Author Topic: Ctrl + V game.  (Read 564604 times)

Bowser: (watching Mario and Luigi walk into the Mushroom Kingdom) Bwa-ha-ha-ha-ha!
Mario: Nice of the Princess to invite us over for a picnic, eh, Luigi?
Luigi: I hope she made lots of spaghetti! (with emphasis on the word "spaghetti")
Mario: Luigi, look! (points to a letter on the door) It's from Bowser! (reads out letter) Dear pesky plumbers, the Koopalings and I have taken over the Mushroom Kingdom! The Princess is now a permanent guest at one of my seven Koopa Hotels! I dare you to find her if you can! (turns to Luigi) We gotta find the Princess!
Luigi: (pointing at the screen/player) And YOU gotta help us!
Mario: (talking to player) If you need instructions on how to get through the hotels, check out the enclosed instruction book.

serverConnection.chaseCam(delay);

King of 300 because Fireboy didn't say it  :cookieMonster:



 Build UT2004_Build_[2004-11-11_10.48]

OS: Windows NT 6.0 (Build: 6002)
CPU: GenuineIntel PentiumPro-class processor @ 2195 MHz with 2047MB RAM
Video: Mobile Intel(R) 4 Series Express Chipset Family (1502)

General protection fault!

History: SkeletalMeshGet <- USpriteEmitter::UpdateParticles <- AEmitter::Tick <- TickAllActors <- ULevel::Tick <- (NetMode=0) <- TickLevel <- UGameEngine::Tick <- Level DA2 - Bridged <- UpdateWorld <- MainLoop <- FMallocWindows::Free <- FMallocWindows::Realloc <- 4C576C61 0 FArray <- FArray::Realloc <- 0*2 <- FMallocWindows::Free





« August 24, 2010, 05:47:17 PM »




Chromium is steel-gray, lustrous, hard, metallic, and takes a high polish. Its compounds are toxic. It is found as chromite ore. Siberian red lead (crocoite, PrCrO4) is a chromium ore prized as a red pigment for oil paints.

Emerald is a form of beryl (a beryllium aluminium silicate) which is green because of the inclusion of a little chromium into the beryl crytal lattice in place of some of the aluminium ions. Similarly, traces of chromium incorporated into the crystal lattice of corundum (crystalline aluminium oxide, Al2O3) as a replacement for some of the Al3+ ions results in another highly coloured gem stone, in this case the red ruby.