10 Ergebnisse gefunden für "Datei:Cy-map-ar.png".

Datei:Cy-map-ar.png

DescriptionCy-map-ar.png العربية: خريطة جزيرة قبرص English: Cyprus map from CIA World Factbook, converted from original GIF format Date 17 October 2023...


Datei:Parabolic Julia set from period 5 thru internal angle 1 over 3.png

Iteration; double Cx,Cy; /* C = Cx+Cy*I */ double Zx, Zy; /* z = zx+zy*i */ double Zx2, Zy2; /* Zx2=Zx*Zx; Zy2=Zy*Zy */ Cx = creal(C); Cy = cimag(C); /* --...


Datei:ILSMJ.png

boundary = Julia set Links Wolfram alfa The look of leves set depends on : AR C=Cx+Cy*i Parameter are found by trial and error method to get figure 8 curves...


Datei:Parabolic Julia set from period 3 thru internal angle 1 over 3.png

Iteration; double Cx,Cy; /* C = Cx+Cy*I */ double Zx, Zy; /* z = zx+zy*i */ double Zx2, Zy2; /* Zx2=Zx*Zx; Zy2=Zy*Zy */ Cx = creal(C); Cy = cimag(C); /* --...


Datei:Parabolic Julia set from period 2 thru internal angle 1 over 4.png

Iteration; double Cx,Cy; /* C = Cx+Cy*I */ double Zx, Zy; /* z = zx+zy*i */ double Zx2, Zy2; /* Zx2=Zx*Zx; Zy2=Zy*Zy */ Cx = creal(C); Cy = cimag(C); /* --...


Datei:Parabolic critical orbits.png

in pixels PixelWidth = 0.003996 AR = 0.003996 // Radius around attractor denominator = 1 ; Cx = 0.250000000000000; Cy = 0.000000000000000 ax = 0.500000000000000;...


Datei:Fatou componenets 3.png

array) merge two arrays save result array to pgm file convert pgm file to png map array ( integer coordinate ) to dynamical plane ( z-plane) : (iX,iY) -->...


Datei:Degenerating arc systems.png

//double Cx, Cy; /* C = Cx+Cy*i */ switch ( period ) // of component { case 1: // main cardioid Cx = (cos(t)*InternalRadius)/2-(cos(2*t)*R2)/4; Cy =...


Datei:Parabolic Julia set for internal angle 1 over 4.png

Iteration; double Cx,Cy; /* C = Cx+Cy*I */ double Zx, Zy; /* z = zx+zy*i */ double Zx2, Zy2; /* Zx2=Zx*Zx; Zy2=Zy*Zy */ Cx = creal(C); Cy = cimag(C); /* --...


Datei:Parabolic Julia set for internal angle 1 over 5 - new method.png

//double Cx, Cy; /* C = Cx+Cy*i */ switch ( period ) // of component { case 1: // main cardioid Cx = (cos(t)*InternalRadius)/2-(cos(2*t)*R2)/4; Cy =...