public Renderer(VariableSet variables, Drawable drawable) : base(variables)
{
_random = new Random((int)GetValue <UInt32>("seed"));
Swirly.Random = _random;
_width = drawable.Width;
_height = drawable.Height;
for (int i = 0; i < GetValue <int>("points"); i++)
{
_swirlies.Add(Swirly.CreateRandom());
}
}
static public Swirly CreateRandom()
{
Swirly swirly = new Swirly();
swirly._x = random.NextDouble();
swirly._y = random.NextDouble();
swirly.r = drand48s();
swirly.g = drand48s();
swirly.b = drand48s();
swirly.C = random.NextDouble();
swirly.S = random.NextDouble();
swirly.Pc = rand_phase_shift();
swirly.Ac = rand_angle_multiplier(1, 0);
swirly.Dc = rand_linear_phase_shift(1, 0);
swirly.Cc = rand_secondary_coefficient(1, 0);
swirly.Sc = rand_secondary_coefficient(1, 0);
swirly.Kc = rand_mixed_coefficient(1, 0);
swirly.Zc = rand_mixed_coefficient(1, 0);
swirly.Ps = rand_phase_shift();
swirly.As = rand_angle_multiplier(1, 0);
swirly.Ds = rand_linear_phase_shift(1, 0);
swirly.Cs = rand_secondary_coefficient(1, 0);
swirly.Ss = rand_secondary_coefficient(1, 0);
swirly.Ks = rand_mixed_coefficient(1, 0);
swirly.Zs = rand_mixed_coefficient(1, 0);
swirly.Pcc = rand_phase_shift();
swirly.Acc = rand_angle_multiplier(2, 0);
swirly.Dcc = rand_linear_phase_shift(2, 0);
swirly.Ccc = rand_secondary_coefficient(2, 0);
swirly.Scc = rand_secondary_coefficient(2, 0);
swirly.Kcc = rand_mixed_coefficient(2, 0);
swirly.Zcc = rand_mixed_coefficient(2, 0);
swirly.Pcs = rand_phase_shift();
swirly.Acs = rand_angle_multiplier(2, 0);
swirly.Dcs = rand_linear_phase_shift(2, 0);
swirly.Ccs = rand_secondary_coefficient(2, 0);
swirly.Scs = rand_secondary_coefficient(2, 0);
swirly.Kcs = rand_mixed_coefficient(2, 0);
swirly.Zcs = rand_mixed_coefficient(2, 0);
swirly.Pck = rand_phase_shift();
swirly.Ack = rand_angle_multiplier(1, 1);
swirly.Dck = rand_linear_phase_shift(1, 1);
swirly.Cck = rand_secondary_coefficient(1, 1);
swirly.Sck = rand_secondary_coefficient(1, 1);
swirly.Kck = rand_mixed_coefficient(1, 1);
swirly.Zck = rand_mixed_coefficient(1, 1);
swirly.Pcz = rand_phase_shift();
swirly.Acz = rand_angle_multiplier(1, 1);
swirly.Dcz = rand_linear_phase_shift(1, 1);
swirly.Ccz = rand_secondary_coefficient(1, 1);
swirly.Scz = rand_secondary_coefficient(1, 1);
swirly.Kcz = rand_mixed_coefficient(1, 1);
swirly.Zcz = rand_mixed_coefficient(1, 1);
swirly.Psc = rand_phase_shift();
swirly.Asc = rand_angle_multiplier(2, 0);
swirly.Dsc = rand_linear_phase_shift(2, 0);
swirly.Csc = rand_secondary_coefficient(2, 0);
swirly.Ssc = rand_secondary_coefficient(2, 0);
swirly.Ksc = rand_mixed_coefficient(2, 0);
swirly.Zsc = rand_mixed_coefficient(2, 0);
swirly.Pss = rand_phase_shift();
swirly.Ass = rand_angle_multiplier(2, 0);
swirly.Dss = rand_linear_phase_shift(2, 0);
swirly.Css = rand_secondary_coefficient(2, 0);
swirly.Sss = rand_secondary_coefficient(2, 0);
swirly.Kss = rand_mixed_coefficient(2, 0);
swirly.Zss = rand_mixed_coefficient(2, 0);
swirly.Psk = rand_phase_shift();
swirly.Ask = rand_angle_multiplier(1, 1);
swirly.Dsk = rand_linear_phase_shift(1, 1);
swirly.Csk = rand_secondary_coefficient(1, 1);
swirly.Ssk = rand_secondary_coefficient(1, 1);
swirly.Ksk = rand_mixed_coefficient(1, 1);
swirly.Zsk = rand_mixed_coefficient(1, 1);
swirly.Psz = rand_phase_shift();
swirly.Asz = rand_angle_multiplier(1, 1);
swirly.Dsz = rand_linear_phase_shift(1, 1);
swirly.Csz = rand_secondary_coefficient(1, 1);
swirly.Ssz = rand_secondary_coefficient(1, 1);
swirly.Ksz = rand_mixed_coefficient(1, 1);
swirly.Zsz = rand_mixed_coefficient(1, 1);
swirly.Pccc = rand_phase_shift();
swirly.Accc = rand_angle_multiplier(3, 0);
swirly.Dccc = rand_linear_phase_shift(3, 0);
swirly.Pccs = rand_phase_shift();
swirly.Accs = rand_angle_multiplier(3, 0);
swirly.Dccs = rand_linear_phase_shift(3, 0);
swirly.Pcck = rand_phase_shift();
swirly.Acck = rand_angle_multiplier(2, 1);
swirly.Dcck = rand_linear_phase_shift(2, 1);
swirly.Pccz = rand_phase_shift();
swirly.Accz = rand_angle_multiplier(2, 1);
swirly.Dccz = rand_linear_phase_shift(2, 1);
swirly.Pcsc = rand_phase_shift();
swirly.Acsc = rand_angle_multiplier(3, 0);
swirly.Dcsc = rand_linear_phase_shift(3, 0);
swirly.Pcss = rand_phase_shift();
swirly.Acss = rand_angle_multiplier(3, 0);
swirly.Dcss = rand_linear_phase_shift(3, 0);
swirly.Pcsk = rand_phase_shift();
swirly.Acsk = rand_angle_multiplier(2, 1);
swirly.Dcsk = rand_linear_phase_shift(2, 1);
swirly.Pcsz = rand_phase_shift();
swirly.Acsz = rand_angle_multiplier(2, 1);
swirly.Dcsz = rand_linear_phase_shift(2, 1);
swirly.Pckc = rand_phase_shift();
swirly.Ackc = rand_angle_multiplier(2, 1);
swirly.Dckc = rand_linear_phase_shift(2, 1);
swirly.Pcks = rand_phase_shift();
swirly.Acks = rand_angle_multiplier(2, 1);
swirly.Dcks = rand_linear_phase_shift(2, 1);
swirly.Pckk = rand_phase_shift();
swirly.Ackk = rand_angle_multiplier(1, 2);
swirly.Dckk = rand_linear_phase_shift(1, 2);
swirly.Pckz = rand_phase_shift();
swirly.Ackz = rand_angle_multiplier(1, 2);
swirly.Dckz = rand_linear_phase_shift(1, 2);
swirly.Pczc = rand_phase_shift();
swirly.Aczc = rand_angle_multiplier(2, 1);
swirly.Dczc = rand_linear_phase_shift(2, 1);
swirly.Pczs = rand_phase_shift();
swirly.Aczs = rand_angle_multiplier(2, 1);
swirly.Dczs = rand_linear_phase_shift(2, 1);
swirly.Pczk = rand_phase_shift();
swirly.Aczk = rand_angle_multiplier(1, 2);
swirly.Dczk = rand_linear_phase_shift(1, 2);
swirly.Pczz = rand_phase_shift();
swirly.Aczz = rand_angle_multiplier(1, 2);
swirly.Dczz = rand_linear_phase_shift(1, 2);
swirly.Pscc = rand_phase_shift();
swirly.Ascc = rand_angle_multiplier(3, 0);
swirly.Dscc = rand_linear_phase_shift(3, 0);
swirly.Pscs = rand_phase_shift();
swirly.Ascs = rand_angle_multiplier(3, 0);
swirly.Dscs = rand_linear_phase_shift(3, 0);
swirly.Psck = rand_phase_shift();
swirly.Asck = rand_angle_multiplier(2, 1);
swirly.Dsck = rand_linear_phase_shift(2, 1);
swirly.Pscz = rand_phase_shift();
swirly.Ascz = rand_angle_multiplier(2, 1);
swirly.Dscz = rand_linear_phase_shift(2, 1);
swirly.Pssc = rand_phase_shift();
swirly.Assc = rand_angle_multiplier(3, 0);
swirly.Dssc = rand_linear_phase_shift(3, 0);
swirly.Psss = rand_phase_shift();
swirly.Asss = rand_angle_multiplier(3, 0);
swirly.Dsss = rand_linear_phase_shift(3, 0);
swirly.Pssk = rand_phase_shift();
swirly.Assk = rand_angle_multiplier(2, 1);
swirly.Dssk = rand_linear_phase_shift(2, 1);
swirly.Pssz = rand_phase_shift();
swirly.Assz = rand_angle_multiplier(2, 1);
swirly.Dssz = rand_linear_phase_shift(2, 1);
swirly.Pskc = rand_phase_shift();
swirly.Askc = rand_angle_multiplier(2, 1);
swirly.Dskc = rand_linear_phase_shift(2, 1);
swirly.Psks = rand_phase_shift();
swirly.Asks = rand_angle_multiplier(2, 1);
swirly.Dsks = rand_linear_phase_shift(2, 1);
swirly.Pskk = rand_phase_shift();
swirly.Askk = rand_angle_multiplier(1, 2);
swirly.Dskk = rand_linear_phase_shift(1, 2);
swirly.Pskz = rand_phase_shift();
swirly.Askz = rand_angle_multiplier(1, 2);
swirly.Dskz = rand_linear_phase_shift(1, 2);
swirly.Pszc = rand_phase_shift();
swirly.Aszc = rand_angle_multiplier(2, 1);
swirly.Dszc = rand_linear_phase_shift(2, 1);
swirly.Pszs = rand_phase_shift();
swirly.Aszs = rand_angle_multiplier(2, 1);
swirly.Dszs = rand_linear_phase_shift(2, 1);
swirly.Pszk = rand_phase_shift();
swirly.Aszk = rand_angle_multiplier(1, 2);
swirly.Dszk = rand_linear_phase_shift(1, 2);
swirly.Pszz = rand_phase_shift();
swirly.Aszz = rand_angle_multiplier(1, 2);
swirly.Dszz = rand_linear_phase_shift(1, 2);
return(swirly);
}
public static Swirly CreateRandom()
{
Swirly swirly = new Swirly();
swirly._x = random.NextDouble();
swirly._y = random.NextDouble();
swirly.r = drand48s();
swirly.g = drand48s();
swirly.b = drand48s();
swirly.C = random.NextDouble();
swirly.S = random.NextDouble();
swirly.Pc = rand_phase_shift();
swirly.Ac = rand_angle_multiplier(1, 0);
swirly.Dc = rand_linear_phase_shift(1, 0);
swirly.Cc = rand_secondary_coefficient(1, 0);
swirly.Sc = rand_secondary_coefficient(1, 0);
swirly.Kc = rand_mixed_coefficient(1, 0);
swirly.Zc = rand_mixed_coefficient(1, 0);
swirly.Ps = rand_phase_shift();
swirly.As = rand_angle_multiplier(1, 0);
swirly.Ds = rand_linear_phase_shift(1, 0);
swirly.Cs = rand_secondary_coefficient(1, 0);
swirly.Ss = rand_secondary_coefficient(1, 0);
swirly.Ks = rand_mixed_coefficient(1, 0);
swirly.Zs = rand_mixed_coefficient(1, 0);
swirly.Pcc = rand_phase_shift();
swirly.Acc = rand_angle_multiplier(2, 0);
swirly.Dcc = rand_linear_phase_shift(2, 0);
swirly.Ccc = rand_secondary_coefficient(2, 0);
swirly.Scc = rand_secondary_coefficient(2, 0);
swirly.Kcc = rand_mixed_coefficient(2, 0);
swirly.Zcc = rand_mixed_coefficient(2, 0);
swirly.Pcs = rand_phase_shift();
swirly.Acs = rand_angle_multiplier(2, 0);
swirly.Dcs = rand_linear_phase_shift(2, 0);
swirly.Ccs = rand_secondary_coefficient(2, 0);
swirly.Scs = rand_secondary_coefficient(2, 0);
swirly.Kcs = rand_mixed_coefficient(2, 0);
swirly.Zcs = rand_mixed_coefficient(2, 0);
swirly.Pck = rand_phase_shift();
swirly.Ack = rand_angle_multiplier(1, 1);
swirly.Dck = rand_linear_phase_shift(1, 1);
swirly.Cck = rand_secondary_coefficient(1, 1);
swirly.Sck = rand_secondary_coefficient(1, 1);
swirly.Kck = rand_mixed_coefficient(1, 1);
swirly.Zck = rand_mixed_coefficient(1, 1);
swirly.Pcz = rand_phase_shift();
swirly.Acz = rand_angle_multiplier(1, 1);
swirly.Dcz = rand_linear_phase_shift(1, 1);
swirly.Ccz = rand_secondary_coefficient(1, 1);
swirly.Scz = rand_secondary_coefficient(1, 1);
swirly.Kcz = rand_mixed_coefficient(1, 1);
swirly.Zcz = rand_mixed_coefficient(1, 1);
swirly.Psc = rand_phase_shift();
swirly.Asc = rand_angle_multiplier(2, 0);
swirly.Dsc = rand_linear_phase_shift(2, 0);
swirly.Csc = rand_secondary_coefficient(2, 0);
swirly.Ssc = rand_secondary_coefficient(2, 0);
swirly.Ksc = rand_mixed_coefficient(2, 0);
swirly.Zsc = rand_mixed_coefficient(2, 0);
swirly.Pss = rand_phase_shift();
swirly.Ass = rand_angle_multiplier(2, 0);
swirly.Dss = rand_linear_phase_shift(2, 0);
swirly.Css = rand_secondary_coefficient(2, 0);
swirly.Sss = rand_secondary_coefficient(2, 0);
swirly.Kss = rand_mixed_coefficient(2, 0);
swirly.Zss = rand_mixed_coefficient(2, 0);
swirly.Psk = rand_phase_shift();
swirly.Ask = rand_angle_multiplier(1, 1);
swirly.Dsk = rand_linear_phase_shift(1, 1);
swirly.Csk = rand_secondary_coefficient(1, 1);
swirly.Ssk = rand_secondary_coefficient(1, 1);
swirly.Ksk = rand_mixed_coefficient(1, 1);
swirly.Zsk = rand_mixed_coefficient(1, 1);
swirly.Psz = rand_phase_shift();
swirly.Asz = rand_angle_multiplier(1, 1);
swirly.Dsz = rand_linear_phase_shift(1, 1);
swirly.Csz = rand_secondary_coefficient(1, 1);
swirly.Ssz = rand_secondary_coefficient(1, 1);
swirly.Ksz = rand_mixed_coefficient(1, 1);
swirly.Zsz = rand_mixed_coefficient(1, 1);
swirly.Pccc = rand_phase_shift();
swirly.Accc = rand_angle_multiplier(3, 0);
swirly.Dccc = rand_linear_phase_shift(3, 0);
swirly.Pccs = rand_phase_shift();
swirly.Accs = rand_angle_multiplier(3, 0);
swirly.Dccs = rand_linear_phase_shift(3, 0);
swirly.Pcck = rand_phase_shift();
swirly.Acck = rand_angle_multiplier(2, 1);
swirly.Dcck = rand_linear_phase_shift(2, 1);
swirly.Pccz = rand_phase_shift();
swirly.Accz = rand_angle_multiplier(2, 1);
swirly.Dccz = rand_linear_phase_shift(2, 1);
swirly.Pcsc = rand_phase_shift();
swirly.Acsc = rand_angle_multiplier(3, 0);
swirly.Dcsc = rand_linear_phase_shift(3, 0);
swirly.Pcss = rand_phase_shift();
swirly.Acss = rand_angle_multiplier(3, 0);
swirly.Dcss = rand_linear_phase_shift(3, 0);
swirly.Pcsk = rand_phase_shift();
swirly.Acsk = rand_angle_multiplier(2, 1);
swirly.Dcsk = rand_linear_phase_shift(2, 1);
swirly.Pcsz = rand_phase_shift();
swirly.Acsz = rand_angle_multiplier(2, 1);
swirly.Dcsz = rand_linear_phase_shift(2, 1);
swirly.Pckc = rand_phase_shift();
swirly.Ackc = rand_angle_multiplier(2, 1);
swirly.Dckc = rand_linear_phase_shift(2, 1);
swirly.Pcks = rand_phase_shift();
swirly.Acks = rand_angle_multiplier(2, 1);
swirly.Dcks = rand_linear_phase_shift(2, 1);
swirly.Pckk = rand_phase_shift();
swirly.Ackk = rand_angle_multiplier(1, 2);
swirly.Dckk = rand_linear_phase_shift(1, 2);
swirly.Pckz = rand_phase_shift();
swirly.Ackz = rand_angle_multiplier(1, 2);
swirly.Dckz = rand_linear_phase_shift(1, 2);
swirly.Pczc = rand_phase_shift();
swirly.Aczc = rand_angle_multiplier(2, 1);
swirly.Dczc = rand_linear_phase_shift(2, 1);
swirly.Pczs = rand_phase_shift();
swirly.Aczs = rand_angle_multiplier(2, 1);
swirly.Dczs = rand_linear_phase_shift(2, 1);
swirly.Pczk = rand_phase_shift();
swirly.Aczk = rand_angle_multiplier(1, 2);
swirly.Dczk = rand_linear_phase_shift(1, 2);
swirly.Pczz = rand_phase_shift();
swirly.Aczz = rand_angle_multiplier(1, 2);
swirly.Dczz = rand_linear_phase_shift(1, 2);
swirly.Pscc = rand_phase_shift();
swirly.Ascc = rand_angle_multiplier(3, 0);
swirly.Dscc = rand_linear_phase_shift(3, 0);
swirly.Pscs = rand_phase_shift();
swirly.Ascs = rand_angle_multiplier(3, 0);
swirly.Dscs = rand_linear_phase_shift(3, 0);
swirly.Psck = rand_phase_shift();
swirly.Asck = rand_angle_multiplier(2, 1);
swirly.Dsck = rand_linear_phase_shift(2, 1);
swirly.Pscz = rand_phase_shift();
swirly.Ascz = rand_angle_multiplier(2, 1);
swirly.Dscz = rand_linear_phase_shift(2, 1);
swirly.Pssc = rand_phase_shift();
swirly.Assc = rand_angle_multiplier(3, 0);
swirly.Dssc = rand_linear_phase_shift(3, 0);
swirly.Psss = rand_phase_shift();
swirly.Asss = rand_angle_multiplier(3, 0);
swirly.Dsss = rand_linear_phase_shift(3, 0);
swirly.Pssk = rand_phase_shift();
swirly.Assk = rand_angle_multiplier(2, 1);
swirly.Dssk = rand_linear_phase_shift(2, 1);
swirly.Pssz = rand_phase_shift();
swirly.Assz = rand_angle_multiplier(2, 1);
swirly.Dssz = rand_linear_phase_shift(2, 1);
swirly.Pskc = rand_phase_shift();
swirly.Askc = rand_angle_multiplier(2, 1);
swirly.Dskc = rand_linear_phase_shift(2, 1);
swirly.Psks = rand_phase_shift();
swirly.Asks = rand_angle_multiplier(2, 1);
swirly.Dsks = rand_linear_phase_shift(2, 1);
swirly.Pskk = rand_phase_shift();
swirly.Askk = rand_angle_multiplier(1, 2);
swirly.Dskk = rand_linear_phase_shift(1, 2);
swirly.Pskz = rand_phase_shift();
swirly.Askz = rand_angle_multiplier(1, 2);
swirly.Dskz = rand_linear_phase_shift(1, 2);
swirly.Pszc = rand_phase_shift();
swirly.Aszc = rand_angle_multiplier(2, 1);
swirly.Dszc = rand_linear_phase_shift(2, 1);
swirly.Pszs = rand_phase_shift();
swirly.Aszs = rand_angle_multiplier(2, 1);
swirly.Dszs = rand_linear_phase_shift(2, 1);
swirly.Pszk = rand_phase_shift();
swirly.Aszk = rand_angle_multiplier(1, 2);
swirly.Dszk = rand_linear_phase_shift(1, 2);
swirly.Pszz = rand_phase_shift();
swirly.Aszz = rand_angle_multiplier(1, 2);
swirly.Dszz = rand_linear_phase_shift(1, 2);
return swirly;
}