
Enter your next treatment
rate.
In this example the NID or Rate
represents the homoeopathic
remedy Titanium
31
Entering a 2nd treatment rate for the same target

And you will continue
entering the input fields
for Rate 2
3 the treatment rate
4 the treatment level
5 the treatment time
6 and the number of
treatments
32
Entering a 2nd treatment rate for the same target

33
Entering further treatment rates for the same target
You return to Step 3 in the
process for each additional
treatment.
Once all treatments have been
entered into MT-on-Pi press
the Return Key twice. This
initiates the MultiTreatments.
The target Identification rate,
name and longest treatment
time of these treatments will
appear in the main screen area
of MT-on-Pi.

The Target Identification number, name and time remaining is
displayed in the main display area of MT-on-Pi.
The display updates every 10 seconds.
34
Entering further treatment rates for the same target

The Treatment EDitor (TED) can also be accessed from the MT-on-Pi
desktop. This facility allows for the addition, upload and revision of
treatments.
35
Adding and updating treatment information
DO NOT OPEN TED AT
THE SAME TIME AS
MULTITREAT
OR RUN MT WHILST THE
TREATMENT EDITOR IS
OPEN
Changing the treatment
files whilst MultiTreat is
running could corrupt
the treatment database

This screen shot shows 2 treatment records. These
are the examples we have been using to demonstrate
the input of data to MT
36
Adding and updating treatment information

MT-on-Pi is the MultiTreat Radionic treatment software installed
onto a small independent computer system – the Raspberry Pi.
15 client/target treatments. Queued treatments automatically
enter the treatment screen
Over 1,400 clients/targets can be treated in one session
Treatments start automatically from information input
20 digit rate facility with up to 15 rates per client/target
MultiTreat has a Treatment Editor facility where information can be
input, updated, corrected or deleted
 Includes the Framework Dowsing Level 3.4 Course notes and the
Conditions Rates Frameworks
37

Treatments run concurrently saving huge amounts of
operator time and freeing a practitioner to complete
other practice analyses and tasks …..
38

39
The main challenge with making a transfer to MT can be that the
practitioner needs to invest time to benefit from
saving huge amounts of time in the future.
You have already begun the process
by watching this presentation!
We have
Made a comparison between a conventional instrument and MT-on-Pi
Looked at the input fields for each discrete step in the treatment protocol
Highlighted areas where changes may be required in your analysis structure
Links with further information for each page follow >>

Please visit the Framework Dowsing
website to find out more information
and to purchase MT-on-Pi
You will receive your Raspberry Pi 3B
ready to go with the MT software.
A universal power supply lead and an
HDMI cable are included
You will need a monitor, keyboard
and mouse
We do our best to support new users of MT-on-Pi. We answer
questions as soon as possible. Additional support/learning
sessions are available to purchase.
40

Thank you for your interest in Framework Dowsing.
We hope the following information links help and encourage
practitioners to free themselves, their time, their work load and
improve work flow efficiency.
Please give feedback in the comments section and keep in touch
via the website, our Telegram channel, or on youtube & facebook
41
Keep in Touch : )

Thank you for taking the time to use this Framework Dowsing
Resource Below are a collection of links to more
information. Please contact us if you have any questions
Page 1 https://www.frameworkdowsing.co.uk/radionic-
technology-future/
Page 3 https://www.frameworkdowsing.co.uk/dowsing-
classes/high-level-dowsing/
Page 7 https://archive.org/details/dimensionsofradi00tans
Page 8 https://www.raspberrypi.org/
Page 9 The MT manual can be downloaded from this page
https://www.frameworkdowsing.co.uk/radionic-resources-
for-dowsers/radionic-computer-treatment-program/
42
Summary and Links

Migration Course
Page 41
Summary & Links
Level 3.4
Framework Dowsing Course
overview
This is included with MT-on-Pi
plus the
5 Conditions Rate Books
43

The Framework Dowsing Level 3.4 course notes are included
on your MT-on-Pi.
See https://www.frameworkdowsing.co.uk/dowsing-courses/
Page 16 MT is suitable for most formats of rates e.g. 10, 11, 33 and 44
etc. Instruments vary in the calibration of dials. Hence the different
rate formats.
Include a ‘.’ after a number 10. or use the space bar between numbers.
For example red bone marrow 10.81 is ten, eight, one
Base 33, 44 etc rates - Either leave a space between the numbers or
use ‘.’
44 11 44 11 41 44 44 41 Entered with spaces is the same as
44.11.44.11.41.44.44.41 Entered with . instead of spaces
(44 11)2. 41 44 44 41 The same rate utilising brackets
44
Summary and Links

https://www.slideshare.net/JaneRadford/introduction-to-the-
subtle-bodies-esoteric
Page 27 - 31 https://youtu.be/cTsQfH67nCM Input of information to
MultiTreat
Page 33 https://youtu.be/WeIj96cu0sM?t=217 Using the Treatment
EDitor (TED)
Page 38 https://www.frameworkdowsing.co.uk/radionic-resources-
for-dowsers/radionic-computer-treatment-program/ and/or
https://www.frameworkdowsing.co.uk/radionic-resources-for-
dowsers/radionic-computer-treatment-program/radionic-computer-
system-mt-on-pi/
Page 41 https://www.frameworkdowsing.co.uk/dowsing-for-
health/conditions/
45
Summary and Links

The End
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Migration Course
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How to use a Radionic Computer System

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