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cotton_double/Include/ClassicMIL/MILDyn/milclass.h

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////////////////////////////////////////////////////////////////////////////////
//!
//! \brief Milclass CAPI header (Mclass...)
//!
//! AUTHOR: Matrox Imaging
//!
//! COPYRIGHT NOTICE:
//! Copyright (c) Matrox Electronic Systems Ltd., 1992-2023.
//! All Rights Reserved
// Revision: 10.60.0776
////////////////////////////////////////////////////////////////////////////////
#ifndef __MIL_CLASS_H__
#define __MIL_CLASS_H__
#if (!M_MIL_LITE) /* MIL FULL ONLY */
#define M_MIL_SUPPORT_CLASS_CNN_TRAINING (M_MIL_USE_WINDOWS && M_MIL_USE_64BIT)
#define DEFAULT_TRAINING_PRELOAD_MEMORY_USAGE 0
// A Dataset entry key is a MIL_UUID
#define M_COMPARE_MIL_KEY(A, B) M_COMPARE_MIL_UUID((A), (B))
#define M_IS_DEFAULT_KEY(A) M_IS_DEFAULT_UUID((A))
#define M_IS_NULL_KEY(A) M_IS_NULL_UUID((A))
#define M_DEFAULT_KEY M_DEFAULT_UUID
#define M_NULL_KEY M_NULL_UUID
/* C++ directive if needed */
#ifdef __cplusplus
extern "C"
{
#endif
typedef MIL_INT(MFTYPE *MIL_CLASS_HOOK_FUNCTION_PTR)(MIL_INT HookType,
MIL_ID EventId,
void *UserDataPtr);
////////////////////////////////////////////////////////////////////////////////
// MclassAlloc ContextTypes
#define M_CLASSIFIER_CNN 2779L
#define M_CLASSIFIER_CNN_PREDEFINED 2913L
#define M_CLASSIFIER_SEG_PREDEFINED 5383L
#define M_CLASSIFIER_DET_PREDEFINED 5580L
#define M_CLASSIFIER_ONNX 5680L
#if OldDefinesSupport
#define M_CONVOLUTIONAL_NETWORK M_CLASSIFIER_CNN
#define M_PREDEFINED_CONVOLUTIONAL_NETWORK M_CLASSIFIER_CNN_PREDEFINED
MIL_DEPRECATED(M_CONVOLUTIONAL_NETWORK, 1040)
MIL_DEPRECATED(M_PREDEFINED_CONVOLUTIONAL_NETWORK, 1040)
#endif
#define M_PREDICT_CNN_RESULT 3754L
#define M_PREDICT_SEG_RESULT 5515L
#define M_PREDICT_DET_RESULT 5589L
#define M_PREDICT_ONNX_RESULT 5681L
#define M_TRAIN_CNN 4213L
#define M_TRAIN_CNN_RESULT 3755L
#define M_TRAIN_SEG 5462L
#define M_TRAIN_SEG_RESULT 5463L
#define M_TRAIN_DET 5751L
#define M_TRAIN_DET_RESULT 5752L
#define M_CLASSIFIER_TREE_ENSEMBLE 3265L
#define M_PREDICT_TREE_ENSEMBLE_RESULT 3756L
#define M_TRAIN_TREE_ENSEMBLE 3521L
#define M_TRAIN_TREE_ENSEMBLE_RESULT 3757L
#define M_DATASET_IMAGES 3473L
#define M_DATASET_FEATURES 3946L
#define M_PREPARE_IMAGES_CNN 4795L
#define M_PREPARE_IMAGES_SEG 5212L
#define M_PREPARE_IMAGES_DET 5683L
// MclassAlloc ControlFlags
#define M_FCNET_S 0x20000001L
#define M_FCNET_M 0x20000002L
#define M_FCNET_XL 0x20000003L
#define M_FCNET_MONO_XL 0x20000004L
#define M_FCNET_COLOR_XL 0x20000005L
#define M_CSNET_S 0x20000006L
#define M_CSNET_M 0x20000007L
#define M_CSNET_XL 0x20000008L
#define M_CSNET_MONO_XL 0x20000009L
#define M_CSNET_COLOR_XL 0x2000000AL
#define M_ICNET_S 0x2000000BL
#define M_ICNET_M 0x2000000CL
#define M_ICNET_XL 0x2000000DL
#define M_ICNET_MONO_XL 0x2000000EL
#define M_ICNET_COLOR_XL 0x2000000FL
#define M_ODNET 0x20000010L
// Classifier predefined type
#define M_USER_ONNX 4761L
// PrepareData Control/Inquire Values and Types
#define M_RESIZE_SCALE_FACTOR 4797L
#define M_SIZE_MODE 4998L
#define M_CENTER_MODE 4999L
#define M_CENTER_X 4L // already defined
#define M_CENTER_Y 5L // already defined
#define M_AUGMENT_NUMBER_ABSOLUTE 4828L
#define M_AUGMENT_NUMBER_MODE 5209L
#define M_AUGMENT_NUMBER_FACTOR 5210L
#define M_FACTOR 5211L
#define M_ABSOLUTE 1L // already defined
#define M_AUGMENT_BALANCING 4829L
#define M_AUGMENT_CONTEXT_ID 4831L
#define M_PREPARE_ORIGINAL_IMAGES 4832L
#define M_INVALID -1 // already defined
#define M_INTERNAL_ERROR 5L // already defined
#define M_AUGMENTATION_CONTEXT 18L // already defined
#define M_INVALID_BUFFER_SIGN_FOR_AUG 5125L
#define M_INVALID_AUG_OP_FOR_1_BIT_BUFFER 5126L
#define M_INVALID_AUG_OP_FOR_1_BAND_BUFFER 5127L
#define M_SOURCE_TOO_SMALL_FOR_DERICHE_OP 5128L
#define M_FAILED_TO_SAVE_IMAGE 5129L
#define M_FLOAT_IMAGE_NOT_NORMALIZED 5130L
#define M_RESIZED_IMAGE_TOO_SMALL 5209L
#define M_DESTINATION_FOLDER_MODE 5392L
#define M_OVERWRITE 1861L // already defined
#define M_CREATE M_YES // already defined
#define M_MASK_FILE_NOT_FOUND 5516L
#define M_INVALID_CENTER 5528L
#define M_PRESET_ROTATION 4833L
#define M_PRESET_SCALE 4834L
#define M_PRESET_TRANSLATION 4835L
#define M_PRESET_ASPECT_RATIO 4836L
#define M_PRESET_FLIP 4837L
#define M_PRESET_CROP 4838L
#define M_PRESET_INTENSITY_MULTIPLY 5223L
#define M_PRESET_GAMMA 5224L
#define M_PRESET_SMOOTH_GAUSSIAN 5226L
#define M_PRESET_NOISE_SALT_PEPPER 5229L
#define M_PRESET_LIGHTING_DIRECTIONAL 4184L
#define M_PRESET_NOISE_GAUSSIAN_ADDITIVE 4185L
#define M_PRESET_REDUCE 5700L
#define M_PRESET_INTENSITY_ADD 5701L
#define M_PRESET_SATURATION_GAIN 5702L
#define M_PRESET_HUE_OFFSET 5703L
// Segmentation Control/Inquire Types
#define M_FEATURE_SIZE_X 5464L
#define M_FEATURE_SIZE_Y 5465L
#define M_SAVE_SCORES_AT_EPOCH 4291L
#define M_USE_MASK_DESCRIPTORS 4292L
#define M_USE_POLYGON_DESCRIPTORS 4293L
#define M_CLASS_WEIGHT_STRENGTH 4294L
#define M_INVERSE_CLASS_FREQUENCY 4295L
#define M_SQUARED_INVERSE_CLASS_FREQUENCY 6005L
// Segmentation Result Types
#define M_DEV_DATASET_IOU_MEAN 5466L
#define M_DEV_DATASET_EPOCH_IOU_MEAN 5891L
#define M_TRAIN_DATASET_IOU_MEAN 5467L
#define M_TRAIN_DATASET_EPOCH_IOU_MEAN 5892L
// Dataset Control/Inquire types
#define M_DATASET 3802L
#define M_ENTRIES 3571L
#define M_AUTHORS 3769L
#define M_CLASS_DEFINITIONS 3476L
#define M_ENTRY_ADD 3474L
#define M_ENTRY_DELETE 3477L
#define M_ENTRY_DELETE_BY_KEY 3573L
#define M_ENTRY_DELETE_ALL 3784L
#define M_ENTRY_INDEX 3653L
#define M_ENTRY_KEY 3575L
#define M_FORMAT_CSV 3572L
#define M_FORMAT_TXT 3945L
#define M_IMAGE_DATASET_FOLDER 5357L
#define M_IMAGE_DATASET_FOLDER_ALLOW_RENAME 5372L
#define M_ENTRY_USER_STRING (3649L | M_CLIENT_ENCODING)
#define M_REGION_ADD 3650L
#define M_REGION_DELETE 3651L
#define M_NUMBER_OF_REGIONS 3652L
#define M_REGION_TYPE 1058L // also in mil.h
#define M_WHOLE_IMAGE 1L // also in milblob.h
#define M_DESCRIPTOR_BASED 5440L
#define M_REGIONS_ADD_FROM_GROUND_TRUTH_IMAGE 5248L
#define M_DESCRIPTOR 5249L
#define M_DESCRIPTOR_ADD 5250L
#define M_DESCRIPTOR_DELETE 5419L
#define M_REGION_USE 1065L // already defined
#define M_NUMBER_OF_DESCRIPTOR_TYPE_MASK 5251L
#define M_NUMBER_OF_DESCRIPTOR_TYPE_POLYGON 5252L
#define M_NUMBER_OF_DESCRIPTOR_TYPE_BOX 5253L
#define M_DESCRIPTOR_TYPE_MASK 5254L
#define M_DESCRIPTOR_TYPE_POLYGON 5255L
#define M_DESCRIPTOR_TYPE_BOX 5256L
#define M_ALL_DESCRIPTORS 5265L
#define M_REGIONS_ADD_FROM_GROUND_TRUTH_IMAGE_COLOR 5341L
#define M_NO_REGION_PIXEL_CLASS 5342L
#define M_DONT_CARE_CLASS_DRAW_COLOR 5345L
#define M_NO_CLASS_DRAW_COLOR 5370L
#define M_COLOR_NO_CLASS M_RGB888(16, 0, 0)
#define M_COLOR_DONT_CARE_CLASS M_RGB888(255, 255, 255)
#define M_DONT_CARE_CLASS -1L
#define M_NO_CLASS -2L
#define M_PREPARE_FOLDER_PATH (5420L | M_CLIENT_ENCODING)
#define M_REGION_MASK_PATH (5381L | M_CLIENT_ENCODING)
#define M_REGION_MASKS_FOLDER (5382L | M_CLIENT_ENCODING)
#define M_REGION_MASKS_FOLDER_ABS (5538L | M_CLIENT_ENCODING)
#define M_REGION_MASK_PATH_ABS (5521L | M_CLIENT_ENCODING)
#define M_SEGMENTATION_FOLDER (4014L | M_CLIENT_ENCODING)
#define M_SEGMENTATION_FOLDER_ABS (5540L | M_CLIENT_ENCODING)
#define M_SEGMENTATION_PATH (4151L | M_CLIENT_ENCODING)
#define M_SEGMENTATION_PATH_ABS (4152L | M_CLIENT_ENCODING)
#define M_PREPARED_DATA_FOLDER (5394L | M_CLIENT_ENCODING)
#define M_CLASS_ADD 3740L
#define M_CLASS_DELETE 3741L
#define M_CLASS_DELETE_BY_KEY 3742L
#define M_CLASS_INDEX_GROUND_TRUTH 3478L
#if OldDefinesSupport
#define M_CLASS_INDEX_PREDICTED 3738L
MIL_DEPRECATED(M_CLASS_INDEX_PREDICTED, 1050)
#endif
#define M_ENTRY_WEIGHT 3576L
#if OldDefinesSupport
#define M_PREDICTED_CLASS_SCORES 3739L
MIL_DEPRECATED(M_PREDICTED_CLASS_SCORES, 1050)
#endif
#define M_ENTRY_IMAGE_PATH (3475L | M_CLIENT_ENCODING)
#if OldDefinesSupport
#define M_FILE_PATH M_ENTRY_IMAGE_PATH
MIL_DEPRECATED(M_FILE_PATH, 1050)
#endif
#define M_ENTRY_IMAGE_PATH_ABS (3743L | M_CLIENT_ENCODING)
#if OldDefinesSupport
#define M_FILE_PATH_ABS M_ENTRY_IMAGE_PATH_ABS
MIL_DEPRECATED(M_FILE_PATH_ABS, 1050)
#endif
#define M_ROOT_PATH (3744L | M_CLIENT_ENCODING)
#define M_MAKE_FILE_PATHS_RELATIVE 3749L
#define M_MAKE_FILE_PATHS_ABSOLUTE 3750L
#define M_SORT 0x00200000L // already defined
#define M_RAW_DATA 0x00000094L // already defined in milcode.h
#define M_AUGMENTATION_SOURCE 3841L
#define M_AUGMENTATION_SOURCE_KEY 3842L
#define M_EXTERNAL_SOURCE_KEY 5041L
#define M_USER_CONFIDENCE 4013L
#define M_AUTHOR_ADD 3770L
#define M_AUTHOR_DELETE 3771L
#define M_AUTHOR_DELETE_BY_KEY 3772L
#define M_NUMBER_OF_AUTHORS 3773L
#define M_AUTHOR_KEY 3774L
#define M_AUTHOR_NAME (3655L | M_CLIENT_ENCODING)
#define M_ACTIVE_AUTHOR_INDEX 3777L
#define M_CURRENT_USER_U79 3778L
#define M_CURRENT_USER_PP4 0x00010000L
#define M_CURRENT_USER M_CURRENT_USER_PP4
#define M_ACTIVE_AUTHOR_UPDATE 3924L
#define M_CURRENT_USER_AUTHOR_INDEX 5389L
#define M_UNKNOWN_UUID M_DEFAULT_UUID
#define M_UNKNOWN_KEY M_UNKNOWN_UUID
#define M_NOT_AUGMENTED -1L
#define M_UNKNOWN -9999L // already defined in mil.h, milpat.h
////////////////////////////////////////////////////////////////////////////////
// Indexing, used in other Mclass functions (MclassInquire(), MclassControl(), ...)
#define M_DEFAULT 0x10000000L // already defined
#define M_CONTEXT 0x08000000L // already defined
#define M_GENERAL 0x20000000L // already defined
#define M_ALL 0x40000000L // already defined
#define M_ANY 0x11000000L // already defined
// Control and result types modifiers, also used in MclassCopyResult
#define M_AVAILABLE MAKE_INT64(0x0000400000000000) // also defined in mil.h
#define M_SUPPORTED MAKE_INT64(0x0000800000000000) // also defined in mil.h
#define M_DEFAULT_PATH MAKE_INT64(0x0000000000000001)
#define M_CLASS_NAME (3297L | M_CLIENT_ENCODING)
#define M_CLASS_DEF_UUID (3298L | M_CLIENT_ENCODING)
#define M_CLASS_DRAW_COLOR 3319L
#define M_CLASS_KEY 3574L
#define M_OWNER_SYSTEM 1101L // already defined
#define M_MODIFICATION_COUNT 5010L // already defined
#define M_MAX_POSSIBLE_LABEL_VALUE ((~(0xFFE00000L)) & 0xFFFFFFFFL)
#define M_MAX_POSSIBLE_INDEX_VALUE M_MAX_POSSIBLE_LABEL_VALUE
#define M_DEFAULT_SOURCE_LAYER 0x02100000L
#define M_DEFAULT_NO_LAYER 0x02040000L
#define M_CLASS_DEF_INDEX_FLAG 0x00200000L
#define M_PREDICT_ENGINE_INDEX_FLAG 0x00800000L
#define M_INSTANCE_INDEX_FLAG 0x00E00000L
#define M_OUTPUT_INDEX_FLAG 0x01200000L
#define M_REGION_INDEX_FLAG 0x01000000L
#define M_AUTHOR_INDEX_FLAG 0x04000000L
#define M_CLASS_DESCRIPTION(IndexValue) (M_CLASS_DEF_INDEX_FLAG | (IndexValue))
#define M_CLASS_INDEX(IndexValue) (M_CLASS_DEF_INDEX_FLAG | (IndexValue))
#define M_PREDICT_ENGINE_INDEX(IndexValue) (M_PREDICT_ENGINE_INDEX_FLAG | (IndexValue))
#define M_INSTANCE_INDEX(IndexValue) (M_INSTANCE_INDEX_FLAG | (IndexValue))
#define M_ALL_INSTANCES M_INSTANCE_INDEX(M_ALL)
#define M_OUTPUT_INDEX(IndexValue) (M_OUTPUT_INDEX_FLAG | (IndexValue))
#define M_ALL_OUTPUTS M_OUTPUT_INDEX(M_ALL)
#define M_REGION_INDEX(IndexValue) (M_REGION_INDEX_FLAG | (IndexValue))
#define M_AUTHOR_INDEX(IndexValue) (M_AUTHOR_INDEX_FLAG | (IndexValue))
#define M_TIMEOUT 2077L // already defined
#define M_SOURCE 2800L
#define M_OUTPUT 3L // already defined in mil.h
////////////////////////////////////////////////////////////////////////////////
// MclassControl
#define M_TIMEOUT 2077L // already defined
////////////////////////////////////////////////////////////////////////////////
// MclassControl / MclassInquire
// Context
#define M_ENABLE -9997L // already defined
#define M_DISABLE -9999L // already defined
#define M_AUTO 444L // already defined
#define M_USER_DEFINED 21L // already defined
#define M_STOP_PREDICT 2785L
#define M_STOP_TRAIN 2698L // also in milcode.h
#define M_STOP_PREPARE 5022L
#define M_PREPROCESSED 14L // already defined
#define M_NUMBER_OF_OUTPUTS 2836L
#define M_RESET_TRAINING_VALUES 3719L
#define M_LATEST_USED_RESET_TRAINING_VALUES 3954L
#define M_SIZE 0xC00L // already defined
#define M_SIZE_X 1536L // already defined
#define M_SIZE_Y 1537L // already defined
#define M_STEP_X 3971L
#define M_STEP_Y 3972L
#define M_SIZE_BAND 1005L // already defined
#define M_BAND_ORDER 3036L
#define M_RGB 8L // already defined in mil.h, milcolor.h
#define M_BGR 0x07L
#define M_METHOD 103L // already defined
#define M_MAX 0x04000000L // already defined
#define M_AVERAGE 0x00000020L // already defined
#define M_OVERSCAN 53L // already defined
#define M_TYPE 1008L // already defined
#define M_GLOBAL 0x00000008L // already defined
#define M_LOCAL 0x01000000 // already defined
#define M_CROSS_ENTROPY 2814L
#define M_FOCAL_LOSS 4115L
#define M_FOCAL_LOSS_GAMMA 4116L
#define M_DICE_LOSS 6004L
#define M_DET_LOSS 5775L
#define M_IDENTITY 6L // already defined
#define M_DECAY 3486L
#define M_CYCLICAL_DECAY 3491L
#define M_FACTOR_DECAY 5774L
#define M_SAMPLE_TYPE 121L // already defined
#define M_ALWAYS 0L // already defined in Milblob.h
#define M_ONCE 3L // already defined in mil.h
#define M_SUPPORT_MISSING_GROUND_TRUTH 3950L
#define M_LOSS_FUNCTION_TYPE 3582L
#define M_HOST 100L // already defined
#define M_EXPIRY_DATE_STRING (2990L | M_CLIENT_ENCODING)
#define M_GAMMA 6672L // already defined
#define M_MEAN 0x08000000L // already defined
#define M_VARIANCE 0x01000000L // already defined
#define M_NORMALIZATION_SCALE 2856L // already defined in other modules
#define M_UPDATE_TRAINED_PARAMS 3706L
#if OldDefinesSupport
#define M_UPDATE_TRAINED_CNN_PARAMS M_UPDATE_TRAINED_PARAMS
MIL_DEPRECATED(M_UPDATE_TRAINED_CNN_PARAMS, 1050)
MIL_DEPRECATED(M_UPDATE_TRAINED_CNN_PARAMS_MODE, 1050)
#endif
#define M_NOW 29L // already defined in mil3ddisp.h
#if OldDefinesSupport
#define M_MOVE_ENTRIES 4057L
MIL_DEPRECATED(M_MOVE_ENTRIES, 1050)
#endif
#define M_CONSOLIDATE_ENTRIES_INTO_FOLDER 4159L
#define M_SPLIT_SEED_MODE 5391L
#define M_SPLIT_PERCENTAGE 5384L
#define M_PREPARE_DATA_CONTEXT_ID 5385L
#define M_TRAIN_DESTINATION_FOLDER (5386L | M_CLIENT_ENCODING)
#define M_RANDOM 5390L
// Detection controls/inquires (predict).
#define M_NMS_IOU_THRESHOLD 5582L
#define M_NMS_TOP_K 5583L
#define M_NMS_POST_K 5584L
// Detection controls/inquires (result).
#define M_SCORE_THRESHOLD 5603L
////////////////////////////////////////////////////////////////////////////////
// MclassSplitDataset
#define M_SPLIT_CONTEXT_DEFAULT (3979L | M_PSEUDO_ID)
#define M_SPLIT_CONTEXT_FIXED_SEED (3980L | M_PSEUDO_ID)
#define M_SPLIT_SEG_CONTEXT_DEFAULT (4198L | M_PSEUDO_ID)
#define M_SPLIT_SEG_CONTEXT_FIXED_SEED (4199L | M_PSEUDO_ID)
#define M_SPLIT_DET_CONTEXT_DEFAULT (5785L | M_PSEUDO_ID)
#define M_SPLIT_DET_CONTEXT_FIXED_SEED (5786L | M_PSEUDO_ID)
#if OldDefinesSupport
#define M_PREDICT_MODE 2859L
#define M_SINGLE_CLASSIFICATION 2860L
#define M_CLASSIFICATION_MAP 2861L
#define M_CLASSIFICATION_MAP_INPUT_SIZE_X 2871L
#define M_CLASSIFICATION_MAP_INPUT_SIZE_Y 2872L
#define M_PRETRAINED_CONVOLUTIONAL_NETWORK 2913L
MIL_DEPRECATED(M_PREDICT_MODE , 1040)
MIL_DEPRECATED(M_SINGLE_CLASSIFICATION , 1040)
MIL_DEPRECATED(M_CLASSIFICATION_MAP , 1040)
MIL_DEPRECATED(M_CLASSIFICATION_MAP_INPUT_SIZE_X , 1040)
MIL_DEPRECATED(M_CLASSIFICATION_MAP_INPUT_SIZE_Y , 1040)
MIL_DEPRECATED(M_PRETRAINED_CONVOLUTIONAL_NETWORK, 1040)
#endif
#define M_CLASS_SCORES_SIZE_X 2862L
#define M_CLASS_SCORES_SIZE_Y 2863L
#if OldDefinesSupport
#define M_CLASSIFICATION_MAP_SIZE_X M_CLASS_SCORES_SIZE_X
#define M_CLASSIFICATION_MAP_SIZE_Y M_CLASS_SCORES_SIZE_Y
MIL_DEPRECATED(M_CLASSIFICATION_MAP_SIZE_X, 1050)
MIL_DEPRECATED(M_CLASSIFICATION_MAP_SIZE_Y, 1050)
#endif
#define M_TARGET_IMAGE_SIZE_X 3358L
#define M_TARGET_IMAGE_SIZE_Y 3359L
#define M_TARGET_IMAGE_SIZE_BAND 5754L
#define M_DEFINED_BY_TARGET_IMAGE_SIZE_X -2L
#define M_DEFINED_BY_TARGET_IMAGE_SIZE_Y -3L
#define M_DEFINED_BY_TARGET_IMAGE_SIZE_BAND -4L
#define M_OPERATION M_METHOD // already defined
#define M_ADD 0x0000L // already defined
#define M_CONSTANT 0x8000L // already defined
#define M_CLASS_ICON_ID 2907L
#if OldDefinesSupport
#define M_SAMPLE_IMAGE_ID M_CLASS_ICON_ID
MIL_DEPRECATED(M_SAMPLE_IMAGE_ID, 1040)
#endif
#define M_CLASS_WEIGHT 3612L
#define M_PREDICT_SCORES_HISTOGRAM 3936L
#define M_PREDICT_SCORES_COMPLEMENTS_HISTOGRAM 3937L
#define M_PREDICT_SCORES_ALL_CLASSES_HISTOGRAM 3938L
#define M_MAX_NUMBER_OF_CLASSES 2946L
#if OldDefinesSupport
#define M_NUMBER_OF_CLASS_DEFINITIONS M_NUMBER_OF_CLASSES
#define M_MAX_NUMBER_OF_CLASS_DESCRIPTIONS M_MAX_NUMBER_OF_CLASSES
#define M_MAX_NUMBER_OF_CLASS_DEFINITIONS M_MAX_NUMBER_OF_CLASSES
MIL_DEPRECATED(M_NUMBER_OF_CLASS_DEFINITIONS, 1040)
MIL_DEPRECATED(M_MAX_NUMBER_OF_CLASS_DEFINITIONS, 1040)
MIL_DEPRECATED(M_MAX_NUMBER_OF_CLASS_DESCRIPTIONS, 1040)
#endif
#define M_MP_USE (M_APP_INQUIRE_SYS_START+128L) // 15128 (already defined)
#define M_TRAIN_ENGINE 3426L
#define M_CPU 3427L
#define M_TRAIN_ENGINE_USED 3800L
#define M_TRAIN_ENGINE_USED_DESCRIPTION (6272L | M_CLIENT_ENCODING)
#define M_TRAIN_ENGINE_IS_INSTALLED 3768L
#define M_TRAINED_PARAMETERS_UPDATED 3775L
#if OldDefinesSupport
#define M_CNN_TRAIN_ENGINE_USED_DESCRIPTION M_TRAIN_ENGINE_USED_DESCRIPTION
MIL_DEPRECATED(M_CNN_TRAIN_ENGINE_USED_DESCRIPTION, 1050)
#define M_CNN_TRAIN_ENGINE_USED M_TRAIN_ENGINE_USED
MIL_DEPRECATED(M_CNN_TRAIN_ENGINE_USED, 1050)
#define M_CNN_TRAIN_ENGINE M_TRAIN_ENGINE
MIL_DEPRECATED(M_CNN_TRAIN_ENGINE, 1050)
#define M_CNN_TRAIN_ENGINE_IS_INSTALLED M_TRAIN_ENGINE_IS_INSTALLED
MIL_DEPRECATED(M_CNN_TRAIN_ENGINE_IS_INSTALLED, 1050)
#define M_TRAINED_CNN_PARAMETERS_UPDATED M_TRAINED_PARAMETERS_UPDATED
MIL_DEPRECATED(M_TRAINED_CNN_PARAMETERS_UPDATED, 1050)
#endif
#define M_CLASSIFIER_STATUS 3781L
#define M_PRETRAINED 3782L
#define M_USER_TRAINED 3783L
#define M_IMPORTED_ONNX 5604L
#define M_UNDEFINED 3948L
#define M_UNTRAINED 3733L
#define M_CLASSIFIER_PREDEFINED_TYPE 3978L
#if OldDefinesSupport
#define M_CLASSIFIER_CNN_PREDEFINED_TYPE M_CLASSIFIER_PREDEFINED_TYPE
MIL_DEPRECATED(M_CLASSIFIER_CNN_PREDEFINED_TYPE, 1050)
#endif
// Result
#define M_RESET 9L // already defined
#define M_NUMBER_OF_TREES 3515L
#define M_SEED_VALUE 2867L // already defined in milim.h
#define M_SEED_MODE 3863L
#define M_AUTO 444L // already defined in mil.h
#define M_USER_DEFINED_SEED 3465L // already defined in milim.h
#define M_NODE_MAX_NUMBER_OF_FEATURES_MODE 3516L
#define M_NUMBER_OF_FEATURES 1002L // already defined in milmetrol.h
#define M_FEATURE_IMPORTANCE_MODE 3613L
#define M_MEAN_DECREASE_IMPURITY 3614L
#define M_PERMUTATION 3615L
#define M_DROP_COLUMN 3966L // already defined in mildb.h
#define M_VALUE 0L // already defined in milim.h
#define M_PERCENTAGE 2L // already defined in milim.h
#define M_SQUARE_ROOT M_SQRT // already defined in milim.h
#define M_LOG2 0x0107L // already defined in milim.h
#define M_ALL 0x40000000L // already defined in mil.h
#define M_USER_DEFINED_VALUE 3942L
#define M_USER_DEFINED_PERCENTAGE 3943L
#define M_NODE_MAX_NUMBER_OF_FEATURES 3517L
#define M_BOOTSTRAP 3518L
#define M_TREE_MAX_DEPTH 3318 // already definded in mil3dmap.h
#define M_NONE 0x08000000L // already defines in milim.h
#define M_TREE_MAX_NUMBER_OF_LEAF_NODES 3780L
#define M_MIN_NUMBER_OF_ENTRIES_SPLIT_MODE 3519L
#define M_MIN_NUMBER_OF_ENTRIES_SPLIT 3522L
#define M_MIN_WEIGHT_FRACTION_LEAF 3523L
#define M_MIN_NUMBER_OF_ENTRIES_LEAF_MODE 3524L
#define M_MIN_NUMBER_OF_ENTRIES_LEAF 3525L
#define M_OUT_OF_BAG_ACCURACY 3804L
#define M_OUT_OF_BAG_ERROR_RATE 3526L
#define M_COMPUTE_OUT_OF_BAG_RESULTS 3527L
#define M_FORMAT_DOT 3864L
#define M_MIN_IMPURITY_DECREASE 3528L
#define M_CLASS_WEIGHT_MODE 3529L
#define M_SORT 0x00200000L // already defined in milocr.h
#define M_FEATURE_IMPORTANCE_SET 3703L
#define M_DEV_DATASET 3704L
#define M_OUT_OF_BAG 3705L
#define M_BALANCE 1483L // already defined in milcolor.h
#define M_TRAIN_DATASET_ERROR_RATE_AFTER_EACH_TREE 3779L
#define M_DEV_DATASET_ERROR_RATE_AFTER_EACH_TREE 3806L
#define M_OUT_OF_BAG_ERROR_RATE_AFTER_EACH_TREE 3530L
#define M_TRAIN_DATASET_ACCURACY_AFTER_EACH_TREE 3807L
#define M_DEV_DATASET_ACCURACY_AFTER_EACH_TREE 3808L
#define M_OUT_OF_BAG_ACCURACY_AFTER_EACH_TREE 3809L
#define M_SPLIT_QUALITY_TYPE 3531L
#define M_GINI 3532L
#define M_ENTROPY 3533L
#define M_COMPUTE_PROXIMITY_MATRIX 3513L
#define M_PROXIMITY_MATRIX 3792L
#define M_PROXIMITY_MATRIX_SIZE_X 3791L
#define M_PROXIMITY_MATRIX_SIZE_Y 3981L
#define M_OUT_OF_BAG_CONFUSION_MATRIX 3789L
#define M_TRAIN_REPORT 3944L
#define M_TRAIN_TREE 3788L
#define M_WITH_REPLACEMENT 3786L
#define M_WITHOUT_REPLACEMENT 3785L
#define M_MAX_EPOCH 3479L
#define M_MINI_BATCH_SIZE 3480L
#define M_SCHEDULER_TYPE 3492L
#define M_INITIAL_LEARNING_RATE 3493L
#define M_LEARNING_RATE_DECAY 3494L
#define M_TRANSFER_LEARNING 3625L
#define M_FINE_TUNING 3626L
////////////////////////////////////////////////////////////////////////////////
// MclassInquire
// Context
#define M_PREPROCESSED 14L // already defined
#define M_INVALID -1 // already defined
#define M_NUMBER_OF_ENTRIES 24L
#define M_NUMBER_OF_ENTRIES_GROUND_TRUTH 3761L
#define M_NUMBER_OF_ENTRIES_PREDICTED 3762L
#define M_PREDICTED_SCORE_MIN 3763L
#define M_PREDICTED_SCORE_MAX 3764L
#define M_PREDICTED_SCORE_AVERAGE 3765L
#define M_CONFUSION_MATRIX_ENTRIES 3939L
#define M_CONFUSION_MATRIX_PERCENTAGE 3940L
#define M_NUMBER_OF_AUGMENTED_ENTRIES 3976L
#define M_ACCURACY 106L // already defined
#define M_PRECISION 1482L // already defined
#define M_GPU_TRAIN_ENGINE_LOAD_STATUS 4110L
#define M_CPU_TRAIN_ENGINE_LOAD_STATUS 4108L
#define M_NUMBER_OF_PREDICT_ENGINES 5497L
#define M_PREDICT_ENGINE_PROVIDER 5498L
#define M_PREDICT_ENGINE_DESCRIPTION (5499L | M_CLIENT_ENCODING)
#define M_PREDICT_ENGINE_PRECISION 5500L
#define M_PREDICT_ENGINE 5501L
#define M_PREDICT_ENGINE_USED 5502L
////////////////////////////////////////////////////////////////////////////////
// MclassInquire returned values for M_PREDICT_ENGINE_USED
#define M_DEFAULT_PREDICT_ENGINE_PROVIDER 5546L
#define M_DEFAULT_PREDICT_ENGINE_PRECISION 5547L
////////////////////////////////////////////////////////////////////////////////
// MclassInquire returned values for M_PREDICT_ENGINE_PROVIDER
#define M_DEFAULT_CPU M_MIL
#define M_OPENVINO 5483L
#define M_CUDA 5484L
////////////////////////////////////////////////////////////////////////////////
// MclassInquire returned values for M_PREDICT_ENGINE_PRECISION
#define M_FP32 5485L
#define M_FP16 5486L
////////////////////////////////////////////////////////////////////////////////
// MclassInquire returned values for M_GPU_TRAIN_ENGINE_LOAD_STATUS and M_CPU_TRAIN_ENGINE_LOAD_STATUS
#define M_SUCCESS 0x00000000L // already defined
#define M_FAILURE 0x00000001L // already defined
#define M_JIT_COMPILATION_REQUIRED 4102L
#define M_JIT_COMPILER_NOT_FOUND 4100L
#define M_CUDA_FAIL 4098L
#define M_UNABLE_TO_FIND_VALID_GPU 4091L
#define M_UNABLE_TO_LOAD_GPU_TRAIN_ENGINE 4090L
#define M_UNABLE_TO_LOAD_CPU_TRAIN_ENGINE 4089L
#define M_UNABLE_TO_FIND_GPU_TRAIN_ENGINE 4088L
#define M_UNABLE_TO_FIND_CPU_TRAIN_ENGINE 4072L
#define M_INVALID_GPU_DRIVER_VERSION 5696L
////////////////////////////////////////////////////////////////////////////////
// MclassName operations
#define M_SET_NAME 1L // also in milmetrol.h
#define M_GET_NAME 2L // also in milmetrol.h
#define M_LAST_LAYER_SOFTMAX 0x00040000L
#define M_ONNX_FILE 0x00000500L
////////////////////////////////////////////////////////////////////////////////
// MclassGetResult ResultTypes
#define M_STATUS 0x00008002L // already defined
#define M_TIMEOUT_REACHED 2554L
#define M_STOPPED_BY_REQUEST 2555L
#define M_NOT_ENOUGH_MEMORY 4L // already defined
#define M_NOT_ENOUGH_GPU_MEMORY 958494L
#define M_NON_FINITE_VALUE_DETECTED 4746L
#define M_UNABLE_TO_SAVE_SCORES 5634L
#define M_COMPLETE 0x00000000L // already defined
#define M_INTERNAL_ERROR 5L // already defined
#define M_PREDICT_NOT_PERFORMED 2788L
#define M_CURRENTLY_PREDICTING 2789L
#define M_TRAINING_NOT_PERFORMED 3424L
#define M_CURRENTLY_TRAINING 3425L
#define M_IMAGE_FILE_NOT_FOUND 3793L
#define M_INVALID_NUMBER_OF_FEATURES 3951L
#define M_NUMBER_OF_CLASSES 2848L
#define M_CLASS_SCORES 2837L
#define M_BEST_CLASS_INDEX 2847L
#define M_BEST_CLASS_SCORE 2889L
#define M_NUMBER_OF_CLASS_SCORES 2864L
#define M_BEST_INDEX_IMAGE_TYPE 3355L
#define M_RECEPTIVE_FIELD_SIZE_X 3379L
#define M_RECEPTIVE_FIELD_SIZE_Y 3380L
#define M_RECEPTIVE_FIELD_STRIDE_X 3332L
#define M_RECEPTIVE_FIELD_STRIDE_Y 3333L
#define M_RECEPTIVE_FIELD_OFFSET_X 3334L
#define M_RECEPTIVE_FIELD_OFFSET_Y 3335L
#define M_FEATURE_IMPORTANCE 3534L
#define M_NUMBER_OF_ENTRIES_OUT_OF_BAG 3535L
#define M_TREE_DEPTHS_ACHIEVED 3536L
#define M_TREE_NUMBER_OF_LEAF_NODES_ACHIEVED 3810L
#define M_TREE_DEPTH_ACHIEVED 3811L
#define M_NUMBER_OF_TREES_TRAINED 3813L
#define M_TRAIN_IMAGE_MIN_SIZE_X 3729L
#define M_TRAIN_IMAGE_MIN_SIZE_Y 3730L
#define M_TRAIN_IMAGE_STEP_X 3731L
#define M_TRAIN_IMAGE_STEP_Y 3732L
#define M_TRAINABLE_COMPLETE 3949L
#define M_TRAINABLE_TRANSFER_LEARNING 3974L
#define M_TRAINABLE_FINE_TUNING 3975L
#if OldDefinesSupport
#define M_CLASSIFICATION_MAP_SCALE_X M_RECEPTIVE_FIELD_STRIDE_X
#define M_CLASSIFICATION_MAP_SCALE_Y M_RECEPTIVE_FIELD_STRIDE_Y
#define M_CLASSIFICATION_MAP_OFFSET_X M_RECEPTIVE_FIELD_OFFSET_X
#define M_CLASSIFICATION_MAP_OFFSET_Y M_RECEPTIVE_FIELD_OFFSET_Y
#define M_CLASS_MAP_INDEX_IMAGE_TYPE M_BEST_INDEX_IMAGE_TYPE
MIL_DEPRECATED(M_CLASSIFICATION_MAP_SCALE_X, 1050)
MIL_DEPRECATED(M_CLASSIFICATION_MAP_SCALE_Y, 1050)
MIL_DEPRECATED(M_CLASSIFICATION_MAP_OFFSET_X, 1050)
MIL_DEPRECATED(M_CLASSIFICATION_MAP_OFFSET_Y, 1050)
MIL_DEPRECATED(M_CLASS_MAP_INDEX_IMAGE_TYPE, 1050)
#endif
// Object detection result type (M_CENTER_X/Y already defined above).
#define M_TOP_LEFT_X 1004L // already defined in milcode.h
#define M_TOP_LEFT_Y 1005L // already defined in milcode.h
#define M_BOTTOM_RIGHT_X 1018L // already defined in milcode.h
#define M_BOTTOM_RIGHT_Y 1019L // already defined in milcode.h
#define M_WIDTH 0x00010000L // already defined in milmeas.h
#define M_HEIGHT 317L // already defined in milmod.h
#define M_BOX_4_CORNERS 5591L
#define M_NUMBER_OF_INSTANCES 5599L
#define M_OUTPUT_SHAPE 5718L
#define M_DATA_TYPE 1022L // already defined in mil.h
#define M_OUTPUT_DATA 5720L
#define M_OUTPUT_RAW 5721L
#define M_DEV_DATASET_ACCURACY 3555L
#define M_TRAIN_DATASET_ACCURACY 3556L
#define M_DEV_DATASET_EPOCH_ACCURACY 3642L
#define M_TRAIN_DATASET_MINI_BATCH_LOSS 3643L
#define M_TRAIN_DATASET_EPOCH_ACCURACY 3727L
#define M_MINI_BATCH_PER_EPOCH 3737L
#define M_DEV_DATASET_ERROR_RATE 3745L
#define M_TRAIN_DATASET_ERROR_RATE 3746L
#define M_DEV_DATASET_EPOCH_ERROR_RATE 3747L
#define M_TRAIN_DATASET_EPOCH_ERROR_RATE 3748L
#define M_LAST_EPOCH_UPDATED_PARAMETERS 3839L
#define M_DEV_DATASET_LOSS 5601L
#define M_DEV_DATASET_EPOCH_LOSS 5602L
#define M_TRAIN_DATASET_CONFUSION_MATRIX 3608L
#define M_TRAIN_DATASET_CONFUSION_MATRIX_SIZE_X 3609L
#define M_TRAIN_DATASET_CONFUSION_MATRIX_SIZE_Y 3982L
#define M_DEV_DATASET_CONFUSION_MATRIX 3610L
#define M_DEV_DATASET_CONFUSION_MATRIX_SIZE_X 3611L
#define M_DEV_DATASET_CONFUSION_MATRIX_SIZE_Y 3983L
#define M_OUT_OF_BAG_CONFUSION_MATRIX_SIZE_X 3805L
#define M_OUT_OF_BAG_CONFUSION_MATRIX_SIZE_Y 3984L
#define M_TRAIN_DATASET_USED_ENTRIES 3985L
#define M_DEV_DATASET_USED_ENTRIES 3986L
#define M_TRAINABLE_DATASETS 5434L
#define M_DATASETS_STATUS_VALID 5447L
#define M_DATASETS_STATUS_MISSING_GT 5448L
#define M_DATASETS_STATUS_INVALID 5457L
#define M_PREPARED_TRAIN_DATASET 5460L
#define M_PREPARED_DEV_DATASET 5461L
////////////////////////////////////////////////////////////////////////////////
// MclassGetResultEntry ResultTypes
#define M_PREDICT_INFO 5479L
// PredictionType
#define M_CLASSIFICATION 5480L
#define M_SEGMENTATION 5481L
#define M_DETECTION 5526L
////////////////////////////////////////////////////////////////////////////////
// MclassDraw ControlTypes
#define M_DRAW_CLASS_ICON 3955L
#define M_DRAW_BEST_INDEX_CONTOUR_IMAGE 3356L
#define M_DRAW_CLASS_COLOR_LUT 4099L
#define M_DRAW_BEST_INDEX_IMAGE 4101L
#define M_DRAW_BEST_SCORE_IMAGE 4103L
#define M_DRAW_CLASS_SCORES 4109L
#if OldDefinesSupport
#define M_DRAW_CLASSIFICATION_SCORE M_DRAW_CLASS_SCORES
MIL_DEPRECATED(M_DRAW_CLASSIFICATION_SCORE, 1060)
#endif
#define M_NETWORK_OUTPUT_SIZE 0x2000L
#if OldDefinesSupport
#define M_CLASSIFICATION_MAP_SIZE M_NETWORK_OUTPUT_SIZE
MIL_DEPRECATED(M_CLASSIFICATION_MAP_SIZE, 1050)
#endif
#define M_PSEUDO_COLOR 0x4000L
#define M_REPLICATE_BORDER 0x8000L
#define M_RECEPTIVE_FIELD_PATCH 3752L
#define M_BILINEAR_INTERPOLATION M_BILINEAR
// Object detection draw operations.
#define M_DRAW_BOX 0x00000020L // already defined in milmod.h
#define M_DRAW_BOX_CENTER 0x00000001L // already defined in milblob.h
#define M_DRAW_BOX_NAME 0x00000002L
#define M_DRAW_BOX_SCORE 0x00000004L
////////////////////////////////////////////////////////////////////////////////
// MclassDrawEntry ControlTypes
#define M_GROUND_TRUTH_IMAGE 5369L
#define M_GROUND_TRUTH_INDEX 0x10000L
#define M_NO_REGION_PIXELS 0x20000L
////////////////////////////////////////////////////////////////////////////////
// MclassEntryAddRegion
#define M_GROUND_TRUTH_IMAGE_COLOR 5388L
////////////////////////////////////////////////////////////////////////////////
// MclassCopyResult options
#define M_TRAINED_CLASSIFIER 3640L
#if OldDefinesSupport
#define M_TRAINED_CLASSIFIER_CNN M_TRAINED_CLASSIFIER
MIL_DEPRECATED(M_TRAINED_CLASSIFIER_CNN, 1050)
#endif
#if OldDefinesSupport
#define M_TRAINED_TREE_ENSEMBLE 3695L
MIL_DEPRECATED(M_TRAINED_TREE_ENSEMBLE, 1050)
#endif
#define M_TRAIN_DATASET_PREDICT_SCORES 3952L
#define M_DEV_DATASET_PREDICT_SCORES 3953L
#define M_OUT_OF_BAG_PREDICT_SCORES 3965L
////////////////////////////////////////////////////////////////////////////////
// MclassHookFunction options
#define M_EPOCH_TRAINED (M_OBJ_HOOK_MODULE_RANGE_START + 0x01L)
#define M_MINI_BATCH_TRAINED (M_OBJ_HOOK_MODULE_RANGE_START + 0x02L)
#define M_PREDICT_ENTRY (M_OBJ_HOOK_MODULE_RANGE_START + 0x05L)
#define M_TREE_TRAINED (M_OBJ_HOOK_MODULE_RANGE_START + 0x06L)
#define M_PREPARE_ENTRY_PRE (M_OBJ_HOOK_MODULE_RANGE_START + 0x07L)
#define M_PREPARE_ENTRY_POST (M_OBJ_HOOK_MODULE_RANGE_START + 0x08L)
#define M_WRITE_NEW_FILE (M_OBJ_HOOK_MODULE_RANGE_START + 0x09L)
#define M_DATASETS_PREPARED (M_OBJ_HOOK_MODULE_RANGE_START + 0x0AL)
////////////////////////////////////////////////////////////////////////////////
// MclassGetHookInfo options
#define M_EPOCH_INDEX 3678L
#define M_MINI_BATCH_INDEX 3679L
#define M_MINI_BATCH_LOSS 3680L
#define M_INPUT_DATASET_ID 3681L
#define M_OUTPUT_DATASET_ID 3682L
#define M_PREDICT_CONTEXT_ID 3683L
#define M_PREDICT_SCORE 3684L
#define M_PREDICT_SCORE_MIN 3685L
#define M_PREDICT_SCORE_MAX 3686L
#define M_PREDICT_SCORE_AVERAGE 3687L
#define M_NUMBER_OF_PREDICTED_ENTRIES 3688L
#define M_NUMBER_OF_ENTRIES_IN_ERROR 3689L
#define M_TASK_TYPE 5644L
#define M_RESULT_ID 3691L
#define M_TRAIN_CONTEXT_ID 3692L
#define M_TRAIN_DATASET_ID 3693L
#define M_DEV_DATASET_ID 3694L
#define M_DEV_DATASET_EPOCH_ERROR_ENTRIES 3723L
#define M_TRAIN_DATASET_EPOCH_ERROR_ENTRIES 3724L
#define M_DEV_DATASET_ERROR_ENTRIES 3725L
#define M_TRAIN_DATASET_ERROR_ENTRIES 3726L
#define M_TREE_INDEX 3803L
#define M_IMAGE_ID 0x04000000L // already defined
#define M_SRC_ENTRY_INDEX 5017L
#define M_SRC_DATASET_ID 5018L
#define M_DST_DATASET_ID 5019L
#define M_DST_ENTRIES_START_INDEX 5020L
#define M_NUMBER_OF_PREPARED_SRC_ENTRIES 5036L
#define M_NEW_FILE_PATH (5551L | M_CLIENT_ENCODING)
////////////////////////////////////////////////////////////////////////////////
// CAPI function prototypes
MIL_ID MFTYPE MclassAlloc(MIL_ID SysId,
MIL_INT64 ContextType,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr);
MIL_ID MFTYPE MclassAllocResult(MIL_ID SysId,
MIL_INT64 ResultType,
MIL_INT64 ControlFlag,
MIL_ID* ResultClassIdPtr);
void MFTYPE MclassFree(MIL_ID ClassObjectId);
void MFTYPE MclassControlMilUuid(MIL_ID ContextOrResultClassId,
MIL_INT64 LabelOrIndex,
MIL_INT64 ControlType,
MIL_UUID ControlValue);
void MFTYPE MclassControlEntryMilUuid(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_UUID ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize);
#if M_MIL_USE_64BIT
// Prototypes for 64 bits OSs
void MFTYPE MclassControlInt64(MIL_ID ContextOrResultClassId,
MIL_INT64 LabelOrIndex,
MIL_INT64 ControlType,
MIL_INT64 ControlValue);
void MFTYPE MclassControlDouble(MIL_ID ContextOrResultClassId,
MIL_INT64 LabelOrIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue);
void MFTYPE MclassControlEntryInt64(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_INT64 ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize);
void MFTYPE MclassControlEntryDouble(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize);
#else
// Prototypes for 32 bits OSs
#define MclassControlInt64 MclassControl
#define MclassControlDouble MclassControl
#define MclassControlEntryInt64 MclassControlEntry
#define MclassControlEntryDouble MclassControlEntry
void MFTYPE MclassControl(MIL_ID ContextOrResultClassId,
MIL_INT64 LabelOrIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue);
void MFTYPE MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize);
#endif
MIL_INT MFTYPE MclassInquire(MIL_ID ContextOrResultClassId,
MIL_INT64 LabelOrIndex,
MIL_INT64 InquireType,
void* UserVarPtr);
MIL_INT MFTYPE MclassInquireEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 InquireType,
void* UserVarPtr);
void MFTYPE MclassPreprocess(MIL_ID ContextClassId,
MIL_INT64 ControlFlag);
void MFTYPE MclassPredict(MIL_ID ContextClassId,
MIL_ID TargetMilObjectId,
MIL_ID DatasetContextOrResultClassId,
MIL_INT64 ControlFlag);
void MFTYPE MclassPredictMultiBand(MIL_ID ContextClassId,
const MIL_ID* TargetImageBufId,
MIL_INT NbTargetImages,
MIL_ID ResultClassId,
MIL_INT64 ControlFlag);
void MFTYPE MclassGetResult(MIL_ID ResultClassId,
MIL_INT64 LabelOrIndex,
MIL_INT64 ResultType,
void* ResultArrayPtr);
void MFTYPE MclassGetResultEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 TaskType,
MIL_INT64 LabelOrIndex,
MIL_INT64 ResultType,
void* ResultArrayPtr);
void MFTYPE MclassTrain(MIL_ID TrainContextClassId,
MIL_ID ClassifierContextClassId,
MIL_ID TrainDatasetContextClassId,
MIL_ID DevDatasetContextClassId,
MIL_ID TrainResultClassId,
MIL_INT64 ControlFlag);
void MFTYPE MclassDraw(MIL_ID ContextGraId,
MIL_ID ContextOrResultClassId,
MIL_ID DstImageBufOrListGraId,
MIL_INT64 Operation,
MIL_INT64 Index,
MIL_INT64 ControlFlag);
void MFTYPE MclassDrawEntry(MIL_ID ContextGraId,
MIL_ID DatasetContextClassId,
MIL_ID DstImageBufOrListGraId,
MIL_INT64 Operation,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 TaskType,
MIL_INT64 Index,
MIL_INT* DstLabelArrayPtr,
MIL_INT64 ControlFlag);
void MFTYPE MclassCopy(MIL_ID SrcContextClassId,
MIL_INT64 SrcIndex,
MIL_ID DstContextClassId,
MIL_INT64 DstIndex,
MIL_INT64 CopyType,
MIL_INT64 ControlFlag);
void MFTYPE MclassCopyResult(
MIL_ID SrcResultClassId,
MIL_INT64 SrcIndex,
MIL_ID DstContextClassId,
MIL_INT64 DstIndex,
MIL_INT64 CopyType,
MIL_INT64 ControlFlag);
void MFTYPE MclassHookFunction(
MIL_ID ClassId,
MIL_INT64 HookType,
MIL_CLASS_HOOK_FUNCTION_PTR HookHandlerPtr,
void* UserDataPtr);
MIL_INT MFTYPE MclassGetHookInfo(
MIL_ID EventId,
MIL_INT64 InfoType,
void* UserVarPtr);
void MFTYPE MclassSplitDataset(MIL_ID SplitContextClassId,
MIL_ID SrcDatasetContextClassId,
MIL_ID DstFirstDatasetContextClassId,
MIL_ID DstSecondDatasetContextClassId,
MIL_DOUBLE Percentage,
MIL_ID SplitResultClassId,
MIL_INT64 ControlFlag);
void MFTYPE MclassSetHookInfo(MIL_ID EventId,
MIL_INT64 InfoType,
MIL_DOUBLE InfoValue);
void MFTYPE MclassPrepareData(MIL_ID PrepareDataContextClassId,
MIL_ID SrcDatasetContextOrImageBufId,
MIL_ID DstDatasetContextOrImageBufId,
MIL_ID ClassifierContextClassId,
MIL_INT64 ControlFlag);
#if M_MIL_USE_UNICODE
void MFTYPE MclassSaveA(MIL_CONST_TEXTA_PTR FileName,
MIL_ID ContextClassId,
MIL_INT64 ControlFlag);
MIL_ID MFTYPE MclassRestoreA(MIL_CONST_TEXTA_PTR FileName,
MIL_ID SysId,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr);
void MFTYPE MclassStreamA(MIL_TEXTA_PTR MemPtrOrFileName,
MIL_ID SysId,
MIL_INT64 Operation,
MIL_INT64 StreamType,
MIL_DOUBLE Version,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr,
MIL_INT* SizeByteVarPtr);
void MFTYPE MclassImportA(MIL_CONST_TEXTA_PTR FileNameOrFolderPath,
MIL_INT64 FileOrPathFormat,
MIL_ID DatasetOrClassifierContextId,
MIL_INT64 Index,
MIL_INT64 ImportType,
MIL_INT64 ControlFlag);
void MFTYPE MclassExportA(MIL_CONST_TEXTA_PTR FileNameOrFolderPath,
MIL_INT64 FileOrFolderFormat,
MIL_ID ClassId,
MIL_INT64 Index,
MIL_INT64 ExportType,
MIL_INT64 ControlFlag);
void MFTYPE MclassEntryAddRegionA(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 DescriptorType,
MIL_ID DescriptorId,
MIL_CONST_TEXTA_PTR DescriptorFileName,
MIL_INT64 ClassIndexGroundTruth,
MIL_INT64 ControlFlag);
void MFTYPE MclassSaveW(MIL_CONST_TEXTW_PTR FileName,
MIL_ID ContextClassId,
MIL_INT64 ControlFlag);
MIL_ID MFTYPE MclassRestoreW(MIL_CONST_TEXTW_PTR FileName,
MIL_ID SysId,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr);
void MFTYPE MclassStreamW(MIL_TEXTW_PTR MemPtrOrFileName,
MIL_ID SysId,
MIL_INT64 Operation,
MIL_INT64 StreamType,
MIL_DOUBLE Version,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr,
MIL_INT* SizeByteVarPtr);
void MFTYPE MclassImportW(MIL_CONST_TEXTW_PTR FileNameOrFolderPath,
MIL_INT64 FileOrPathFormat,
MIL_ID DatasetOrClassifierContextId,
MIL_INT64 Index,
MIL_INT64 ImportType,
MIL_INT64 ControlFlag);
void MFTYPE MclassExportW(MIL_CONST_TEXTW_PTR FileNameOrFolderPath,
MIL_INT64 FileOrFolderFormat,
MIL_ID ClassId,
MIL_INT64 Index,
MIL_INT64 ExportType,
MIL_INT64 ControlFlag);
void MFTYPE MclassEntryAddRegionW(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 DescriptorType,
MIL_ID DescriptorId,
MIL_CONST_TEXTW_PTR DescriptorFileName,
MIL_INT64 ClassIndexGroundTruth,
MIL_INT64 ControlFlag);
#if M_MIL_UNICODE_API
#define MclassSave MclassSaveW
#define MclassRestore MclassRestoreW
#define MclassStream MclassStreamW
#define MclassImport MclassImportW
#define MclassExport MclassExportW
#define MclassEntryAddRegion MclassEntryAddRegionW
#else
#define MclassSave MclassSaveA
#define MclassRestore MclassRestoreA
#define MclassStream MclassStreamA
#define MclassImport MclassImportA
#define MclassExport MclassExportA
#define MclassEntryAddRegion MclassEntryAddRegionA
#endif
#else
void MFTYPE MclassSave(MIL_CONST_TEXT_PTR FileName,
MIL_ID ContextClassId,
MIL_INT64 ControlFlag);
MIL_ID MFTYPE MclassRestore(MIL_CONST_TEXT_PTR FileName,
MIL_ID SysId,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr);
void MFTYPE MclassStream(MIL_TEXT_PTR MemPtrOrFileName,
MIL_ID SysId,
MIL_INT64 Operation,
MIL_INT64 StreamType,
MIL_DOUBLE Version,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr,
MIL_INT* SizeByteVarPtr);
void MFTYPE MclassImport(MIL_CONST_TEXT_PTR FileNameOrFolderPath,
MIL_INT64 FileFormat,
MIL_ID DatasetOrClassifierContextId,
MIL_INT64 Index,
MIL_INT64 ImportType,
MIL_INT64 ControlFlag);
void MFTYPE MclassExport(MIL_CONST_TEXT_PTR FileNameOrFolderPath,
MIL_INT64 FileFormat,
MIL_ID ClassId,
MIL_INT64 Index,
MIL_INT64 ExportType,
MIL_INT64 ControlFlag);
void MFTYPE MclassEntryAddRegion(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 DescriptorType,
MIL_ID DescriptorId,
MIL_CONST_TEXT_PTR DescriptorFileName,
MIL_INT64 ClassIndexGroundTruth,
MIL_INT64 ControlFlag);
#endif
/* C++ directive if needed */
#ifdef __cplusplus
}
#endif
////////////////////////////////////////////////////////////////////////////////
#ifdef __cplusplus
inline void MFTYPE MclassStreamCpp(MilStreamParam MemPtrOrFileName,
MIL_ID SysId,
MIL_INT64 Operation,
MIL_INT64 StreamType,
MIL_DOUBLE Version,
MIL_INT64 ControlFlag,
MIL_ID* ContextClassIdPtr,
MIL_INT* SizeByteVarPtr)
{
MclassStream(MemPtrOrFileName.m_Param, SysId, Operation, StreamType, Version, ControlFlag, ContextClassIdPtr, SizeByteVarPtr);
}
#undef MclassStream
#define MclassStream MclassStreamCpp
// Overload for MIL_UUID as ControlValue
inline void MFTYPE MclassControl(MIL_ID ContextOrResultClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, const MIL_UUID& ControlValue)
{
MclassControlMilUuid(ContextOrResultClassId, LabelOrIndex, ControlType, ControlValue);
}
#if M_MIL_USE_MIL_UNIQUE_ID
// Overload for applicable MIL_UNIQUE_..._IDs.
inline void MclassControl(MIL_ID ContextOrResultClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, const MIL_UNIQUE_BUF_ID& ControlValue)
{
MclassControlInt64(ContextOrResultClassId, LabelOrIndex, ControlType, ControlValue.get());
}
#endif
inline void MFTYPE MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_UUID ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize)
{
MclassControlEntryMilUuid(DatasetContextClassId,
EntryIndex,
EntryKey,
RegionIndex,
ControlType,
ControlValue,
ControlValuePtr,
ControlValuePtrSize);
}
#endif // __cplusplus
#if M_MIL_USE_64BIT
#ifdef __cplusplus
//////////////////////////////////////////////////////////////
// MclassControl function overloads when compiling c++ files
//////////////////////////////////////////////////////////////
inline void MclassControl(MIL_ID ContextOrResultClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, float ControlValue)
{
MclassControlDouble(ContextOrResultClassId, LabelOrIndex, ControlType, ControlValue);
}
inline void MclassControl(MIL_ID ContextOrResultClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, MIL_DOUBLE ControlValue)
{
MclassControlDouble(ContextOrResultClassId, LabelOrIndex, ControlType, ControlValue);
}
template <typename T>
inline void MclassControl(MIL_ID ContextOrResultClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, T* ControlValue)
{
MclassControlInt64(ContextOrResultClassId, LabelOrIndex, ControlType, M_PTR_TO_MIL_INT(ControlValue));
}
template <typename T>
inline void MclassControl(MIL_ID ContextOrResultClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, T ControlValue)
{
MclassControlInt64(ContextOrResultClassId, LabelOrIndex, ControlType, (MIL_INT64) ControlValue);
}
//////////////////////////////////////////////////////////////
// MclassControlEntry function overloads when compiling c++ files
//////////////////////////////////////////////////////////////
template <typename T>
inline void MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
T ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize)
{
MclassControlEntryInt64(DatasetContextClassId,
EntryIndex,
EntryKey,
RegionIndex,
ControlType,
ControlValue,
ControlValuePtr,
ControlValuePtrSize);
}
inline void MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize)
{
MclassControlEntryDouble(DatasetContextClassId,
EntryIndex,
EntryKey,
RegionIndex,
ControlType,
ControlValue,
ControlValuePtr,
ControlValuePtrSize);
}
inline void MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_FLOAT ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize)
{
MclassControlEntryDouble(DatasetContextClassId,
EntryIndex,
EntryKey,
RegionIndex,
ControlType,
ControlValue,
ControlValuePtr,
ControlValuePtrSize);
}
#if M_MIL_USE_MIL_UNIQUE_ID
template <MilFreeFuncType FreeFunc>
inline void MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
const MIL_UNIQUE_ID<FreeFunc>& ControlValue,
const void* ControlValuePtr,
MIL_INT ControlValuePtrSize)
{
MclassControlEntryInt64(DatasetContextClassId,
EntryIndex,
EntryKey,
RegionIndex,
ControlType,
ControlValue.get(),
ControlValuePtr,
ControlValuePtrSize);
}
#endif // M_MIL_USE_MIL_UNIQUE_ID
#else // __cplusplus
//////////////////////////////////////////////////////////////
// For C file, call the default function, i.e. Double one
//////////////////////////////////////////////////////////////
#define MclassControl MclassControlDouble
#define MclassControlEntry MclassControlEntryDouble
#endif // __cplusplus
#endif // M_MIL_USE_64BIT
#if M_MIL_USE_SAFE_TYPE
//////////////////////////////////////////////////////////////
// See milos.h for explanation about these functions.
//////////////////////////////////////////////////////////////
// -------------------------------------------------------------------------
// Utility structures for void pointers.
struct ClassVoidPtr
{
#if M_MIL_SAFE_TYPE_M_NULL_PTR_TYPE_EXISTS
inline ClassVoidPtr(std::nullptr_t): m_IntVal(M_NULL), m_PtrType(0) {}
#endif
inline ClassVoidPtr(int NullPtr ): m_IntVal (NullPtr ), m_PtrType(0) {}
inline ClassVoidPtr(MIL_UINT8 *MilUInt8Ptr ) : m_VoidPtr(MilUInt8Ptr ), m_PtrType(8 + M_UNSIGNED) {}
inline ClassVoidPtr(MIL_UINT16 *MilUInt16Ptr) : m_VoidPtr(MilUInt16Ptr), m_PtrType(16 + M_UNSIGNED) {}
inline ClassVoidPtr(MIL_UINT32 *MilUInt32Ptr) : m_VoidPtr(MilUInt32Ptr), m_PtrType(32 + M_UNSIGNED) {}
inline ClassVoidPtr(MIL_UINT64 *MilUInt64Ptr) : m_VoidPtr(MilUInt64Ptr), m_PtrType(64 + M_UNSIGNED) {}
inline ClassVoidPtr(MIL_INT8 *MilInt8Ptr ) : m_VoidPtr(MilInt8Ptr ), m_PtrType(8 + M_SIGNED ) {}
inline ClassVoidPtr(MIL_INT16 *MilInt16Ptr ) : m_VoidPtr(MilInt16Ptr ), m_PtrType(16 + M_SIGNED ) {}
inline ClassVoidPtr(MIL_INT32 *MilInt32Ptr ) : m_VoidPtr(MilInt32Ptr ), m_PtrType(32 + M_SIGNED ) {}
inline ClassVoidPtr(MIL_INT64 *MilInt64Ptr ) : m_VoidPtr(MilInt64Ptr ), m_PtrType(64 + M_SIGNED ) {}
inline ClassVoidPtr(MIL_FLOAT *MilFloatPtr ) : m_VoidPtr(MilFloatPtr ), m_PtrType(32 + M_FLOAT ) {}
inline ClassVoidPtr(MIL_DOUBLE *MilDoublePtr) : m_VoidPtr(MilDoublePtr), m_PtrType(64 + M_FLOAT ) {}
union
{
void* m_VoidPtr;
MIL_INT m_IntVal;
};
MIL_INT64 m_PtrType;
};
struct ClassConstVoidPtr
{
#if M_MIL_SAFE_TYPE_M_NULL_PTR_TYPE_EXISTS
inline ClassConstVoidPtr(std::nullptr_t): m_IntVal(M_NULL), m_PtrType(0) {}
#endif
inline ClassConstVoidPtr(int NullPtr): m_IntVal(NullPtr), m_PtrType(0) {}
inline ClassConstVoidPtr(const MIL_UINT8 *MilUInt8Ptr ) : m_ConstVoidPtr(MilUInt8Ptr ), m_PtrType(8 + M_UNSIGNED) {}
inline ClassConstVoidPtr(const MIL_UINT16 *MilUInt16Ptr) : m_ConstVoidPtr(MilUInt16Ptr), m_PtrType(16 + M_UNSIGNED) {}
inline ClassConstVoidPtr(const MIL_UINT32 *MilUInt32Ptr) : m_ConstVoidPtr(MilUInt32Ptr), m_PtrType(32 + M_UNSIGNED) {}
inline ClassConstVoidPtr(const MIL_UINT64 *MilUInt64Ptr) : m_ConstVoidPtr(MilUInt64Ptr), m_PtrType(64 + M_UNSIGNED) {}
inline ClassConstVoidPtr(const MIL_INT8 *MilInt8Ptr ) : m_ConstVoidPtr(MilInt8Ptr ), m_PtrType(8 + M_SIGNED ) {}
inline ClassConstVoidPtr(const MIL_INT16 *MilInt16Ptr ) : m_ConstVoidPtr(MilInt16Ptr ), m_PtrType(16 + M_SIGNED ) {}
inline ClassConstVoidPtr(const MIL_INT32 *MilInt32Ptr ) : m_ConstVoidPtr(MilInt32Ptr ), m_PtrType(32 + M_SIGNED ) {}
inline ClassConstVoidPtr(const MIL_INT64 *MilInt64Ptr ) : m_ConstVoidPtr(MilInt64Ptr ), m_PtrType(64 + M_SIGNED ) {}
inline ClassConstVoidPtr(const MIL_FLOAT *MilFloatPtr ) : m_ConstVoidPtr(MilFloatPtr ), m_PtrType(32 + M_FLOAT ) {}
inline ClassConstVoidPtr(const MIL_DOUBLE *MilDoublePtr) : m_ConstVoidPtr(MilDoublePtr), m_PtrType(64 + M_FLOAT ) {}
union
{
const void* m_ConstVoidPtr;
MIL_INT m_IntVal;
};
MIL_INT64 m_PtrType;
};
// -------------------------------------------------------------------------
// MclassGetResult safe type definitions
//
inline void MclassGetResultSafeType(MIL_ID ResultClassId, MIL_INT64 LayerLabelOrIndex, MIL_INT64 ResultType, MilVoidPtr ResultArrayPtr)
{
MIL_INT64 RequiredParamType = M_PARAM_TYPE_MIL_INT64;
if(!(M_DEFAULT_DATA_TYPE_BIT_SET(ResultType) || M_RECOMMENDED_DATA_TYPE_BIT_SET(ResultType)))
{
MclassGetResult(ResultClassId, LayerLabelOrIndex, ResultType | M_DEFAULT_DATA_TYPE, &RequiredParamType);
}
if(!MfuncPointerIsCompatible(RequiredParamType, ResultArrayPtr.Type, ResultType))
{
SafeTypeError(MIL_TEXT("MclassGetResult"));
}
return MclassGetResult(ResultClassId, LayerLabelOrIndex, ResultType, ResultArrayPtr.Ptr);
}
inline void MclassGetResultUnsafe(MIL_ID ResultClassId, MIL_INT64 LayerLabelOrIndex, MIL_INT64 ResultType, void* ResultArrayPtr)
{
MclassGetResult(ResultClassId, LayerLabelOrIndex, ResultType, ResultArrayPtr);
}
// -------------------------------------------------------------------------
// MclassGetResultEntry safe type definitions
//
inline void MclassGetResultEntrySafeType(
MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 TaskType,
MIL_INT64 LabelOrIndex,
MIL_INT64 ResultType,
MilVoidPtr ResultArrayPtr)
{
MIL_INT64 RequiredParamType = M_PARAM_TYPE_MIL_INT64;
if(!(M_DEFAULT_DATA_TYPE_BIT_SET(ResultType) || M_RECOMMENDED_DATA_TYPE_BIT_SET(ResultType)))
{
MclassGetResultEntry(DatasetContextClassId, EntryIndex, EntryKey, TaskType, LabelOrIndex, ResultType | M_DEFAULT_DATA_TYPE, &RequiredParamType);
}
if(!MfuncPointerIsCompatible(RequiredParamType, ResultArrayPtr.Type, ResultType))
{
SafeTypeError(MIL_TEXT("MclassGetResultEntry"));
}
return MclassGetResultEntry(DatasetContextClassId, EntryIndex, EntryKey, TaskType, LabelOrIndex, ResultType, ResultArrayPtr.Ptr);
}
inline void MclassGetResultEntryUnsafe(
MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 TaskType,
MIL_INT64 LabelOrIndex,
MIL_INT64 ResultType,
void* ResultArrayPtr)
{
return MclassGetResultEntry(DatasetContextClassId, EntryIndex, EntryKey, TaskType, LabelOrIndex, ResultType, ResultArrayPtr);
}
// ----------------------------------------------------------
// MclassInquire safe type definitions
inline MIL_INT MFTYPE MclassInquireSafeType(MIL_ID MclassId, MIL_INT64 LabelOrIndex, MIL_INT64 InquireType, MilVoidPtr UserVarPtr)
{
MIL_INT64 RequiredParamType = M_PARAM_TYPE_MIL_INT64;
if(!(M_DEFAULT_DATA_TYPE_BIT_SET(InquireType) || M_RECOMMENDED_DATA_TYPE_BIT_SET(InquireType)))
{
MclassInquire(MclassId, LabelOrIndex, InquireType | M_DEFAULT_DATA_TYPE, &RequiredParamType);
}
if(!MfuncPointerIsCompatible(RequiredParamType, UserVarPtr.Type, InquireType))
{
SafeTypeError(MIL_TEXT("MclassInquire"));
}
return MclassInquire(MclassId, LabelOrIndex, InquireType, UserVarPtr.Ptr);
}
inline MIL_INT MFTYPE MclassInquireUnsafe(MIL_ID MclassId, MIL_INT64 LabelOrIndex, MIL_INT64 InquireType, void* UserVarPtr)
{
return MclassInquire(MclassId, LabelOrIndex, InquireType, UserVarPtr);
}
// ----------------------------------------------------------
// MclassInquireEntry safe type definitions
inline MIL_INT MFTYPE MclassInquireEntrySafeType(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 RegionIndex, MIL_INT64 InquireType, MilVoidPtr UserVarPtr)
{
MIL_INT64 RequiredParamType = M_PARAM_TYPE_MIL_INT64;
if(!(M_DEFAULT_DATA_TYPE_BIT_SET(InquireType) || M_RECOMMENDED_DATA_TYPE_BIT_SET(InquireType)))
{
MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, InquireType | M_DEFAULT_DATA_TYPE, &RequiredParamType);
}
if(!MfuncPointerIsCompatible(RequiredParamType, UserVarPtr.Type, InquireType))
{
SafeTypeError(MIL_TEXT("MclassInquireEntry"));
}
return MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, InquireType, UserVarPtr.Ptr);
}
inline MIL_INT MFTYPE MclassInquireEntryUnsafe(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 RegionIndex, MIL_INT64 InquireType, void* UserVarPtr)
{
return MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, InquireType, UserVarPtr);
}
// ----------------------------------------------------------
// MclassGetHookInfo safe type definitions
inline MIL_INT MFTYPE MclassGetHookInfoSafeType(MIL_ID EventId, MIL_INT64 InfoType, MilVoidPtr UserVarPtr)
{
MIL_INT64 RequiredParamType = M_PARAM_TYPE_MIL_INT64;
if(!(M_DEFAULT_DATA_TYPE_BIT_SET(InfoType) || M_RECOMMENDED_DATA_TYPE_BIT_SET(InfoType)))
{
MclassGetHookInfo(EventId, InfoType | M_DEFAULT_DATA_TYPE, &RequiredParamType);
}
if(!MfuncPointerIsCompatible(RequiredParamType, UserVarPtr.Type, InfoType))
{
SafeTypeError(MIL_TEXT("MclassGetHookInfo"));
}
return MclassGetHookInfo(EventId, InfoType, UserVarPtr.Ptr);
}
inline MIL_INT MFTYPE MclassGetHookInfoUnsafe(MIL_ID EventId, MIL_INT64 InfoType, void* UserVarPtr)
{
return MclassGetHookInfo(EventId, InfoType, UserVarPtr);
}
//------------------------------
// Safetype functions assignment
#define MclassGetResult MclassGetResultSafeType
#define MclassGetResultEntry MclassGetResultEntrySafeType
#define MclassInquire MclassInquireSafeType
#define MclassInquireEntry MclassInquireEntrySafeType
#define MclassGetHookInfo MclassGetHookInfoSafeType
#else // #if M_MIL_USE_SAFE_TYPE
#define MclassGetResultUnsafe MclassGetResult
#define MclassGetResultEntryUnsafe MclassGetResultEntry
#define MclassInquireUnsafe MclassInquire
#define MclassInquireEntryUnsafe MclassInquireEntry
#define MclassGetHookInfoUnsafe MclassGetHookInfo
#endif // #if M_MIL_USE_SAFE_TYPE
// ----------------------------------------------------------
// Overload for std::vector.
#if defined(M_MIL_USE_VECTOR) && M_MIL_USE_VECTOR
template <typename UserType>
inline MIL_INT MFTYPE MclassInquire(MIL_ID MclassId, MIL_INT64 LabelOrIndex, MIL_INT64 InquireType, std::vector<UserType> &UserVarPtr)
{
// If the given MIL data type is not the same as the SrcType, change it to the correct one
// and give a warning.
MIL_INT64 InternalTrueDataTypeForStdVector = MilTraits<UserType>::TypeFlag;
#if M_MIL_USE_SAFE_TYPE
if(M_GET_HLVLDATATYPE(InquireType) != 0)
{
SafeTypeError(MIL_TEXT("MclassInquire"), MIL_TEXT("Combination value for the required data type is not supported with std::vector overload."));
}
#endif
InquireType = M_STRIP_HLVLDATATYPE(InquireType) + InternalTrueDataTypeForStdVector;
MIL_INT InternalNumberOfElementsForStdVector = 0;
MclassInquire(MclassId, LabelOrIndex, M_STRIP_HLVLDATATYPE(InquireType) + M_NB_ELEMENTS + M_TYPE_MIL_INT, &InternalNumberOfElementsForStdVector);
UserVarPtr.resize(InternalNumberOfElementsForStdVector);
if(InternalNumberOfElementsForStdVector > 0)
{
return MclassInquire(MclassId, LabelOrIndex, InquireType, &UserVarPtr[0]);
}
return 0;
}
template <typename T>
inline void MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue,
const std::vector<T>& ControlValues,
MIL_INT ControlValuePtrSize)
{
UNREFERENCED_PARAMETER(ControlValuePtrSize);
MIL_INT NbElements = ControlValues.size();
if(NbElements == 0)
return MclassControlEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, ControlType, ControlValue, static_cast<void*>(M_NULL), NbElements);
else
return MclassControlEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, ControlType, ControlValue, &ControlValues[0], ControlValues.size());
}
template <typename UserType>
inline MIL_INT MFTYPE MclassInquireEntry(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 RegionIndex, MIL_INT64 InquireType, std::vector<UserType> &UserVarPtr)
{
// If the given MIL data type is not the same as the SrcType, change it to the correct one
// and give a warning.
MIL_INT64 InternalTrueDataTypeForStdVector = MilTraits<UserType>::TypeFlag;
#if M_MIL_USE_SAFE_TYPE
if(M_GET_HLVLDATATYPE(InquireType) != 0)
{
SafeTypeError(MIL_TEXT("MclassInquireEntry"), MIL_TEXT("Combination value for the required data type is not supported with std::vector overload."));
}
#endif
InquireType = M_STRIP_HLVLDATATYPE(InquireType) + InternalTrueDataTypeForStdVector;
MIL_INT InternalNumberOfElementsForStdVector = 0;
MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, M_STRIP_HLVLDATATYPE(InquireType) + M_NB_ELEMENTS + M_TYPE_MIL_INT, &InternalNumberOfElementsForStdVector);
UserVarPtr.resize(InternalNumberOfElementsForStdVector);
if(InternalNumberOfElementsForStdVector > 0)
{
return MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, InquireType, &UserVarPtr[0]);
}
return 0;
}
template <typename UserType>
inline void MFTYPE MclassGetResult(MIL_ID ResultClassId, MIL_INT64 LayerLabelOrIndex, MIL_INT64 ResultType, std::vector<UserType> &ResultArrayPtr)
{
//! If the given MIL data type is not the same as the SrcType, change it to the correct one
//! and give a warning.
MIL_INT64 InternalTrueDataTypeForStdVector = MilTraits<UserType>::TypeFlag;
#if M_MIL_USE_SAFE_TYPE
if(M_GET_HLVLDATATYPE(ResultType) != 0)
{
SafeTypeError(MIL_TEXT("MclassGetResult"), MIL_TEXT("Combination value for the required data type is not supported with std::vector overload."));
}
#endif
ResultType = M_STRIP_HLVLDATATYPE(ResultType) + InternalTrueDataTypeForStdVector;
MIL_INT InternalNumberOfElementsForStdVector = 0;
MclassGetResult(ResultClassId, LayerLabelOrIndex, M_STRIP_HLVLDATATYPE(ResultType) + M_NB_ELEMENTS + M_TYPE_MIL_INT, &InternalNumberOfElementsForStdVector);
ResultArrayPtr.resize(InternalNumberOfElementsForStdVector);
if(InternalNumberOfElementsForStdVector > 0)
{
MclassGetResult(ResultClassId, LayerLabelOrIndex, ResultType, &ResultArrayPtr[0]);
}
}
template <typename UserType>
inline void MFTYPE MclassGetResultEntry(
MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 TaskType,
MIL_INT64 LabelOrIndex,
MIL_INT64 ResultType,
std::vector<UserType>& ResultArrayPtr)
{
//! If the given MIL data type is not the same as the SrcType, change it to the correct one and give a warning.
MIL_INT64 InternalTrueDataTypeForStdVector = MilTraits<UserType>::TypeFlag;
#if M_MIL_USE_SAFE_TYPE
if(M_GET_HLVLDATATYPE(ResultType) != 0)
{
SafeTypeError(MIL_TEXT("MclassGetResultEntry"), MIL_TEXT("Combination value for the required data type is not supported with std::vector overload."));
}
#endif
ResultType = M_STRIP_HLVLDATATYPE(ResultType) + InternalTrueDataTypeForStdVector;
MIL_INT InternalNumberOfElementsForStdVector = 0;
MclassGetResultEntry(DatasetContextClassId, EntryIndex, EntryKey, TaskType, LabelOrIndex, M_STRIP_HLVLDATATYPE(ResultType) + M_NB_ELEMENTS + M_TYPE_MIL_INT, &InternalNumberOfElementsForStdVector);
ResultArrayPtr.resize(InternalNumberOfElementsForStdVector);
if(InternalNumberOfElementsForStdVector > 0)
{
MclassGetResultEntry(DatasetContextClassId, EntryIndex, EntryKey, TaskType, LabelOrIndex, ResultType, &ResultArrayPtr[0]);
}
}
// ----------------------------------------------------------
// Overloads for std::vector in MclassDrawEntry.
inline void MFTYPE MclassDrawEntry(MIL_ID ContextGraId,
MIL_ID DatasetContextClassId,
MIL_ID DstImageBufOrListGraId,
MIL_INT64 Operation,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 TaskType,
MIL_INT64 Index,
std::vector<MIL_INT> &DstLabelArrayPtr,
MIL_INT64 ControlFlag)
{
MIL_INT InternalNumberOfElementsForStdVector = 0;
switch(Operation)
{
case M_DESCRIPTOR_TYPE_MASK:
InternalNumberOfElementsForStdVector += MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, Index, M_NUMBER_OF_DESCRIPTOR_TYPE_MASK, M_NULL);
break;
case M_DESCRIPTOR_TYPE_POLYGON:
InternalNumberOfElementsForStdVector += MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, Index, M_NUMBER_OF_DESCRIPTOR_TYPE_POLYGON, M_NULL);
break;
case M_DESCRIPTOR_TYPE_BOX:
InternalNumberOfElementsForStdVector += MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, Index, M_NUMBER_OF_DESCRIPTOR_TYPE_BOX, M_NULL);
break;
default:
break;
}
DstLabelArrayPtr.resize(InternalNumberOfElementsForStdVector);
MclassDrawEntry(ContextGraId, DatasetContextClassId, DstImageBufOrListGraId, Operation, EntryIndex, EntryKey, TaskType, Index, &DstLabelArrayPtr[0], ControlFlag);
}
// ----------------------------------------------------------
// Overloads for std::vector in MxxxStream.
inline void MFTYPE MclassStream(std::vector<MIL_UINT8> &MemPtrOrFileName,
MIL_ID SysId,
MIL_INT64 Operation,
MIL_INT64 StreamType,
MIL_DOUBLE Version,
MIL_INT64 ControlFlag,
MIL_ID* McontextIdPtr,
MIL_INT* SizeByteVarPtr)
{
MxxxStreamForStdVector(MemPtrOrFileName,
SysId,
Operation,
StreamType,
Version,
ControlFlag,
McontextIdPtr,
SizeByteVarPtr,
MclassStream);
}
// ----------------------------------------------------------
// Overloads for std::vector in MclassPredictMultiBand.
inline void MFTYPE MclassPredictMultiBand(
MIL_ID ContextId, //!< [in]
const std::vector<MIL_ID>& TargetImageArrayPtr,//!< [in]
MIL_INT NbTargetImages, //!< [in]
MIL_ID ResultId, //!< [in]
MIL_INT64 ControlFlag) //!< [in]
{
#if M_MIL_USE_SAFE_TYPE
if(TargetImageArrayPtr.empty())
{
SafeTypeError(MIL_TEXT("MclassPredictMultiBand"), MIL_TEXT("The input vectors cannot be empty."));
}
if(NbTargetImages <= 0)
{
SafeTypeError(MIL_TEXT("MclassPredictMultiBand"), MIL_TEXT("NbTargetImages parameter must be greater than zero."));
}
if(NbTargetImages > (MIL_INT)TargetImageArrayPtr.size() && NbTargetImages != M_DEFAULT)
{
SafeTypeError(MIL_TEXT("MclassPredictMultiBand"), MIL_TEXT("NbTargetImages parameter must be smaller or equal (M_DEFAULT) to the size of input vector."));
}
#endif
if(NbTargetImages == M_DEFAULT || NbTargetImages > (MIL_INT)TargetImageArrayPtr.size())
{
NbTargetImages = (MIL_INT)TargetImageArrayPtr.size();
}
MclassPredictMultiBand(ContextId,
&TargetImageArrayPtr[0],
NbTargetImages,
ResultId,
ControlFlag);
}
// ----------------------------------------------------------
// Overloads for std::vector in MclassGetHookInfo.
template <typename UserType>
inline void MFTYPE MclassGetHookInfo(MIL_ID EventId, MIL_INT64 InfoType, std::vector<UserType> &ResultArrayPtr)
{
//! If the given MIL data type is not the same as the SrcType, change it to the correct one
//! and give a warning.
MIL_INT64 InternalTrueDataTypeForStdVector = MilTraits<UserType>::TypeFlag;
#if M_MIL_USE_SAFE_TYPE
if(M_GET_HLVLDATATYPE(InfoType) != 0)
{
SafeTypeError(MIL_TEXT("MclassGetHookInfo"), MIL_TEXT("Combination value for the required data type is not supported with std::vector overload."));
}
#endif
InfoType = M_STRIP_HLVLDATATYPE(InfoType) + InternalTrueDataTypeForStdVector;
MIL_INT InternalNumberOfElementsForStdVector = 0;
MclassGetHookInfo(EventId, M_STRIP_HLVLDATATYPE(InfoType) + M_NB_ELEMENTS + M_TYPE_MIL_INT, &InternalNumberOfElementsForStdVector);
ResultArrayPtr.resize(InternalNumberOfElementsForStdVector);
if(InternalNumberOfElementsForStdVector > 0)
{
MclassGetHookInfo(EventId, InfoType, &ResultArrayPtr[0]);
}
}
#endif // defined(M_MIL_USE_VECTOR) && M_MIL_USE_VECTOR
#if M_MIL_USE_STRING
/***************************************************************************/
/* CLASS MODULE */
/***************************************************************************/
#if M_MIL_USE_UNICODE
#if M_MIL_UNICODE_API
inline void MFTYPE MclassSaveW(const MIL_STRING& FileName, MIL_ID ContextClassId, MIL_INT64 ControlFlag)
{
return MclassSaveW(FileName.c_str(), ContextClassId, ControlFlag);
}
inline MIL_ID MFTYPE MclassRestoreW(const MIL_STRING& FileName, MIL_ID SysId, MIL_INT64 ControlFlag, MIL_ID* ContextClassId)
{
return MclassRestoreW(FileName.c_str(), SysId, ControlFlag, ContextClassId);
}
inline void MFTYPE MclassImportW(const MIL_STRING& FileNameOrFolderPath, MIL_INT64 FileOrPathFormat, MIL_ID DatasetOrClassifierContextId, MIL_INT64 Index, MIL_INT64 ImportType, MIL_INT64 ControlFlag)
{
MclassImportW(FileNameOrFolderPath.c_str(), FileOrPathFormat, DatasetOrClassifierContextId, Index, ImportType, ControlFlag);
}
inline void MFTYPE MclassExportW(const MIL_STRING& FileNameOrFolderPath, MIL_INT64 FileOrFolderFormat, MIL_ID ClassId, MIL_INT64 Index, MIL_INT64 ExportType, MIL_INT64 ControlFlag)
{
MclassExportW(FileNameOrFolderPath.c_str(), FileOrFolderFormat, ClassId, Index, ExportType, ControlFlag);
}
inline void MFTYPE MclassEntryAddRegionW(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 DescriptorType, MIL_ID DescriptorId, const MIL_STRING& DescriptorFileName, MIL_INT64 ClassIndexGroundTruth, MIL_INT64 ControlFlag)
{
MclassEntryAddRegionW(DatasetContextClassId, EntryIndex, EntryKey, DescriptorType, DescriptorId, DescriptorFileName.c_str(), ClassIndexGroundTruth, ControlFlag);
}
#else // M_MIL_UNICODE_API
inline void MFTYPE MclassSaveA(const MIL_STRING& FileName, MIL_ID ContextClassId, MIL_INT64 ControlFlag)
{
return MclassSaveA(FileName.c_str(), ContextClassId, ControlFlag);
}
inline MIL_ID MFTYPE MclassRestoreA(const MIL_STRING& FileName, MIL_ID SysId, MIL_INT64 ControlFlag, MIL_ID* ContextClassId)
{
return MclassRestoreA(FileName.c_str(), SysId, ControlFlag, ContextClassId);
}
inline void MFTYPE MclassImportA(const MIL_STRING& FileNameOrFolderPath, MIL_INT64 FileFormat, MIL_ID DatasetOrClassifierContextId, MIL_INT64 Index, MIL_INT64 ImportType, MIL_INT64 ControlFlag)
{
MclassImportA(FileNameOrFolderPath.c_str(), FileFormat, DatasetOrClassifierContextId, Index, ImportType, ControlFlag);
}
inline void MFTYPE MclassExportA(const MIL_STRING& FileNameOrFolderPath, MIL_INT64 FileFormat, MIL_ID ClassId, MIL_INT64 Index, MIL_INT64 ExportType, MIL_INT64 ControlFlag)
{
MclassExportA(FileNameOrFolderPath.c_str(), FileFormat, ClassId, Index, ExportType, ControlFlag);
}
inline void MFTYPE MclassEntryAddRegionA(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 DescriptorType, MIL_ID DescriptorId, const MIL_STRING& DescriptorFileName, MIL_INT64 ClassIndexGroundTruth, MIL_INT64 ControlFlag)
{
MclassEntryAddRegionA(DatasetContextClassId, EntryIndex, EntryKey, DescriptorType, DescriptorId, DescriptorFileName.c_str(), ClassIndexGroundTruth, ControlFlag);
}
#endif /* M_MIL_UNICODE_API*/
#else // M_MIL_USE_UNICODE
inline void MFTYPE MclassSave(const MIL_STRING& FileName, MIL_ID ContextClassId, MIL_INT64 ControlFlag)
{
return MclassSave(FileName.c_str(), ContextClassId, ControlFlag);
}
inline MIL_ID MFTYPE MclassRestore(const MIL_STRING& FileName, MIL_ID SysId, MIL_INT64 ControlFlag, MIL_ID* ContextClassId)
{
return MclassRestore(FileName.c_str(), SysId, ControlFlag, ContextClassId);
}
inline void MFTYPE MclassImport(const MIL_STRING& FileNameOrFolderPath, MIL_INT64 FileFormat, MIL_ID DatasetOrClassifierContextId, MIL_INT64 Index, MIL_INT64 ImportType, MIL_INT64 ControlFlag)
{
MclassImport((MIL_CONST_TEXT_PTR)FileNameOrFolderPath.c_str(), FileFormat, DatasetOrClassifierContextId, Index, ImportType, ControlFlag);
}
inline void MFTYPE MclassExport(const MIL_STRING& FileNameOrFolderPath, MIL_INT64 FileFormat, MIL_ID ClassId, MIL_INT64 Index, MIL_INT64 ExportType, MIL_INT64 ControlFlag)
{
MclassExport((MIL_CONST_TEXT_PTR)FileNameOrFolderPath.c_str(), FileFormat, ClassId, Index, ExportType, ControlFlag);
}
inline void MFTYPE MclassEntryAddRegion(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 DescriptorType, MIL_ID DescriptorId, const MIL_STRING& DescriptorFileName, MIL_INT64 ClassIndexGroundTruth, MIL_INT64 ControlFlag)
{
MclassEntryAddRegion(DatasetContextClassId, EntryIndex, EntryKey, DescriptorType, DescriptorId, (MIL_CONST_TEXT_PTR)DescriptorFileName.c_str(), ClassIndexGroundTruth, ControlFlag);
}
#endif /* M_MIL_USE_UNICODE */
inline void MclassControl(MIL_ID ContextClassId, MIL_INT64 LabelOrIndex, MIL_INT64 ControlType, const MIL_STRING& ControlValue)
{
MclassControl(ContextClassId, LabelOrIndex, ControlType, M_PTR_TO_MIL_INT(ControlValue.c_str()));
}
inline void MclassControlEntry(MIL_ID DatasetContextClassId,
MIL_INT64 EntryIndex,
MIL_UUID EntryKey,
MIL_INT64 RegionIndex,
MIL_INT64 ControlType,
MIL_DOUBLE ControlValue,
const MIL_STRING& FileName,
MIL_INT ControlValuePtrSize)
{
UNREFERENCED_PARAMETER(ControlValuePtrSize);
return MclassControlEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, ControlType, static_cast<MIL_DOUBLE>(ControlValue), static_cast<const void*>(FileName.c_str()), (FileName.length() + 1) * sizeof(MIL_TEXT_CHAR));
}
#if M_MIL_USE_SAFE_TYPE
inline MIL_INT MFTYPE MclassInquireSafeType(MIL_ID ContextClassId, MIL_INT64 LayerLabelOrIndex, MIL_INT64 InquireType, MIL_STRING& ValuePtr)
{
#if MIL_COMPILE_VERSION >= MIL_COMPILE_TRUNK_VERSION && M_MIL_USE_SAFE_TYPE
if((InquireType & M_CLIENT_ENCODING) != M_CLIENT_ENCODING)
{
SafeTypeError(MIL_TEXT("MclassInquire"), MIL_TEXT("Inquire Type not supported with MIL_STRING."));
}
#endif
MIL_INT RetValue = 0;
MIL_INT InternalStringSize = 0;
MclassInquire(ContextClassId, LayerLabelOrIndex, (InquireType & (~M_HLVLDATATYPE_MASK)) + M_STRING_SIZE + M_TYPE_MIL_INT, &InternalStringSize);
if(InternalStringSize > 0)
{
ValuePtr.assign(InternalStringSize, MIL_TEXT('\0'));
RetValue = MclassInquire(ContextClassId, LayerLabelOrIndex, InquireType, &ValuePtr[0]);
ValuePtr.resize(InternalStringSize - 1);
}
return RetValue;
}
inline MIL_INT MFTYPE MclassInquireEntry(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 RegionIndex, MIL_INT64 InquireType, MIL_STRING& ValuePtr)
{
#if MIL_COMPILE_VERSION >= MIL_COMPILE_TRUNK_VERSION && M_MIL_USE_SAFE_TYPE
if((InquireType & M_CLIENT_ENCODING) != M_CLIENT_ENCODING)
{
SafeTypeError(MIL_TEXT("MclassInquireEntry"), MIL_TEXT("Inquire Type not supported with MIL_STRING."));
}
#endif
MIL_INT RetValue = 0;
MIL_INT InternalStringSize = 0;
MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, (InquireType & (~M_HLVLDATATYPE_MASK)) + M_STRING_SIZE + M_TYPE_MIL_INT, &InternalStringSize);
if(InternalStringSize > 0)
{
ValuePtr.assign(InternalStringSize, MIL_TEXT('\0'));
RetValue = MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, InquireType, &ValuePtr[0]);
ValuePtr.resize(InternalStringSize - 1);
}
return RetValue;
}
inline MIL_INT MFTYPE MclassGetHookInfoSafeType(MIL_ID EventId, MIL_INT64 InfoType, MIL_STRING& ValuePtr)
{
#if MIL_COMPILE_VERSION >= MIL_COMPILE_TRUNK_VERSION && M_MIL_USE_SAFE_TYPE
if((InfoType & M_CLIENT_ENCODING) != M_CLIENT_ENCODING)
{
SafeTypeError(MIL_TEXT("MclassGetHookInfo"), MIL_TEXT("Info Type not supported with MIL_STRING."));
}
#endif
MIL_INT RetValue = 0;
MIL_INT InternalStringSize = 0;
MclassGetHookInfo(EventId, (InfoType & (~M_HLVLDATATYPE_MASK)) + M_STRING_SIZE + M_TYPE_MIL_INT, &InternalStringSize);
if(InternalStringSize > 0)
{
ValuePtr.assign(InternalStringSize, MIL_TEXT('\0'));
RetValue = MclassGetHookInfo(EventId, InfoType, &ValuePtr[0]);
ValuePtr.resize(InternalStringSize - 1);
}
return RetValue;
}
#else
inline MIL_INT MFTYPE MclassInquire(MIL_ID ContextClassId, MIL_INT64 LayerLabelOrIndex, MIL_INT64 InquireType, MIL_STRING &ValuePtr)
{
MIL_INT RetValue = 0;
MIL_INT InternalStringSize = 0;
MclassInquire(ContextClassId, LayerLabelOrIndex, (InquireType & (~M_HLVLDATATYPE_MASK)) + M_STRING_SIZE + M_TYPE_MIL_INT, &InternalStringSize);
if(InternalStringSize > 0)
{
ValuePtr.assign(InternalStringSize, MIL_TEXT('\0'));
RetValue = MclassInquire(ContextClassId, LayerLabelOrIndex, InquireType, &ValuePtr[0]);
ValuePtr.resize(InternalStringSize - 1);
}
return RetValue;
}
inline MIL_INT MFTYPE MclassInquireEntry(MIL_ID DatasetContextClassId, MIL_INT64 EntryIndex, MIL_UUID EntryKey, MIL_INT64 RegionIndex, MIL_INT64 InquireType, MIL_STRING &ValuePtr)
{
MIL_INT RetValue = 0;
MIL_INT InternalStringSize = 0;
MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, (InquireType & (~M_HLVLDATATYPE_MASK)) + M_STRING_SIZE + M_TYPE_MIL_INT, &InternalStringSize);
if(InternalStringSize > 0)
{
ValuePtr.assign(InternalStringSize, MIL_TEXT('\0'));
RetValue = MclassInquireEntry(DatasetContextClassId, EntryIndex, EntryKey, RegionIndex, InquireType, &ValuePtr[0]);
ValuePtr.resize(InternalStringSize - 1);
}
return RetValue;
}
inline MIL_INT MFTYPE MclassGetHookInfo(MIL_ID EventId, MIL_INT64 InfoType, MIL_STRING &ValuePtr)
{
MIL_INT RetValue = 0;
MIL_INT InternalStringSize = 0;
MclassGetHookInfo(EventId, (InfoType & (~M_HLVLDATATYPE_MASK)) + M_STRING_SIZE + M_TYPE_MIL_INT, &InternalStringSize);
if(InternalStringSize > 0)
{
ValuePtr.assign(InternalStringSize, MIL_TEXT('\0'));
RetValue = MclassGetHookInfo(EventId, InfoType, &ValuePtr[0]);
ValuePtr.resize(InternalStringSize - 1);
}
return RetValue;
}
#endif
#endif /* M_MIL_USE_STRING*/
////////////////////////////////////////////////////////////////////////////////
// MIL_UNIQUE_ID support
#if M_MIL_USE_MIL_UNIQUE_ID
#if M_MIL_USE_SAFE_TYPE
template <> inline bool MilIsCorrectObjectType<&MclassFree>(MIL_INT64 ObjectType)
{
return (ObjectType & ~M_USER_DEFINE_LOW_ATTRIBUTE) == M_CLASS_OBJECT;
}
#endif
typedef MIL_UNIQUE_ID<&MclassFree> MIL_UNIQUE_CLASS_ID;
#if M_MIL_USE_MOVE_SEMANTICS
inline MIL_UNIQUE_CLASS_ID MclassAlloc(MIL_ID SystemId, MIL_INT64 ContextType, MIL_INT64 ControlFlag, MIL_UNIQUE_ID_TAG)
{
return MIL_UNIQUE_CLASS_ID(MclassAlloc(SystemId, ContextType, ControlFlag, M_NULL));
}
inline MIL_UNIQUE_CLASS_ID MclassAllocResult(MIL_ID SystemId, MIL_INT64 ResultType, MIL_INT64 ControlFlag, MIL_UNIQUE_ID_TAG)
{
return MIL_UNIQUE_CLASS_ID(MclassAllocResult(SystemId, ResultType, ControlFlag, M_NULL));
}
inline MIL_UNIQUE_CLASS_ID MclassRestore(MIL_CONST_TEXT_PTR FileName, MIL_ID SystemId, MIL_INT64 ControlFlag, MIL_UNIQUE_ID_TAG)
{
return MIL_UNIQUE_CLASS_ID(MclassRestore(FileName, SystemId, ControlFlag, M_NULL));
}
#if M_MIL_USE_STRING
inline MIL_UNIQUE_CLASS_ID MclassRestore(const MIL_STRING& FileName, MIL_ID SystemId, MIL_INT64 ControlFlag, MIL_UNIQUE_ID_TAG)
{
return MIL_UNIQUE_CLASS_ID(MclassRestore(FileName, SystemId, ControlFlag, M_NULL));
}
#endif // M_MIL_USE_STRING
template <MilFreeFuncType FreeFunc> inline void MclassFree(const MIL_UNIQUE_ID<FreeFunc>&) = delete;
inline void MclassStream(MilStreamParam MemPtrOrFileName ,
MIL_ID SysId ,
MIL_INT64 Operation ,
MIL_INT64 StreamType ,
MIL_DOUBLE Version ,
MIL_INT64 ControlFlag ,
MIL_UNIQUE_CLASS_ID* ContextClassIdPtr,
MIL_INT* SizeByteVarPtr )
{
MxxxStreamForMilUniqueId(MemPtrOrFileName, SysId, Operation, StreamType, Version, ControlFlag, ContextClassIdPtr, SizeByteVarPtr, MclassStream);
}
#endif // M_MIL_USE_MOVE_SEMANTICS
#endif // M_MIL_USE_MIL_UNIQUE_ID
// End of MIL_UNIQUE_ID support
////////////////////////////////////////////////////////////////////////////////
#endif // !M_MIL_LITE
#endif // __MIL_CLASS_H__
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