Hey everyone!

I've got a semi-screeny-ful entry tonight, so read on and be amazed (hopefully[wink])

Double Tap Controls
This is a pretty neat addition to the game, and it adds a bit more depth and ability to the player in maneuvering their plane. Essentially, if you double tap an arrow key, the airplane will do something special depending on what arrow you tapped. For example, if you double tap up, your afterburner lights up and you accelerate like crazy for as long as you hold the button, but you can't turn as fast, so running into the ground is really easy. Double tapping the down button is your speed brake, which slows your plane down very quickly. The left and right arrows have probably the coolest function, as double tapping them will perform an thrust vectored 180 degree flip, so you end up pointing the opposite direction. It looks freaking awesome, and is actually useful in combat (especially agaisnt enemy fighters that are chasing you). Anyways, in the screeny below I'm performing one of the 180 flips, note the cool vapor trails....



Speed Streaks
This is a pretty useless feature I added, but it looks cool, so I think it's going to stay. It pretty much consists of some lines that come flying across the screen when you are hauling ass in afterburner. They wizz by and make you feel like you're going really fast, but thats about it, here's a screeny of me streaking towards the heavens (minus the afterburner effect)



More on the bug
So I searched through the rest of my code like everyone suggested last entry, and I did find a globally declared "tempangle", which is also odd because the compiler never bitched at me for trying to declare it again in that function. Anyways, that bug has yet to resurface, so I'm going to assume that it was just one of those odd things that makes no sense.....


Well, thats all for now, Peace Out!

#include<iostream>

using namespace std;

int i = 10;

void foo();

void main(){
 cout<<i<<std::endl;
 foo();
}

void foo(){
 int i = 20;
 {
  int i = 30;
  for(int i = 40;i<41;++i){
   cout<<i<<std::endl;
  }
  cout<<i<<std::endl;
 }
 cout<<i<<std::endl;
}