Differences

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--- geda [2013/06/03 11:47] – [Create a PS Schematic] samtod
+++ geda [2019/08/29 12:04] (current) – [Create a new project] maferreira
@@ Line 1: / Line 1: @@
 ====== gEDA ======
 ===== Installation =====
 -- For Debian the installation is very easy
-<code bash>aptitude install geda-gschem geda-symbols geda-utils geda-gnetlist pcb geda-xgsch2pcb</code>
+<code bash>aptitude install geda-gschem geda-symbols geda-utils geda-gnetlist pcb geda-xgsch2pcb git</code>
   - After installation, copy your library folder into your "home directory".
@@ Line 8: / Line 9: @@
   - Create ~/.gEDA/gschemrc
-<code>
+===== Configuration =====
-(component-library "${HOME}/library/gschem-sym")
-(component-library-search "${HOME}/library/gschem-sym/")
+At bolay.co, we use our internal library. We didn't need to install them system wide.
-(load (build-path geda-rc-path "gschem-lightbg"))
+We prefere to add the library for each project as a git sub-module, referring to the
+exact version of library that match this project.
+===== Create a new project =====
+  * Create a new directory for the project
+  * Init a git repository
+  * Clone the gEda_Library repos to Libs (With git submodule)
+  * Copy gitignore from Libs/Config/gitignore to .gitignore
+  * Launch install script (./Libs/install.sh)
+<code bash>
+  mkdir ~/Projects
+  cd ~/Projects
+  mkdir mynewproject
+  cd mynewproject
+  git init
+  git submodule init
+  git submodule add git@git.bolay.co:gEDA_library.git Libs
+  cp Libs/Config/gitignore .gitignore
+  ./Libs/install.sh
 </code>
--- copy gschemrc to gnetlistrc
+When cloning a project from git.bolay.co, don't forget to do:
+<code bash>
+  git clone git@git.bolay.co:MyProject.git
+  git submodule init
+  git submodule update
+  git pull origin <branch>
+</code>
+Or
+<code bash>
+  git clone --rerursive git@git.bolay.co:MyProject.git
+  cd MyProject
+  git pull origin <branch>
+</code>
+When you want to modify a libray:
+<code bash>
+  ./Libs/install.sh
+  cd Libs/
+  git checkout origin/develop # Don't forget
+  # Do something
+  git commit -am "Message like Add DS18B20.sym"
+  git push # Don't forget
+  cd ..
+  git commit -am "Update gEda Library"
+</code>
 ===== Create Symbol =====
@@ Line 179: / Line 230: @@
+For more information, please visit : [[http://www.brorson.com/gEDA/land_patterns_20070818.pdf]]
+or another link for the same doc [[https://github.com/evanfarrar/opensprints/raw/0b994c2b6b539b8a3beab4ea42a6447f10e396a3/hardware/interface_board/geda/docs/land_patterns_20070818.pdf]]
 ===== Schematic to PCB =====
@@ Line 195: / Line 248: @@
   - If there isn't any error, you can start your PCB.
+If the first solution does not work, try this:
+  - Open the terminal
+  - cd /AAA/BBB/YOUR_FOLDER (Folder where your schematic is located)
+  - gsch2pcb -d /AAA/BBB/YOUR_SCHEMATIC.sch
+  - Now, a new file was created on your folder (YOUR_SCHEMATIC.pcb)
+  - Run the .pcb and it's done
+Sometimes, the netlist does not load:
+  - In the .pcb, select **File->Load netlist file**
+  - Search in your folder the .net
+  - Type o to optimise rat
+  - You can start route
 ===== Import the board on PCB =====
@@ Line 321: / Line 388: @@
 If you want to convert your component into a single element, select all your component , copy it into the buffer. Select Buffer in the toolbar, click to **Convert buffer to element** and **Paste buffer to layout**. It's done, your component is edit.
+===== Add a new footprint in your pcb =====
+  - Open the terminal
+  - cd /AAA/BBB/YOUR_FOLDER (Folder where your schematic is located)
+  - gsch2pcb -d /AAA/BBB/YOUR_SCHEMATIC.sch
+  - Run pcb on your file YOUR_SCHEMATIC.pcb
+  - Select **File -> Load layout data to paste buffer**
+  - Select YOUR_SCHEMATIC.new.pcb to load your new footprint
+  - Select **File -> Load netlist file** and select YOUR_SCHEMATIC.net
+  - Type o to optimize rat
 =====PCB Tips=====
@@ Line 373: / Line 452: @@
    * **o => acualise and optimize all rats**
    * **q => make a line/pad rectangular**
+   * k => increase the size of the clearance of a track
+   * shift+k => decrease the size of the clearance of a track
+=====Plan de masse=====
+Pour pouvoir créer un plan de masse ou de VCC, il suffit de tracer un rectangle.
+En utilisant l'outil **THRM** et en cliquant sur des trous, cela va directement connecter le trou au plan.
+{{:via_hole.png?200|}}
+Pour connecter directement une piste au plan, il faut décocher la case "**New lines, arcs clear polygons**" dans l'onglet **Settings**. Ainsi, lorsqu'on tracera une nouvelle piste, elle va se connecter toute seule au plan. Pour les anciennes pistes, il faudra les retracer, autrement elles ne seront pas connectées.
+**Attention:** cochez à nouveau la case si vous refaites une piste qui ne doit pas être connectée au plan !
 =====Create a build of material from shematics=====
@@ Line 475: / Line 566: @@
 <note warning>Do not forget the :1 after the name, otherwise it will not work.</note>
+==== gschem2pcb with command line ====
+gsch2pcb EdgeBoard_DS18B20.sch --elements-dir ../gEDA_library/PCB_elements/
@@ Line 480: / Line 575: @@
 ==== Links =====
   * http://wiki.geda-project.org/
+  * http://underhill.hhhh.org/ldoc/geda-gaf/wiki/geda-pcb_tips.fr.html
   * [[http://www.iznogood-factory.org/pub/gEDA/tutorialfr.html|iznogood]]
   * [[http://www.gedasymbols.org|Footprints]]