82 lines
2.7 KiB
Scheme
82 lines
2.7 KiB
Scheme
#lang scheme/base
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(require fluxus-016/drflux)
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(require scheme/class "logic.ss" "view.ss" "controller.ss")
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(require "jabberer.ss")
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;~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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; p l a n t e y e s
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;~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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; notes:
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;
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; * keeping with a view/logic separation, although this is quite different to
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; the hexagon game. the main advantages:
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; - just a divide and conquer strategy for staying sane
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; - able to debug the logic without the view, or vice versa
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; - the logic can be ticked at a lower frequency - or even different
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; parts at different rates, whereas the view needs ticking every frame
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;
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; * need to try to keep all the intensive 'every thing vs every thing' checking
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; in the logic side, where it can be done over many frames (i'm thinking the
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; lags involved with things like nutrients getting absorbed may not matter
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; too much in this game)
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;
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; * using a message passing system to formalise the passing of information on
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; the logic side. this makes it possible to have objects sending messages
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; at any point, and have them automatically collected up and dispatched to
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; the view
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;
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; * line segments are computed in the logic side, and can be represented any
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; way by the view - maybe the players plant will be geometry and everyone
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; elses will be ribbons (stoopid LOD)
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;
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; * in the same way, the line segments can be created in any way by the logic
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; side - eg. lsystem, or different methods per plant (or per twig even)
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(define logic-tick 0.5) ; time between logic updates
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(clear)
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(define gl (make-object game-logic%))
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(define gv (make-object game-view%))
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(define c (make-object controller% gv))
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(send c setup)
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(send gv setup)
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(send gl setup)
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(define plant1 (make-object plant-logic% "dave@fo.am" (vector 0 0 0)))
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(define plant2 (make-object plant-logic% "plant00001@fo.am" (vector 0 0 90)))
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(send c set-player-plant plant1)
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(send gl add-plant plant1)
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(send gl add-plant plant2)
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(send plant2 add-twig (make-object twig-logic% (vector 0 0 0) 0 plant2 'root (vector 0 -1 0) start-twig-width 10 'ribbon))
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(define tick-time 0)
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(define pt 0)
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(define pd 0.02)
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(define (pe-time) pt)
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(define (pe-delta) pd)
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(define (pt-update) (set! pt (+ pt pd)))
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(define (animate)
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(when (< tick-time (pe-time))
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(set! tick-time (+ (pe-time) logic-tick))
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(send plant1 grow (vmul (send c get-fwd) -1))
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(send plant2 grow (vector 0 -1 0))
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(send gv update (pe-time) (pe-delta) (send gl update)))
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(send gv update (pe-time) (pe-delta) '())
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(send c update)
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(pt-update))
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#;(for ((i (in-range 0 10000)))
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(animate))
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(every-frame (animate))
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