Enum TreeOp 

pub enum TreeOp {
    Input(Var),
    Const(f64),
    Binary(BinaryOpcode, Arc<TreeOp>, Arc<TreeOp>),
    Unary(UnaryOpcode, Arc<TreeOp>),
    RemapAxes {
        target: Arc<TreeOp>,
        x: Arc<TreeOp>,
        y: Arc<TreeOp>,
        z: Arc<TreeOp>,
    },
    RemapAffine {
        target: Arc<TreeOp>,
        mat: Affine3<f64>,
    },
}

Opcode type for trees

This is equivalent to Op, but also includes the RemapAxes and TreeOp::RemapAffine operations for lazy remapping.

Variants

Input(Var)

Input (an arbitrary Var)

Const(f64)

Binary(BinaryOpcode, Arc<TreeOp>, Arc<TreeOp>)

Unary(UnaryOpcode, Arc<TreeOp>)

RemapAxes

Lazy remapping of trees

When imported into a Context, all x/y/z clauses within target will be replaced with the provided x/y/z trees.

If the transform is affine, then RemapAffine should be preferred, because it flattens sequences of affine transformations.

Fields

target: Arc<TreeOp>

x: Arc<TreeOp>

y: Arc<TreeOp>

z: Arc<TreeOp>

RemapAffine

Lazy affine transforms

When imported into a Context, the x/y/z clauses within target will be transformed with the provided affine matrix.

Fields

target: Arc<TreeOp>

mat: Affine3<f64>

Trait Implementations

impl Debug for TreeOp

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Drop for TreeOp

fn drop(&mut self)

Executes the destructor for this type.

impl From<TreeOp> for Tree

fn from(t: TreeOp) -> Tree

Converts to this type from the input type.