Functions — github.com/dorianprill/stroke

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Functions296 in github.com/dorianprill/stroke

Returns the knot domain for an unclamped B-Spline where the first and last knot has multiplicity 1 fn knot_domain_unclamped(&self) -> (P::Scalar, P::S

src/bspline.rs:483

↓ 1 callersMethodknot_span_start_for_t_clamped

Return the index of the start of the knot span for given `t` for a clamped B-Spline. This is the index of the first element that satisfies: knots[i] <

src/bspline.rs:816

↓ 1 callersMethodknot_span_start_for_t_clamped_end

(&self, t: P::Scalar)

src/bspline.rs:871

↓ 1 callersMethodknot_span_start_for_t_clamped_start

(&self, t: P::Scalar)

src/bspline.rs:837

↓ 1 callersMethodknot_span_start_for_t_unclamped

Return the index of the start of the knot span for given `t` for an unclamped B-Spline. This is the index of the first element that satisfies: knots[i

src/bspline.rs:787

↓ 1 callersMethodnormal

Return the principal normal direction at `t`. Returns `None` if the velocity is zero or curvature is undefined.

src/quadratic_bezier.rs:158

↓ 1 callersMethodnormal

Return the principal normal direction at `t`. Lines have zero curvature, so this always returns `None`.

src/line.rs:133

↓ 1 callersMethodnormal

Return the principal normal direction at `t`. Returns `None` if the path is empty or curvature is undefined.

src/bspline_path.rs:168

↓ 1 callersMethodnormal

Return the principal normal direction at `t`. Requires `D >= 2` so that the second derivative exists. Returns `None` if the velocity is zero or curva

src/bspline.rs:1145

↓ 1 callersFunctionopen_uniform_knots

Open uniform (clamped) knot vector for a cubic spline with uniform spacing.

examples/bspline_signal_1d.rs:87

↓ 1 callersMethodparameter_domain

(&self)

src/bezier.rs:580

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/bezier.rs:208

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/quadratic_bezier.rs:395

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/cubic_bezier.rs:387

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/line.rs:172

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/bspline_path.rs:232

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/bspline.rs:1023

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/bezier_segment.rs:191

↓ 1 callersMethodpoint_at_length

Evaluate the point at arc length `s` using a default resolution.

src/path.rs:204

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/bezier.rs:200

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/quadratic_bezier.rs:387

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/cubic_bezier.rs:379

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/bspline_path.rs:222

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/bspline.rs:1013

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/bezier_segment.rs:183

↓ 1 callersMethodpoint_at_length_approx

Evaluate the point at arc length `s`.

src/path.rs:195

↓ 1 callersMethodpush_cubic

Push a cubic segment, returning false if the path is at capacity.

src/path.rs:95

↓ 1 callersMethodpush_quadratic

Push a quadratic segment, returning false if the path is at capacity.

src/path.rs:90

↓ 1 callersMethodreal_roots

Solve for the roots of the polynomial at^2 + bt + c Returns an ArrayVec of roots in the order needs to be called for x and y components separately

src/quadratic_bezier.rs:255

↓ 1 callersMethodreverse

Return a curve with reversed direction.

src/bezier.rs:84

↓ 1 callersMethodreverse

Return a curve with reversed direction.

src/quadratic_bezier.rs:71

↓ 1 callersMethodreverse

Return a curve with reversed direction.

src/cubic_bezier.rs:93

↓ 1 callersMethodreverse

Return a segment with reversed direction.

src/line.rs:43

↓ 1 callersMethodreverse

Return a path with reversed direction.

src/bspline_path.rs:125

↓ 1 callersMethodreverse

Return a curve with reversed direction.

src/bspline.rs:181

↓ 1 callersMethodreverse

Return a segment with reversed direction.

src/bezier_segment.rs:52

↓ 1 callersMethodreverse

Return a path with reversed direction.

src/path.rs:119

↓ 1 callersMethodroot

(&self, a: P::Scalar, b: P::Scalar)

src/line.rs:179

↓ 1 callersMethodsplit

Split the curve at `t` into two sub-curves.

src/bezier.rs:216

↓ 1 callersMethodsplit

Split the curve at `t` into two sub-curves.

src/quadratic_bezier.rs:80

↓ 1 callersMethodsplit

Split the curve at `t` into two sub-curves.

src/cubic_bezier.rs:154

↓ 1 callersMethodsplit

Split the segment at `t` into two sub-segments.

src/line.rs:56

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/bezier.rs:192

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/quadratic_bezier.rs:379

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/cubic_bezier.rs:371

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/line.rs:156

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/bspline_path.rs:213

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/bspline.rs:1004

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/bezier_segment.rs:175

↓ 1 callersMethodt_at_length

Approximate parameter `t` at arc length `s` using a default resolution.

src/path.rs:187

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/bezier.rs:260

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/quadratic_bezier.rs:115

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/cubic_bezier.rs:195

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/bspline_path.rs:134

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/bspline.rs:1082

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/bezier_segment.rs:125

↓ 1 callersMethodtangent

Return the unit tangent direction at `t`.

src/path.rs:128

Methodadd

(self, other: PointN<T, N>)

src/point_generic.rs:53

Functionarclen_line_approx

()

src/bezier.rs:645

Functionarclen_line_approx

()

src/quadratic_bezier.rs:548

Functionarclen_line_approx

()

src/bspline.rs:1360

Methodaxis_derivative

(&self, t: P::Scalar, axis: usize)

src/bspline.rs:1230

Methodbaseline

Return the baseline line segment between start and end.

src/bezier_segment.rs:77

Functionbasis_functions_linear

()

src/bspline.rs:1683

Methodbasis_functions_with_derivatives

Evaluate the basis functions and their derivatives up to order `R`. Returns a `(R + 1) x (D + 1)` table `ders[k][j]` where `k` is the derivative orde

src/bspline.rs:351

Functionbezier_api_parity

()

src/bezier.rs:860

Functionbezier_path_api_parity

()

src/path.rs:384

Functionbezier_path_bounds_union

()

src/path.rs:331

Functionbezier_path_capacity

()

src/path.rs:367

Functionbezier_path_clamps_out_of_range

()

src/path.rs:348

Functionbezier_path_eval_segments

()

src/path.rs:309

Functionbezier_segment_api_parity

()

src/bezier_segment.rs:241

Methodbounding_box

Return the bounding box across all axes.

src/bezier_segment.rs:87

Functionbounding_box_contains

()

src/quadratic_bezier.rs:604

Functionbounding_box_contains

()

src/cubic_bezier.rs:814

Functionbounding_box_cubic_1d_extrema

()

src/bezier.rs:788

Functionbounding_box_matches_cubic_specialization

()

src/bezier.rs:834

Functionbspline_api_parity

()

src/bspline.rs:1655

Functionbspline_bounding_box_contains_samples

()

src/bspline.rs:1754

Functionbspline_curvature_nonzero

()

src/bspline.rs:1704

Functionbspline_path_api_parity

()

src/bspline_path.rs:426

Functionbspline_path_bounds_control_points

()

src/bspline_path.rs:409

Functionbspline_path_clamps_out_of_range

()

src/bspline_path.rs:390

Functionbspline_path_curvature_nonzero

()

src/bspline_path.rs:457

Functionbspline_path_eval_segments

()

src/bspline_path.rs:371

Functioncircle_approximation_error

()

src/cubic_bezier.rs:628

Functioncircle_circumference_approximation

()

src/cubic_bezier.rs:688

Methodcontrol_points

Return the control points array.

src/quadratic_bezier.rs:54

Methodcontrol_points

Return the control points array.

src/cubic_bezier.rs:76

Methodcontrol_points

Returns an iterator over the control points.

src/bspline.rs:200

Functioncubic_api_parity

()

src/cubic_bezier.rs:782

Methoddd

Direct Derivative - Sample the axis coordinate at 'axis' of the curve's derivative at t without creating a new curve. This is a convenience function f

src/quadratic_bezier.rs:187

Methoddd

Direct Derivative - Sample the axis coordinate at 'axis' of the curve's derivative at t without creating a new curve. This is a convenience function f

src/cubic_bezier.rs:267

Methoddefault

()

src/point_generic.rs:28

Methoddefault

()

src/bspline_path.rs:326

src/bezier_segment.rs:230

Methoddefault

()

src/path.rs:298

Functiondegree_1_clamped_construct_and_eval_endpoints

()

src/bspline.rs:1286

Functiondegree_1_unclamped_construct_and_eval

()

src/bspline.rs:1326

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