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- Path: sparky!uunet!mcsun!news.funet.fi!news.cs.tut.fi!po87553
- From: po87553@cs.tut.fi (Pasi 'Albert' Ojala)
- Newsgroups: comp.sys.cbm
- Subject: Re: Flexible Line Interlace
- Date: 23 Dec 1992 15:32:59 GMT
- Organization: Tampere University of Technology
- Lines: 30
- Distribution: world
- Message-ID: <1ha0rbINNaub@cs.tut.fi>
- References: <28713@optima.cs.arizona.edu>
- NNTP-Posting-Host: cs.tut.fi
-
- In article <28713@optima.cs.arizona.edu> mcbride@cs.arizona.edu (Chris M. McBride) writes:
- > In my last post I spoke of FLI (Flexible Line Interlace). This is
-
- Actually it is Flexible Line Interpretation. You can read 'all' about
- FLI in the C=Hacking Issue 4.. And more..
-
- >possible to get "3" colors ber 1x4 "square" instead of 8x4. Allowing
- >a total off 16 different colors to exist in the 8x4 sqaure.
-
- You can have seperate background color for each scan line, one individual
- color in each character position (4x8 pixels) and two independent colors
- in each 4x1 pixels.
-
- So, it would be possible to have 25 colors in one 8x4 square, but
- because 64 only have 16, it is only theory.. :-)
- (8 lines*2 colors+color in color mem+8 background colors)
-
- >This method allows for some great and colorful pictures, But it takes
- >alot of (computer) time and memory to display them.
-
- Alot = all. Generally, to display 200 lines of FLI picture takes 200*63
- cycles (in PAL). And one picture (160x200) takes 17kB..
-
- >Chris
-
- -Pasi
-
- --
- Pasi 'Albert' Ojala The hardest thing doing
- po87553@cs.tut.fi a job is beginning it.
-