maXbox3 3.9.9.195 14/05/2015 08:37:17 AM
maXbox3 3.9.9.80 13.11.2013 11:25:53
maXbox3 3.9.9.80 13.11.2013 11:25:53
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<strong>maXbox3</strong> <strong>3.9.9.195</strong><br />
<strong>14</strong>/<strong>05</strong>/<strong>2015</strong> <strong>08</strong>:<strong>37</strong>:<strong>17</strong> <strong>AM</strong><br />
9700: MinDiv, MaxDiv : Integer;<br />
9701: var Min, Max, Step : Float); external 'dmath';<br />
9702: { Determines an interval for a set of values }<br />
9703: procedure AutoScale(X : TVector; Lb, Ub : Integer; Scale : TScale;<br />
9704: var XMin, XMax, XStep : Float); external 'dmath';<br />
97<strong>05</strong>: { Finds an appropriate scale for plotting the data in X[Lb..Ub] }<br />
9706: procedure StudIndep(N1, N2 : Integer;<br />
9707: M1, M2, S1, S2 : Float;<br />
97<strong>08</strong>: var T : Float;<br />
9709: var DoF : Integer); external 'dmath';<br />
9710: { Student t-test for independent samples }<br />
9711: procedure StudPaired(X, Y : TVector;<br />
9712: Lb, Ub : Integer;<br />
9713: var T : Float;<br />
97<strong>14</strong>: var DoF : Integer); external 'dmath';<br />
9715: { Student t-test for paired samples }<br />
9716: procedure AnOVa1(Ns : Integer;<br />
97<strong>17</strong>: N : TIntVector;<br />
9718: M, S : TVector;<br />
9719: var V_f, V_r, F : Float;<br />
9720: var DoF_f, DoF_r : Integer); external 'dmath';<br />
9721: { One-way analysis of variance }<br />
9722: procedure AnOVa2(NA, NB, Nobs : Integer;<br />
9723: M, S : TMatrix;<br />
9724: V, F : TVector;<br />
9725: DoF : TIntVector); external 'dmath';<br />
9726: { Two-way analysis of variance }<br />
9727: procedure Snedecor(N1, N2 : Integer;<br />
9728: S1, S2 : Float;<br />
9729: var F : Float;<br />
9730: var DoF1, DoF2 : Integer); external 'dmath';<br />
9731: { Snedecor's F-test (comparison of two variances) }<br />
9732: procedure Bartlett(Ns : Integer;<br />
9733: N : TIntVector;<br />
9734: S : TVector;<br />
9735: var Khi2 : Float;<br />
9736: var DoF : Integer); external 'dmath';<br />
97<strong>37</strong>: { Bartlett's test (comparison of several variances) }<br />
9738: procedure Mann_Whitney(N1, N2 : Integer;<br />
9739: X1, X2 : TVector;<br />
9740: var U, Eps : Float); external 'dmath';<br />
9741: { Mann-Whitney test}<br />
9742: procedure Wilcoxon(X, Y : TVector;<br />
9743: Lb, Ub : Integer;<br />
9744: var Ndiff : Integer;<br />
9745: var T, Eps : Float); external 'dmath';<br />
9746: { Wilcoxon test }<br />
9747: procedure Kruskal_Wallis(Ns : Integer;<br />
9748: N : TIntVector;<br />
9749: X : TMatrix;<br />
9750: var H : Float;<br />
9751: var DoF : Integer); external 'dmath';<br />
9752: { Kruskal-Wallis test }<br />
9753: procedure Khi2_Conform(N_cls : Integer;<br />
9754: N_estim : Integer;<br />
9755: Obs : TIntVector;<br />
9756: Calc : TVector;<br />
9757: var Khi2 : Float;<br />
9758: var DoF : Integer); external 'dmath';<br />
9759: { Khi-2 test for conformity }<br />
9760: procedure Khi2_Indep(N_lin : Integer;<br />
9761: N_col : Integer;<br />
9762: Obs : TIntMatrix;<br />
9763: var Khi2 : Float;<br />
9764: var DoF : Integer); external 'dmath';<br />
9765: { Khi-2 test for independence }<br />
9766: procedure Woolf_Conform(N_cls : Integer;<br />
9767: N_estim : Integer;<br />
9768: Obs : TIntVector;<br />
9769: Calc : TVector;<br />
9770: var G : Float;<br />
9771: var DoF : Integer); external 'dmath';<br />
9772: { Woolf's test for conformity }<br />
9773: procedure Woolf_Indep(N_lin : Integer;<br />
9774: N_col : Integer;<br />
9775: Obs : TIntMatrix;<br />
9776: var G : Float;<br />
9777: var DoF : Integer); external 'dmath';<br />
9778: { Woolf's test for independence }<br />
9779: procedure DimStatClassVector(var C : TStatClassVector;<br />
9780: Ub : Integer); external 'dmath';<br />
9781: { Allocates an array of statistical classes: C[0..Ub] }<br />
9782: procedure Distrib(X : TVector;<br />
9783: Lb, Ub : Integer;<br />
9784: A, B, H : Float;<br />
9785: C : TStatClassVector); external 'dmath';<br />
9786: { Distributes an array X[Lb..Ub] into statistical classes }<br />
9787: { ------------------------------------------------------------------<br />
9788: Linear / polynomial regression<br />
PC<strong>08</strong> E:\maxbox3\mXGit39988\maxbox3\docs\maxbox_extract_funclist399.txt<br />
http://www.softwareschule.ch/maxbox.htm T: 297<br />
p: 113
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