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CoreFlow 1.0.0
A modern orchestration and execution runtime
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| ▼Ncoreflow | The internal representation of a vx_array |
| ▼Nxml | |
| CExport | |
| CImport | |
| CArray | |
| CContext | |
| CConvolution | |
| CDelay | |
| CDistribution | |
| CError | |
| CEventQueue | |
| CGraph | |
| CImage | |
| CImport | |
| ▼CKernel | |
| CParam | The parameter of the kernel |
| CLogger | |
| CMatrix | |
| CMemory | |
| ▼CMetaFormat | |
| ▼Cdim | A struct of the configuration types needed by all object types |
| Carray | When a VX_TYPE_ARRAY is specified |
| Cdistribution | When a VX_TYPE_DISTRIBUTION is specified |
| Cimage | When a VX_TYPE_IMAGE |
| Clut | When a VX_TYPE_LUT is specified |
| Cmatrix | When a VX_TYPE_MATRIX is specified |
| Cobject_array | When a VX_TYPE_OBJECT_ARRAY is specified |
| Cpyramid | When a VX_TYPE_PYRAMID is specified |
| Cremap | When a VX_TYPE_REMAP is specified |
| Cscalar | When a VX_TYPE_SCALAR is specified |
| Ctensor | |
| Cthreshold | When a VX_TYPE_THRESHOLD is specified |
| Cuser_data_object | When a VX_TYPE_USER_DATA_OBJECT is specified |
| CNode | |
| CObjectArray | |
| COsal | OS Abstraction Layer Utility Class |
| CParameter | |
| CPyramid | |
| CReference | |
| CRemap | |
| CScalar | |
| CTarget | |
| CTensor | |
| CThreshold | |
| CTypePairs | |
| CUserDataObject | |
| Cvx_enum_string_t | The enum string structure |
| C_vx_border_t | Use with the enumeration VX_NODE_BORDER to set the border mode behavior of a node that supports borders |
| C_vx_coordinates2d_t | The 2D Coordinates structure |
| C_vx_coordinates2df_t | The floating-point 2D Coordinates structure |
| C_vx_coordinates3d_t | The 3D Coordinates structure |
| C_vx_delta_rectangle_t | |
| C_vx_event | Data structure which holds event information |
| C_vx_event_graph_completed | Parameter structure returned with event of type VX_EVENT_GRAPH_COMPLETED |
| C_vx_event_graph_parameter_consumed | Parameter structure returned with event of type VX_EVENT_GRAPH_PARAMETER_CONSUMED |
| C_vx_event_info_t | Parameter structure associated with an event. Depends on type of the event |
| C_vx_event_node_completed | Parameter structure returned with event of type VX_EVENT_NODE_COMPLETED |
| C_vx_event_node_error | Parameter structure returned with event of type VX_EVENT_NODE_ERROR |
| C_vx_event_user_event | Parameter structure returned with event of type VX_EVENT_USER_EVENT |
| C_vx_hough_lines_p_t | Hough lines probability parameters |
| C_vx_image_description_t | A structure which describes the tile's parent image |
| C_vx_imagepatch_addressing_t | The addressing image patch structure is used by the Host only to address pixels in an image patch. The fields of the structure are defined as: |
| C_vx_kernel_description_t | Contains everything needed to abstractly describe a kernel. This is used to declare kernels at compile time |
| C_vx_kernel_info_t | The Kernel Information Structure. This is returned by the Context to indicate which kernels are available in the OpenVX implementation |
| C_vx_keypoint_t | The keypoint data structure |
| C_vx_line2d_t | Line struct |
| C_vx_log_entry_t | A log entry contains the graph reference, a status and a message |
| C_vx_log_t | The log of a graph |
| C_vx_neighborhood_size_t | The User Tiling Function Neighborhood declaration |
| C_vx_nn_convolution_params_t | Input parameters for a convolution operation |
| C_vx_nn_deconvolution_params_t | Input parameters for a deconvolution operation |
| C_vx_nn_roi_pool_params_t | Input parameters for ROI pooling operation |
| C_vx_param_description_t | Contains everything needed to abstractly describe a parameter to a kernel. This is used to declare kernel parameters at compile time |
| C_vx_perf_t | The performance measurement structure. The time or durations are in units of nano seconds |
| C_vx_pixel_value_t | Union that describes the value of a pixel for any image format. Use the field corresponding to the image format |
| C_vx_rectangle_t | The rectangle data structure that is shared with the users. The area of the rectangle can be computed as (end_x-start_x)*(end_y-start_y) |
| C_vx_tensor_matrix_multiply_params_t | Matrix Multiply Parameters |
| C_vx_tile_block_size_t | The User Tiling Function tile block size declaration |
| C_vx_tile_t | The tile structure declaration |
| CAMD_bubble_pop | |
| CAMD_donut_pop | |
| CCircularQueue | Circular queue implementation |
| CExecutionQueue | Execution queue implementation |
| ▼CKernellist | |
| Cnode | |
| CLinked_list_pop | |
| Cvx_cost_factors_t | A data structure used to track the various costs which could being optimized |
| Cvx_delay_param_t | The internal representation of the delay parameters as a list |
| Cvx_external_t | The framework's internal-external memory tracking structure |
| Cvx_graph_parameter_queue_params_t | Queueing parameters for a specific graph parameter |
| Cvx_hog_t | The HOG descriptor structure |
| Cvx_kernel_attr_t | The kernel attributes structure |
| Cvx_memory_map_extra | |
| Cvx_memory_map_t | The framework's mapping memory tracking structure |
| Cvx_memory_t | The raw definition of memory layout |
| Cvx_module_t | The tracking structure for a module |
| Cvx_processor_t | The processor structure which contains the graph queue |
| Cvx_queue_t | The queue object |
| Cvx_signature_t | The internal representation of the attributes associated with a run-time parameter |
| Cvx_target_funcs_t | The structure which holds all the target interface function pointers |
| Cvx_threadpool_t | The threadpool tracking structure |
| Cvx_threadpool_worker_t | The structure given to each threadpool worker during execution |
| Cvx_type_size_t | |
| Cvx_value_set_t | The data object for queues |
| Cvx_work_t | The work item to distribute across the threadpools |