OpenLLM-France/wikimedia huggingface dataset:
# Reaktor/Tutorials/Reaktor as effects processor/Signal routing: mono to stereo - stereo to mono
## Signal Routing: Mono to stereo/stereo to mono

Any audio output can be directly cabled to multiple inputs in any R structure, so it's not necessary to use a mixer or other device to split a mono audio signal to send it to both inputs of a stereo processor, or to send stereo or mono signals to multiple inputs. But when you want to combine stereo or multiple outs into a mono input, or multiple signals into a single stereo input pair, you need a mixer or a signal adder.
Mixers are available as instruments, complete with snapshots, found in various config-durations the Instrument library, and in souped-up versions in the User Library. You need a mixer only if you want level and other controls along with the mixing function. Remember that you can delete or disconnect any unwanted panel controls in the structure; disable, hide, or show different sets on the A and B views using the Properties window; or simply collapse the panel when you don't need to see or set the controls.
Adders (which are simply mixers with no controls and all channels set to 0dB when connected to audio signals) are modules; choose “Add” from the Math collection in the Module library. Unlike Mixer instruments, which can be inserted into ensemble structures, “Add” modules can only be inserted inside instrument and macro structures. Once inserted, you define the number of inputs your adder module has by opening the Properties window (F4-Mac/PC), clicking on the adder's label to focus the Properties window on it, selecting the Function page (click on the “gears” icon), then scrolling to or typing in the number you want in the “Min Num Port Groups” field.
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# Reaktor/Tutorials/Reaktor as effects processor/Signal routing: parallel and serial
## Signal routing: parallel and serial

A simple cabled patch between the ins and outs of any effects instruments puts them in a serial routing, like a daisy chain. Each effect is processed by the effects that come after it in the series chain.
If you split-cable your audio outs to each of the inputs of several unconnected effects instruments, then mix the outputs of each of these with an adder or mixer, you're putting them in a parallel routing, so each effect sounds by itself, unprocessed by the other effects, just mixed together. The sound will always be different than that of the same effects in series. Of course, you can combine these routing schemes within the same ensemble, as shown here.
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# Reaktor/Tutorials/Reaktor as effects processor/Matrices
## Matrices

Suppose you wanted to link several instruments together in every possible combination of serial and parallel routing, so you could quickly discover all the best combinations. This is easy to do with a mixing matrix, available in various sizes in the R4 Macro library. But hooking these up to get the results just described will take a little tweaking. The most basic way to use a matrix is to send a different source into each input and hook a different destination to each output, so that any source can feed any destination. This is how most modulation matrices work in R4 ensembles.
To make a matrix that sends a single input to all destinations in any order, you need to loop the output columns back into the input rows, taking care that you don't create feedback loops, unless that's what you want.
Here's a stereo, 3x3 mixing matrix made from the same 8x8 mixing matrix shown in the previous example that will give you all possible combinations of three different effects. Notice that a diagonal set of knobs has been muted and hidden to avoid feedback, and that alternate knobs have been muted and hidden within each junction of rows and columns that's needed to create a stereo path, so that each side of the stereo signal is sent to only one side of the output pair, and not equally to both sides.
Here's the finished matrix, with linked and hidden knobs, and a snap set that covers all of the most obvious routings, plus a few less obvious ones that include the output of a single processor, or the dry signal, along with a routed signal. Many more are possible.
An effects ensemble built around such a matrix can be easily played with all panels collapsed and only the matrix snap window visible.
8x8 is the largest prefab mixing matrix in the R4 library, perfect for a 7x7 mono matrix. But it would be easy to create a 7x7 stereo matrix by duplicating the mono version within the same instrument and sending one side of each stereo effect's inputs and outputs to each matrix. Corresponding knobs on each matrix panel could be linked for control by a single knob, and then the linked panel could be hidden. 5x5, 6x6 and even 9x9 matrices would simply require the deletion or addition of one or more of the macros that create the rows and columns within the original 8x8 macro.
The challenge, of course, is to come up with sets of effects that combine well when routed in all possible ways, or even in most of them. I start by looking for effects with very different, obvious, but somewhat transparent textural qualities, such as a filter, a delay, and a gate... or maybe a distortion, flanger, and comb-filter. Dense or subtle effects like reverbs, tremolos, bit crushers, panners and pitch shifters tend not to work so well, but try ‘em all, and don't forget that you can also patch global effects, like reverbs or compressors, after the output of the matrix; powerful (and potentially CPU-intensive!) stuff...
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# Reaktor/Tutorials/Reaktor as effects processor/Parameter modulation
## Parameter modulation

Reaktor's modulation options are frankly mindblowing. There are virtually endless ways to make any knob or parameter automatically wiggle, sweep, jump, skitter and snap between any points in its range. And any modulator can itself be modulated, with exquisite visual feedback to help you fine-tune the results. The following examples are the “so-far-so-amazing!” results of my efforts to mimic modulation options I've enjoyed on sophistcated hardware processors... and Reaktor puts them all to shame. We'll look first at a few Reaktor modulators at work, then explore how to hook them—or any other modulation source—up for the most flexible, precise and easiest results.
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# Radiation Oncology/Cancer Syndromes/Cockayne Syndrome

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials
Cockayne Syndrome
* wikipedia entry
* Emedicine entry
* DNA Repair chapter
* Mutations in ERCC6 and ERCC8, part of the NER pathway for single strand DNA damage repair
* Autosomal recessive syndrome
* Growth failure, impaired development of CNS, photosensitivity, premature aging
* No cancer predisposition
# Radiation Oncology/CSI

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials

## Thyroid

* Hypothyroidism is one of the earliest late side effects of craniospinal irradiation (CSI), and second most common (after growth hormone disturbances)
* Prevalence of hypothyroidism is 40-80% after CSI
* There is also an increased risk of thyroid cancer, possibly with doses as low as 1 Gy
* Milan; 2007 (1998-2001) PMID 17601681 -- "Thyroid-stimulating hormone suppression for protection against hypothyroidism due to craniospinal irradiation for childhood medulloblastoma/primitive neuroectodermal tumor." (Massimino M, Int J Radiat Oncol Biol Phys. 2007 Oct 1;69(2):404-10. Epub 2007 Jul 2.)
** Prospective. 37 children with medulloblastoma/PNET. Thyroid function evaluation pre and post treatment. Given L-thyroxine at suppressive doses q3 days, starting 14 day prior CSI till end of treatment. Median F/U 7 years for alive patients
** Outcome: 8 children adequate TSH suppression, 17 children not. Hypothyroid-free survival rate: adequate TSH suppression 70% vs. not adequate TSH suppression 20% (SS)
** Conclusion: TSH suppression had a protective effect during CSI
# Radiation Oncology/CNS/Trigeminal neuralgia/Retrospective

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials
Trigeminal Neuralgia Retrospective Studies
# Radiation Oncology/Cachexia

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials

## Treatment

These medications treat the loss of appetite and weight loss but do not treat the cachexia itself.
Medications:
* Corticosteroids:
** Stimulate appetite, but effect lasts only for 4-8 weeks, and does not lead to weight gain.
* Dronabinol (Marinol)
** Stimulates appetite but does not clearly lead to weight gain
* Megestrol (Megace)
** Most potent
* Anabolic steroids: nandrolone, fluoxymesterone, oxandrolone (increases lean tissue mass)
Nutritional supplements:
* Boost, Ensure, etc.
** Boost (Website) - 240 Cal per 8 oz can. Boost Breeze - 160 Cal (8 oz).
** Boost Plus - 360 Cal (8 oz)
** Boost High Protein - 240 Cal (8 oz), 15 g protein
** Ensure (Website) - 250 Cal (8 oz).
** Ensure Plus - 350 Cal (8 oz)
** Ensure High Protein - 230 Cal (8 oz)
* ProSure - Website
** eicosapentaenoic acid (an omega-3 fatty acid) + protein + calories.
** Provides 300 Cals (17 g protein) per can.
** Use 2 cans per day.
** Does not require prescription.
* Juven - Website
** HMB (beta-hydroxy-beta-methylbutyrate), arginine and glutamine.
** Use: 2 servings per day (one packet per serving). Provides 150 Cal/day (75 Cal/pkg).
** Does not require prescription
Exercise:
* Weight training

## Studies

Randomized:
Corticosteroids vs Megesterol
* Mayo, 1999 (1992-96) - PMID 10506633 — "Randomized comparison of megestrol acetate versus dexamethasone versus fluoxymesterone for the treatment of cancer anorexia/cachexia." Loprinzi CL et al. J Clin Oncol. 1999 Oct;17(10):3299-306.
** 475 pts. Similar efficacy for decadron (0.75 mg qid) and megace (800 mg qd = 5x160), but differing toxicities.
# Radiation Oncology/Cancer Syndromes/Bloom Syndrome

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials
Bloom Syndrome
* Wikibooks entry
* Online Mendelian Inheritance in Man entry]
* DNA Repair Chapter
* Mutation in BLM gene, which is a DNA helicase involved in DNA replication and homologous recombination DNA repair
* Severe growth retardation (intra-uterine and post-natal) and a sun-sensitive erythematous skin lesions, most commonly on the face. Recurrent infections, chronic pulmonary disease, and diabetes mellitus are common.
* Increased rate of mutation, leading high risk of cancer
* Inherited as autosomal recessive
* 300 cases reported
* Cancer risk:
** Cancer types resemble general population, but are much more frequent and occur much earlier
** Cancer most common cause of death
# Radiation Oncology/Cancer Syndromes

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials
Cancer Syndromes
* Syndromes You Should Know
* Ataxia-Telangiectasia
* Ataxia-Telangiectasia-Like Disorder (ATLD)
* Nijmegen Breakage Syndrome (NBS)
* Nijmegen Breakage Syndrome-Like Disorder (NBSLD)
* Bloom Syndrome
* Fanconi Anemia
* Xeroderma pigmentosum
* Cockayne Syndrome
* Hereditary Non-Polyposis Colorectal Cancer (HNPCC) / Lynch Syndrome
* Familial adenomatous polyposis (FAP) / Gardner Syndrome
* Nevoid Basal Cell Carcinoma Syndrome (NBCCS) / Gorlin Syndrome
* PTEN Hamartoma Tumor Syndrome (PHTS)
* Cowden syndrome (part of PHTS)
* Li-Fraumeni Syndrome
* Von Hippel-Lindau Disease
* Neurofibromatosis Type 1 (NF-1)
* Wiskott-Aldrich Syndrome

### Paraneoplastic Syndromes

* Syndrome of Inappropriate Antidiuretic Hormone
* Myasthenia Gravis
# Radiation Oncology/Cancer Syndromes/Ataxia-Telangiectasia

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials
Ataxia-Telangiectasia
* Gene Reviews Link
* Wikibooks link
* DNA Damage Response chapter

### Overview

* Absence of ATM protein (90% none, 10% trace, 1% present but non-functional), by immunoblotting
* Progressive cerebellar ataxia (starting age 1-4), oculomotor apraxia, choreoathetosis, frequent infections, telangiectasias of the conjunctivae, immunodeficiency, and an increased risk for malignancy.
* Cancer risk:
** Homozygotes: life-time risk 40%
*** Leukemia and lymphoma account for ~85%
*** With longer life-span, also ovarian, breast, gastric, melanoma, leiomyomas, and sarcomas
** Heterozygotes: risk 4x normal population
*** Majority of increase due to breast cancer
* Autosomal recessive
* Sensitivity to ionizing radiation; but no increased sensitivity to UV light
* Cells don't arrest in S phase after DNA damage
* Alpha-fetoprotein elevated in 95%

### Radiation Therapy Literature

* Severe response to ionizing radiation in patients with AT
* Some ATM variants may be predictive of adverse RT responses
AT
* 1968 PMID 5687489 -- "Radiation reaction in ataxia telangiectasia." (Morgan JL, Am J Dis Child. 1968 Nov;116(5):557-8.)
* 1967 PMID 6072741 -- "Ataxia telangiectasia. Neoplasia, untoward response to x-irradiation, and tuberous sclerosis." (Gotoff SP, Am J Dis Child. 1967 Dec;114(6):617-25.)
ATM variants
* Aarhus; 2006 (Denmark) PMID 16338099 -- "ATM sequence variants and risk of radiation-induced subcutaneous fibrosis after postmastectomy radiotherapy." (Andreassen CN, Int J Radiat Oncol Biol Phys. 2006 Mar 1;64(3):776-83.)
** Conclusion: ATM codon 1853 may be associated with development of Grade 3 fibrosis in breast RT
* Mt. Sinai, NY
** 2007 PMID 17517479 -- "Possession of ATM Sequence Variants as Predictor for Late Normal Tissue Responses in Breast Cancer Patients Treated With Radiotherapy." (Ho AY, Int J Radiat Oncol Biol Phys. 2007 Nov 1;69(3):677-84.)
*** Conclusion: Sequence variants in ATM may predict for late response in breast CA
** 2002 PMID 11849780 -- "ATM mutations in female breast cancer patients predict for an increase in radiation-induced late effects." (Ianuzzi CM, Int J Radiat Oncol Biol Phys. 2002 Mar 1;52(3):606-13.)
*** Conclusion: Significant correlation between ATM mutations and Grade 3-4 fibrosis
# Radiation Oncology/Cancer Syndromes/Ataxia-Telangiectasia-Like Disorder

* Front Page: Radiation Oncology | RTOG Trials | Randomized Trials
Ataxia-Telangiectasia-Like Disorder
* Mutation in MRE11 (part of MRN complex)
* Critical in recognition and repair of DNA double strand breaks
* Cells are radiosensitive
* Similar clinical features as Ataxia-Telangiectasia
# DESCRIPTION:

Executes a shell command to run another process.
CALL is a native value.

# ARGUMENTS

* cmd -- The shell command or file (Type: string file block)

# REFINEMENTS

* /input -- Redirects in to stdin
** in -- (Type: any-string port file url none)
* /output -- Redirects stdout to out
** out -- (Type: string port file url none)
* /error -- Redirects stderr to err
** err -- (Type: string port file url none)
* /wait -- Runs command and waits for exit
* /console -- Runs command with I/O redirected to console
* /shell -- Forces command to be run from shell
* /info -- Return process information object
* /show -- Show the output in a console window
# DESCRIPTION:

Evaluates each condition, and when true, evaluates what follows it.
CASE is a native value.

# ARGUMENTS

* block -- Block of cases (conditions followed by values) (Type: block)

# REFINEMENTS

* /all -- Evaluate all cases (do not stop at first true case)
# Rebol Programming/btn-up.png

BTN-UP.PNG is an image of value:
# DESCRIPTION:

Return markup text replacing <%tags%> with their evaluated results.
BUILD-MARKUP is a function value.

# ARGUMENTS

* content -- (Type: string file url)

# REFINEMENTS

* /quiet -- Do not show errors in the output.
# DESCRIPTION:

Generates a tag from a composed block.
BUILD-TAG is a function value.

# ARGUMENTS

* values -- Block of parens to evaluate and other data. (Type: block)
# Rebol Programming/button-color

BUTTON-COLOR is a tuple of value: 44.80.132
# DESCRIPTION:

Catches a throw from a block and returns its value.
CATCH is a native value.

# ARGUMENTS

* block -- Block to evaluate (Type: block)

# REFINEMENTS

* /name -- Catches a named throw.
** word -- One or more names (Type: word block)
# DESCRIPTION:

Return an email body with attached files.
BUILD-ATTACH-BODY is a function value.

# ARGUMENTS

* body -- The message body (Type: string)
* files -- List of files to send [%file1.r [%file2.r "data"]] (Type: block)
* boundary -- The boundary divider (Type: string)
# DESCRIPTION:

Returns the offset position relative to the face of the character position.
CARET-TO-OFFSET is a native value.

# ARGUMENTS

* face -- The face containing the text. (Type: object)
* offset -- The offset in the text. (Type: any-string)
# DESCRIPTION:

Change directory (shell shortcut function).
CD is a function value.

# ARGUMENTS

* path -- Accepts %file, :variables and just words (as dirs) (Type: file word path unset string paren)

# (SPECIAL ATTRIBUTES)

* catch
# Open source software on Lets, Time Banks and Food Donation/Food donation User Manual

On the home page of the app you can log in as a donor, association or delivery person.
By logging in as a donor and clicking on "Donate food" a form will open with self-explanatory fields where you can indicate the food to be donated, the address and neighborhood where the deliveryman will take delivery of the food and your mobile number.
By logging in as an association, after having previously indicated your address and mobile number, you will be able to book the donated food, in order to deliver it to less well-off people, view the history of all the food booked and all that donated. By logging in as a delivery driver you will be able to choose to take food from donors and take them to the associations that booked them.
# Open source software on Lets, Time Banks and Food Donation/Cyclos Administration Manual

After logging in with a username and password, the administrator can change personal settings such as the login password, update the profile and view notifications from the Personal Menu.
Administrator can search and register users from Menu: Users - Management. The page where you can search for users also has the ability to register new users. This can be done by selecting the 'New' button. If one or more groups exist (and you have permissions to manage the group) you will first need to select the group.
The administrator can view and edit logged in users from Menu: Users - Management - Logged in Users and Menu: Users - Management - User Profile.
Admin can make a payment from a user account to a system account, from a system account to a user account and from a user account to another user account via View user profile - Banking - Payment system-to -user and Menu: Banking - System Payment - To User .
You can change the credit limit of a user or an entire group of users from View User Profile - Accounts - Account Limits and View User Profile - Banking - Account Limits . The credit limit can be negative, meaning the user can start with a zero balance and then go negative.
It can also add the user to one or more groups and change their status to blocked or disabled. It can also remove or delete it. Can send messages to one or more users.
You can have an overview of all payments made in the system. It can set a negative balance limit that cannot be negatively exceeded by users or a positive balance limit that cannot be reached. Can set the maximum amount of a payment and the maximum number of payments per day/week/month/year...

## External links

* Cyclos Administration Manual
# Open source software on Lets, Time Banks and Food Donation/Cyclos User Manual

After logging in with username and password, the user can modify the profile fields. You can add and remove addresses, phones and images by selecting the corresponding tab. You can view your account information, such as your balance and payments. Clicking on a payment will open the payment details. It is possible to make a payment to another user or a payment to the system. It is possible to search for users. User search will search all fields of the user profile. You can search among advertisements. When you click on the advert you will be taken to the advert details. On the details page you can go directly to the user's (publisher) profile or post a question about the ad. It is possible to insert a new advertisement. All fields are self-explanatory. You must insert an image into your ad by selecting the "image" link. Your ads can be updated by clicking on the "Edit" icon. You can send messages to users or to the administration (organization). When sending a message to the administration you will have to select a category of messages (for example support, loan request, complaint)...

## External links

* Cyclos User Manual
# Open source software on Lets, Time Banks and Food Donation/Food donation Install
## Installation on your PC

To install ChurchCRM on your PC, proceed as follows:
1) Download XAMPP from here: and install it for example in the Documents folder, while on Ubuntu it will be installed in the /opt folder
2) Start XAMPP on Windows by clicking on xampp-control in its installation folder and pressing the Start buttons for Apache and MySql, while on Ubuntu type in the terminal: sudo /opt/lampp/lampp start
3) Download the Food Donation from here and unzip the file in the XAMPP htdocs folder
4) Connect with phpmyadmin by typing http://localhost/phpmyadmin in the browser, create a new MySQL database after selecting New and import the database/demo.sql file
5) Edit the files connection.php, fooddonateform.php, admin/analytics.php, admin/donate.php, admin/feedback.php, admin/admin.php by inserting the MySql database data in the lines :
6) Modify the files fooddonateform.php, admin/login.php, admin/donate.php, admin/signup.php, fooddonateform.php, delivery/deliverysignup.php by inserting the neighborhoods of the city where the app works:
7) Start Food donation by typing http://localhost/food_donation in your browser.

## Online installation

Wanting to install Food donation on Php,MySQl hosting after creating an account on it. Edit the connection.php, fooddonateform.php, admin/analytics.php, admin/donate.php, admin/feedback.php, admin/admin.php files in the food_donation folder as above and use the FileZilla program to upload the folder food_donation to the server . Create the demo database via phpmyadmin and import the database/demo.sql file. Request the https service from hosting. Start Food donation by typing https://www.my_hosting.org/food_donation/ in your browser.
# Openbravo POS

Openbravo POS is a point of sale application designed for touch screens. Supports ESC/POS ticket printers, customer displays and barcode scanners. It is multiuser and has a great backoffice with a product entry form, reports and charts.

## Contents

* Introduction
* Installation guide
* Equipment configuration
* Quick tour
* User guide
* Administrator guide
* Developer guide
* Left Menu

## See also

* Openbravo POS Home page