public virtual void AttackDetect(Ninja plr)
{
bool multiHitFlag = false;
string hitText;
//std::stringstream log;
bool hitflag = true;
int atkLen;
int spI=0;
int spJ=0;
int hbLen=4;
SPoint[] plBox;
SPoint[][] spBox;
float[] plAng ={0, Mathf.PI/2, Mathf.PI, -Mathf.PI/2};
int il = 0;
il = attackBox.trackList[fHelper.atkType].iLength;//num of tracks
AttkTrack aBox = new AttkTrack();
int polyHit=-1;
plBox = plr.GetHitBox();//loads victim hitbox into plBox
//each side is made from the vertices [i] and [+1]
int numPoly = 0; //number of polygons in a track;
int pInd = 0;//polygon index
SPoint[] pHdr = new SPoint[8];
il = 1;
if(!atkTmr.IsReady()){//only continue if an attack is out
//attack checks
for(int t=0;t<il;t++){//iterate through all sub tr
//if(plr.CharName().CompareTo("PsySword")==0)
// int ds=2;//checkpt
if((fHelper.seqInd!=0)&&((fHelper.seqInd-1)!=t)){
hitflag=false;//do nothing, for now
}else {
aBox= new AttkTrack();
aBox.noHit=false;
if(attackBox.trackList[fHelper.atkType].trackType==AttkBox.FLASH){
if(fHelper.frame>lastFlash){
for(AttkVtx av = attackBox.trackList[fHelper.atkType].aVtx[0][0]; av!=null;av=av.next){
if((av.frame==lastFlash)&&(av.next!=null)){
lastFlash=av.next.frame;
attackBox.flashAtkRdy=true;
attackBox.ResetHits (fHelper.atkType);
while(av.next!=null)
av=av.next;
//av=null;//force exit
}
}
}
}
attackBox.FetchFrame(fHelper.atkType, atkTmr.GetLen(), fHelper.frame, t, new SPoint(GetPos().x, GetPos().y), fHelper.IsFacingRight(), aBox);//fetches frame into aBox
//aBox has its polygons separated into different tracks for efficiency
//make a new SPoint array, spBox, to use checkAxis.
hitflag=true;
if(aBox.noHit==false){
//if(plr.CharName().CompareTo("PsySword")==0)
// int d2s=2;//checkpt
spBox=new SPoint[aBox.iLength][];
for(int i=0;i<aBox.iLength;i++)
spBox[i]=new SPoint[aBox.jLength[i]];
aBox.FetchSPArr(spBox);
if(ClashCheck(plr, spBox, aBox.atkAng)){
SPoint p1Vel = new SPoint(GetPos().x - plr.GetPos().x, GetPos().y - plr.GetPos().y).GetNormal();
float cRat = 0.2f;
stats.motion.vel.x = p1Vel.x*cRat;
stats.motion.vel.y = p1Vel.y*cRat;
plr.stats.motion.vel.x = -p1Vel.x*cRat;
plr.stats.motion.vel.y = -p1Vel.y*cRat;
fHelper.airborne = true;
plr.fHelper.airborne = true;
return;
}
numPoly=aBox.iLength;
bool hitCheck = false;
for(pInd=0;pInd<numPoly;pInd++){//iterate per poly
hitflag=true;
atkLen = aBox.GetJlength(pInd);
for(int j = 0; j < atkLen; j++)
if(!CheckAxis(aBox.aVtx[pInd][j].pos, aBox.atkAng[pInd][j], plBox, spBox[pInd], hbLen, aBox.GetJlength(pInd)) ) //no axis intersection
hitflag = false;
if(hitflag)//test on the axis of the player hit box to confirm
for(int j = 0; j < 4; j++)
if(!CheckAxis(plBox[j], plAng[j], plBox, spBox[pInd], hbLen, aBox.GetJlength(pInd))) //no axis intersection
hitflag = false;
if(hitflag)
hitCheck=true;
}
hitflag=hitCheck;
//log.str(std::string());
/* for(int i=0;i<aBox.iLength;i++){//tidy up
if(!aBox.noHit)
delete [] spBox[i];
}
if(aBox.iLength==0){
int ee = 2;
//log.str(std::string());
}
else if(!aBox.noHit){//make sure it was hit
if(aBox.iLength>1)
delete [] spBox;
else
delete spBox;
spBox=NULL;
}*/
}else
hitflag=false;//abandon
if(hitflag){
AttkData retOb = new AttkData(aBox.GetJlength(t));//initilize for holding vals
Attack(plr, t, aBox, retOb);
if(!retOb.noHit){
plr.GetHit(retOb);
multiHitFlag=true;
t=il;//force exit; one track hit
}
}
}
}
}
//seems the ideal place to determine pushback
//if the difference in z is less than their average width
if((Mathf.Abs(plr.GetPos().x-GetPos().x) < (plr.stats.size.x+stats.size.x)/2 )
&&(Mathf.Abs(plr.GetPos().y-GetPos().y) < (plr.stats.size.y+stats.size.y)/2)
&&(!fHelper.airborne)&&(!plr.fHelper.airborne))
if(plr.GetPos().x-GetPos().x>0){
stats.motion.move.x-=0.1f;
plr.stats.motion.move.x+=0.1f;}
else{
stats.motion.move.x+=0.1f;
plr.stats.motion.move.x-=0.1f;}
}
