10 Ergebnisse gefunden für "Datei:Max-2.ogv".

Datei:Max 2.ogv

DescriptionMax 2.ogv English: This is the video of the dialogue 2_Max from the project Llengua Taxi Español: Este es el vídeo del diálogo 2_Max del proyecto...


Datei:Max-2.ogv

DescriptionMax-2.ogv Español: Este es el texto del diálogo 2 de Max. Català: Aquest és el text del diàleg 2 de Max. English: This is the text of Max's 2 dialogue...


Datei:Animation Hertzscher Dipol.ogv

(4 * pi() * parameters.epsilon * parameters.c^2); H_Norm = H_Norm / (2*pi()); for t = 0:t_schritt:t_max close(); E = calcE(r, t); E = E / E_Norm; H =...


Datei:Target set for internal ray 0.ogv

double CxMin = 0.000; double CxMax = 0.25; /* C = Cx + Cy*i */ double Cx; double stepCx; double Cy = 0.0; double AR = 0.2; /* PixelWidth*1.5 radius of circle...


Datei:Quadratic Julia set with Internal level sets for internal ray 0.ogv

2];/* level sets of attraction time */ } Finite attractor ZA is found using forward iteration of critical point z=0 This C code creates nMax pgm files...


Datei:Quadratic Julia set with Internal binary decomposition for internal ray 1 over 3.ogv

(ZxMax-ZxMin)/ixMax; // ixMax = (iWidth-1) step between pixels in world coordinate PixelHeight = (ZyMax-ZyMin)/iyMax; ratio = ((ZxMax-ZxMin)/(ZyMax...


Datei:Quadratic Julia set with Internal tile for internal ray 0.ogv

=(size_of_array – 1) unsigned char colorArray[2][2]={{255,231}, {123,99}}; /* shades of gray used in image */ const unsigned int MaxColorComponentValue=255; /* color...


Datei:Quadratic Julia set with Internal binary decomposition for internal ray 0.ogv

CxMax = 0.25; /* C = Cx + Cy*i */ unsigned int nMax = 22; /* number of steps = number of images */ unsigned int n; stepCx = (CxMax - CxMin)/ nMax;...


Datei:Parabolic rays landing on fixed point.ogv

dynamic plane */ const double ZxMin=-2.5; const double ZxMax=2.5; const double ZyMin=-2.5; const double ZyMax=2.5; On each frame one can see : alfa fixed...


Datei:Flight through image stack of μCT-data of a cuttlebone, lateral view.ogv

X-Rays GmbH", Garbsen, Germany. Visualisation was done using "VG Studio Max 2.1" by "Volume Graphics", Heidelberg, Germany. Resolution ~ 5 µm/voxel. Lateral...