A few months ago I created a nasal-based generic electrical system
modeled after the built-in Flightgear system. I thought I'd offer it
up here for those who might be interested:
http://ltts.crlt.indiana.edu/grn/flightgear/electrical_1.html
My goal was to achieve something similar to the
Hi,
A few months ago I created a
nasal-based generic electrical system
modeled after the built-in Flightgear system. I thought I'd
offer it
up here for those who might be interested:
http://ltts.crlt.indiana.edu/grn/flightgear/electrical_1.html
I must admit, I'm a bit confused now about
I'll jump in with some quick background.
Originally I developed a system where you defined your electrical system
components and all the connections in a complex xml file. Then a C++ module
loaded this configuration at run time and used a simplistic approach to
propagate the juice through the
I'll jump in with some quick background.
Originally I developed a system where you defined your electrical system
components and all the connections in a complex xml file. Then a C++
module loaded this configuration at run time and used a simplistic
approach to propagate the juice
(Note: most of this was written before I saw Curt's response.)
Heiko,
Flightgear has a built-in generic electrical system written in C by
Curt I believe. It's generic in that it can be set up using a simple
XML file and requires no programming or scripting. All you have to
know is how you want
Just to clear this up , my electrical system is all adapted from
Curt's original nasal system , so it's about 99.9% his work/idea :).
I'm definitely interested in trying out your's , Gary,
Cheers
--
Free Software
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