jean_debord
Nombre de messages : 1250
Age : 69
Localisation : Limoges
Date d'inscription : 21/09/2008
 | | Sujet: Sprites du logiciel PICO-8 Mar 17 Sep 2019 - 11:14 | |
| Le logiciel PICO-8 permet de créer des jeux "retro" avec des sprites constitués de 8x8 éléments, ce qui correspond exactement aux caractères de l'Amstrad ! La palette de couleurs utilisée est la suivante : - Code:
-
#000000 (0, 0, 0) black
#1D2B53 (29, 43, 83) dark-blue
#7E2553 (126, 37, 83) dark-purple
#008751 (0, 135, 81) dark-green
#AB5236 (171, 82, 54) brown
#5F574F (95, 87, 79) dark-gray
#C2C3C7 (194, 195, 199) light-gray
#FFF1E8 (255, 241, 232) white
#FF004D (255, 0, 77) red
#FFA300 (255, 163, 0) orange
#FFEC27 (255, 236, 39) yellow
#00E436 (0, 228, 54) green
#29ADFF (41, 173, 255) blue
#83769C (131, 118, 156) indigo
#FF77A8 (255, 119, 168) pink
#FFCCAA (255, 204, 170) peach
On peut facilement créer cette palette dans FBCroco en affectant les couleurs à des caractères. A titre d'exemple, voici un programme qui reproduit 21 sprites que j'avais trouvés sur Internet. Chaque sprite est formé de 4 caractères. - Code:
-
' **********************************************************************
' Sprites du logiciel PICO-8
' https://www.lexaloffle.com/pico-8.php
' **********************************************************************
' Chargement de la palette
' https://www.romanzolotarev.com/pico-8-color-palette/
ink asc("R"), &hFF004D ' Rouge
ink asc("O"), &hFFA300 ' Orange
ink asc("J"), &hFFEC27 ' Jaune
ink asc("V"), &h00E436 ' Vert
ink asc("B"), &h29ADFF ' Bleu
ink asc("I"), &h83769C ' Indigo
ink asc("L"), &h7E2553 ' vioLet
ink asc("M"), &hAB5236 ' Marron
ink asc("P"), &hFFCCAA ' Peche
ink asc("S"), &hFF77A8 ' roSe
ink asc("A"), &hFFF1E8 ' blAnc
ink asc("N"), &h000000 ' Noir
ink asc("G"), &hC2C3C7 ' Gris clair
ink asc("g"), &h5F574F ' gris fonce
ink asc("b"), &h1D2B53 ' bleu fonce
ink asc("v"), &h008751 ' vert fonce
' ----------------------------------------------------------------------
' Programme principal
' ----------------------------------------------------------------------
dim i%, j%, x%, y%
dim a1$, a2$, col1$, col2$
mode 3, "Sprites du logiciel PICO-8", 750, 350, 4, 4
paper CL_BLANC : cls
for y% = 2 to 8 step 3
for x% = 2 to 20 step 3
gosub Create_Sprite
print chr$(31, x%, y%, 200, 201, 10, 8, 8, 202, 203)
next x%
next y%
while inkey$() = "" : wend
' ----------------------------------------------------------------------
' Sous-programme
' ----------------------------------------------------------------------
Create_Sprite:
for i% = 0 to 2 step 2
col1$ = ""
col2$ = ""
for j% = 1 to 8
read a1$, a2$
col1$ = col1$ + a1$
col2$ = col2$ + a2$
next j%
symbcol 200 + i%, col1$
symbcol 200 + i% + 1, col2$
next i%
return
' ----------------------------------------------------------------------
' Donnees des sprites
' ----------------------------------------------------------------------
Sprite_1:
data " NN", "NNNNN "
data " N NAA", "ARRRRN "
data " NNNNAA", "ARRRRN "
data " NNNNN", "NNNNNN "
data " NPP", "MPPNNN "
data " NPP", "MPPPPN "
data " NPPP", "PPPPPN "
data " NPMM", "PPPNN "
data " NNN", "NNNRN "
data " NR", "RRRNRN "
data " NNA", "AAANRN "
data " NPNR", "RRNPPN "
data " NPNR", "RRNPPN "
data " NNN", "NNNNN "
data " NN", "NNNNN "
data " RRR", " RRR "
Sprite_2:
data " NNNN", "NNNN "
data " NOOOO", "OOOON "
data " NOOPOO", "OOOOON "
data " NOOPPO", "OOOOON "
data " MPPM", "POOOON "
data " MPPM", "POPPON "
data " NPPPP", "PPPPON "
data " NPMMP", "PPNNON "
data " NNNN", "NNVNON "
data " NVP", "PVNVNN "
data " NNVV", "VVNPNN "
data " NPNVV", "VNPPN "
data " NPNNN", "NNPPN "
data " NNNN", "NNNN "
data " NPN", "NNPN "
data " III ", " III "
Sprite_3:
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " NN NN", " N"
data " NONNO", "N NN"
data " NPPOO", "N NON"
data "NN NPMOO", "ONNNNOON"
data "NNNOOMOO", "OOOOONN "
data "NPPOOOOO", "OOOOOON "
data "NPPPPPOO", "OOOOOON "
data " NNNNOOO", "OOOOOON "
data " NOPP", "ONPPPON "
data " NONN", "ONNNNON "
data " NN N", "N NN NN "
Sprite_4:
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " NN NN", " NN"
data " NgNNNgN", "N NgN"
data " NGGGggN", "N NgN"
data " NGGNNgN", " NGN"
data "NGNGgggN", "NNNNNGN "
data "NGGGGggN", "gggggN "
data "NGNGGggg", "gggggN "
data " NNNgggg", "gggggN "
data " Ngggg", "NGGGgN "
data " NGNNG", "NNNNGN "
data " NN NN", " NN "
Sprite_5:
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " NNNN", " "
data " NBBBN", " "
data " NBIBN", " "
data " NOOBBN", " "
data " NNBBBN", " "
data " NBBBB", "N N "
data " NAABB", "BNNBN "
data " NAAAB", "BBBBN "
data " NAAA", "OABN "
data " NON", "ONN "
data " N ", "N "
Sprite_6:
data " NNNN", "NN "
data " NPPPP", "PPN "
data " NOOPMM", "PNNN "
data " NOOPPP", "PMPPN "
data " NMMPPM", "MPPPN "
data " NPPPM", "PPNN "
data " NPPPP", "PN "
data " NNNN", "PNN "
data " NGPPG", "GGGN "
data " NGGGG", "NGGN "
data " NGGGG", "NGGN "
data " NPNNNN", "NPPN "
data " NPNNNN", "NPPN "
data " NNN ", "NNN "
data " NN ", "NN "
data " III I", "II "
Sprite_7:
data " NNNNNN", "NNNN "
data " NNNNNN", "NNNNN "
data " NPPP", "PPPNNN "
data " NAbbA", "AbNNPPN "
data " NAOOA", "APNNPPN "
data " NPPPP", "PPPPNN "
data " NPPMM", "PPPPN "
data " NNPP", "PNNNNN "
data " NNbNN", "NbNbbbN "
data " NbNbAA", "bNNbbbN "
data " NbNbAb", "NbbNbbN "
data " NbbNNN", "bbbNbbN "
data " NbbbNb", "bbbNPPN "
data " NNNNN", "NNNNPPN "
data " NNNN", "NNNNNN "
data " NNNNN", " NNNN "
Sprite_8:
data " NNNNN", "NNN "
data " NNNPP", "PNNN "
data " NPPM", "PPNN "
data " NPPM", "PPNN "
data " NOOPP", "PPPPN "
data " NOOOP", "PPPPN "
data " NMMMP", "PPNN "
data " NPPP", "PPNN "
data " NMMP", "PPNN "
data " NPPP", "NNSSN "
data " NNNN", "SNSSN "
data " NPNSS", "SNPPN "
data " NPNSS", "SNPPN "
data " NNNN", "NNNN "
data " NN ", " NNN "
data " III ", " III "
Sprite_9:
data " NNNNN", "NN "
data " NAAAAA", "AAN "
data " NAPPPPA", "AAAN "
data " NPPPPPA", "AAAN "
data " NPPPPPA", "PPN "
data " NMPPMPA", "PPNN "
data " NOOPPPP", "PNABN "
data " NOOMPPP", "NABBBN "
data " NNNMPP", "NANBBN "
data " NPPN", "ABNBNBN "
data " NNNB", "BNAANBN "
data " NPPNB", "NPPNBBN "
data " NNNNNB", "NNNBBBN "
data " N N NA", "AAAAAAN "
data " N N", "NNNNNN "
data " N N", "N NN "
Sprite_10:
data " NNNN", "NN "
data " NPPPP", "PPN "
data " NPPPP", "PPN "
data " NNMOPM", "MPPNNN "
data " NvNPOOP", "PPPNvvN "
data "NvvvNOOP", "PNNvvPPN"
data "NPvvNPPP", "NPvvPPPN"
data "NPPvNNNN", "PPvvPPPN"
data "NPPNvvPP", "PvvvNPPN"
data "NPGNvvvv", "vvvvNGPN"
data "NGPPNvvv", "vvvNPPGN"
data " NPPNGGG", "GGGNPPN "
data " NNGGNN", "NNGGNN "
data " NGGN ", " NGGN "
data " NNNN ", " NNNN "
data " NNNN ", " NNNN "
Sprite_11:
data " NNNNN", "NNN "
data " NNNPP", "NNNN "
data " N N NPM", "PNNN "
data " NN NPM", "PPPN "
data " NPPP", "PNNN "
data " NPRP", "NNNN "
data " NNN", "LLNN "
data " NLPP", "LLPN "
data " NLLL", "LNPPN "
data " NPNNN", "NNPPN N "
data " NPNGG", "GGNPNNN "
data " NLLL", "LLNNNN "
data " NLLL", "LLLN "
data " NNNN", "NNNN "
data " NPN", "NNPN "
data " NNN ", " NN "
Sprite_12:
data " NNNNNN", "NN "
data " NNPPN", "NNN "
data " NOPMP", "NNN "
data " NOPMP", "PPN "
data " NPPP", "NN "
data " NPPPP", "NNN "
data " NNNNN", "NbbN "
data " NbPPb", "bbbbN "
data " Nbbbb", "bNbbN "
data " NGNbbb", "bNbbN "
data " NPNbbb", "NPPN "
data " NPNNNN", "NPPN "
data " NNNNN", "NNN "
data " NN ", "NN "
data " NN ", "NN "
data " NNN ", "NN "
Sprite_13:
data " NNN", "NNN "
data " NgPP", "PgN "
data " NgPP", "ggN "
data " NPP", "ggN "
data " NPP", "PN "
data " NPM", "PNNN "
data " NOOP", "PPPN "
data " NPMMP", "PPN "
data " NPPPP", "PPN "
data " NNNN", "NNN "
data " NGg", "GGN "
data " NPGg", "GPPN "
data " NPGg", "GPPN "
data " NGg", "GGN "
data " NNN", "NNN "
data " NNN ", " NN "
Sprite_14:
data " NNN", "NNN "
data " NPPP", "PPPN "
data " NRRR", "RPRR "
data " NOPM", "PPRNN "
data " NPOOP", "PPRPN "
data " NRRRR", "PPRPN "
data " NRPPR", "RPRN "
data " NRPPR", "RRRN "
data " NNNN", "NNPPN "
data " NPPP", "PNPPN "
data " NPPP", "PNPPN "
data " NPNNN", "NNRRN "
data " NPNNN", "NNPPN "
data " NNN ", " NNN "
data " NN ", " NN "
data " MMM ", "MMM "
Sprite_15:
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " ", " "
data " NNN ", "NNN "
data " NMMNNNN", "MMMNN "
data "NMMMMMMM", "MNMMN "
data "NMNbMMbM", "MNNN "
data " NbMMMMb", "bMNNNN "
data " NMNbMMM", "MMNMMMN "
data " NMMNMMM", "MNNMMMMN"
data " NMNNNMM", "MMNMMMMN"
data " NNMMNN", "NNMMMMMN"
data " NNMN", "NMNNNNMN"
data " NN ", "NNNN NN "
Sprite_16:
data " NNNN", "NN "
data " NNAAPA", "AANN "
data " NAAPPA", "AAAN "
data " NNPPP", "PAN "
data " NAAPA", "APN "
data " NOPM", "PPN "
data " NOPP", "PNAN "
data " NAAAA", "PNAbN "
data " NAMMA", "AAAbN "
data " NAPPP", "AAbbN "
data " NAAAA", "AAbbN "
data " NPbAAA", "AbbPPN "
data " NPNAAA", "bbNPPN "
data " NNAAA", "bbNNN "
data " NbAA", "AbbbN "
data " Nbbb", "bbbbN "
Sprite_17:
data " ", " "
data " ", " "
data " NNNN", "NN "
data " NOOOO", "OON "
data " NOPOO", "OOON "
data " NOPOO", "OOON "
data " NPPM", "PPNN "
data " NNNPPM", "PPNbNN "
data " NONPPPP", "PPNbOON "
data " NONPMMP", "PPNNOON "
data " NNNNNN", "NNN NN "
data " NSSS", "SSN "
data " NSSS", "NPN "
data " NNNN", "NN "
data " NN ", "NN "
data " III ", "II "
Sprite_18:
data " NNNNN", "NNN "
data " NAAGGG", "GGAN "
data " NGAGGG", "GAAN "
data " NGGPPP", "PGGN "
data " NGGPPP", "PGGN "
data " NAANA", "AGN "
data " NAAPA", "AN "
data " NPPP", "PNN "
data " NPMM", "PNAN "
data " NNPP", "NAAN "
data " NAANN", "AAAAN "
data " NAAGA", "GAAAN "
data " NPAGA", "AAPPN "
data " NAGA", "GAAN "
data " NNNN", "NNNN "
data " NN ", " NN "
Sprite_19:
data " NNNNN", "N NNN "
data " NGGGGG", "GNGGGN "
data " NGGGGGG", "GGBGGN "
data " NGPPPGG", "GGNGGN "
data " NNPPPPP", "GGNGGN "
data " NPPPPP", "GN NGGN "
data " NMOPMP", "PN NNN "
data " NPOPPP", "PNN "
data " NPMPP", "NVVN "
data " NNNN", "AVVN "
data " NNAA", "VNVNN "
data " NPVNV", "NPNVN "
data " NNNNNV", "NNVVN "
data " N N NV", "VVVVN "
data " N NN", "NNNNN "
data " N NN", " NN "
Sprite_20:
data " NNN ", " "
data " NGGGN", "NNN "
data " NNGGGG", "GGNNN "
data " NGGGGGG", "GGGGN "
data " NGGGGGG", "GGGGNN "
data " NGANAA", "NGGGGN "
data " NAPAA", "PPNGGN "
data " NPPP", "PPNGN "
data " NPMP", "PNNN "
data " NNN", "NAAAN "
data " NA", "GAGAAN "
data " NA", "GAGAAN "
data " NA", "GAAPPN "
data " NA", "GAAAAN "
data " NN", "NNNNNN "
data " N", "N NN "
Sprite_21:
data " NNNN", "NNNN "
data " NMMMM", "MMMMN "
data " NNPPP", "PMMMN "
data " NPPM", "PMPMMN "
data " NPPPM", "PPPMMN "
data " NNNPRPP", "PPMMMN "
data "NPPNNNNN", "NNNMMN "
data "NPPNNSPP", "SPPNMN "
data " NPPNSSS", "SPPNMMN "
data " NNNNSS", "SNPPNMN "
data " Nbb", "bNPPNMN "
data " Nbbb", "bbPPNMMN"
data " NbbN", "bbNN NNN"
data " NbN ", "NbN "
data " NN ", " NN "
data " SSS ", " SS "
Et voici le résultat :  | |
|
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