Projects using Lazarus - Hobby software: what changed

Revision 2 to 3. Removed lines have a minus sign; added lines have a plus sign.

Old	New		Line
1	1		## Ancestromania
2	2
3	3		[Ancestromania](http://ancestromania.be) ([Sources](https://sourceforge.net/projects/ancestromania/)) is a fully LGPL genealogy software. It is user-friendly. You can import and export to Gedcom. You can export to Geneanet and to a web site. There is a great graphical tree, with fast classic trees. There are a lot of supporting documents. [Ancestroweb](http://genealogie.liberlog.fr/Family-trees) creates a [static genealogy's web site](http://matthieu.giroux.free.fr/genealogie/default.htm). It is French, but can be translated easily. It is part of Ancestromania.
4	4
5		-	~~<img src="2012-05_Ancestroweb_carte.jpg" title="2012-05_Ancestroweb_carte.jpg" width="400" />~~
	5	+	![](/wiki-images/2/28/2012-05_Ancestroweb_carte.jpg)
6	6
7	7		## Albireo
8	8
9	9		[Albireo](https://www.stecknitz-astronomie.de/albireo/) is a small-footprint astronomy software for hobby and amateur astronomers. Albireo can be used as an observation documentation and object identification tool. It should be working on any MS Windows-based PC.
10	10
11		-	~~<img src="Screenshot-Albireo_097-EN.jpg" title="Screenshot-Albireo_097-EN.jpg" width="400" />~~
	11	+	![](/wiki-images/d/db/Screenshot-Albireo_097-EN.jpg)
12	12
13	13		## ASTAP / Astrometric STAcking Program
14	14
15	15		[ASTAP](http://www.hnsky.org) is a free astronomy program for astronomical images. It contains an astrometric (plate) solver, does stacking of deepsky images, photometry and contains a FITS viewer. It works with astronomical images in the FITS format, but can import RAW DSLR images or XISF, PGM, PPM, TIF, PNG and JPG images. Available for Windows, macOS and several Linux versions. I addition to the GUI, it is used by several other astro-programs for astrometric (plate) solving using the command line mode.
16	16
17	17		## CQRLOG
18	18
19	19		[CQRLOG](https://www.cqrlog.com/) is an advanced ham radio logger based on MySQL database. Provides radio and rotor control based on hamlib libraries (currently support of 140+ radio types and models), DX cluster connection, HamQTH/QRZ callbook, a grayliner, online log upload (HamQTH, ClubLog, HRDLog), a most accurate country resolution algorithm based on country tables developed by OK1RR, LoTW/eQSL, membership tracking, bandmap and much more. CQRLOG is strongly focused on easy operation and maintenance. [CQRLOG source](http://www.sourceforge.net/projects/cqrlog/).
20	20
21		-	~~<img src="cqrlog.png" title="cqrlog.png" width="400" />~~
	21	+	![](/wiki-images/4/46/Cqrlog.png)
22	22
23	23		## eGPXviewer
24	24
25	25		eGPXviewer is a GPS track viewer capable of summarizing key data of input track GPS series, displaying the track's altitude & speed profile and provide interactive 3D perspective views of it. The GPS track data should be input from a GPX exchange formatted file which is typically obtained by downloading a GPX file from a GPS receiver/tracker (e.g. Garmin™) or an iOS™/Android™ tracker app. The GPX exchange format is a standard output file format available in most GPS tracker devices/applications. It is human readable text file written in XML. Read more on [eGPXviewer](https://sourceforge.net/projects/egpxviewer/).
26	26
27		-	~~<img src="eGPXviewer_1.png" title="eGPXviewer_1.png" width="400" alt="eGPXviewer_1.png" /> <img src="eGPXviewer_2.png" title="eGPXviewer_2.png" width="400" alt="eGPXviewer_2.png" />~~
	27	+	![](/wiki-images/6/67/EGPXviewer_1.png) ![](/wiki-images/6/67/EGPXviewer_2.png)
28	28
29	29		## Golfml Applications
30	30
31	31		[Golfml Applications](http://code.google.com/p/golfml/wiki/Welcome?tm=6) are aimed at golfers and golf course managers. The purpose of [GolfML](http://code.google.com/p/golfml/) is to provide a XML-based file format for the exchange of golf-related data. CourseWriter is an application for easily authoring golfml files and editing them. Golfml Reader is to display and test golfml data files. USGA/EGA Calculator has various golf handicapping functions, and uses golfml data files. Executables for Linux 64 and 32 bit and Windows 64 and 32-bit. Source code for all applications.
32	32
33	33		## GHTopo
34	34
35	35		[GHTopo](https://ghtopo.blog4ever.com) is a cave-mapping software using TOPOROBOT methodology and his Tab format. It's written in Lazarus by JP CASSOU. Exists also Java version, and the calculation processor has been ported in Python. The Toporobot original software (LimeLight) runs only under Macintosh; is proprietary and probably abandoned: links to download are broken. GHTopo is the "LibreOffice.org" of the TOPOROBOT cave surveying concept. GHTopo includes a powerful calculator, geocoordinates converter and magnetic declinations calculation. Exists also stand-alone version of the utility.
36	36
37		-	~~<img src="ghtopo01.png" title="GHTopo screenshot" width="400" alt="GHTopo screenshot" /> <img src="ghtopo04.png" title="3D view" width="400" alt="3D view" />~~
	37	+	![GHTopo screenshot](/wiki-images/d/df/Ghtopo01.png) ![3D view](/wiki-images/5/59/Ghtopo04.png)
38	38
39	39		## GHCaveDraw
40	40
41	41		[GHCaveDraw](http://ghtopo.blog4ever.com) is a drawing program for cave mapping, used with GHTopo. This program usus BGRABitmap library for transparency of scraps
42	42
43		-	<img src="scrap_daureu.jpg" title="Using scraps" width="400" alt="Using scraps" /> <img src="scrap_decalages.jpg" title="Using scraps and offset of groupes" width="400" alt="Using scraps and offset of groupes" />
	43	+	![Using scraps](/wiki-images/1/1b/Scrap_daureu.jpg) ![Using scraps and offset of groupes](/wiki-images/d/d0/Scrap_decalages.jpg)
44	44
45	45		## HNSKY / Hallo Northern Sky
46	46
47	47		[HNSKY](http://www.hnsky.org) is a free planetarium program to draw a map of the night sky for the amateur astronomer using a telescope. It shows the position of the stars, planets and moons, comets, minor planets and deepsky objects. The program can control a telescope. Available for Windows, macOS and several Linux versions.
48	48
49	49		## LazScope
50	50
51	51		[LazScope](https://github.com/ccrause/LazScope) is a simple oscilloscope project. It is written for AVR controllers (Arduino Uno/atmega328p, attiny2/4/85, attiny 2/4/84) with a serial connection to sample waveforms with the builtin ADC and transmit the resulting data to an application for display on a PC/laptop. Both the micro controller firmware and display application are written in Lazarus and compiled with FPC.
52	52
53		-	~~<img src="50Hz_sine_500Hz_squarex32_win.png" title="50Hz_sine_500Hz_squarex32_win.png" width="400" />~~
	53	+	![](/wiki-images/0/06/50Hz_sine_500Hz_squarex32_win.png)
54	54
55	55		## Morse Machine
56	56
57	57		[Morse Machine](http://downloads.tech-pro.net/morse-machine_tpmm01.html) is an implementation of "A Fully Automatic Morse Code Teaching Machine" first described in a May 1977 QST article of the same name by Ward Cunningham using Lazarus. The program teaches Morse code by sending a character and waiting for you to type what you heard on the keyboard. It grades your score and adds new characters when it sees that you are ready. The program is released under the GNU GPL version 2. Due to its use of the sound card, this implementation is for the Windows platform.
58	58
59	59		![](/wiki-images/c/c5/MorseMachine.gif)
60	60
61	61		## NSLadder
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63	63		NSLadder is a complete PLC manager based on the Ladder diagram, it generates code that can be directly assimilated by the PLC controller (arduino, raspberry, arm cpu....) NSLadder also allows simulation without a PLC connected Ladder is one of the best visual programming languages is a PLC programming language called ladder diagram (LD) or instructions list (IL). The main strength of lader is the visual representation that is more representative than most programming languages, so people often find it much easier to learn. The clever thing about contact logic is that it is very similar to electrical relay circuits. The ladder is the graphic representation of the electrical circuit diagrams of automation. Troubleshooting automated installations is easier with the ladder language, you can quickly see what information is missing
64	64
65	65		<https://sourceforge.net/projects/nsladder/>
66	66
67		-	<img src="NSLadder_1.png" title="NSLadder_1.png" width="400" alt="NSLadder_1.png" /> <img src="NSLadder_2.png" title="NSLadder_2.png" width="400" alt="NSLadder_2.png" /> <img src="NSLadder_3.png" title="NSLadder_3.png" width="400" alt="NSLadder_3.png" /> <img src="NSLadder_4.png" title="NSLadder_4.png" width="400" alt="NSLadder_4.png" />
	67	+	![](/wiki-images/5/5f/NSLadder_1.png) ![](/wiki-images/3/3b/NSLadder_2.png) ![](/wiki-images/8/8e/NSLadder_3.png) ![](/wiki-images/b/bd/NSLadder_4.png)
68	68
69	69		## PicoProlog
70	70
71	71		[PicoProlog](https://spivey.oriel.ox.ac.uk/corner/PicoProlog) is a minimal subset of Prolog, implemented by an interpreter written in Pascal. It is described in the (free) book, [An introduction to logic programming through Prolog](https://spivey.oriel.ox.ac.uk/corner/An_introduction_to_logic_programming_through_Prolog), also available from [this site](https://spivey.oriel.ox.ac.uk/corner/PicoProlog).
72	72
73	73		Code for the interpreter is available on [GitHub](https://github.com/Spivoxity/pprolog) together with a translator from the Pascal subset used by the interpreter into C. The interpreter source itself uses macros to overcome some of the drawbacks of Pascal for this kind of systems programming, and a simple macro processor – also written in Pascal – is provided also.
74	74
75	75		## Q500log2kml
76	76
77	77		[Q500log2kml](https://github.com/h-elsner/Q500log2kml) is an application to display and analyze FlightLog data (including Telemetry) from legacy Yuneec-driven multicopter (like Q500, H920, Typhoon H, Breeze, but also from Blade Chroma or Blade 350QX). You can view the flight path (KML/GPX) in different map tools, analyze the FlightLog and find problems or misbehaviour of the copter.
78	78
79	79		![Display files\\|400px](/wiki-images/7/7e/ScreenshotDisplay_files_1.png) ![Quick analysis\\|400px](/wiki-images/f/f2/ScreenshotQuick_analysis_1.png)
80	80
81	81		Features:
82	82
83	83		- Archive: Rename the FlightLog directory by using a time stamp to avoid overwriting older data. This should be the first action if you move the FlightLog data from ST10/16 to your PC.
84	84		- Convert: Convert telemetry data from copter to KML- or KMZ-files (flight path for Google Earth), GPX for other map services, for import to Dashware in order to get telemetry data in videos, as CSV file for RaceRender or as CCC waypoint file.
85	85		- Overview: Some important information for the flights in a table form (ceiling, max. air speed, max. distance, warnings, etc).
86	86		- Flight record: Scan a whole directory for telemetry files and generate a flight record.
87	87		- Display files: Browse raw data of telemetry files. Use this for deeper analysis.
88	88		- Search: Search in a column of file display table. Depending on values in the columns, part of the search string or whole search string will be used to find something.
89	89		- Elevation histogram: Graphic elevation histogram and voltage curve.
90	90		- Quick analysis: Three different and select-able Histograms on the same tab sheet for quick overview and compare.
91	91		- Cut files: This function provides the possibility to cut out parts of the FlightLog and save it in a new FlightLog file set.
92	92		- Analysis: Analyze a predefined data area to see i.e average speed, climb rate…
93	93		- Settings: Three tab sheets for commission settings of the application.
94	94		- Control CGO3: Test environment for commands to CGO3 via WLAN connection.
95	95
96	96		The application is available for Linux, Windows and macOS. It is used by many Yuneec pilots worldwide. More info: [User manual](http://h-elsner.mooo.com/pdf/Q500log2kml_en.pdf)
97	97
98	98		## RubiRobot
99	99
100	100		The [RubiRobot](http://rubirobot.ru/) project allows you to use Free Pascal and Lazarus for LEGO MINDSTORMS EV3 programming.
101	101
102	102		![RubiRobotManager\\|400px](/wiki-images/b/bf/RubiRobotManager.png) ![Example of PID controller\\|320px](/wiki-images/0/00/RubiRobotPID.png)
103	103
104	104		## Skychart / Cartes du Ciel
105	105
106	106		[Skychart](https://www.ap-i.net/skychart/en/start) is a free software to draw a map of the night sky for the amateur astronomer from a bunch of stars and nebulae catalogs. It shows the position of the planets, simulates an eclipse and more.
107	107
108	108		![](/wiki-images/7/78/Skychart.jpg)
109	109
110	110		## Turbo Circuit
111	111
112	112		[[Turbo Circuit]] is a circuit design and simulation tool. It allows the designed circuit to be printed or exported as an image.
113	113
114		-	~~<img src="Turbocircuit.png" title="Turbocircuit.png" width="380" />~~
	114	+	![](/wiki-images/4/43/Turbocircuit.png)
115	115
116	116		## Virtual Moon Atlas
117	117
118	118		[Virtual Moon Atlas](http://ap-i.net/avl/en/start) is software for lunar observation and study. It uses GLscene to give a realistic view of the Moon at any given location and time. The computations are done with the JPL ephemeris for extensive precision. It includes the most complete lunar formation database and picture library. The binary distribution is available for Windows, Mac and Linux.
119	119
120		-	~~<img src="virtualmoonatlas.jpg" title="virtualmoonatlas.jpg" width="400" />~~
	120	+	![](/wiki-images/d/d8/Virtualmoonatlas.jpg)
121	121
122	122		---
123	123		From the Free Pascal wiki, page "Projects using Lazarus - Hobby software", as it stood on 2024-05-08 after a change by Jlneuts, out of the wiki's dump of 2024-05-26. Copyright stays with the author who wrote it, according to the old wiki's [[Licensing]] page. If you have concerns about this material, [message the admin](/wiki-contact).
124	124		Category: Lazarus
125	125		Category: Promotion
126	126		Category: Software created with Lazarus
127	127		Category: Software written in Free Pascal

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