Source file : vehic001.adb
-- Space vehicle #001 3D model. Copyright (c) Gautier de Montmollin 1999-2000
-- CH-2000 Neuchatel
-- SWITZERLAND
-- Permission granted to use the herein contained 3D model for any purpose,
-- provided this copyright note remains attached and unmodified.
with GL;
package body Vehic001 is
procedure Create(
object: in out GLOBE_3D.p_Object_3D;
scale : GLOBE_3D.Real;
centre: GLOBE_3D.Point_3D
)
is
use GL, GLOBE_3D;
-- matos: Material_type;
polys: constant array( 1..101, 1..4) of Natural :=
-- Here, clockwise !
( 1=>(2,1,3,4), 2=>(4,3,6,7), 3=>(7,6,9,10),
4=>(10,9,11,12), 5=>(12,11,14,16), 6=>(16,14,19,15), -- zebr. hg
-- 7=>(14,13,23,21) passait devant 17
7=>(14,17,23,21),94=>(14,13,17,0),
8=>(14,21,22,19),
9=>(56,49,54,57),
-- 10=>(21,25,79,74) passait devant 22
10=>(21,25,22,0),90=>(25,79,22,0),91=>(79,74,22,0),
11=>(21,23,27,25),
12=>(27,23,33,34),
13=>(25,27,34,35), -- fusel hg
14=>(24,25,35,29), -- aile hg
-- 15=>(1,36,41,6) passait devant 3,5,85,40,38
15=>(1,36,85,0),98=>(1,85,5,3),99=>(85,36,38,40),
100=>(6,3,5,0),101=>(40,38,41,0),
16=>(6,5,8,9), 17=>(40,41,44,43), -- appui vitre
18=>(36,37,39,38),19=>(38,39,42,41),20=>(41,42,45,44),
21=>(44,45,47,46),22=>(46,47,51,49),23=>(49,51,50,54), -- zebr hd
-- 24=>(48,49,56,58) passait devant 52
24=>(52,49,56,58),95=>(48,49,52,0),
25=>(61,18,78,26), -- sous 27
26=>(20,76,78,18), -- sous 24
27=>(56,60,62,58), 28=>(62,66,65,58),
29=>(60,67,66,62), -- fusel hd
30=>(35,32,87,82), -- react. g.
31=>(17,52,58,23), -- centre h
32=>(32,67,89,87), -- react d.
33=>(23,58,65,33),
34=>(13,48,52,17),
-- 35=>(33,30,31,34), 36=>(30,65,66,31), -- face 31 passait devant 30
35=>(33,0,31,34), 36=>(0,65,66,31), 96=>(33,65,31,0),
37=>(34,31,32,35), 38=>(31,66,67,32), -- arr. react h
39=>(60,59,64,67), -- aile hd
-- 40=>(60,56,18,61) passait devant 57
40=>(60,56,57,0),92=>(61,60,57,0),93=>(61,57,18,0),
41=>(14,8,96,13),42=>(13,96,97,48),43=>(97,43,49,48), -- cockpit
44=>(68,2,4,69),45=>(69,4,7,70),46=>(70,7,10,71),
47=>(71,10,12,72),48=>(72,12,16,73),
49=>(73,16,15,19), -- zebr bg
50=>(19,22,74,73),
51=>(73,74,77,75),
52=>(76,75,77,78),53=>(64,59,92,90),
54=>(77,74,79,80),
55=>(77,80,83,84),
56=>(80,79,82,83), -- aile bg
57=>(79,25,24,28),58=>(24,29,81,28),
59=>(29,35,82,81),
60=>(87,86,83,82),61=>(87,89,88,86),
-- 62=>(86,85,84,83),63=>(86,88,91,85) face 78 passait devant 85
62=>(86,0,84,83),63=>(86,88,91,0),97=>(84,86,91,0),
64=>(67,64,90,89),
65=>(60,61,92,59),
66=>(92,61,89,90), -- aile bd
67=>(61,26,88,89),
68=>(18,57,54,20),
69=>(54,50,51,20),
70=>(20,51,47,53),
71=>(53,47,45,55),
72=>(45,42,93,55),73=>(42,39,94,93),
74=>(39,37,95,94), -- zebr bd
75=>(5,85,96,8),76=>(85,40,43,97), -- lucarnes cockpit
77=>(82,79,28,81), -- sous aile g
78=>(84,91,78,77), -- sous 33:rc
79=>(91,88,26,78), -- sous 28
80=>(75,76,20,73), -- "entree air"
81=>(73,20,93,70), -- sous cockpit
82=>(70,93,95,68), -- sous l'avant
83=>( 1,2,68,30),84=>(30,68,95,63), -- nez
85=>(63,95,37,36),86=>(63,36, 1,30),-- nez
87=>(9,8,14,0),88=>(43,44,49,0), -- triangles plateau cockpit cf 16,17
89=>(96,85,97,0) -- triangle pointe cockpit devant 42
);
coords: constant array( 1..97,0..2) of Integer:=
( 1=>( -10, 360, 10),
2=>( -20, 360, 0),
3=>( -20, 330, 12),
4=>( -30, 330, 0),
5=>( -10, 300, 14),
6=>( -30, 300, 14),
7=>( -40, 300, 0),
8=>( -20, 270, 16),
9=>( -30, 270, 16),
10=>( -50, 270, 0),
11=>( -30, 240, 18),
12=>( -60, 240, 0),
13=>( -20, 220, 30),
14=>( -30, 210, 20),
15=>( -40, 200, 0),
16=>( -70, 210, 0),
17=>( -20, 200, 30),
18=>( 30, 120, -20),
19=>( -31, 200, 0),
20=>( 30, 210, -20),
21=>( -30, 120, 20),
22=>( -31, 120, 0),
23=>( -20, 110, 30),
24=>(-110, 110, 1),
25=>( -50, 100, 1),
26=>( 40, 90, -10),
27=>( -40, 90, 10),
28=>(-110, 110, -1),
29=>(-120, 50, 1),
-- 30=>( 0, 7, 40),
31=>( 0, 0, 20),
32=>( 0, 0, 10),
33=>( -20, 7, 40),
34=>( -40, 0, 10),
35=>( -60, 0, 2), -- fin hg
36=>( 10, 360, 10),
37=>( 20, 360, 0),
38=>( 20, 330, 12),
39=>( 30, 330, 0),
40=>( 10, 300, 14),
41=>( 30, 300, 14),
42=>( 40, 300, 0),
43=>( 20, 270, 16),
44=>( 30, 270, 16),
45=>( 50, 270, 0),
46=>( 30, 240, 18),
47=>( 60, 240, 0),
48=>( 20, 220, 30),
49=>( 30, 210, 20),
50=>( 40, 200, 0),
51=>( 70, 210, 0),
52=>( 20, 200, 30),
53=>( 30, 240, -18),
54=>( 31, 200, 0),
55=>( 30, 270, -16),
56=>( 30, 120, 20),
57=>( 31, 120, 0),
58=>( 20, 110, 30),
59=>( 110, 110, 1),
60=>( 50, 100, 1),
61=>( 50, 100, -1),
62=>( 40, 90, 10),
63=>( 4, 366, 0),
64=>( 120, 50, 1),
65=>( 20, 7, 40),
66=>( 40, 0, 10),
67=>( 60, 0, 2), -- fin hd
68=>( -10, 360, -10), -- debut bas g
69=>( -20, 330, -12),
70=>( -30, 300, -14),
71=>( -30, 270, -16),
72=>( -30, 240, -18),
73=>( -30, 210, -20),
74=>( -30, 120, -20),
75=>( -20, 210, -30),
76=>( 20, 210, -30),
77=>( -20, 110, -30),
78=>( 20, 110, -30),
79=>( -50, 100, -1),
80=>( -40, 80, -10),
81=>(-120, 50, -1),
82=>( -60, 0, -2),
83=>( -40, 0, -10),
84=>( -20, 7, -40),
-- 85=>( 0, 7, -40),
86=>( 0, 0, -20),
87=>( 0, 0, -10),
88=>( 40, 0, -10),
89=>( 60, 0, -2),
90=>( 120, 50, -1),
91=>( 20, 7, -40),
92=>( 110, 110, -1),
93=>( 30, 300, -14),
94=>( 20, 330, -12),
95=>( 10, 360, -10),
96=>( -10, 270, 17),
97=>( 10, 270, 17),
30=>( -4, 366, 0),
85=>( 0, 300, 14)
);
colour : GL.RGB_Color;
corr: constant Vector_3D:= (0.0,160.0,0.0);
face_0 : Face_type; -- takes defaults values
begin
face_0.skin := colour_only;
object:=
new Object_3D( Max_points=> 97,
Max_faces => polys'Length(1) );
for i in coords'Range loop
for d in Point_3D'Range loop
object.point(i)(d):= scale * 0.1 * (Real(coords(i,d))-corr(d));
end loop;
end loop;
for i in polys'Range(1) loop
case i is
when 2|4|6|19|21|23|44|46|48|70|72|74 =>
colour:= (1.0,1.0,0.1); -- jaune
--matos:= very_bright;
when 1|3|5|18|20|22|45|47|49|69|71|73 =>
colour:= (0.1,0.1,0.5); -- bleu f.
--matos:= very_bright;
when 34 =>
colour:= (0.3,0.11,0.11); -- rouge
--matos:= neutral;
when 41..43|75|76|89 =>
colour:= (0.13,0.2,0.2); -- vitre cockpit
--matos:= very_bright;
when 30|32 =>
colour:= (1.0,0.8,0.1); -- orange
--matos:= neutral;
when 83..86=>
colour:= (0.1,0.2,0.4); -- museau
--matos:= neutral;
when others =>
colour:= (0.8,0.8,1.0); -- caisse
--matos:= bright;
end case;
face_0.colour := colour;
face_0.P:= (polys(i,1),polys(i,4),polys(i,3),polys(i,2));
object.face(i):= face_0;
end loop;
object.centre:= centre;
Set_name(object.all, "vehicle_001");
end Create;
end Vehic001;
GLOBE_3D: Ada library for real-time 3D rendering.
Ada programming.
