class Rspecs {
  float elev;
  float hipoffset;
  float gableoffset;
  float angl;
  float hypMain;
  float hypMids;
  float ohHyp;
  float ohEdge;
  float ohHght;
  float midsOh;
  float midsOhbase;
  float midsOhelev;
  float gablehipoff;
  Pos mids;
  Dim fancy;
  float fHyp;

  Rspecs(float iw, float id) {
    elev = iw/(random(2)+2);
    if (random(2) < 1) {
      gableoffset = random(iw/6);
    } else {
      gableoffset = 0;
    }

    ohHyp = random(30) + 10;
    hypMain = sqrt(pow(iw/2, 2) + pow(elev, 2));
    angl = atan(elev/(iw/2)) * 180/PI;

    mids = new Pos(0, 0, id/2);
    mids.x = random(2);
    if (mids.x < 1) {
      mids.x = iw/2;
    } else {
      mids.x = random(iw/6)+iw/6;
    }
    mids.y = (elev*mids.x)/(iw/2);

    hypMids = sqrt(pow(mids.x, 2) + pow(mids.y, 2));
    ohEdge = cos(radians(angl)) * ohHyp;
    ohHght = sin(radians(angl)) * ohHyp;

    hipoffset = mids.x; 
    gablehipoff = random(hipoffset/3);

    midsOhbase = (mids.x * (hipoffset + ohEdge)) / hipoffset;
    midsOh = (iw/2 - midsOhbase) / cos(radians(angl));
    midsOhelev = tan(radians(angl)) * (iw/2 - midsOhbase);

    mids.y = elev - mids.y;

    fancy = new Dim(0, 0, 0);
    fancy.w = random(iw/6) + ohEdge;
    fancy.d = fancy.w;
    fancy.h = (elev*ohEdge)/(iw/2);
    // elev            fancy.h
    // ------          -------
    // iw/2            ohEdge
    fHyp = fancy.w / cos(radians(angl));

  }

}