[critor]

TheMachine02 continue à nous démontrer les capacités extraordinaires de sa bibliothèque gLib avec des modélisations 3D issues du jeu Tomb Raider 3 !
Après Lara Croft...
Après 2 pièces du manoir Croft du tutoriel...
Après la station de métro Aldwych du 2^ème niveau des aventures à Londres...

Nous avons droit cette fois-ci au désert du Nevada, extrait du 1^er niveau des aventures au Nevada !

On me l'aurait dit que je n'y aurais pas cru...
Mais il faut bien se rendre à l'évidence devant des performances aussi extraordinaires : un jeu de type "doom-like / FPS" sur ton extraordinaire TI-83 Premium CE ne relève plus de la science fiction !


Téléchargement : archives_voir.php?id=785869

[critor]

Nous interrompons ce programme pour un programme spécial :

Code: Select all

EnrBDG BDG0
ZDécimal
AxesNAff
FoncNAff
QuadNAff
GraphNAff
40Xmax→Xmax
40Ymax→Ymax
0→Xmin
0→Ymin
ArrPlanNAff
CouleurBord 1
{0,132,133,0,155,158,0,160,160,0,162,165,1,131,134,1,136,136,1,141,141,1,143,143,1,146,146,1,153,153,1,155,157,1,160,160,1,162,165,2,132,133,2,142,142,2,144,145,2,147,148,2,150,151,2,155,158,2,161,162,2,164,165,3,155,156,3,160,165,4,160,161,4,164,165,5,159,165,6,159,165,7,159,165,8,158,165,9,158,165,10,157,165,11,157,165,12,157,165,13,157,165,14,157,165,15,157,165,16,157,165,17,158,165,18,159,165,19,160,165,20,161,165,21,159,165,22,143,143,22,145,165,23,143,165,24,159,165,25,159,159,25,162,165,26,160,165,27,160,165,28,159,165,29,159,165,30,159,165,31,158,165,32,157,165,33,157,165,34,157,165,35,157,165,36,157,165,37,156,165,38,156,165,39,155,165,40,154,165,41,154,165,42,154,165,43,155,165,44,156,165,45,157,165,46,158,165,47,159,165,48,159,165,49,159,165,50,159,165,51,159,165,52,154,165,53,151,165,54,150,165,55,150,165,56,146,147,56,150,165,57,146,147,57,150,165,58,147,147,58,151,165,59,155,165,60,155,165,61,155,165,62,155,165,63,155,165,64,155,165,65,154,165,66,155,165,67,154,165,68,155,165,69,153,165,70,151,165,71,151,165,72,150,165,73,149,165,74,148,165,75,148,165,76,148,165,77,148,165,78,149,165,79,150,165,80,151,165,81,152,165,82,151,165,83,155,165,84,155,165,85,155,165,86,155,165,87,155,165,88,155,165,89,154,165,90,155,165,91,155,165,92,155,165,93,153,165,94,150,165,95,150,165,96,146,147,96,150,165,97,146,147,97,150,165,98,147,147,98,150,165,99,154,165,102,154,165,103,154,165,104,154,157,105,154,157,106,154,165,107,154,157,108,154,157,109,154,165,110,152,165,111,152,157,112,151,157,113,152,157,114,152,165,115,154,157,115,159,165,116,154,157,117,154,157,118,154,165,119,154,157,120,154,157,121,154,165,122,155,155,124,156,165,125,154,165,126,155,165,127,160,165,128,155,165,129,150,165,130,149,165,131,148,165,132,147,165,133,145,145,133,147,165,134,147,165,135,148,165,136,148,165,137,149,165,138,154,165,139,160,165,140,156,165,141,154,165,142,155,165,143,161,165,144,162,165,145,162,165,146,162,165,147,153,165,148,153,165,149,153,165,150,153,165,151,153,165,152,153,165,153,152,165,154,152,165,155,153,165,156,153,165,157,153,165,158,153,165,159,153,165,160,153,165,161,161,165,162,162,165,163,162,165,164,162,165,165,162,165,166,162,165,167,163,163,168,163,165,169,163,165,170,162,165,171,160,165,172,163,163,173,163,163,174,163,163,175,163,163,176,163,163,177,163,163,178,163,165,179,160,165,180,156,165,181,150,165,182,143,165,183,149,165,184,153,165,185,146,165,186,144,165,187,155,165,188,156,165,189,159,165,190,159,165,191,159,165,192,159,165,193,159,165,194,146,165,195,146,165,196,144,165,197,141,142,197,146,165,198,142,142,198,146,165,199,158,165,200,161,165,201,161,165,202,161,165,203,161,165,204,161,165,205,161,165,206,161,165,207,159,165,208,154,165,209,150,151,209,153,165,210,147,150,210,153,165,211,150,150,211,153,165,212,155,165,213,159,165,214,164,165,215,164,165,216,164,165,217,160,160,217,163,165,218,159,161,218,163,165,219,159,165,220,159,165,221,155,165,222,155,155,222,157,165,223,153,165,224,155,165,225,156,165,226,157,157,226,159,165,227,159,165,228,159,160,228,163,165,229,159,159,229,163,165,230,117,120,230,161,165,231,116,121,231,163,165,232,110,122,232,147,165,233,109,165,234,91,165,235,110,124,235,135,165,236,116,121,236,161,163,237,117,120,237,161,163,238,161,163,239,161,165,240,161,165,241,161,163,242,161,163,243,160,165,244,157,165,245,155,165,246,154,165,247,154,165,248,153,165,249,152,165,250,152,165,251,152,165,252,152,165,253,152,165,254,152,165,255,153,165,256,154,165,257,155,165,258,156,165,259,159,165,260,160,165,261,157,165,262,155,165,263,155,165,264,155,165
For(I,1,dim(Rep),3
Ligne(Rep(I),Ymax-Rep(I+1),Rep(I),Ymax-Rep(I+2),GRIS CLR,1
End
CouleurTexte(GRIS MOY
Texte(­1,0,0,"Ich bin ein Berliner !
Texte(16,0," Frohe Weihnachten 2016 mit viel Mut,
Texte(30,0," weil Leben weitergehen muß,
Texte(44,0," um den größten Feind des Menschen
Texte(58,0," zu überwinden.
While non(getKey
End
RappelBDG BDG0
DelVar BDG0
Disp

Ich bin ein Berliner !

BERLIN16.8xp

[critor]

D'un autre coup de baguette magique, la neige s'accélère !

La boucle précédente utilisait des instructions de dessin de façon hybride. Certaines prenaient en paramètre des coordonnées graphiques, et d'autres des coordonnées en pixels... Ce qui obligeait sans arrêt à convertir entre les deux représentations.
Mais maintenant que nos flocons ne sont plus que de simples pixels, l'astuce est donc de ne plus utiliser que des instruction de dessin demandant des pixel !

Le code pour faire neiger est adapté de celui publié sur ticalc.org par Lionel Debroux et Thomas Nussbaumer.
Et bien évidemment il comporte donc les mêmes défauts, dont celui de nous donner une sorte de neige collante pas très naturelle formant des stalagmites...

Comment y remédier ?...

Code: Select all

EnrBDG BDG0
ZDécimal
AxesNAff
FoncNAff
QuadNAff
GraphNAff
40Xmax→Xmax
40Ymax→Ymax
0→Xmin
0→Ymin
ArrPlanAff NOIR
CouleurBord 1
EffDess
131→Y
77→L
9→X
For(I,0,Y,2
Ligne(X,I,L,I,BLEU MRN,2
End
For(I,16,Y,16
Ligne(X,I,L,I,GRIS FON,1
For(J,­14,­4,2
Ligne(X+7,I+J,X+14,I+J,ORANGE,2
End
Pt-Aff(X+12,I-10,GRIS,1
End
X+2→X
{0,3,3,1,6,0,2,7,6,2,4,0,3,7,6,3,4,0,4,6,0,5,3,3,8,23,23,8,15,0,9,23,23,9,15,0,10,23,0,11,23,22,11,20,0,12,23,22,12,20,20,12,17,0,13,23,22,13,20,20,13,17,0,14,23,22,14,20,0,15,23,0,16,23,0,17,23,22,17,20,0,18,23,22,18,20,20,18,17,0,19,23,22,19,20,20,19,17,0,20,23,22,20,20,0,21,23,0,22,23,23,22,15,0,23,23,23,23,15,0,24,15,0,25,15,0,26,15,0,27,15,0,28,15,0,29,15,0,30,15,0,31,15,0,32,15,0,33,15,0,34,15,0,35,15,0,36,15,0,37,15,0,38,15,0,39,15,0,40,7,0,41,7,0,42,7,0,43,7,0,44,9,9,44,7,0,45,10,10,45,7,0,46,11,11,46,8,0,47,12,11,47,9,9,47,7,0,48,13,13,48,11,10,49,14,14,49,11,11,50,12,11,51,16,16,51,13,13,51,11,10,52,18,18,52,16,16,52,11,0,53,18,18,53,16,16,53,11,9,54,19,10,55,18,18,55,16,16,55,10,10,55,8,8,56,18,18,56,16,16,56,10,9,57,16,16,57,10,10,57,8,8,58,11,9,59,12,12,59,10,10,60,11,11,61,12,12,59,3,3,60,6,0,61,7,6,61,4,0,62,7,6,62,4,0,63,6,0,64,3,3
For(I,1,dim(Rep),3
Ligne(X+Rep(I),Y+Rep(I+1),X+Rep(I),Y+Rep(I+2),BLEU MRN,1
End
For(I,3,Xmax,8
Ligne(I,0,I,3,VERT,2
End
For(I,3+8,Xmax,16
For(J,1,3
Ligne(I-J,3+J,I+J+1,3+J,VERT,1
End
For(J,1,4
partEnt(2.75-J/2
Ligne(I-Rep,6+J,I+Rep+1,6+J,VERT,1
End
End
219→M
For(I,0,28,2
Ligne(M-25,I,M+25,I,BLANC,2
If I≤14
Ligne(M-5,I,M+5,I,MARRON,2
If I≥18 et I≤25
Then
Ligne(M-8,I,M-16,I,BLEU CLR,2
Ligne(M+8,I,M+16,I,BLEU CLR,2
End
End
For(I,28,42
I-28
Ligne(M-25+Rep,I,M+25-Rep,I,ROUGE,1
End
CouleurTexte(MAGENTA
Texte(100,110,"J o y e u x
CouleurTexte(BLEU CLR
Texte(100,110+69,"N o ë l
CouleurTexte(VERT
Texte(100,110+69+43,"2 0 1 6
For(X,110,261
For(Y,101,114
If non(pxl-Test(Y,X
Pxl-NAff(Y,X
End
End
5→N
0→dim(⌊N
N→dim(⌊N
⌊N+Ymax→⌊N
While non(getKey
For(I,1,N
If NbrAléat>.95 et Ymax≤imag(⌊N(I
Then
nbrAléatEnt(0,Xmax
If non(pxl-Test(0,Rep
Rep→⌊N(I
End
⌊N(I)+
If Ymax≥imag(Rep
Then
If pxl-Test(imag(Rep),réel(Rep
Then

(1+Ymax→⌊N(I
End
If Ymax≥imag(Rep
Then
Pxl-NAff(imag(⌊N(I)),réel(⌊N(I
Pxl-Aff(imag(Rep),réel(Rep),GRIS CLR
Rep→⌊N(I
End
End
End
End
ArrPlanNAff
RappelBDG BDG0
DelVar BDG0

[critor]

Dans deux démos précédentes, TheMachine02 utilisait sa bibliothèque gLib pour te modéliser en 3D sur ta TI-83 Premium CE deux pièces issues du manoir Croft, tel qu'accessible dans le niveau faisant office de tutoriel dans le jeu Tomb Raider 3.

Aujourd'hui TheMachine02 va encore plus loin, puisqu'il nous permet enfin de quitter le manoir Croft et de nous aventurer dans les véritables niveaux du jeu !

Le jeu se constitue d'une série d'aventures autour du monde, l'une d'entre elles se passant à Londres sur 4 niveaux.
TheMachine02 t'offre donc un extrait mémorable du 2^ème niveau de cette aventure, Alwych, du quartier éponyme de Londres.

Le niveau comporte en effet une séquence, assez impressionnante pour l'époque, se passant dans le métro.
Mais pas un banal métro désaffecté, non non... avec la reproduction fidèle du visuel indiquant la station sur les parois et de vrais métros qui te foncent dessus si tu oses la quitter pour t'aventurer dans les tunnels !

Retrouve dès maintenant l'ambiance de cette séquence sur ton extraordinaire TI-83 Premium CE !

Téléchargement : archives_voir.php?id=785870

[critor]

D'un coup de baguette, les flocons de neige prennent un comportement plus normal !

L'astuce est d'allumer 1 pixel par flocon, ce qui est plus réaliste qu'une jolie étoile, surtout quand il y en a plusieurs qui s'empilent.

Mais par contre, oui qu'ils tombent plus lentement maintenant... Que faire ?...

Code: Select all

...
⌊N(I)-
If 0≤imag(Rep
Then
...
If 0≤imag(Rep
Then
Pt-NAff(réel(⌊N(I)),imag(⌊N(I)),4
Pt-Aff(réel(Rep),imag(Rep),4,GRIS CLR
Rep→⌊N(I
End
End
...

Show/Hide spoilerAfficher/Masquer le spoiler

Code: Select all

EnrBDG BDG0
ZDécimal
AxesNAff
FoncNAff
QuadNAff
GraphNAff
40Xmax→Xmax
40Ymax→Ymax
0→Xmin
0→Ymin
ArrPlanAff NOIR
CouleurBord 1
EffDess
131→Y
77→L
9→X
For(I,0,Y,2
Ligne(X,I,L,I,BLEU MRN,2
End
For(I,16,Y,16
Ligne(X,I,L,I,GRIS FON,1
For(J,­14,­4,2
Ligne(X+7,I+J,X+14,I+J,ORANGE,2
End
Pt-Aff(X+12,I-10,GRIS,1
End
X+2→X
{0,3,3,1,6,0,2,7,6,2,4,0,3,7,6,3,4,0,4,6,0,5,3,3,8,23,23,8,15,0,9,23,23,9,15,0,10,23,0,11,23,22,11,20,0,12,23,22,12,20,20,12,17,0,13,23,22,13,20,20,13,17,0,14,23,22,14,20,0,15,23,0,16,23,0,17,23,22,17,20,0,18,23,22,18,20,20,18,17,0,19,23,22,19,20,20,19,17,0,20,23,22,20,20,0,21,23,0,22,23,23,22,15,0,23,23,23,23,15,0,24,15,0,25,15,0,26,15,0,27,15,0,28,15,0,29,15,0,30,15,0,31,15,0,32,15,0,33,15,0,34,15,0,35,15,0,36,15,0,37,15,0,38,15,0,39,15,0,40,7,0,41,7,0,42,7,0,43,7,0,44,9,9,44,7,0,45,10,10,45,7,0,46,11,11,46,8,0,47,12,11,47,9,9,47,7,0,48,13,13,48,11,10,49,14,14,49,11,11,50,12,11,51,16,16,51,13,13,51,11,10,52,18,18,52,16,16,52,11,0,53,18,18,53,16,16,53,11,9,54,19,10,55,18,18,55,16,16,55,10,10,55,8,8,56,18,18,56,16,16,56,10,9,57,16,16,57,10,10,57,8,8,58,11,9,59,12,12,59,10,10,60,11,11,61,12,12,59,3,3,60,6,0,61,7,6,61,4,0,62,7,6,62,4,0,63,6,0,64,3,3
For(I,1,dim(Rep),3
Ligne(X+Rep(I),Y+Rep(I+1),X+Rep(I),Y+Rep(I+2),BLEU MRN,1
End
For(I,3,Xmax,8
Ligne(I,0,I,3,VERT,2
End
For(I,3+8,Xmax,16
For(J,1,3
Ligne(I-J,3+J,I+J+1,3+J,VERT,1
End
For(J,1,4
partEnt(2.75-J/2
Ligne(I-Rep,6+J,I+Rep+1,6+J,VERT,1
End
End
219→M
For(I,0,28,2
Ligne(M-25,I,M+25,I,BLANC,2
If I≤14
Ligne(M-5,I,M+5,I,MARRON,2
If I≥18 et I≤25
Then
Ligne(M-8,I,M-16,I,BLEU CLR,2
Ligne(M+8,I,M+16,I,BLEU CLR,2
End
End
For(I,28,42
I-28
Ligne(M-25+Rep,I,M+25-Rep,I,ROUGE,1
End
CouleurTexte(MAGENTA
Texte(100,110,"J o y e u x
CouleurTexte(BLEU CLR
Texte(100,110+69,"N o ë l
CouleurTexte(VERT
Texte(100,110+69+43,"2 0 1 6
For(X,110,261
For(Y,101,114
If non(pxl-Test(Y,X
Pxl-NAff(Y,X
End
End
5→N
0→dim(⌊N
N→dim(⌊N
While non(getKey
For(I,1,N
If NbrAléat>.95 et 0≥imag(⌊N(I
Then
nbrAléatEnt(0,Xmax
If non(pxl-Test(0,Rep
Ymax+Rep→⌊N(I
End
⌊N(I)-
If 0≤imag(Rep
Then
If pxl-Test(Ymax-imag(Rep),réel(Rep
Then

­→⌊N(I
End
If 0≤imag(Rep
Then
Pt-NAff(réel(⌊N(I)),imag(⌊N(I)),4
Pt-Aff(réel(Rep),imag(Rep),4,GRIS CLR
Rep→⌊N(I
End
End
End
End
ArrPlanNAff
RappelBDG BDG0
DelVar BDG0

AVENT16S.8xp