| addSamplePointsToCells(Streamline *sl) (defined in Data) | Data | [private] |
| addSeedCandidate(int x, int y) (defined in Data) | Data | [private] |
| addStreamLineToVector(Streamline *sl) (defined in Data) | Data | [private] |
| addToMatrix(float *in, float val, int xDim, int yDim) (defined in Data) | Data | [private] |
| background (defined in Data) | Data | |
| bilinearInterpolationIrregular(float x, float y, float lxb, float lyb, float uxb, float uyb, float val_lxly, float val_uxly, float val_lxuy, float val_uxuy) (defined in Data) | Data | [private] |
| bilinearInterpolationRegular(float x, float y, float val_lxly, float val_uxly, float val_lxuy, float val_uxuy) (defined in Data) | Data | [private] |
| calculateSeedCandidates(Streamline *sl) (defined in Data) | Data | [private] |
| calculateStreamlines() (defined in Data) | Data | [private] |
| cells (defined in Data) | Data | |
| checkCoordinates(int x, int y) (defined in Data) | Data | [private] |
| checkPoint(Vektor2f point) (defined in Data) | Data | [private] |
| checkValidity(Vektor2i sp, float mindistance) (defined in Data) | Data | [private] |
| Data() | Data | [inline] |
| deleteFirstSeedCandidate() (defined in Data) | Data | [private] |
| Destroy() (defined in Data) | Data | [private] |
| doCleanUp() (defined in Data) | Data | [private] |
| drawHedgehogPlot(int length) | Data | |
| drawLine(int x1, int y1, int x2, int y2) (defined in Data) | Data | [private] |
| drawSingleStreamline(Streamline *sl) | Data | |
| drawStreamlines() | Data | |
| dsep (defined in Data) | Data | |
| dtest (defined in Data) | Data | |
| dtestfactor (defined in Data) | Data | |
| extractData() (defined in Data) | Data | [private] |
| flowX (defined in Data) | Data | |
| flowY (defined in Data) | Data | |
| fp (defined in Data) | Data | |
| fv (defined in Data) | Data | |
| fvor (defined in Data) | Data | |
| fx (defined in Data) | Data | |
| fy (defined in Data) | Data | |
| generateShowArray(float *in, float posFactor, float negFactor) (defined in Data) | Data | [private] |
| getAddress(float x, float y, int old_adr) (defined in Data) | Data | [private] |
| getData(CString fileName) | Data | |
| getDistance(Vektor2i v1, Vektor2i v2) (defined in Data) | Data | [private] |
| getFlow(Vektor2f in) (defined in Data) | Data | [private] |
| getInitialStreamlineSeedPoint() (defined in Data) | Data | [private] |
| getInterpolatedMatrix(float *in, float *out, float *minval, float *maxval) (defined in Data) | Data | [private] |
| getMaxAbs(float a, float b) (defined in Data) | Data | [private] |
| getMaxValue(float *in, int xDim, int yDim) (defined in Data) | Data | [private] |
| getMinValue(float *in, int xDim, int yDim) (defined in Data) | Data | [private] |
| getSeedCandidate(int pos) (defined in Data) | Data | [private] |
| getStreamline(Vektor2f seed, int method, bool single) (defined in Data) | Data | [private] |
| getStreamLineFromVector(int pos) (defined in Data) | Data | [private] |
| getVelocityMatrix(float *in1, float *in2, float *out, int xDim, int yDim) (defined in Data) | Data | [private] |
| header (defined in Data) | Data | |
| hedgehog (defined in Data) | Data | |
| Initialize() (defined in Data) | Data | [private] |
| initializeGlobals() (defined in Data) | Data | [private] |
| integrateEuler(Vektor2f old, float dt, int direction) (defined in Data) | Data | [private] |
| integrateRK2(Vektor2f old, float dt, int direction) (defined in Data) | Data | [private] |
| integrateRK4(Vektor2f old, float dt, int direction) (defined in Data) | Data | [private] |
| integrateStreamline(Streamline *sl, Vektor2f seed, int method, int direction, bool single) (defined in Data) | Data | [private] |
| length_interval_x (defined in Data) | Data | |
| length_interval_y (defined in Data) | Data | |
| method (defined in Data) | Data | |
| position (defined in Data) | Data | |
| pressure (defined in Data) | Data | |
| processUserInput() | Data | |
| round(float a) (defined in Data) | Data | [private] |
| scale_BigToSmall_x (defined in Data) | Data | |
| scale_BigToSmall_y (defined in Data) | Data | |
| scale_SmallToBig_x (defined in Data) | Data | |
| scale_SmallToBig_y (defined in Data) | Data | |
| seedCandidates (defined in Data) | Data | |
| show (defined in Data) | Data | |
| showData() | Data | |
| showSingleStreamline(int x, int y) | Data | |
| slByHand (defined in Data) | Data | |
| streamLines (defined in Data) | Data | |
| transformBigToSmall(float *res_x, float *res_y, int x, int y) (defined in Data) | Data | [private] |
| transformSmallToBig(float x, float y, int *res_x, int *res_y) (defined in Data) | Data | [private] |
| vel (defined in Data) | Data | |
| vorticity (defined in Data) | Data | |
| ~Data() | Data | [inline, virtual] |
