Difference between revisions of "Gerelakos"
(did you really steal the phrase "crossfire" from ATI? Stop posting such needless stuff (32k screen, overscan, scrolling; yes, it's possible without im2 [LOL]-> watch demos from the 80ies)) |
(To explain it: If you use the lower block as screen RAM and scroll it, IM 1 is just not usable. This is not a demo. You should know all these things :-))) |
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'''Gerelakos''' is a Role-Play-Game (under construction) for the [[CPC|CPC]]. [[Tolkin|Tolkin]] and [[TFM|TFM]] are working since 2005 on it. First Preview was presented at the XzentriX_Meeting_2006 an can be downloaded on the gerelakos homepage. | '''Gerelakos''' is a Role-Play-Game (under construction) for the [[CPC|CPC]]. [[Tolkin|Tolkin]] and [[TFM|TFM]] are working since 2005 on it. First Preview was presented at the XzentriX_Meeting_2006 an can be downloaded on the gerelakos homepage. | ||
| − | This is the story of Kane and his quest through different worlds. <br> | + | This is the story of Kane and his quest through different worlds. <br> |
= Technicals = | = Technicals = | ||
| − | This game uses Overscan in Mode 0. The video RAM is located in the RAM blocks &0000-&3FFF and &C000-&FFFF. One screen RAM is to be seen on the upper half of the screen, the other screen RAM is shown on the lower half of the screen. The resoluton in Mode 0 is 208(x) * 288(y) using 16 colors. Beside the Overscan there is another hardware effect. Smooth hardware scrolling is used. You scroll through one screen horizontally or vertically. A 3D engine is used for Gerelakos. | + | This game uses Overscan in Mode 0. The video RAM is located in the RAM blocks &0000-&3FFF and &C000-&FFFF. One screen RAM is to be seen on the upper half of the screen, the other screen RAM is shown on the lower half of the screen. <span id="fck_dom_range_temp_1234831508086_676"></span>Therefore it was necessary to use the interrupt mode 2 of the Z80. The resoluton in Mode 0 is 208(x) * 288(y) using 16 colors. Beside the Overscan there is another hardware effect. Smooth hardware scrolling is used. You scroll through one screen horizontally or vertically. A 3D engine is used for Gerelakos. |
| − | The game engine uses two 16 KB screen RAMs, the interrupt Mode 2 and some other special features. It is developped for [[FutureOS|FutureOS]]. <br> | + | The game engine uses two 16 KB screen RAMs, the interrupt Mode 2 and some other special features. It is developped for [[FutureOS|FutureOS]]. <br> |
= Weblinks = | = Weblinks = | ||
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Gerelakos Homepage: [http://www.Gerelakos.de http://www.Gerelakos.de] | Gerelakos Homepage: [http://www.Gerelakos.de http://www.Gerelakos.de] | ||
| − | Download at FutureOS homepage: [http://www.FutureOS.de http://www.FutureOS.de] <br> | + | Download at FutureOS homepage: [http://www.FutureOS.de http://www.FutureOS.de] <br> |
[[Category:FutureOS]] [[Category:Games]] | [[Category:FutureOS]] [[Category:Games]] | ||
Revision as of 21:11, 16 February 2009
Overview
Gerelakos is a Role-Play-Game (under construction) for the CPC. Tolkin and TFM are working since 2005 on it. First Preview was presented at the XzentriX_Meeting_2006 an can be downloaded on the gerelakos homepage.
This is the story of Kane and his quest through different worlds.
Technicals
This game uses Overscan in Mode 0. The video RAM is located in the RAM blocks &0000-&3FFF and &C000-&FFFF. One screen RAM is to be seen on the upper half of the screen, the other screen RAM is shown on the lower half of the screen. Therefore it was necessary to use the interrupt mode 2 of the Z80. The resoluton in Mode 0 is 208(x) * 288(y) using 16 colors. Beside the Overscan there is another hardware effect. Smooth hardware scrolling is used. You scroll through one screen horizontally or vertically. A 3D engine is used for Gerelakos.
The game engine uses two 16 KB screen RAMs, the interrupt Mode 2 and some other special features. It is developped for FutureOS.
Weblinks
Gerelakos Homepage: http://www.Gerelakos.de
Download at FutureOS homepage: http://www.FutureOS.de
