Trial conversion of an ArmA1 project to ArmA2.

ArmA ver1.01 modded to English
Core2Duo E8400 @ 3Ghz
8Gb of DDR2 RAM
EVGA 8800GT KO 512mb

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HIGH RES Version:

http://www.rkslstudios.info/ne ws/advent-calendar/74-december -19th.html


With the new commands in Arma, we wanted to try updating the old OFP flare system. The main difference being, we can now alter the pitch and bank of objects, which leads to improved missile deflection. Once we could guide a missile onto a specific point in 3D space. The natural conclusion was to represent the flares as actual objects, relative to the missile and target. So even if a missile manages to lock onto a flare, its still up to the pilot to place as much distance between himself and the incoming missile as possible. Proximity detonation can still damage your vehicle.

Flares as objects also have the advantage of being able to emit an IR signature. So spamming the environment with IR flares during an approach, means you can deny both players and the AI an easy target.

Most of the basic parameters can be easily configured by the mission maker, using stringtables. With the more advanced options done via script commands. We will be adding more features and options in the future, much depends on the sort of feedback we get. So those worried about performance, can choose from a variety of options.

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We showed you the Puma HC1 screenshots earlier in the month. What we couldn't show you in the screen shots was what exactly DRS is. Watch the rotor disc in video carefully and you'll see the Dynamic Rotor System at work.

HIGH RES version and info here:
http://www.rkslstudios.info/ne ws/advent-calendar/90-december -16th-puma-hc1-video-with-drs. html

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Working prototype circuitry with FalconAF, Beta Innovations Electron Flux and display amp by Mike Powell

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YAK 141 part 4

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YAK 141 part 3

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