directx coding, part 7

There is a problem with united states army making video games, which
is making a pilot modification engine, which controls the machine gun
in the airplane. If you ever liked playing naval video games in one hand

keyboard keys and in the other hand the instruction manual, you can as
well forget about it, you won't get far. The basic idea here is to
focus on the game instead, but the problem arises with the

aforementioned pilot modification engine. If we return to part 2 of
this serious, it is important to remember and keep in mind the graph
resolution and how it will display things on the computer monitor.

Resolution graphs are important for printing to the screen and for
making proper pilot machine strain engines. This is one of the main
problems of the United States Army, when it comes to making video

games, the machine strain. At first observation, you might think that
all has to be done is just direct X physics for the machine
operatability, but whether you'll believe it or not, you have to render

the engine to the screen as well. This might sound stupid, and it
really is, but in the opposite sense. If you ever played Americas
Army: Special Forces, you will remember how you in the spectator view

(or third person view) could look through the body of the soldier
model. The issue has been fixed a lot later, by adding camera collision
detection, but the real problem here is soldier human anatomy, as it

effects stamina, health and the heart pulse frequency. Here is the
physics testing code for the pilot machine:

pilot.set("back_stick");
move_engine("main", &pilot);

And here is the render code:

pilot.set("back_stick", "gray_thrust");
render("main", &pilot);