Struct InteractiveVisualizer 

pub struct InteractiveVisualizer { /* private fields */ }

Interactive 3D visualizer

Implementations

impl InteractiveVisualizer

pub fn new(config: InteractiveConfig) -> Self

Create a new interactive visualizer

pub fn update_data<F: Float + FromPrimitive + Debug>( &mut self, data: ArrayView2<'_, F>, labels: &Array1<i32>, centroids: Option<&Array2<F>>, ) -> Result<()>

Update visualization with new data

pub fn handle_mouse_input( &mut self, button: MouseButton, position: (f64, f64), pressed: bool, )

Handle mouse input

pub fn handle_keyboard_input(&mut self, key: KeyCode, pressed: bool)

Handle keyboard input

pub fn handle_touch_input(&mut self, touchpoints: Vec<TouchPoint>)

Handle touch input for mobile/tablet interfaces

pub fn select_points_in_region(&mut self, region: BoundingBox3D) -> Vec<usize>

Select all loaded points whose 3D position lies inside region.

Performs real axis-aligned point-in-box testing against the coordinates captured by Self::update_data. Returns (and stores) the indices of the contained points; an empty result now genuinely means “no point is inside the box” rather than “unimplemented”.

pub fn highlight_points_at(&mut self, screenpos: (f64, f64)) -> Vec<usize>

Highlight the point nearest to the given screen-space position.

Picking is performed against the orthographic (x, y) projection of the stored point positions: the closest point within the configured pick radius is highlighted. This is a real nearest-point query rather than a stub that always returned nothing.

pub fn get_cluster_stats(&self) -> &HashMap<i32, ClusterStats>

Get current cluster statistics

pub fn get_state(&self) -> &InteractiveState

Get current interactive state

pub fn set_camera_position(&mut self, position: (f64, f64, f64))

Set camera position

pub fn set_camera_target(&mut self, target: (f64, f64, f64))

Set camera target

pub fn set_view_mode(&mut self, mode: ViewMode)

Set view mode

pub fn set_animation_playing(&mut self, playing: bool)

Enable/disable animation playback

pub fn set_current_time(&mut self, time: f64)

Set current time for temporal views

pub fn export_view_state(&self) -> Result<String>

Generate export data for current view