/* setTipShape puts a clone of pshape at each vertex of the
* pbasepoly(), and then it deletes pshape. So don't use a pshape as argument that you need to save. */
//cSprite overloads
/* Overload the standard cSpriteComposite radius() method. */
public override void mutate(int mutationflags, float mutationstrength)
{
if (BasePoly == null)
{
add(new cPolygon());
}
BasePoly.mutate(mutationflags, mutationstrength);
cSprite ptipshapenew;
if (TipShape != null)
{
ptipshapenew = TipShape.copy(); //Use this as a model
}
else
{
ptipshapenew = new cPolygon();
}
ptipshapenew.mutate(mutationflags, mutationstrength);
//Make the tip shape have smaller radius than the basepoly.
ptipshapenew.Radius = Framework.randomOb.mutate(ptipshapenew.Radius,
MIN_TIP_RADIUS_RATIO * BasePoly.Radius, MAX_TIP_RADIUS_RATIO * BasePoly.Radius,
mutationstrength);
//Randomize the tip rotations.
_tipangvelocity = Framework.randomOb.randomSign() * Framework.randomOb.mutate(_tipangvelocity, cPolyPolygon.MINTIPANGLEVELOCITY,
cPolyPolygon.MAXTIPANGLEVELOCITY, mutationstrength);
//Make all the tips the same.
TipShape = ptipshapenew; //This deletes ptipshapenew
//More fixup
_newgeometryflag = true; //Because you changed the relative positions of the tips.
}
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. */
cPolygon ppolygon = new cPolygon(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;
}
public override cSprite copy()
{
cPolygon p = new cPolygon();
p.copy(this);
return(p);
}
/* Useful for wrapping
* verts in a polygon class to pass to pgraphics->draw. */
//Overloaded cSprite methods
public override void copy(cSprite psprite) //Use this in copy constructor and operator=
{
/* Because our class has some CArray fields, we can't use the default overloaded
* copy constructor and operator=. So as to avoid having to maintain similar code
* for these two different methods, we write a helper copy function that both
* the copy constructor and the operator= can use. */
base.copy(psprite); //does center(), _radius, _angle, _rotationspeed.
if (!psprite.IsKindOf("cPolygon"))
{
return; //You're done if psprite isn't a cPolygon*.
}
cPolygon ppolygon = (cPolygon)(psprite); /* I know it is a cPolygon
* at this point, but I need to do a cast, so the compiler will let me
* call a bunch of cPolygon methods. */
//Arrays
_vectorvert.Copy(ppolygon._vectorvert);
//Decoration fields
cColorStyle c = new cColorStyle();
c.copy(ppolygon.pcolorstyle());
ColorStyle = c;
cColorStyle c2 = new cColorStyle();
c2.copy(ppolygon.DotColorStyle);
DotColorStyle = c2;
_dotted = ppolygon._dotted;
_realdotradiusweight = ppolygon._realdotradiusweight;
//Helper fields
_convex = ppolygon._convex;
}
public static readonly float ACCENTRELIEF = 0.1f; //Raise the accent poly this much
//Constructors
public cSpriteBubble()
{
cPolygon pcircle = new cPolygon(cSpriteCircle.CIRCLESLICES);
add(pcircle);
setAccentPoly();
}
} /* Start out with no basepoly and no tipshape, user must
* fix this with a call to mutate or to setBasePoly and setTipShape. */
public cPolyPolygon(int baseverts, int tipverts)
{
BasePoly = new cPolygon(baseverts);
TipShape = new cPolygon(tipverts);
randomize(cSprite.MF_RADIUS | cPolygon.MF_COLOR);
//Randomize the tip rotations.
_tipangvelocity = Framework.randomOb.randomReal(cPolyPolygon.MINTIPANGLEVELOCITY,
cPolyPolygon.MAXTIPANGLEVELOCITY);
_tipangvelocity *= Framework.randomOb.randomSign();
}
public virtual void setAccentPoly()
{
cPolygon p = AccentPoly;
if (p != null)
{
_childspriteptr.RemoveAt(1);
}
float side = 0.33f * (CirclePoly.Radius);
cVector3[] pverts = new cVector3[] { new cVector3(0.0f, 0.0f, 0.0f), new cVector3(2 * side, 0.0f, 0.0f),
new cVector3(2 * side, side, 0.0f), new cVector3(0.0f, side, 0.0f) };
cPolygon prectpoly = new cPolygon(4, pverts);
prectpoly.SpriteAttitude = cMatrix3.translation(new cVector3(side, 0.5f * side, cSpriteBubble.ACCENTRELIEF));
add(prectpoly); //Decoration rectangle.
FillColor = CirclePoly.FillColor; //Make the accent color match the circle.
}
public cCritterTreasure(cGame pownergame, cVector3 position) :
base(pownergame)
{
/* The sprites look nice from afar, but bitmap speed is really slow
* when you get close to them, so don't use this. */
cPolygon ppoly = new cPolygon(24);
ppoly.Filled = false;
ppoly.LineWidthWeight = 0.5f;
Sprite = ppoly;
_collidepriority = cCollider.CP_PLAYER + 1; /* Let this guy call collide on the
* player, as his method is overloaded in a special way. */
rotate(new cSpin((float)Math.PI / 2.0f, new cVector3(0.0f, 0.0f, 1.0f))); /* Trial and error shows this
* rotation works to make it face the z diretion. */
setRadius(cGame3D.TREASURERADIUS);
FixedFlag = true;
moveTo(position);
}
//Mutators
public void setEndsThicknessHeight(cVector3 enda, cVector3 endb,
float thickness = THICKNESS, float height = WALLPRISMDZ)
{
_position = enda.add(endb).mult(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.sub(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*/
cPolygon ppolygon = new cPolygon(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. */
}
/// <summary>
/// A factory method to return one of the various kinds of sprites randomly forned.
/// </summary>
/// <param name="spritetypeindex">An index for the type of sprite. To select the type of
/// sprite, use cGame and select a type that begins with ST_. </param>
/// <returns></returns>
public cSprite randomSprite(int spritetypeindex)
{
cPolygon newpoly;
cSpriteBubble newbubble;
cPolyPolygon newpolypoly;
cSpriteSphere psphere;
if (spritetypeindex == cGame.ST_ASSORTED)
{
spritetypeindex = (int)Framework.randomOb.random((uint)cGame.ST_ASSORTED);
}
//Select a random index less than cGame.ST_ASSORTED
/* This next block should be a switch, but the compiler won't let me use the cGame constants
* in a switch. */
if (spritetypeindex == cGame.ST_SIMPLEPOLYGONS)
{
newpoly = new cPolygon(Framework.randomOb.random(3, 5));
newpoly.randomize( //cSprite.MF_RADIUS |
cPolygon.MF_COLOR);
return(newpoly);
}
else if (spritetypeindex == cGame.ST_FANCYPOLYGONS)
{
newpoly = new cPolygon();
newpoly.randomize( //cSprite.MF_RADIUS |
cPolygon.MF_COLOR | cPolygon.MF_LINEWIDTH | cPolygon.MF_DOTS | cPolygon.MF_VERTCOUNT);
return(newpoly);
}
else if (spritetypeindex == cGame.ST_ASTEROIDPOLYGONS)
{
newpoly = new cPolygon();
newpoly.setRandomAsteroidPolygon(5, 20, Framework.randomOb.randomReal(0.0f, 0.4f));
newpoly.randomize( //cSprite.MF_RADIUS
cPolygon.MF_COLOR);
return(newpoly);
}
else if (spritetypeindex == cGame.ST_BUBBLES)
{
newbubble = new cSpriteBubble();
newbubble.randomize( //cSprite.MF_RADIUS |
cPolygon.MF_COLOR | cPolygon.MF_LINEWIDTH);
return(newbubble);
}
else if (spritetypeindex == cGame.ST_SPHERES)
{
psphere = new cSpriteSphere();
psphere.randomize(cPolygon.MF_COLOR);
Color fill = psphere.FillColor;
return(psphere);
}
else if (spritetypeindex == cGame.ST_POLYPOLYGONS)
{
newpolypoly = new cPolyPolygon();
newpolypoly.randomize( //cSprite.MF_RADIUS |
cPolygon.MF_COLOR | cPolygon.MF_LINEWIDTH | cPolygon.MF_DOTS |
cPolygon.MF_VERTCOUNT);
return(newpolypoly);
}
else if (spritetypeindex == cGame.ST_TRIPLEPOLYPOLYGONS)
{
newpolypoly = new cPolyPolygon();
newpolypoly.randomize(cPolygon.MF_VERTCOUNT);
newpolypoly.TipShape = new cPolyPolygon();
newpolypoly.randomize( //cSprite.MF_RADIUS |
cPolygon.MF_COLOR | cPolygon.MF_LINEWIDTH | cPolygon.MF_DOTS | cPolygon.MF_VERTCOUNT);
return(newpolypoly);
}
return(new cSprite()); //Default in the cGame.ST_SPRITETYPENOTUSED case
}
public virtual void drawstarpolygon(cPolygon ppolygon, int drawflags)
{
}