pub struct LieGroupOptimizer { /* private fields */ }Expand description
Lie group optimizer for weight orthogonalization and decomposition
Implementations§
Source§impl LieGroupOptimizer
impl LieGroupOptimizer
Sourcepub fn new(config: LieGroupConfig) -> Self
pub fn new(config: LieGroupConfig) -> Self
Create a new Lie group optimizer
Sourcepub fn config(&self) -> &LieGroupConfig
pub fn config(&self) -> &LieGroupConfig
Get the optimizer configuration
Sourcepub fn error_accumulator(&self) -> Ref<'_, ErrorAccumulator>
pub fn error_accumulator(&self) -> Ref<'_, ErrorAccumulator>
Get the error accumulator for detailed error analysis
Sourcepub fn error_accumulator_mut(&self) -> RefMut<'_, ErrorAccumulator>
pub fn error_accumulator_mut(&self) -> RefMut<'_, ErrorAccumulator>
Get a mutable reference to the error accumulator
Sourcepub fn orthogonalize_weights(
&self,
graph: &mut Graph<OperatorType, WeightTensor>,
) -> GraphResult<()>
pub fn orthogonalize_weights( &self, graph: &mut Graph<OperatorType, WeightTensor>, ) -> GraphResult<()>
Orthogonalize all weights in a graph (two-pass, zero-copy)
This implementation uses a two-pass approach to avoid data cloning:
- First pass: collect edge indices only (no data cloning)
- Second pass: orthogonalize in-place using IndexMut
§Arguments
graph- Graph containing weights to orthogonalize
§Returns
Ok if successful, error if orthogonalization fails
Sourcepub fn orthogonalize_single_weight(
&self,
graph: &mut Graph<OperatorType, WeightTensor>,
edge_idx: EdgeIndex,
) -> GraphResult<f64>
pub fn orthogonalize_single_weight( &self, graph: &mut Graph<OperatorType, WeightTensor>, edge_idx: EdgeIndex, ) -> GraphResult<f64>
Sourcepub fn block_decompose(
&self,
graph: &mut Graph<OperatorType, WeightTensor>,
) -> GraphResult<DecomposedWeights>
pub fn block_decompose( &self, graph: &mut Graph<OperatorType, WeightTensor>, ) -> GraphResult<DecomposedWeights>
Sourcepub fn lie_algebra_regularize(
&self,
tensor: &DenseTensor,
) -> Result<DenseTensor, TensorError>
pub fn lie_algebra_regularize( &self, tensor: &DenseTensor, ) -> Result<DenseTensor, TensorError>
Sourcepub fn cayley_transform(
&self,
tensor: &DenseTensor,
) -> Result<DenseTensor, TensorError>
pub fn cayley_transform( &self, tensor: &DenseTensor, ) -> Result<DenseTensor, TensorError>
Sourcepub fn is_well_conditioned(&self, tensor: &DenseTensor, threshold: f64) -> bool
pub fn is_well_conditioned(&self, tensor: &DenseTensor, threshold: f64) -> bool
Auto Trait Implementations§
impl !Freeze for LieGroupOptimizer
impl !RefUnwindSafe for LieGroupOptimizer
impl Send for LieGroupOptimizer
impl !Sync for LieGroupOptimizer
impl Unpin for LieGroupOptimizer
impl UnsafeUnpin for LieGroupOptimizer
impl UnwindSafe for LieGroupOptimizer
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