Hopefully gracious soul can help me.
I am having a very difficult time trying to plot something so easy as a c
style function I think and I just don't "get it".
Sometimes I can get it to work and others not.
What is the logic behind plotting a "function" used this way.
Just thinking of plotting a distribution of the Close or even a random
number just to get it working...
...the [index] brackets are throwing me off... with a syntax error...
Thanks in advance...
Mr Valley
////////////////////////////////////////////////////////////////////////////
///////////
// InitializeNormalCDF.afl
//
function InitializeNormalCDF()
// array for the Normalized Cum Dist function.
{
NormCDF[0] = -3.090;
NormCDF[1] = -2.326;
NormCDF[2] = -2.053;
NormCDF[3] = -1.881;
NormCDF[4] = -1.751;
NormCDF[5] = -1.645;
NormCDF[6] = -1.555;
NormCDF[7] = -1.476;
NormCDF[8] = -1.405;
NormCDF[9] = -1.341;
NormCDF[10] = -1.282;
NormCDF[11] = -1.227;
NormCDF[12] = -1.175;
NormCDF[13] = -1.126;
NormCDF[14] = -1.080;
NormCDF[15] = -1.036;
NormCDF[16] = -0.994;
NormCDF[17] = -0.954;
NormCDF[18] = -0.915;
NormCDF[19] = -0.878;
NormCDF[20] = -0.842;
NormCDF[21] = -0.806;
NormCDF[22] = -0.772;
NormCDF[23] = -0.739;
NormCDF[24] = -0.706;
NormCDF[25] = -0.674;
NormCDF[26] = -0.643;
NormCDF[27] = -0.613;
NormCDF[28] = -0.583;
NormCDF[29] = -0.553;
NormCDF[30] = -0.524;
NormCDF[31] = -0.496;
NormCDF[32] = -0.468;
NormCDF[33] = -0.440;
NormCDF[34] = -0.412;
NormCDF[35] = -0.385;
NormCDF[36] = -0.358;
NormCDF[37] = -0.332;
NormCDF[38] = -0.305;
NormCDF[39] = -0.279;
NormCDF[40] = -0.253;
NormCDF[41] = -0.228;
NormCDF[42] = -0.202;
NormCDF[43] = -0.176;
NormCDF[44] = -0.151;
NormCDF[45] = -0.126;
NormCDF[46] = -0.100;
NormCDF[47] = -0.075;
NormCDF[48] = -0.050;
NormCDF[49] = -0.025;
NormCDF[50] = 0.000;
NormCDF[51] = 0.025;
NormCDF[52] = 0.050;
NormCDF[53] = 0.075;
NormCDF[54] = 0.100;
NormCDF[55] = 0.126;
NormCDF[56] = 0.151;
NormCDF[57] = 0.176;
NormCDF[58] = 0.202;
NormCDF[59] = 0.228;
NormCDF[60] = 0.253;
NormCDF[61] = 0.279;
NormCDF[62] = 0.305;
NormCDF[63] = 0.332;
NormCDF[64] = 0.358;
NormCDF[65] = 0.385;
NormCDF[66] = 0.412;
NormCDF[67] = 0.440;
NormCDF[68] = 0.468;
NormCDF[69] = 0.496;
NormCDF[70] = 0.524;
NormCDF[71] = 0.553;
NormCDF[72] = 0.583;
NormCDF[73] = 0.613;
NormCDF[74] = 0.643;
NormCDF[75] = 0.674;
NormCDF[76] = 0.706;
NormCDF[77] = 0.739;
NormCDF[78] = 0.772;
NormCDF[79] = 0.806;
NormCDF[80] = 0.842;
NormCDF[81] = 0.878;
NormCDF[82] = 0.915;
NormCDF[83] = 0.954;
NormCDF[84] = 0.994;
NormCDF[85] = 1.036;
NormCDF[86] = 1.080;
NormCDF[87] = 1.126;
NormCDF[88] = 1.175;
NormCDF[89] = 1.227;
NormCDF[90] = 1.281;
NormCDF[91] = 1.341;
NormCDF[92] = 1.405;
NormCDF[93] = 1.476;
NormCDF[94] = 1.555;
NormCDF[95] = 1.645;
NormCDF[96] = 1.751;
NormCDF[97] = 1.881;
NormCDF[98] = 2.054;
NormCDF[99] = 2.326;
NormCDF[100] = 3.090;
return(Null);
}
// plot goes here ... I think
// NormalRandomizedNumber.afl
//
function NormalRandomNumber()
{
Index = int(100* rand()) + 1;
return(NormCDF[index]);
}
// plot goes here ... I think
