From b829170121d3657369904ec62d8065606777a9ce Mon Sep 17 00:00:00 2001 From: Aki Date: Fri, 1 Oct 2021 18:54:04 +0200 Subject: Removed doxygen generated docs They can be rebuild anytime and are considered a build artifact/binary. --- Doc/doxygen/html/_debris_8cpp_source.html | 337 ------------------------------ 1 file changed, 337 deletions(-) delete mode 100644 Doc/doxygen/html/_debris_8cpp_source.html (limited to 'Doc/doxygen/html/_debris_8cpp_source.html') diff --git a/Doc/doxygen/html/_debris_8cpp_source.html b/Doc/doxygen/html/_debris_8cpp_source.html deleted file mode 100644 index 3043ec4..0000000 --- a/Doc/doxygen/html/_debris_8cpp_source.html +++ /dev/null @@ -1,337 +0,0 @@ - - - - - -Starshatter_Open: D:/SRC/StarshatterSVN/Stars45/Debris.cpp Source File - - - - - - - - - - - - - -
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Starshatter_Open -
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Open source Starshatter engine
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Debris.cpp
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-Go to the documentation of this file.
1 /* Project Starshatter 4.5
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2  Destroyer Studios LLC
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3  Copyright © 1997-2004. All Rights Reserved.
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4 
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5  SUBSYSTEM: Stars.exe
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6  FILE: Debris.cpp
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7  AUTHOR: John DiCamillo
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8 
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9 
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10  OVERVIEW
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11  ========
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12  Debris Sprite animation class
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13 */
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14 
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15 #include "MemDebug.h"
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16 #include "Debris.h"
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17 #include "Shot.h"
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18 #include "Explosion.h"
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19 #include "Sim.h"
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20 #include "StarSystem.h"
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21 #include "Terrain.h"
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22 
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23 #include "Solid.h"
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24 #include "Bitmap.h"
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25 #include "DataLoader.h"
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26 #include "Game.h"
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27 #include "Random.h"
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28 
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29 // +--------------------------------------------------------------------+
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30 
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31 Debris::Debris(Model* model, const Vec3& pos, const Vec3& vel, double m)
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32 : SimObject("Debris", SimObject::SIM_DEBRIS)
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33 {
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34  MoveTo(pos);
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35 
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36  velocity = vel;
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37  mass = (float) m;
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38  integrity = mass * 10.0f;
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39  life = 300;
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40 
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41  Solid* solid = new(__FILE__,__LINE__) Solid;
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42 
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43  if (solid) {
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44  solid->UseModel(model);
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45  solid->MoveTo(pos);
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46 
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47  rep = solid;
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48 
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49  radius = solid->Radius();
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50  }
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51 
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52  Point torque = RandomVector(Mass()/2);
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53 
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54  if (Mass() < 10)
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55  torque *= (rand() / 3200);
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56  else if (Mass() > 10e3)
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57  torque *= 0.25;
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58  else if (Mass() > 10e6)
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59  torque *= 0.005;
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60 
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61  ApplyTorque(torque);
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62 }
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63 
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64 // +--------------------------------------------------------------------+
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65 
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66 int
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67 Debris::HitBy(Shot* shot, Point& impact)
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68 {
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69  if (!shot->IsArmed()) return 0;
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70 
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71  const int HIT_NOTHING = 0;
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72  const int HIT_HULL = 1;
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73 
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74  Point hull_impact;
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75  int hit_type = HIT_NOTHING;
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76  bool hit_hull = true;
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77  Point shot_loc = shot->Location();
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78  Point delta = shot_loc - Location();
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79  double dlen = delta.length();
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80  double dscale = 1;
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81  float scale = 1.0f;
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82  Sim* sim = Sim::GetSim();
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83 
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84  // MISSILE PROCESSING ------------------------------------------------
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85 
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86  if (shot->IsMissile()) {
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87  if (dlen < Radius()) {
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88  hull_impact = impact = shot_loc;
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89  sim->CreateExplosion(impact, Velocity(), Explosion::HULL_FLASH, 0.3f * scale, scale, region, this);
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90  sim->CreateExplosion(impact, Point(), Explosion::SHOT_BLAST, 2.0f, scale, region);
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91  hit_type = HIT_HULL;
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92  }
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93  }
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94 
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95  // ENERGY WEP PROCESSING ---------------------------------------------
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96 
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97  else {
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98 
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99  Solid* solid = (Solid*) rep;
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100 
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101  Point shot_loc = shot->Location();
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102  Point shot_vpn = shot_loc - shot->Origin();
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103  double shot_len = shot_vpn.Normalize();
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104  if (shot_len == 0) shot_len = 1000;
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105 
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106  // impact:
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107  if (solid) {
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108  if (solid->CheckRayIntersection(shot->Origin(), shot_vpn, shot_len, impact)) {
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109  // trim beam shots to impact point:
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110  if (shot->IsBeam())
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111  shot->SetBeamPoints(shot->Origin(), impact);
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112 
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113  hull_impact = impact;
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114 
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115  if (shot->IsBeam())
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116  sim->CreateExplosion(impact, Velocity(), Explosion::BEAM_FLASH, 0.30f * scale, scale, region, this);
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117  else
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118  sim->CreateExplosion(impact, Velocity(), Explosion::HULL_FLASH, 0.30f * scale, scale, region, this);
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119 
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120  Point burst_vel = hull_impact - Location();
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121  burst_vel.Normalize();
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122  burst_vel *= Radius() * 0.5;
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123  burst_vel += Velocity();
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124 
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125  sim->CreateExplosion(hull_impact, burst_vel, Explosion::HULL_BURST, 0.50f * scale, scale, region, this);
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126 
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127  hit_type = HIT_HULL;
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128  hit_hull = true;
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129  }
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130  }
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131 
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132  else {
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133  if (dlen < Radius()) {
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134  hull_impact = impact = shot_loc;
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135 
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136  if (shot->IsBeam())
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137  sim->CreateExplosion(impact, Velocity(), Explosion::BEAM_FLASH, 0.30f * scale, scale, region, this);
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138  else
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139  sim->CreateExplosion(impact, Velocity(), Explosion::HULL_FLASH, 0.30f * scale, scale, region, this);
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140 
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141  hit_type = HIT_HULL;
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142  }
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143  }
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144  }
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145 
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146  // DAMAGE RESOLUTION -------------------------------------------------
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147 
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148  if (hit_type != HIT_NOTHING) {
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149  double effective_damage = shot->Damage() * dscale;
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150 
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151  if (shot->IsBeam()) {
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152  effective_damage *= Game::FrameTime();
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153  }
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154  else {
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155  ApplyTorque(shot->Velocity() * (float) effective_damage * 1e-6f);
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156  }
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157 
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158  if (effective_damage > 0)
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159  Physical::InflictDamage(effective_damage);
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160  }
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161 
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162  return hit_type;
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163 }
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164 
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165 // +--------------------------------------------------------------------+
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166 
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167 void
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168 Debris::ExecFrame(double seconds)
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169 {
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170  if (GetRegion()->Type() == SimRegion::AIR_SPACE) {
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171  if (AltitudeAGL() < Radius()) {
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172  velocity = Point();
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173  arcade_velocity = Point();
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174 
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175  Terrain* terrain = region->GetTerrain();
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176 
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177  if (terrain) {
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178  Point loc = Location();
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179  MoveTo(Point(loc.x, terrain->Height(loc.x, loc.z), loc.z));
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180  }
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181  }
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182  else {
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183  if (mass > 100) {
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184  Orbital* primary = GetRegion()->GetOrbitalRegion()->Primary();
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185 
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186  const double GRAV = 6.673e-11;
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187  double m0 = primary->Mass();
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188  double r = primary->Radius();
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189 
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190  SetDrag(0.001);
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191  SetGravity(6 * GRAV * m0 / (r*r)); // accentuate gravity
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192  SetBaseDensity(1.0f);
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193  }
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194 
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195  AeroFrame(seconds);
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196  }
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197  }
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198  else {
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199  Physical::ExecFrame(seconds);
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200  }
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201 }
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202 
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203 // +--------------------------------------------------------------------+
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204 
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205 double
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206 Debris::AltitudeAGL() const
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207 {
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208  Point loc = Location();
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209  double altitude_agl = loc.y;
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210 
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211  Terrain* terrain = region->GetTerrain();
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212 
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213  if (terrain)
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214  altitude_agl -= terrain->Height(loc.x, loc.z);
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215 
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216  if (!_finite(altitude_agl))
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217  altitude_agl = 0;
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218 
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219  return altitude_agl;
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220 }
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