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| | Image ()=default |
| | Constructs empty image. More...
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| | Image (MutImage< TPixel, TAllocator > &&image) noexcept |
| | Moves MutImage into this. By design not "explicit". More...
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| auto | useCount () const -> size_t |
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| void | reset () |
| | Sets Image instance to empty. Reduced use count by one. More...
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| |
| | ImageView ()=default |
| | Default constructor creates an empty image. More...
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| | ImageView (ImageLayout layout, TPixel const *ptr) noexcept |
| | Creates view from layout and pointer to first pixel. More...
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| |
| | ImageView (sophus::ImageSize image_size, TPixel const *ptr) noexcept |
| | Creates view from image size and pointer to first pixel. The image is assumed to be contiguous and the pitch is set accordingly. More...
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| |
| auto | isEmpty () const -> bool |
| | Returns true if view is empty. More...
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| auto | isContiguous () const -> bool |
| | Returns true if view is contiguous. More...
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| |
| auto | imageSize () const -> sophus::ImageSize const & |
| | Returns ImageSize. It is {0,0} if view is empty. More...
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| auto | layout () const -> ImageLayout const & |
| | Returns ImageLayout. It is {{0,0}, 0} is view is empty. More...
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| auto | area () const -> size_t |
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| auto | width () const -> int |
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| auto | height () const -> int |
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| auto | pitchBytes () const -> size_t |
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| auto | sizeBytes () const -> size_t |
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| auto | colInBounds (int u) const -> bool |
| | Returns true if u is in [0, width). More...
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| auto | rowInBounds (int v) const -> bool |
| | Returns true if v is in [0, height). More...
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| |
| auto | rowPtr (int v) const -> TPixel const * |
| | Returns v-th row pointer. More...
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| |
| auto | operator() (int u, int v) const -> TPixel const & |
| | Returns pixel u, v. More...
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| |
| auto | operator() (Eigen::Vector2i uv) const -> TPixel const & |
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| auto | ptr () const -> TPixel const * |
| | Returns pointer to first pixel. More...
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| auto | subview (Eigen::Vector2i uv, sophus::ImageSize size) const -> ImageView |
| | Returns subview. More...
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| |
| template<class TFunc > |
| void | visit (TFunc const &user_function) const |
| | Performs reduction / fold on image view. More...
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| |
| template<class TReduceOp , class TVal > |
| auto | reduce (TReduceOp const &reduce_op, TVal val=TVal{}) const -> TVal |
| | Performs reduction / fold on image view. More...
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| |
| template<class TShortCircuitReduceOp , class TVal > |
| auto | shortCircuitReduce (TShortCircuitReduceOp const &short_circuit_reduce_op, TVal val=TVal{}) const -> TVal |
| | Performs reduction / fold on image view with short circuit condition. More...
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| |
| auto | operator== (ImageView const &rhs) const -> bool=delete |
| | The equality operator is deleted to avoid confusion. Since ImageView is a "shallow-copy" type, a consistently defined equality would check for equality of its (shallow) state: More...
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| auto | operator!= (ImageView const &rhs) const -> bool=delete |
| | The in-equality operator is deleted to avoid confusion. More...
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| auto | hasSameData (ImageView const &rhs) const -> bool |
| | Returns true both views have the same size and contain the same data. More...
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| |
template<class TPixel, class TAllocator = Eigen::aligned_allocator<uint8_t>>
class sophus::Image< TPixel, TAllocator >
Image read-only access to pixels and shared ownership, hence cheap to copy. Type is nullable.
Image has close interop with DynImage (see below).
template<class TPixel , class TAllocator = Eigen::aligned_allocator<uint8_t>>
template<class TLhsPixel , class TRhsPixel , class TBinaryOperation >
Creates new Image given two views and binary transform function.
image(u, v) = binary_op(lhs(u, v), rhs(u, v));
template<class TPixel , class TAllocator = Eigen::aligned_allocator<uint8_t>>
template<class TOtherPixel , class TUnaryOperation >
| static auto sophus::Image< TPixel, TAllocator >::makeFromTransform |
( |
ImageView< TOtherPixel > |
view, |
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TUnaryOperation const & |
unary_op |
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) |
| -> Image |
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inlinestatic |
Creates new Image given view and unary transform function.
image(u, v) = unary_op(view(u, v));