active_subframe AddFigure AddFigure AddFigure AddFigure AddFigure AddFigure camera_focal_point camera_position camera_view_angle camlinkframenum camlinkframepos camlinkthisframepos current_figure default_camera_focal_point default_camera_position default_camera_view_angle figures filename Frame frametitle GetRenderer GetStepNumber Interact internals::Client internals::MainThread internals::MyInteractorStyle internals::MyTimerCallback ivpx ivpy KeyboardHelp LinkCamera LinkCamera LinkCamera LinkCamera LinkCamera mainthread New number_in_frame_list nvpx nvpy parameter pos RemoveFigure RemoveFigure RemoveFigure RTAddFigures RTCalculateViewports RTHideSubframe RTInit RTRemoveFigure RTResetCamera RTResetRenderers RTSetActiveSubFrame RTSetActiveSubFrameCameraFocalPoint RTSetActiveSubFrameCameraPosition RTSetActiveSubFrameCameraViewAngle RTSetLayout RTSetSingleView RTSetSingleViewport RTUnHideSubframe SendCommand SetActiveSubFrame SetActiveSubFrameCameraFocalPoint SetActiveSubFrameCameraPosition SetActiveSubFrameCameraViewAngle SetAutoLayout SetFrameTitle SetLayout SetPosition SetSingleSubFrameView SetSize SetStepNumber SetWindowTitle Show single_subframe_view single_subframe_view StartVideo step_number StopVideo subframes title_actor title_subframe videowriter window winposition_x winposition_y winsize_x winsize_y wintitle WritePNG ~Frame

void vtkfig::Frame::RTCalculateViewports ( int  nx, int  ny  ) private Calculate viewports for multi subframe view. Definition at line 275 of file vtkfigFrame.cxx. { double dy= 0.925/(double)xnvpy; double dx= 1.0/(double)xnvpx; double y=0.0; for (int ivpy=0;ivpy<xnvpy;ivpy++, y+=dy) { double x=0.0; for (int ivpx=0 ;ivpx<xnvpx;ivpx++, x+=dx) { int ipos=pos(ivpx,ivpy); assert(this->ivpx(ipos)==ivpx); assert(this->ivpy(ipos)==ivpy); auto & subframe=subframes[ipos]; subframe.viewport[0]=x; subframe.viewport[1]=y; subframe.viewport[2]=x+dx; subframe.viewport[3]=y+dy; } } } Here is the call graph for this function: