public cCritterArmedPlayer(cGame pownergame = null)
: base(pownergame)
{
_sensitive = false;
_collidepriority = cCollider.CP_PLAYER; /* Don't use the setCollidePriority mutator, as that
* forces a call to pgame()->buildCollider(); */
// setDensity(cCritter.INFINITEDENSITY);
//So it can bull through. But it's wiser to let the individual games do this.
AttitudeToMotionLock = false; /* We want the player's
* attitude to be controlled by the listner actions and not by bumping into things,
* or moving with gravity. */
AimToAttitudeLock = true; /* Normally
* we want a player to shoot in the dirction of his attitude. */
cShape ppolygon = new cShape(3);
/* Now make it a thin isoceles triangle, with the apex at the 0th vertex.
* All that matters at first is the ratios of the numbers, as we will use
* seRadius to make the thing the right size. */
ppolygon.setVertex(0, new cVector3(4.0f, 0.0f));
ppolygon.setVertex(1, new cVector3(0.0f, 1.0f));
ppolygon.setVertex(2, new cVector3(0.0f, -1.0f));
ppolygon.Radius = cCritter.PLAYERRADIUS; //Make it to a good size.
Sprite = ppolygon; /* Normally the _prismdz will get changed to PLAYERPRISMDZ
* by the cGame.setPlayer call */
PrismDz = cSprite.PLAYERPRISMDZ;
}
//Mutators
public void setEndsThicknessHeight(cVector3 enda, cVector3 endb,
float thickness = THICKNESS, float height = WALLPRISMDZ)
{
_position = (enda + endb) * 0.5f;
_wrapposition1.copy(_position);
_wrapposition2.copy(_position);
_wrapposition3.copy(_position);
/* This line is important, as otherwise the
* cCritter.draw will thing this thing was wrapped,
* and it'll get drawn in two places. */
_tangent = endb - enda;
float length = _tangent.Magnitude;
_tangent.normalize();
_oldtangent.copy(_tangent);
_normal = _tangent.defaultNormal(); /* We orient so that
* the normal is oriented to the tangent as the "y-axis"
* is to the the "x-axis".*/
_binormal = _tangent.mult(_normal);
_attitude = new cMatrix3(_tangent, _normal, _binormal, _position);
Skeleton = new cRealBox3(length, thickness, height);
Speed = 0.0f; /* Also sets _velocity to ZEROVECTOR,
* but doesn't wipe out _direction. */
/*In looking at these settings, think of the wall as aligned horizontally with endb - enda pointing to the right and the normal pointing into the screen*/
cShape ppolygon = new cShape(4);
ppolygon.Edged = true;
ppolygon.FillColor = Color.Gray;
ppolygon.LineWidthWeight = cColorStyle.LW_IGNORELINEWIDTHWEIGHT;
ppolygon.LineWidth = 1;
//Means draw a one-pixel edge line.
ppolygon.setVertex(0, new cVector3(0.5f * length, 0.5f * thickness));
ppolygon.setVertex(1, new cVector3(-0.5f * length, 0.5f * thickness));
ppolygon.setVertex(2, new cVector3(-0.5f * length, -0.5f * thickness));
ppolygon.setVertex(3, new cVector3(0.5f * length, -0.5f * thickness));
ppolygon.fixCenterAndRadius(); /* Use this call after a bunch
* of setVertex if points are just where you want. */
ppolygon.SpriteAttitude = cMatrix3.translation(new cVector3(0.0f, 0.0f, -height / 2.0f));
/* This corrects for the fact that we always draw the ppolygon with its
* bottom face in the xy plane and its top in the plane z = height. We
* shift it down so it's drawn to match the skeleton positon. */
Sprite = ppolygon; /* Also sets cSprite._prismdz to
* cCritter._defaultprismdz, which we set to
* CritterWall.WALLPRISMDZ in our cCritterWall
* constructor. */
}