dgKinematicBody* dgWorld::CreateKinematicBody (dgCollisionInstance* const collision, const dgMatrix& matrix)
{
dgKinematicBody* const body = new (m_allocator) dgKinematicBody();
dgAssert (dgInt32 (sizeof (dgBody) & 0xf) == 0);
dgAssert ((dgUnsigned64 (body) & 0xf) == 0);
InitBody (body, collision, matrix);
return body;
}
//simple healing
char* _medOnPillConnected(ubyte_t cureId)
{
CURE_ID cure_id = (CURE_ID)cureId;
switch (cureId) {
case Analgetic:
Body.PainReduction = 1;
break;
case Antispasmodic:
//block spasms
//foreach organ Muscle disfuntion +
break;
case Pyretic:
//perception+, temperature-
//bleeding+
break;
case Aspirator:
//can breath even if NoBreaath
//chest disfunction
break;
case CoagulationFactor:
//bleeding-
//toxication+
//TT=B/4
Body.BleedingFactor = 3;
break;
case SyntheticBlood:
Body.BloodCapacity += Body.RegenerationLevel * 10; //depends on regen
break;
case Leatherette:
case Myorelaxant:
case Antibiotic:
case NanoExoFrame:
//FEATURE CUT
break;
case VisceraNanoPack:
BodyDecreaseCategory();
break;
case Anesthetics:
Body.PainReduction = 2;
//Def
break;
case Absorber:
//ToxCapacity-
break;
case PlasterNanoPack:
//smth- smth+
break;
case MagicCure:
InitBody();
break;
default:
break;
}
return (char*)CureDescs[cureId].Effect;
}
int main () {
char *filename = "Export_50x50x50.dat";
float *body;
body = (float*)malloc(DEPTH*WIDTH*HEIGHT*sizeof(float));
// Initialize the body
InitBody(body);
// Put cube into the body
FileToArray(filename, body);
free(body);
return 0;
}
void _medInit()
{
int sz = 0;
bool ret = ArmletApi::OpenFile(&MedFile, "MedState.bin",false);
if (ret) {
sz = ArmletApi::ReadFile(&MedFile,(char*)&Body,sizeof(BODY));
} else {
ArmletApi::OpenFile(&MedFile, "MedState.bin",true);
}
if (sz!=sizeof(BODY)) {
InitBody();
}
InitCureDescs();
InitWounds();
}
CMeteorite::CMeteorite()
{
InitBody();
}
CMeteorite::CMeteorite( const int x, const int y, const QVector2D dir )
: CActor( x, y, dir )
{
InitBody();
}
