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Socoder -> Blitz -> isometric games? |
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| Thu, 12 Jul 2007, 16:55 | |
spinal
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Just wondering, does anyone know of any easy to follow tutorials for making isometric games? Google's being useless again. [off topic] Jay, I can't find a search button anywhere. Is there one? |edit| No, there isn't! |edit| -=-=- Check out my excellent homepage! 
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| Thu, 12 Jul 2007, 17:02 | |
Blitz3Dman
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oooh, good question. I've wondered that for a while.
-=-=- There are 10 kinds of people in this world - ( Insert 16 remarks about to what extent people know hex here ) |
| Thu, 12 Jul 2007, 17:36 | |
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spinal
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Preferably not on specific to blitz, I intend coding it in C, but blitz is easyer to follow.
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| Thu, 12 Jul 2007, 17:48 | |
Jayenkai
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I've tried doing Isometric a few times, but the blocks are really tricky to line up correctly, and it usually winds up looking a mess. Basically you want to draw objects at... DrawX=(X * SpriteWidth )+( (Y Mod 2) * (SpriteWidth/2) ) DrawY=(X * (SpriteHeight/2) )+(Y * (SpriteHeight/2) ) Or at least I think that's right.. Might not be, though. And, of course, that's for plain cubic objects existing within a cubic world. No dealing with nice moving objects here! Just animate mid points, it'll be fine  If you're adding angles in, then you've a whole load more stuff to deal with! (But that could probably be dealt with in the graphics, rather than the code) If you're adding height to your objects, just add Z*SpriteHeight to your Y co-ords. -=-=- ''Load, Next List!''
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| Thu, 12 Jul 2007, 22:59 | |
power mousey
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cough cough! True. I have taken a fancy,liking,love and even addiction to Python and Pygame. But this may help you....perhaps www.pygame.org/projects/9/167/ cheers power pygame mousey 
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| Fri, 13 Jul 2007, 10:20 | |
shroom_monk
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I made an isometric engine about a month ago! It sucked, and was really slow, but I'll try and find it for you...
-=-=- A mushroom a day keeps the doctor away... Keep It Simple, Shroom! |
| Fri, 13 Jul 2007, 10:32 | |
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shroom_monk
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Oh, I can't be bothered to package all the files together, so the gist of it is: you need to convert the xyz coords into onscreen xy coords, and you do this by totaling the distance across the axis * cos(direction) * spacer for the onscreen X for each axis, and the same but with sin for Y. That's a lot of stuff compressed into a small amount of text there, so if you have some trouble getting it, I'll explain in more detail.
-=-=- A mushroom a day keeps the doctor away... Keep It Simple, Shroom! |
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