update build

docs/make.jl

@@ -4,7 +4,7 @@ using Meshing
 makedocs(
     sitename = "Meshing",
     format = Documenter.HTML(),
-    modules = [Meshing],
+   #modules = [Meshing],
     pages = ["Index" => "index.md",
              "API" => "api.md",
              "Examples" => "examples.md"]

src/common.jl

@@ -27,58 +27,3 @@ Called after `_get_cubeindex`. Determines if a voxel index has triangles.
 @inline function _no_triangles(cubeindex::UInt8)
     cubeindex == 0x00 || cubeindex == 0xff
 end
-
-#
-# General isosurface docstring
-#
-
-@doc """
-
-    function isosurface(sdf::AbstractArray{T, 3}, [ method::AbstractMeshingAlgorithm ],
-                         [ VertType = SVector{3,Float64} ], [ FaceType} = SVector{3, Int} ] ;
-                         origin = SVector(-1.0,-1.0,-1.0), widths = SVector(2.0,2.0,2.0))
-
-    function isosurface(f::Function, [ method::AbstractMeshingAlgorithm ],
-                         [ VertType = SVector{3,Float64} ], [FaceType = SVector{3, Int} ] ;
-                         origin = SVector(-1.0,-1.0,-1.0), widths = SVector(2.0,2.0,2.0)
-                         samples=(24,24,24))`
-
-`isosurface` is the general interface to all isosurface extraction algorithms.
-
-Returns: (Vector{VertType}, Vector{FaceType})
-
-Defaults:
-- VertType = SVector{3,Float64} (positional)
-- FaceType = SVector{3, Int} ] ; (positional)
-- origin = SVector(-1.0,-1.0,-1.0) (keyword)
-- widths = SVector(2.0,2.0,2.0) (keyword)
-- samples=(24,24,24) (keyword, function sampling only)
-
-`method` must be an instance of an `AbstractMeshingAlgorithm`, e.g.:
-- MarchingCubes()
-- MarchingTetrahedra()
-- NaiveSurfaceNets()
-
-If `isosurface` is called without a specified algorithm, it will default to MarchingCubes.
-
-If a subtype of `AbstractArray` is specified, the mesh will by default be centered at the origin between
-(-1,1) in each axis. This may be overridden by specifying a new origin and widths for the axis-aligned bounding box
-using keywords of the same names. For example if we want our vertices in the range of (0,1), we can specify `origin=SVector(0,0,0)`
-and `widths = SVector(1,1,1)`.
-
-If a function is specified, it will be uniformly sampled in each axis by the amount specified in `samples`.
-The function is called using the specifed `VertType`.
-
-Performance Tips:
-- ensure `VertType`, `origin`, and `widths` are all of the same type
-- ensure the element type of `VertType` is the same as the specified isolevel
-
-See also:
-- MarchingCubes
-- MarchingTetrahedra
-- NaiveSurfaceNets
-
-"""
-function isosurface(A; kwargs...)
-    isosurface(A, MarchingCubes(); kwargs...)
-end