Biking Saint Louis – Maps of Bike Routes and Metro Stations
Links
Chain of Rocks bridge Ride – up the Missouri side down the Illinois side
chain of rocks road – comes straight off of the trail – turn right onto:
Madison County Transit Confluence Trail – right next to the bypass water way
Empties into west first street —– turn right onto:
Niedringhaus Ave —– turn left onto:
West 7th Street —–turn right onto:
E Street
MCT Trail — Go south until you hit the:
McKinley Bridge
This bike is now in Brazil.
Translation table for music and otherwise
List of Catchy Portuguese and / or Brazilian language music
| Target: | Meta Translation: English | Literal Translation: English |
QUCS build notes
The general idea with GNU Build system is to
- ./configure
- make
- make install
However if there are problems it is not quite so simple. The following notes are how I resolved the issues that arose.
My QUCS Build Notes
These notes assume you already have the QUCS source code sitting in a folder somewhere. This instructions are for Ubuntu / Debian Linux which I use for my investigations.
- Recents notes on sourceforge by Frans on building regarding qt3 and qt4
- ADMS – analog mixed signal – I had to download and build. The build system specified the correct location under linux to match the QUCS build – When I search for this I was only using APT-GET. Need to recheck using Synaptic – much easier to find packages.
- download Qt3 3.3.8 – download to personal file area. Follow instructions here on how to setup. / unzip / rename to Qt and use terminal command: sudo mv ./qt /usr/local
- Qt 3.3.8 Download from Nokia FTP
Tools required by QUCS build: Much of this available as GNU Build Essentials – Using Synaptic – much easier! I installed these components:
- Autoconf version 2.57 (at least) – Autoconf is an extensible package of M4 macros that produce shell scripts to automatically configure software source code packages.
- GNU automake 1.7.0 (at least) – Automake is a tool for automatically generating `Makefile.in' files compliant with the GNU Coding Standards. Automake requires the use of Autoconf. sudo apt-get install build-essential
- flex 2.5.31 (but at least 2.5.9) – (The Fast Lexical Analyzer) – fast lexical analyser generator. It is a tool for generating programs that perform pattern-matching on text. Flex is a free (but non-GNU) implementation of the original Unix lex program. To download the software, get the documentation, and more, please see the Flex home page – sudo apt-get install flex
- GNU Bison 1.875d – this is a parser generator – sudo apt-get install bison
- Qt installation >= version 3.1 (by Trolltech)
- GNU M4 (any version) – I think was installed with build-essentials or gcc
- GNU gperf 3.0.1 – sudo apt-get install gperf
- adms 2.2.4 (at least) – Verilog-AMS (Analog and Mixed Signals) is a language designed to describe and simulate analog and mixed signal designs using both the top-level design methodology as well as the more traditional bottom up approach. SourceForge Download
Step: Add to .profile file to get Qt3 to build
In .profile (if your shell is bash, ksh, zsh or sh), add the following lines:
QTDIR=/usr/local/qt PATH=$QTDIR/bin:$PATH MANPATH=$QTDIR/doc/man:$MANPATH LD_LIBRARY_PATH=$QTDIR/lib:$LD_LIBRARY_PATH export QTDIR PATH MANPATH LD_LIBRARY_PATH
Qt3 Development Tools – Where to find?
I have been trying to find the Qt3 packages to use with compiling QUCS. It has been painful. The following browsing sequence may help.
- Package: qt3-dev-tools (3:3.3.8-b-0ubuntu3)
- Source Package: qt-x11-free (3:3.3.8-b-0ubuntu3) On this page I found a reference to Ana Guerrera: See next link
- long due TO-DO item: removal of Qt3 from Debian
- Snapshot.Debian.org : Source package qt-x11-free
Video: Music: Sopa de Cabra – Camins
Catalan appears to be the language that you would get if French mated with Portuguese. Given the location shown in the map below this should come as no surprise.
Notes: Learning C++
Tutorials and OverViews
References
Syntax Notes
-
Classes and the double colon :: notation
void CRectangle::set_values (int a, int b) { x = a; y = b; } -
#include directive:#include "path-spec" #include <path-spec> -
template:
template <class myType> myType GetMax (myType a, myType b) { return (a>b?a:b); }............int x,y; GetMax <int> (x,y); -
std::sort<vector<int>::iterator>(v.begin(), v.end()); - using namespace std then you don't have to put std:: throughout your code.

