kcl-lib 0.2.179

KittyCAD Language implementation and tools
Documentation 
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enum-variant-size-threshold = 48

disallowed-types = [
  { path = "ezpz::datatypes::inputs::DatumCircularArc", reason = "The solver sweeps arcs counterclockwise from start to end, and KCL arcs must have their declared point order resolved first. Build arc constraints through crate::execution::SolverArc instead." },
]

disallowed-methods = [
  # All of the solver's arc constraint constructors are banned outside
  # crate::execution::SolverArc. A DatumCircularArc can still be constructed
  # fully-qualified without tripping the disallowed-types lint above (that
  # lint only sees imports and type positions), but it's useless without
  # these constructors, which close the loop.
  { path = "ezpz::constraints::Constraint::Arc", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "ezpz::constraints::Constraint::ArcRadius", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "ezpz::constraints::Constraint::PointArcCoincident", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "ezpz::constraints::Constraint::ArcLength", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "ezpz::constraints::Constraint::ArcAngle", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "ezpz::constraints::Constraint::point_bisects_arc", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "ezpz::constraints::Constraint::circle_arc_coincident", reason = "Build arc constraints through crate::execution::SolverArc so the arc's declared point order is resolved to the solver's counterclockwise convention." },
  { path = "f64::hypot", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::min",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::max",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::sin",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::sinh",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::sin_cos", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::cos",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::cosh",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::tan",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::tanh",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::asin",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::asinh", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::acos",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::acosh", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::atan",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::atan2", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::atanh", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f64::powf", reason = "Use squared() or floating point functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::hypot", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::min",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::max",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::sin",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::sinh",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::sin_cos", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::cos",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::cosh",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::tan",   reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::tanh",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::asin",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::asinh", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::acos",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::acosh", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::atan",  reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::atan2", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::atanh", reason = "Use trig functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
  { path = "f32::powf", reason = "Use squared() or floating point functions from libm crate instead, to ensure FP math works the same across OSs and platforms."},
]