template<typename ConditionT, typename LhsT, typename RhsT>
class ImFusion::ImageMath::internal::SelectTpl< ConditionT, LhsT, RhsT >
Specialization of ExprBaseTpl for ternary (condition ?
case_true : case_false) operators using template optimization
- Template Parameters
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| ConditionT | The first component of this expression is used to determine whether to return lhs or rhs. |
| LhsT | The expression that is returned if condition is true |
| RhsT | The expression that is returned if condition is false |
Please note that in addition to the CPU operator() method this also provides the evalString() method which will be used to formulate the expression in e.g. a GLSL shader.
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| SelectTpl (const ConditionT &condition, const LhsT &lhs, const RhsT &rhs) |
| | Constructor storing the left-hand and the right-hand side for later lazy evaluation.
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template<typename ImgT> |
| auto | convertToMemImgExpr () const noexcept |
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auto | convertToSharedImgExpr (std::size_t index) const |
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template<typename SubOperandT> |
| auto | substituteVariable (const SubOperandT &operand) const |
| | Substitutes any Variable leaf.
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template<typename LhsExprT = typename LhsT::expr_type, typename RhsExprT = typename RhsT::expr_type, typename ConditionExprT = typename ConditionT::expr_type> |
| IMFUSION_STRONG_INLINE expr_type | eval (const std::size_t i, const vec4i &coord) const |
| | Evaluate the expression at position i.
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| DeviceStrategy | deviceStrategy () const override |
| | Return DeviceStrategy of this expression.
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| ImageDescriptor | imgDesc () const override |
| | get image descriptor
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| int | numImgs () const override |
| | Get number of images.
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| GlExprInterface & | lhs () override |
| const GlExprInterface & | lhs () const override |
| GlExprInterface & | rhs () override |
| const GlExprInterface & | rhs () const override |
| GlExprInterface & | condition () override |
| const GlExprInterface & | condition () const override |
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const auto & | get () const |
| | get a const reference to this with the actual type
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| auto | polyWrapper () const |
| auto | uniquePolyWrapper () const |
| auto | sharedPolyWrapper () const |
| auto | binaryOp (const ExprBaseTpl< RhsT > &rhs, const Op &func=Op()) const |
| auto | unaryOp (const Op &func=Op()) const |
| reduction_type | reduce (std::vector< vec4i > *arg=nullptr) const |
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auto | forceCPU () const |
| | Forces CPU execution.
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auto | forceGPU () const |
| | Forces GPU execution.
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| auto | channelSwizzle (const std::vector< std::size_t > &indices) const |
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auto | head () |
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| ADD_SPECIAL_SWIZZLE (x, {0}) |
| auto | streamChannels (int numStreamedChannels) const |
| auto | substituteVariableWithImg (T &img) const |
| auto | operator- () const |
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auto | cast () const |
| auto | storageToOriginal (const ImageDescriptor &desc) |
| | Apply shift/scale to the operand,.
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| auto | originalToStorage (const ImageDescriptor &desc) |
| | Apply shift/scale to the operand,.
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auto | channelReduction () |
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| ADD_CHANNEL_REDUCTION_OPERATOR (channelSum, add) |
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auto | channelMean () |
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auto | squaredLength () const |
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auto | channelDistance (const ExprBaseTpl< RhsT > &other) const |
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auto | dot (const ExprBaseTpl< RhsT > &other) const |
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auto | stashThenApply (const ExprBaseTpl< VariableT > &varExpr) const |
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auto | hnormalized () const |
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auto | normalized () const |
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auto | homogeneous () const |
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auto | appendZero () const |
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auto | select (const ExprBaseTpl< LhsT > &lhs, const ExprBaseTpl< RhsT > &rhs) const |
| | Ternary (condition.x ? if_true : if_false) operator.
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| ADD_REDUCTION_OPERATOR (sum, add) |
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| ADD_ARG_REDUCTION_OPERATOR (min, min) |
| Eigen::Matrix< double, Eigen::Dynamic, 1 > | mean () const |
| Eigen::Matrix< double, Eigen::Dynamic, 1 > | l1Norm () const |
| Eigen::Matrix< double, Eigen::Dynamic, 1 > | squaredl2Norm () const |
| Eigen::Matrix< double, Eigen::Dynamic, 1 > | l2Norm () const |
| Eigen::Matrix< double, Eigen::Dynamic, 1 > | lpNorm (double p) const |
| Eigen::Matrix< double, Eigen::Dynamic, 1 > | lInfNorm () const |
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auto | evaluateIntoImage (bool clearShiftScale=false) const |
| | Create an empty image and evaluate this expression into it.
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auto | toMask () const |
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auto | toDeformation (const ImageDescriptorWorld imgDesc) const |
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auto | resample (const ImageDescriptorWorld &inputDesc, const ImageDescriptorWorld &outputDesc) const |
| std::string | evalString (bool tagAndAssign=true) const override |
| | Print expression.
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| void | tagAndAssignNames (std::unordered_map< internal::TaggingIndex, const void * > &taggedLeaves, std::unordered_map< std::type_index, int > &countPerLeafType, const std::string &prefix) const override |
| | We need to tag leaves and tell unique leaves that they are responsible to define the uniforms and set the shader arguments.
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| void | getUniformDefinitionList (std::string &definitionList, const std::vector< int > &indices, const std::string &prefix) const override |
| | Collect uniform/sampler definitions.
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| void | getVariableDefinitionList (std::string &definitionList, const std::vector< int > &indices, const std::string &prefix) const override |
| | Collect variable definitions.
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| int | setArguments (GL::Program &p, const std::vector< int > &indices, const std::string &prefix) const override |
| | Set uniform/sampler arguments.
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| std::vector< internal::GlExprInterface * > | children () override |
| | Used for traversing the expression tree. Contains the immediate children of node.
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| std::vector< const internal::GlExprInterface * > | children () const override |
| | Used for traversing the expression tree. Contains the immediate children of node.
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ExprInterface & | exprInterface () |
| | Get image descriptor of the wrapped expression.
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const ExprInterface & | exprInterface () const |
| virtual bool | setMagFilter (ImageMath::MagFilter mag) |
| | Set interpolation behaviour of the current leaf (only).
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| virtual bool | setWrap (ImageMath::Wrap wrap) |
| | Set interpolation behaviour of the current leaf (only).
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| bool | setMagFilterRecursive (ImageMath::MagFilter mag) |
| | Set interpolation behaviour of the current leaf and all of its children.
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| bool | setWrapRecursive (ImageMath::Wrap wrap) |
| | Set wrap behaviour of the current leaf and all of its children.
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