void PreCalculate_Flag_Spawnpoints( int flagnum, vec3_t angles, vec3_t origin )
{
vec3_t fwd, point;
int tries = 0, tries2 = 0;
qboolean visible = qfalse;
VectorCopy(origin, point);
AngleVectors( angles, fwd, NULL, NULL );
while (1)//visible == qfalse)
{// In case we need to try a second spawnpoint.
int wp = -1;
vec3_t playerMins = {-15, -15, DEFAULT_MINS_2};
vec3_t playerMaxs = {15, 15, DEFAULT_MAXS_2};
playerMins[0] = -15;
playerMins[1] = -15;
playerMins[2] = -1;
playerMaxs[0] = 15;
playerMaxs[1] = 15;
playerMaxs[2] = 96;//1;
while (tries < 16)
{
tries++;
tries2 = 0;
while (tries2 < 64)
{
int num_tries; // For secondary spawns. (Behind point).
tries2++;
num_tries = tries2;
if (tries2 <= 16)
{
}
else if (tries2 <= 32)
{
num_tries-=16;
}
else if (tries2 <= 48)
{
num_tries-=32;
}
else
{
num_tries-=48;
}
if (wp == -1)
VectorCopy(origin, point);
else
VectorCopy(gWPArray[wp]->origin, point);
if (tries2 <= 8)
{
point[0] += 1+(tries*64);
point[1] += 1+(num_tries*64);
}
else if (tries2 <= 16)
{
point[0] += 1+(tries*64);
point[1] += 1-(num_tries*64);
}
else if (tries2 <= 24)
{
point[0] += 1-(tries*64);
point[1] += 1+(num_tries*64);
}
else
{
point[0] -= 1+(tries*64);
point[1] -= 1+(num_tries*64);
}
//if (CheckAboveOK_Player(point))
// point[2] += 32;
//else
// continue;
point[2] += 16;
if (wp == -1)
{
if (OrgVisibleBox(origin, playerMins, playerMaxs, point, flag_list[flagnum].flagentity->s.number)
&& CheckBelowOK(point)
&& !CheckEntitiesInSpot(point)
&& VectorDistance(point, origin) > 128
&& !TooCloseToOtherSpawnpoint(flagnum, point))
{
//G_Printf("Adding spawn at %f %f %f.\n", point[0], point[1], point[2]);
AddFlag_Spawn(flagnum, point, angles);
//G_Printf("Adding spawn %f %f %f\n", point[0], point[1], point[2]);
visible = qtrue;
}
//else
// G_Printf("Not adding spawn at %f %f %f.\n", point[0], point[1], point[2]);
}
else
{
if (OrgVisibleBox(gWPArray[wp]->origin, playerMins, playerMaxs, point, -1)
&& CheckBelowOK(point)
&& !CheckEntitiesInSpot(point)
&& VectorDistance(point, origin) > 128
&& !TooCloseToOtherSpawnpoint(flagnum, point))
{
//G_Printf("Adding spawn at %f %f %f.\n", point[0], point[1], point[2]);
AddFlag_Spawn(flagnum, point, angles);
//G_Printf("Adding wp spawn %f %f %f\n", point[0], point[1], point[2]);
visible = qtrue;
}
}
}
}
if (visible != qfalse)
break;
else
{
//if (wp == -1)
wp = GetNearestVisibleWP(flag_list[flagnum].flagentity->s.origin, flag_list[flagnum].flagentity->s.number);//NAV_FindClosestWaypointForPoint2( flag_list[flagnum].flagentity->s.origin );
//else
// wp = GetNearestVisibleWP(flag_list[flagnum].flagentity->s.origin, flag_list[flagnum].flagentity->s.number);//NAV_FindClosestWaypointForPoint( flag_list[flagnum].flagentity, flag_list[flagnum].flagentity->s.origin );
}
}
G_Printf("^3*** ^3DominancE^5: Added ^7%i^5 spawnpoints at flag #^7%i^5.\n", flag_list[flagnum].num_spawnpoints, flagnum);
}
void PreCalculate_Flag_Spawnpoints( int flagnum, vec3_t angles, vec3_t origin )
{
#ifdef __UNUSED__
vec3_t fwd, point;
int tries = 0, tries2 = 0;
//qboolean visible = qfalse;
qboolean alt = qfalse;
origin[2]+=32;
VectorCopy(origin, point);
AngleVectors( angles, fwd, NULL, NULL );
while (1)//visible == qfalse)
{// In case we need to try a second spawnpoint.
vec3_t playerMins, playerMaxs;
playerMins[0] = -15;
playerMins[1] = -15;
playerMins[2] = -1;
playerMaxs[0] = 15;
playerMaxs[1] = 15;
playerMaxs[2] = 64;//96;//1;
tries = 0;
tries2 = 0;
while (tries < 16)
{
tries++;
tries2 = 0;
while (tries2 < 128)
{
int num_tries; // For secondary spawns. (Behind point).
tries2++;
num_tries = tries2;
if (tries2 <= 16)
{
}
else if (tries2 <= 32)
{
num_tries-=16;
}
else if (tries2 <= 48)
{
num_tries-=32;
}
else
{
num_tries-=48;
}
VectorCopy(origin, point);
if (alt)
{
if (tries2 <= 8)
{
point[0] -= 1+(tries*64);
point[1] -= 1+(num_tries*64);
}
else if (tries2 <= 16)
{
point[0] -= 1+(tries*64);
point[1] -= 1-(num_tries*64);
}
else if (tries2 <= 24)
{
point[0] -= 1-(tries*64);
point[1] -= 1+(num_tries*64);
}
else
{
point[0] -= 1-(tries*64);
point[1] -= 1-(num_tries*64);
}
}
else
{
if (tries2 <= 8)
{
point[0] += 1+(tries*64);
point[1] += 1+(num_tries*64);
}
else if (tries2 <= 16)
{
point[0] += 1+(tries*64);
point[1] += 1-(num_tries*64);
}
else if (tries2 <= 24)
{
point[0] += 1-(tries*64);
point[1] += 1+(num_tries*64);
}
else
{
point[0] += 1-(tries*64);
point[1] += 1-(num_tries*64);
}
}
//if (CheckAboveOK_Player(point))
// point[2] += 32;
//else
// continue;
//point[2] += 16;
if (OrgVisibleBox(origin, playerMins, playerMaxs, point, flag_list[flagnum].flagentity->s.number)
&& CheckBelowOK(point)
&& !AdvancedWouldTelefrag(point)
&& !CheckEntitiesInSpot(point)
&& VectorDistance(point, origin) > 128
&& !TooCloseToOtherSpawnpoint(flagnum, point))
{
//G_Printf("Adding spawn at %f %f %f.\n", point[0], point[1], point[2]);
AddFlag_Spawn(flagnum, point, angles);
//visible = qtrue;
if (flag_list[flagnum].num_spawnpoints >= 64)
{
//G_Printf("Have 64 spawns!\n");
G_Printf("^3*** ^3Warzone^5: Added ^7%i^5 spawnpoints at flag #^7%i^5.\n", flag_list[flagnum].num_spawnpoints, flagnum);
return;
}
}
}
}
if (alt)
break;
else
alt = qtrue;
}
G_Printf("^3*** ^3Warzone^5: Added ^7%i^5 spawnpoints at flag #^7%i^5.\n", flag_list[flagnum].num_spawnpoints, flagnum);
#endif //__UNUSED__
}
