T Azimuth(m2::Point<T> const & p1, m2::Point<T> const & p2, T north = 0)
{
T azimuth = math::pi2 - (AngleTo(p1, p2) + north);
if (azimuth < 0)
azimuth += math::twicePi;
return azimuth;
}
int TaskForceClass::GetVehicleDeagData (SimInitDataClass *simdata, int remote)
{
static CampEntity ent;
static int round;
int dist, i, ptIndexAt;
// Reinitialize static vars upon query of first vehicle
if (simdata->vehicleInUnit < 0)
{
simdata->vehicleInUnit = 0;
ent = NULL;
if (!remote)
{
// Used only in port
round = 0;
simdata->ptIndex = GetDeaggregationPoint(0, &ent);
if (simdata->ptIndex) {
// Yuck! The first call returns only the list index, NOT a real point index.
// To ensure we have at least one set of points we have to actually query for them
// then reset again...
simdata->ptIndex = GetDeaggregationPoint(0, &ent);
if (simdata->ptIndex)
simdata->ptIndex = GetDeaggregationPoint(0, &ent);
ent = NULL;
GetDeaggregationPoint(0, &ent);
}
// Used only at sea
WayPoint w;
w = GetCurrentUnitWP();
if (w)
{
// Find heading to next waypoint
GridIndex ux,uy,wx,wy;
GetLocation(&ux,&uy);
w->GetWPLocation(&wx,&wy);
simdata->heading = AngleTo(ux,uy,wx,wy);
}
}
}
else
{
simdata->vehicleInUnit++;
}
if (!remote)
{
if (simdata->ptIndex) {
// In port
float dx, dy;
// Find the center point and direction point for this ship
simdata->ptIndex = GetDeaggregationPoint(simdata->campSlot, &ent);
ptIndexAt = GetDeaggregationPoint(simdata->campSlot, &ent);
if (!ptIndexAt)
{
ShiAssert( !simdata->ptIndex ); // We should always have an even number of points
// Reuse the old points, but with an offset
ent = NULL;
GetDeaggregationPoint(simdata->campSlot, &ent); // Reset
simdata->ptIndex = GetDeaggregationPoint(simdata->campSlot, &ent);
ptIndexAt = GetDeaggregationPoint(simdata->campSlot, &ent);
round++;
}
ShiAssert( ptIndexAt ); // We must have at least two points (center and toward)
TranslatePointData(ent, simdata->ptIndex, &simdata->x, &simdata->y);
// Face toward the "at" point
dx = PtDataTable[ptIndexAt].yOffset - PtDataTable[simdata->ptIndex].yOffset; // KCK NOTE: axis' are reversed
dy = PtDataTable[ptIndexAt].xOffset - PtDataTable[simdata->ptIndex].xOffset; // KCK NOTE: axis' are reversed
simdata->heading = (float)atan2(dx,dy);
// If we reused a point, shift our center point along the at vector
simdata->x += dx * round;
simdata->y += dy * round;
} else {
// At sea
dist = (simdata->vehicleInUnit - 1) >> 2;
switch ( (simdata->vehicleInUnit - 1) & 0x3 )
{
case 0:
simdata->x = XPos() - 1500.0f - 1500.0f * dist;
simdata->y = YPos() - 1500.0f - 1500.0f * dist;
break;
case 1:
simdata->x = XPos() + 1500.0f + 1500.0f * dist;
simdata->y = YPos() - 1500.0f - 1500.0f * dist;
break;
case 2:
simdata->x = XPos() + 1500.0f + 1500.0f * dist;
simdata->y = YPos() + 1500.0f + 1500.0f * dist;
break;
case 3:
default:
simdata->x = XPos() - 1500.0f - 1500.0f * dist;
simdata->y = YPos() + 1500.0f + 1500.0f * dist;
break;
}
}
}
// We're always at sea level
simdata->z = 0.0f;
// Determine skill (Sim only uses it for anti-air stuff right now, so bow to expedience
simdata->skill = ((TeamInfo[GetOwner()]->airDefenseExperience - 60) / 10) + rand()%3 - 1;
// simdata->skill = ((TeamInfo[GetOwner()]->navalExperience - 60) / 10) + rand()%3 - 1;
// Clamp it to legal sim side values
if (simdata->skill > 4)
simdata->skill = 4;
if (simdata->skill < 0)
simdata->skill = 0;
// Weapon loadout
for (i=0; i<HARDPOINT_MAX; i++)
{
simdata->weapon[i] = GetUnitWeaponId(i,simdata->campSlot);
if (simdata->weapon[i])
simdata->weapons[i] = GetUnitWeaponCount(i,simdata->campSlot);
else
simdata->weapons[i] = 0;
}
simdata->playerSlot = NO_PILOT;
simdata->waypointList = CloneWPToList(GetFirstUnitWP(),NULL);
return MOTION_GND_AI;
}
Heading Position::HeadingTo (const Position &Other_i) {
return Heading::DegToHeading (AngleTo (Other_i));
}
