nyuuzyou/wikis huggingface dataset:
Coin Master Spins Coins Cheats 2025 For Android Ios (Updated New Cheats)

Unlock Unlimited Fun with Coin Master Spins & Coins Cheats!
Are you ready to take your Coin Master game to the next level? Say goodbye to endless waiting for spins and coins! Our exclusive cheats offer you unlimited access without any human verification. It's fast, easy, and completely hassle-free!
Here's what you can expect:
No human verification needed – just instant results!
Boost your gameplay effortlessly with unlimited spins and coins.
Stay ahead of your friends and dominate the game.
Compatible with all devices for your convenience.
This is your chance to enhance your gaming experience like never before! Don’t let others pass you by while you wait for spins. Join the thousands of satisfied players achieving their dreams in Coin Master today!
Get started now—click {link} and unleash the power of cheats!
—
Unlock Unlimited Fun with Coin Master Spins Coins Cheats!
Are you ready to take your Coin Master game to the next level? With ourCoin Master Spins Coins Cheats, you can effortlessly boost your gameplay without any human verification hassle!
Why choose our cheats?
No human verification means instant access!
Generate unlimited spins and coins in seconds!
Stay ahead of your competitors with advanced features!
This is your chance to dominate the game like never before! Imagine building your village, attacking, and raiding without worrying about running out of resources. Our cheats are designed for players who want results—fast.
Don't wait! Claim your advantage today and transform your gaming experience. Visit {website} now and get started instantly!
VISIT CHEAT HERE >>> https://www.iosgod.xyz/f4892e3
Community Flight Log Archive

= Paparazzi Community Flight Log Archive = 
Tentatively hosted at : ppzilogarchive.dyndns.org
scripts currently stored at :
https://github.com/paulcox/ppzilogarchive
During construction this is limited to dev notes
=== updates ===
* view logs
** sort methods : by date, aircraft name, location, duration, other?
** add kinomap link
* upload logs
** data/log files and email
** flight description (present textfield at file upload or summary page or both?)
=== things to add ===
* command line utility to upload logs without having to use browser
** asks for flight details to put in flight description
* add user census tab
** user name, location, group affiliation, wiki user page link, 
** contact info (option for public or private)
** checkbox (can paparazzi maintainers contact you to request more info for user census?)
** sub page for each aircraft or project (will be linked to relevant logs)
*** list of airframe files extracted from logs (stored as files or in git or something?)
*** pictures
* add "Top Scores" tab with records for max speed, max alt, max flight duration, etc
* add google maps polyline for flight trajectory and plot flight plan waypoints
*uploading
** check that log and data files have same name (in case user by mistake tries to upload two files that aren't related)
* parsing
** generate file of telemetry fields (name, count, and all series data), store in upload area (create sub for each flight?)
** store standard plots of each field as user requests them (script then looks for already existing file before generating)
* plotting
** select the log field to plot, example bat->voltage
** all points plotted (default to takeoff to landing time)
** start/end time can be adjusted (boxes)
** maybe allow multiple plots on the same page (how many?)
* kinomap/video integration
** viewing log page a link is already provided to nmea file (for user to use in kinomap app directly if they want)\
** a link is provided to kinomap if the flight has already been uploaded there
** script in paparazzi runs ffmpeg then uses api to upload
*** video uploaded to ppzi via ftp or http, is transcoded then sent to kinomap
*** log flight sync done either by user giving video time of takeoff (potentially this could be found automatically with some vision sw)
** certain video frames can be selected as flight thumbnails (separate page?) 
*** user indicates the time offset of frame of interest
*** when plotting logs, a frame for a time of interest can be displayed (either clicking on graph or entering time in a box)
*sql backend
** to avoid storing in files and doing interesting queries
*user management
**user password
**add/delete planes
Category:User_Documentation Category:Community
Conf.xml

The conf/conf.xml document associates the flight plan and various hardware/software configuration files with a particular aircraft, identified by name and ac_id. The values in this document are set and handled by the Paparazzi Center so it is usually not needed to edit the configuration document manually.
== Syntax ==
 
<?xml version="1.0"?>
<conf>
 <aircraft 
 name="Twin1"
 ac_id="1"
 airframe="airframes/twinstar1.xml" 
 radio="radios/mc3030.xml" 
 flight_plan="flight_plans/mav05_cw.xml"
 telemetry="telemetry/default.xml"
 gui_color="blue"
 />
 <aircraft 
 name="Plaster"
 ac_id="2"
 airframe="airframes/plaster1.xml" 
 radio="radios/cockpitMM.xml" 
 telemetry="telemetry/default.xml"
 flight_plan="flight_plans/dummy.xml"
 />
 .
 .
 .
</conf>
where: 
* name is the name of the aircraft which will appear in different places in the GCS
* ac_id is a unique integer (between 1 and 255) identifying the aircraft (especially needed in the communication messages)
* airframe is the file name containing the parameters of the aircraft
* radio is the file name containing the description of the RC transmitter
* flight_plan is the sequence of actions and waypoints describing the desired trajectory
* telemetry is the file name containing the set of messages sent over the telemetry link
* settings is the file name containing the set of parameters that can be configured through the telemetry link
* gui_color is the color assigned to this aircraft in the GCS
All these attributes are required except the last two (settings and gui_color) which are optional.
The following sections describe these xml documents:
* Radio Control 
* Airframe
* Flight plans
* Telemetry
* Settings
Category:Software Category:User_Documentation
Contributing

== How to contribute ==
There are lots of ways to contribute to Paparazzi and get involved. Contributions in the form of elaborating on and expanding documentation, wiki pages, tutorials and code fixes are always welcome and encouraged. 
This page will give you a head start on how you can contribute.
=== Wiki ===
If you don't have a Wiki account yet join the Gitter channel (there is an open chat button in the right lower corner of the page too) and ask and we will Create an account for you. We had to disable normal account creation due to spam attacks.
You can then immediately start adding information, cleaning up, or fixing typos. It is a tremendous contribution to the quality of the PaparazziUAV documentation when you do this! Just Do It:
You do not need a lot of deep technical knowledge to be helpful. If you read something and it is not clear to you, ask for an explanation in the Gitter Chat and then do not forget to add that information to the Wiki.
Some information and links on how to edit the wiki can be found at Help with Editing.
Please be aware of past edits and page histories. Try not to remove this; if you are moving/renaming a page, use the move tab at the top of a page. This ensures the revision history is moved with the page.
=== Software development ===
We use the distributed version control system git. The Papaprazzi master repository is hosted on Github.
Also see the Git wiki page for more details about setting up Git and cloning the source-code and data repository.
Please also have a look at the Coding Style Guide.
Here is the short version if you already know git:
# Create an account on github.
# Fork the paparazzi repository on github. (After logging in press the fork button).
# If you want to clone with SSH: git clone git@github.com:<yourname>/paparazzi.gitOr with HTTPS: git clone https://github.com/<yourname>/paparazzi.gitWhich remote URL should I use?
# git remote add upstream https://github.com/paparazzi/paparazzi.git
# git fetch upstream
# checkout a new branch based on the development branch (master):git checkout -b my_new_feature upstream/master
# fix/code and commit in logical units (with a good commit message)
# push your feature/bugfix branch
# Send us a pull request on github. (Or send patches to the mailing list).
=== Defects and Features ===
To report a Paparazzi defect or issue. Submit a feature request using the simple issue tracker on github.
=== Continuous Integration Builds ===
There are build servers running some Continuous Integration tests.
Category:Developer_Documentation
Corsica

Corsica is a common project from ISAE - SUPAERO and ENAC. The challenge is to develop a mini-electric UAV able to fly over the Mediterranean sea from Nice to Corsica (distance : 180km).
You will find other pictures here : Corsica Picasa
== Trip ==
We will take off around Nice and land at Calvi. The distance to fly is about 180km.
== Specifications ==
*Span: 1.5 m
*Wing area: 0.21 m2
*Weight: 2 kg
*Cruise speed: 15 m/s = 54km/h
*Batteries: 3 lipo-cells, 21Ah tested at 18Ah
*Range: 250km
== Performances ==
Corsica should be capable to fly more than 250km at its designed conditions. Only the batteries have been tested and are not as good as expected. According to our last calculations, the first prototype should be able to fly around 220km.
== News ==
The manufacturing is in process and the first plane should be ready by the end of January.
The first prototype is ready to fly and the first flight is scheduled March 5.
== Planning ==
First manufactured plane in early February
First flight in early March
Second manufactured plane in late March
Third manufactured plane in late April
Trip to Corsica in early June
== Wiring ==
Motor : SRV0
Right : SRV2
Left : SRV6
Elevator : SRV7
Current sensor : ADC3 (ie ADC1)
Gyro : ADC5 (ie ADC2)
Battery yellow wire : 3.7V
Battery white wire : 7.4V
ESC idle consumption : 90 mA
Tiny idle consumption : 120 mA
Corsica idle consumption : 250 mA -> 3W
Batteries internal resistance : 53 mOhm
== Communication ==
We will use an onboard GSM transceiver who will send to a ground station the position, battery voltage, speed ... each minute. We hope the GSM network will work in the middle of the sea.
== Team ==
Here is a list of all the people who work on this project:
Jean-Marc MOSCHETTA, aerodynamic teacher
Dominique BERNARD, pilot
Murat BRONZ, PhD
Xavier FOULQUIER, composite lab, manufacturing
Guy MIRABEL, composite lab, manufacturing
Florent DUPONT, second year student, conception and integration
Loris RION, second year student, conception and integration
Charles PLACHOT, second year student, conception and integration
Pierre TOUCAS, second year student, conception and integration
Miguel MORERE, second year student, flight tests
Pierre JOACHIM, second year student, flight tests
Guillaume SOETE, second year student, propulsion
Benjamin FRAGNIERE, second year student, propulsion
ENAC team :
Catherine RONFLE-NADAUD
Michel GORRAZ, electronic teacher
Pascal BRISSET, computer science teacher
François-Xavier MARMET, second year student, GSM communication
Joris SCATTOLIN, second year student, GSM communication
Thibault LEFEZ, second year student, reglementation and authorizations, GSM communication (ground station)
Category:User_Projects Category:Airframes
Crazyflie 2.0

=About=
Crazyflie2_01.jpg|Crazyflie 2.1
The Crazyflie 2.1 is nice little open source quadcopter. Yes it runs Paparazzi too. We had some testflights but we need more testflights, indeed. 
=Features=
* Easy to assemble and no soldering required
* WIP: Wireless firmware updates (not yet)
* On-board charging via standard uUSB
* Dual-MCU architecture with dedicated radio/power management SoC for advanced applications
* All the Real-time logging, graphing and variable setting as one is used to with Paparazzi
=Specifications=
* Weight: 27g
* Size: 92x92x29mm
* Radio: BL 20 dBm nRF5182
* Bluetooth LE support
=Microcontrollers=
* STM32F405 main application MCU (Cortex-M4, 168MHz, 192kb SRAM, 1Mb flash)
* nRF51822 radio and power management MCU (Cortex-M0, 32Mhz, 16kb SRAM, 128kb flash)
* uUSB connector
* On-board LiPo charger
* Full speed USB device interface
* 8KB EEPROM
=IMU=
* 3 axis gyro (MPU-9250)
* 3 axis accelerometer (MPU-9250)
* 3 axis magnetometer (MPU-9250)
* High precision pressure sensor (LPS25H)
=Flight specifications=
* Maximum payload weight: ~10 g
=Motors=
There are four 7x16mm Coreless DC-motors icw default props that give a maximum take-off weight of ~40g
==Mechanical specification==
* Diameter: 7.0 mm
* Length: 16.0 mm
* Shaft length: 3.5 mm
* Shaft diameter: 0.8 mm
* Weight: 2.7 g
* Wire length: 32.0 mm
==Electrical specification==
* Kv: 14 000 rpm/V
* Rated voltage: 4.2 V
* Rated current: 1000mA
=Expansion connectors=
* VCC (3.0V, max 100mA)
* GND
* VCOM (unregulated VBAT or VUSB, max 1A)
* VUSB (both for input and output)
* I2C (400kHz)
* SPI
* 2 x UART
* 4 x GPIO/CS for SPI
* 1-wire bus for expansion identification
* 2 x GPIO connected to nRF51
=Airframe=
=Flashing=
==Flashing via DFU==
Howto set the Crazyflie in the DFU update mode:
# Connect the USB cable to your Crazyflie 2.1 but not to your PC just yet...
# Unplug the Crazyflie 2.1 battery if it is plugged in
# Keep pressing the on/off button while inserting the USB cable in your PC
# Hold down the button for about 5 seconds until if starts to blink faster second blink rate (1Hz), then release the on/off button
# The Crazyflie 2.1 can now receive your new firmware... Click "Upload" in Paparazzi Centre
==Flashing via BlackMagicProbe==
For this you need a BMP and a 10 pin adaptor board.
==Over Air==
Over the air updates via the nordic chip are not yet possible, feel free to help us out and make it happen.
=Debugging=
With the BlackMagicProbe JTAG adapter development can be smoother than without. A worthy investment if you value speed development.
=Extra=
==Add GNSS==
A light GPS can be added to e.g. the I2C bus, for example the uBlox CAM-M8Q
==Add Magnetometer==
The previous iteration had an magnetometer, well now you best add one over I2C bus
==Wifi==
One can add one of those small EP8266 based Wifi modules described here to have telemetry via WiFi in a simple way
=Links=
Links with al sorts of no PPRZ information that my come in handy:
* https://wiki.bitcraze.io/projects:crazyflie2:index
* https://github.com/bitcraze/crazyflie-firmware/tree/crazyflie2
* https://wiki.bitcraze.io/projects:crazyflie:hardware:explained
Data Logger

=Introduction=
This page describes various onboard external devices called a "Data logger", that can be connected to the Paparazzi autopilot. 
Such a Data Logger device can be used to store telemetry data to a storage medium on board the aircraft. Such a storage medium can be an SD card or a Flash chip. Logging can eventually be done by the autopilot itself if it is using a (RT)OS and can eventually handle a file system without interfering with the control and navigation tasks.
Note that not all loggers accept SD HighCapacity(SDHC) cards as storage
=Why Onboard=
One would naturally first ask; why on on-board logger when we have data over the air?
The answer to this is multi-fold; Sometimes it is not possible to log everything over the air because of speed, lag and volume limitations of data send wireless over the air. Or one needs to log when there is no telemetry at all in long distance flight. Or one want to log all the RAW IMU data to debug specific scenarios.
To solve this issue, there are various loggers that can be connected to your Paparazzi Autopilot board.
=Available Data logger options=
There are numerous logging solutions, both with their pro's and con's; here the options:
==* SD Logger SPI Direct==
==* Micro Logger==
==* File Logger (Parrot Drones)==
==* On-board data logger for Apogee autopilot==
==* Openlog==
==* TWOGA-Logga==
==* An dedicated TWOG board for logging==
=Storage format=
A more unified method of storing data on the logger, info available here
Category:Hardware Category:Software Category:User_Documentation
Design Home Diamonds Cash Cheats 2025 New Working Generator (New Method!)

Unlock Unlimited Creativity with Design Home Diamonds Cash Cheats!
Are you ready to elevate your Design Home experience? With our exclusive Design Home Diamonds Cash Cheats, you can unlock endless diamonds and cash without any human verification. Imagine transforming your virtual spaces with premium items and stylish designs!
Why settle for less when you can:
Access unlimited diamonds instantly
Transform your home designs effortlessly
Avoid tedious verification processes
Enjoy a seamless gaming experience in 2025 and beyond!
This is your chance to shine in the world of design without the hassle! Don’t let limitations hold you back—take control of your creativity now.
Get started today! Click {link} and start designing your dream home without limits!
—
Unlock Unlimited Creativity with Design Home Diamonds Cash Cheats!
Tired of waiting to earn diamonds in Design Home? Want to elevate your decorating skills without the grind? Our Design Home Diamonds Cash Cheats are here to revolutionize your gaming experience!
Why choose our cheats?
No human verification needed – just instant access!
Get unlimited diamonds and cash to unleash your design potential.
Compatible with the latest 2025 updates for seamless play.
Imagine transforming your virtual spaces into stunning masterpieces without limitations. Don’t let resource scarcity hold you back—join countless satisfied gamers who have taken their design skills to the next level!
Your dream designs await! Click now to access the cheats and start creating like a pro today!
VISIT CHEAT HERE >>> https://www.iosgod.xyz/d1c3966
Design Home Game Hack Tool Diamonds Cash Generator Cheats (Ios Android)

Unlock Unlimited Creativity with Design Home Game Diamonds Cash Cheats!
Are you ready to elevate your design game without the grind? With our Design Home Game Diamonds Cash Cheats, you can access limitless diamonds and cash—no human verification required!
Why settle for less when you can have it all?
Instant Access: Get cheats that work seamlessly, allowing you to unlock premium items and designs in seconds.
No Hassle: Enjoy a straightforward experience with no human verification—just input and play!
Stay Ahead of the Game: Prepare for 2025 with cutting-edge strategies that keep you on top of your design game.
Join thousands of satisfied players who have transformed their gaming experience. Don’t miss out on this opportunity to maximize your creativity and showcase stunning designs!
Get started today! Visit {website} now and unleash your inner designer without limits!
—
Unlock Unlimited Creativity with Design Home Game Diamonds Cash Cheats!
Are you ready to elevate your Design Home gaming experience? Look no further! Our exclusiveDesign Home Game Diamonds Cash Cheatsgives you instant access to limitless diamonds and cash, allowing you to unleash your inner designer without any frustrating limitations.
Why choose our cheats?
No human verification required—get started instantly!
Compatible with the latest 2025 version for seamless gameplay
Easily enhance your design projects and impress your friends
Designed for gamers who want to focus on creativity, not grinding
This is your chance to transform your gameplay and create stunning interiors with ease. Don’t let anything hold you back from becoming the ultimate designer!
Act now—click {link} to access our cheats and start designing like a pro today!
VISIT CHEAT HERE >>> https://www.iosgod.xyz/d1c3966
Dev/LisaL/Schematics/V1.0

You can find the original Eagle CAD files in the svn repository. Web view of the Repository.
LisaL V1.0 Schematic Sheets 1 .. 6
Image:LisaL_v1_0_schematic_1.png | LisaL V1.0 Schematic Sheet 1/6
Image:LisaL_v1_0_schematic_2.png | LisaL V1.0 Schematic Sheet 2/6
Image:LisaL_v1_0_schematic_3.png | LisaL V1.0 Schematic Sheet 3/6
Image:LisaL_v1_0_schematic_4.png | LisaL V1.0 Schematic Sheet 4/6
Image:LisaL_v1_0_schematic_5.png | LisaL V1.0 Schematic Sheet 5/6
Image:LisaL_v1_0_schematic_6.png | LisaL V1.0 Schematic Sheet 6/6
Category:Hardware Category:Developer_Documentation Category:Hardware_CAD_Files
Dev/LisaL/Schematics/V1.1

You can find the original Eagle CAD files in the svn repository. Web view of the Repository.
LisaL V1.1 Schematic Sheets 1 .. 6
Image:LisaL_v1_1_schematic_1.png | LisaL V1.1 Schematic Sheet 1/6
Image:LisaL_v1_1_schematic_2.png | LisaL V1.1 Schematic Sheet 2/6
Image:LisaL_v1_1_schematic_3.png | LisaL V1.1 Schematic Sheet 3/6
Image:LisaL_v1_1_schematic_4.png | LisaL V1.1 Schematic Sheet 4/6
Image:LisaL_v1_1_schematic_5.png | LisaL V1.1 Schematic Sheet 5/6
Image:LisaL_v1_1_schematic_6.png | LisaL V1.1 Schematic Sheet 6/6
LisaL V1.1 place Ppans front and back
Image:LisaL_v1_1_placeplan_front.png | LisaL V1.1 Placeplan Front
Image:LisaL_v1_1_placeplan_back.png | LisaL V1.1 Placeplan Back
Category:Hardware Category:Developer_Documentation Category:Hardware_CAD_Files
Dev/STM32I2C

This page is a work document about STM32 I2C driver
== Documentation ==
STM32F10xxx Cortex-M3 programming manual
STM32F101xC/D/E and STM32F103xC/D/E Errata sheet
RM0008 Reference manual ( page 726 )
== Problem ==
We're implementing a "Master" driver.
The I2C peripheral on STM32 is very "timing sensitive". 
It has been experienced that we can not rely on "events" like described in the reference manual and need to implement our own state machine in order to be able to deal with the timing sensitivity of the hardware.
== Goals ==
 -1 never crash the MCU
 -2 never crash the peripheral
 -3 never provide corrupted data
 -4 get as few failed transferts as possible
DevGuide/LearningToProgram

== Introduction ==
There sometimes comes a moment that you would like to have more functionality in the Paparazzi GCS, in the airborne code or somewhere else. This non existent functionality does not come out of the blue. It took all the people involved blood, sweat and tears to get where the paparazzi is now. Also for you, it can be very rewarding to program improvements for the paparazzi. Paparazzi is a large project with years of development so it can be a daunting challenge to edit the source code but your efforts will be rewarded as the community will use your changes, all in an effort to improve Paparazzi software.
Details and tips on contributing the source code can be found here: https://github.com/paparazzi/paparazzi/blob/master/CONTRIBUTING.md
If this is your first programming experience it is maybe better to learn to program some generic desktop applications first. Altering and enhancing the code is even for seasoned programmers not a trivial task. Now if all of this did not make you less motivated, great! Let's get to it.
On this page you will not find in depth info of the languages use. There are much better resource on the internet already than we could ever provide in this Wiki. Therefore there are only link to learning these languages.
== Languages ==
The whole of paparazzi is written in various programming languages.
=== OCAML ===
The Objective Caml system is the main implementation of the Caml language. It is a functional programming language, and also features a powerful module system and a full-fledged object-oriented layer. It comes with a native-code compiler that supports numerous architectures, for high performance; a bytecode compiler, for increased portability; and an interactive loop, for experimentation and rapid development. 
* http://ocaml.org/learn/
* http://www.ocaml-tutorial.org/
=== C ===
http://www.cprogramming.com/tutorial.html
http://www.learn-c.org/
=== Python ===
Python is a clear and powerful object-oriented programming language, comparable to Perl, Ruby, Scheme, or Java. 
http://wiki.python.org/moin/BeginnersGuide
== Makefiles ==
Makefiles also can be seen as small, sometimes even large programs. 
http://www.tutorialspoint.com/makefile/index.htm
Category:Software Category:Developer_Documentation