2 * test/demos/pmc/cube.cc |
2 * test/demos/pmc/cube.cc |
3 * Copyright (C) 2008 Markus Broeker |
3 * Copyright (C) 2008 Markus Broeker |
4 */ |
4 */ |
5 |
5 |
6 #include <cube.h> |
6 #include <cube.h> |
7 #include "../sdl.cc" |
7 #include <cstdio> |
8 |
8 |
9 extern SDL_Surface *screen; |
9 Cube::Cube (Surface * s) |
10 extern unsigned long color; |
10 { |
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11 P[0] = new Vector (0, 0); |
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12 P[1] = new Vector (100, 0); |
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13 P[2] = new Vector (100, 100); |
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14 P[3] = new Vector (0, 100); |
11 |
15 |
12 Cube::Cube (Vector p1, Vector p2, Vector p3, Vector p4, int h) |
16 P[4] = new Vector (25, 25); |
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17 P[5] = new Vector (125, 25); |
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18 P[6] = new Vector (125, 125); |
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19 P[7] = new Vector (25, 125); |
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20 |
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21 surface = s; |
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22 height = 25; |
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23 } |
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24 |
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25 Cube::Cube (Surface * s, Vector p1, Vector p2, Vector p3, Vector p4, int h) |
13 { |
26 { |
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27 height = h; |
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28 surface = s; |
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29 |
14 P[0] = new Vector (p1); |
30 P[0] = new Vector (p1); |
15 P[1] = new Vector (p2); |
31 P[1] = new Vector (p2); |
16 P[2] = new Vector (p3); |
32 P[2] = new Vector (p3); |
17 P[3] = new Vector (p4); |
33 P[3] = new Vector (p4); |
18 |
34 |
19 P[4] = new Vector (p1.X (), p1.Y (), p1.Z () + h); |
35 for (int i = 0; i < 4; i++) { |
20 P[5] = new Vector (p2.X (), p2.Y (), p2.Z () + h); |
36 P[4 + i] = new Vector (*P[i]); |
21 P[6] = new Vector (p3.X (), p3.Y (), p3.Z () + h); |
37 *P[4 + i] = *P[i] + Vector (h / 2, h / 2); |
22 P[7] = new Vector (p4.X (), p4.Y (), p4.Z () + h); |
38 } |
23 |
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24 height = h; |
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25 } |
39 } |
26 |
40 |
27 Cube::~Cube () |
41 Cube::~Cube () |
28 { |
42 { |
29 for (int i = 0; i < 8; i++) |
43 for (int i = 0; i < 6; i++) { |
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44 #ifdef DEBUG |
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45 fprintf (stderr, "Removing P[%d]: ", i); |
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46 #endif |
30 delete P[i]; |
47 delete P[i]; |
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48 } |
31 } |
49 } |
32 |
50 |
33 void Cube::move (Vector location) |
51 void Cube::move (Vector location) |
34 { |
52 { |
35 for (int i = 0; i < 8; i++) { |
53 for (int i = 0; i < 8; i++) { |
37 } |
55 } |
38 } |
56 } |
39 |
57 |
40 void Cube::show () |
58 void Cube::show () |
41 { |
59 { |
42 P[0]->vector (); |
60 /* Implement some Sanity Checks */ |
43 std::cout << ", "; |
61 int height = surface->getHeight (); |
44 P[1]->vector (); |
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45 std::cout << std::endl; |
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46 P[2]->vector (); |
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47 std::cout << ", "; |
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48 P[3]->vector (); |
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49 std::cout << std::endl; |
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50 |
62 |
51 P[4]->vector (); |
63 surface->drawLine (P[0]->X (), P[0]->Y (), P[1]->X (), P[1]->Y ()); |
52 std::cout << ", "; |
64 surface->drawLine (P[3]->X (), P[3]->Y (), P[2]->X (), P[2]->Y ()); |
53 P[5]->vector (); |
65 surface->drawLine (P[2]->X (), P[2]->Y (), P[1]->X (), P[1]->Y ()); |
54 std::cout << std::endl; |
66 surface->drawLine (P[3]->X (), P[3]->Y (), P[0]->X (), P[0]->Y ()); |
55 P[6]->vector (); |
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56 std::cout << ", "; |
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57 P[7]->vector (); |
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58 std::cout << std::endl; |
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59 |
67 |
60 drawLine (screen, P[0]->X (), P[0]->Y (), P[1]->X (), P[1]->Y (), color); |
68 surface->drawLine (P[4]->X (), P[4]->Y (), P[5]->X (), P[5]->Y ()); |
61 drawLine (screen, P[2]->X (), P[2]->Y (), P[3]->X (), P[3]->Y (), color); |
69 surface->drawLine (P[7]->X (), P[7]->Y (), P[6]->X (), P[6]->Y ()); |
62 drawLine (screen, P[0]->X (), P[0]->Y (), P[2]->X (), P[2]->Y (), color); |
70 surface->drawLine (P[7]->X (), P[7]->Y (), P[4]->X (), P[4]->Y ()); |
63 drawLine (screen, P[1]->X (), P[1]->Y (), P[3]->X (), P[3]->Y (), color); |
71 surface->drawLine (P[6]->X (), P[6]->Y (), P[5]->X (), P[5]->Y ()); |
64 |
72 |
65 drawLine (screen, (int)(height / 2.0) + P[4]->X (), |
73 surface->drawLine (P[0]->X (), P[0]->Y (), P[4]->X (), P[4]->Y ()); |
66 (int)(height / 2.0) + P[4]->Y (), |
74 surface->drawLine (P[1]->X (), P[1]->Y (), P[5]->X (), P[5]->Y ()); |
67 (int)(height / 2.0) + P[5]->X (), (int)(height / 2.0) + P[5]->Y (), color); |
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68 |
75 |
69 drawLine (screen, (int)(height / 2.0) + P[6]->X (), |
76 surface->drawLine (P[2]->X (), P[2]->Y (), P[6]->X (), P[6]->Y ()); |
70 (int)(height / 2.0) + P[6]->Y (), |
77 surface->drawLine (P[3]->X (), P[3]->Y (), P[7]->X (), P[7]->Y ()); |
71 (int)(height / 2.0) + P[7]->X (), (int)(height / 2.0) + P[7]->Y (), color); |
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72 |
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73 drawLine (screen, (int)(height / 2.0) + P[4]->X (), |
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74 (int)(height / 2.0) + P[4]->Y (), |
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75 (int)(height / 2.0) + P[6]->X (), (int)(height / 2.0) + P[6]->Y (), color); |
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76 |
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77 drawLine (screen, (int)(height / 2.0) + P[5]->X (), |
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78 (int)(height / 2.0) + P[5]->Y (), |
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79 (int)(height / 2.0) + P[7]->X (), (int)(height / 2.0) + P[7]->Y (), color); |
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80 |
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81 drawLine (screen, P[0]->X (), P[0]->Y (), |
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82 (int)(height / 2.0) + P[4]->X (), (int)(height / 2.0) + P[4]->Y (), color); |
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83 |
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84 drawLine (screen, P[2]->X (), P[2]->Y (), |
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85 (int)(height / 2.0) + P[6]->X (), (int)(height / 2.0) + P[6]->Y (), color); |
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86 |
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87 drawLine (screen, P[1]->X (), P[1]->Y (), |
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88 (int)(height / 2.0) + P[5]->X (), (int)(height / 2.0) + P[5]->Y (), color); |
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89 |
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90 drawLine (screen, P[3]->X (), P[3]->Y (), |
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91 (int)(height / 2.0) + P[7]->X (), (int)(height / 2.0) + P[7]->Y (), color); |
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92 } |
78 } |