Adjust strikes for coordinate system and rotation. @param lh true, if left-handed coordinate system; false, otherwise. @param pa, amount to add to azi

Returns the cross-product of two specified vectors. @param u the 1st vector. @param v the 2nd vector. @return array {w1,w2,w3} of components for vecto

Returns the distance squared from this cell to a point. @param p1 1st coordinate of point. @param p2 2nd coordinate of point. @param p3 3rd coordinate

Returns fault dip angle for specified fault dip vector. @param u1 1st component of fault dip vector. @param u2 2nd component of fault dip vector. @par

Returns fault strike angle for specified fault dip vector. The components u2 and u3 must not both be zero; that is, the fault dip vector cannot be ver

Returns fault strike angle for specified fault strike vector. @param v1 1st component of fault strike vector. @param v2 2nd component of fault strike

Gets the fault likelihood for this cell. @return the fault likelihood.

Gets the upper bound on grid indices in the 1st dimension. @return the upper bound.

Gets the lower bound on grid indices in the 1st dimension. @return the lower bound.

Gets the upper bound on grid indices in the 2nd dimension. @return the upper bound.

Gets the lower bound on grid indices in the 2nd dimension. @return the lower bound.

Gets the upper bound on grid indices in the 3rd dimension. @return the upper bound.

Gets the lower bound on grid indices in the 3rd dimension. @return the lower bound.

Gets the number of cells in the 1st dimension. @return the number of cells.

Gets the number of cells in the 2nd dimension. @return the number of cells.

Gets the number of cells in the 3rd dimension. @return the number of cells.

Gets the cell that was the seed used to grow this skin. @return the seed cell.

Gets the components (w1,w2,w3) of the normal vector for this cell. @return array {w1,w2,w3} of coordinates.

Gets the 1st component of the normal vector for this cell. @return the 1st component.

Gets the 2nd component of the normal vector for this cell. @return the 2nd component.

Gets the 3rd component of the normal vector for this cell. @return the 3rd component.

Gets the coordinates (x1,x2,x3) of the location for this cell. @return array {x1,x2,x3} of coordinates.

Gets the 1st coordinate of the location for this cell. @return the 1st coordinate.

Gets the 2nd coordinate of the location for this cell. @return the 2nd coordinate.

Gets the 3rd coordinate of the location for this cell. @return the 3rd coordinate.

Gets arrays {xyz,uvw,rgb} of cell coordinates, normals and colors. In these arrays, cells are represented by quads with specified size. @param size th

Returns an iterator for the cells in this skin. @return cell iterator.

Returns angle in range [-180,180] degrees. @param phi angle. @return angle in range [-180,180] degrees.

Sets the maximum difference in fault dip for a cell and its nabors. @param maxDeltaDip upper bound on difference in fault dip. <p> The default maximum

Sets the maximum difference in fault likelihood for a cell and its nabors. <p> The default maximum difference is 0.2. @param maxDeltaLikelihood upper

Sets the maximum difference in fault strike for a cell and its nabors. @param maxDeltaStrike upper bound on difference in fault strike. <p> The defaul

Sets the maximum difference in fault throw for a cell and its nabors. @param maxDeltaThrow upper bound on difference in fault throw. <p> The default m

Sets the threshold planar distance. A cell should lie near the planes of nabor cells. The specified threshold is the maximum distance to nabor planes.