MetricKnn API
Fast Similarity Search using the Metric Space Approach
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metricknn_c
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macros_util.h
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/*
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* Copyright (C) 2012-2015, Juan Manuel Barrios <juanmanuel@barrios.cl>
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* All rights reserved.
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*
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* This file is part of MetricKnn.
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* MetricKnn is made available under the terms of the BSD 2-Clause License.
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*/
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#ifndef MACROS_UTIL_H_
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#define MACROS_UTIL_H_
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/******************/
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#define INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, constantDatatype, typeVector) \
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} else if (varDatatype.mknn_datatype_code == constantDatatype.mknn_datatype_code) { \
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varAssign = namePrefix##typeVector; \
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#define ASSIGN_SINGLE_DATATYPE(varAssign, varDatatype, namePrefix) \
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if(false) { \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_8bits, int8_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_16bits, int16_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_32bits, int32_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_64bits, int64_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_8bits, uint8_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_16bits, uint16_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_32bits, uint32_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_64bits, uint64_t) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_FLOATING_POINT_32bits, float) \
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INTERNAL_TEST_SINGLE_ASSIGN(varAssign, varDatatype, namePrefix, MKNN_DATATYPE_FLOATING_POINT_64bits, double) \
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} else \
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my_log_error("unknown mknn_datatype code %i\n", varDatatype.mknn_datatype_code);
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/******************/
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#define INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, constantDatatype2, typeVector2) \
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} else if (varDatatype1.mknn_datatype_code == constantDatatype1.mknn_datatype_code && varDatatype2.mknn_datatype_code == constantDatatype2.mknn_datatype_code) { \
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varAssign = namePrefix##typeVector1##_##typeVector2; \
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#define INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_SIGNED_INTEGER_8bits, int8_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_SIGNED_INTEGER_16bits, int16_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_SIGNED_INTEGER_32bits, int32_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_SIGNED_INTEGER_64bits, int64_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_UNSIGNED_INTEGER_8bits, uint8_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_UNSIGNED_INTEGER_16bits, uint16_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_UNSIGNED_INTEGER_32bits, uint32_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_UNSIGNED_INTEGER_64bits, uint64_t) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_FLOATING_POINT_32bits, float) \
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INTERNAL_TEST_DOUBLE_ASSIGN(varAssign, varDatatype1, varDatatype2, namePrefix, constantDatatype1, typeVector1, MKNN_DATATYPE_FLOATING_POINT_64bits, double)
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#define ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix) \
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if(false) { \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_8bits, int8_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_16bits, int16_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_32bits, int32_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_SIGNED_INTEGER_64bits, int64_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_8bits, uint8_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_16bits, uint16_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_32bits, uint32_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_UNSIGNED_INTEGER_64bits, uint64_t) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_FLOATING_POINT_32bits, float) \
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INTERNAL_ASSIGN_DOUBLE_DATATYPE(varAssign, varDatatype1, varDatatype2, namePrefix, MKNN_DATATYPE_FLOATING_POINT_64bits, double) \
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} else \
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my_log_error("unknown mknn_datatypes codes %i %i\n", varDatatype1.mknn_datatype_code, varDatatype2.mknn_datatype_code);
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/******************/
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#define GENERATE_SINGLE_DATATYPE(VAR_NAME) \
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VAR_NAME(int8_t) \
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VAR_NAME(int16_t) \
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VAR_NAME(int32_t) \
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VAR_NAME(int64_t) \
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VAR_NAME(uint8_t) \
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VAR_NAME(uint16_t) \
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VAR_NAME(uint32_t) \
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VAR_NAME(uint64_t) \
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VAR_NAME(float) \
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VAR_NAME(double)
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/******************/
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#define INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, type1) \
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VAR_NAME(type1, int8_t) \
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VAR_NAME(type1, uint8_t) \
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VAR_NAME(type1, int16_t) \
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VAR_NAME(type1, uint16_t) \
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VAR_NAME(type1, int32_t) \
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VAR_NAME(type1, uint32_t) \
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VAR_NAME(type1, int64_t) \
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VAR_NAME(type1, uint64_t) \
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VAR_NAME(type1, float) \
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VAR_NAME(type1, double)
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#define GENERATE_DOUBLE_DATATYPE(VAR_NAME) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, int8_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, uint8_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, int16_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, uint16_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, int32_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, uint32_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, int64_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, uint64_t) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, float) \
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INTERNAL_GENERATE_DOUBLE_DATATYPE(VAR_NAME, double)
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/* **************** */
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#define INTERNAL_FLOAT_WITH_DIFF_ABS(VAR_NAME, varFloat) \
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VAR_NAME(varFloat , int8_t , float , fabsf) \
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VAR_NAME(varFloat , uint8_t , float , fabsf) \
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VAR_NAME(varFloat , int16_t , double , fabs ) \
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VAR_NAME(varFloat , uint16_t , double , fabs ) \
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VAR_NAME(varFloat , int32_t , double , fabs ) \
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VAR_NAME(varFloat , uint32_t , double , fabs ) \
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VAR_NAME(varFloat , int64_t , double , fabs ) \
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VAR_NAME(varFloat , uint64_t , double , fabs ) \
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VAR_NAME(varFloat , float , float , fabsf) \
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VAR_NAME(varFloat , double , double , fabs )
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#define INTERNAL_DOUBLE_WITH_DIFF_ABS(VAR_NAME, varDouble) \
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VAR_NAME(varDouble, int8_t , double , fabs ) \
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VAR_NAME(varDouble, uint8_t , double , fabs ) \
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VAR_NAME(varDouble, int16_t , double , fabs ) \
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VAR_NAME(varDouble, uint16_t , double , fabs ) \
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VAR_NAME(varDouble, int32_t , double , fabs ) \
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VAR_NAME(varDouble, uint32_t , double , fabs ) \
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VAR_NAME(varDouble, int64_t , double , fabs ) \
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VAR_NAME(varDouble, uint64_t , double , fabs ) \
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VAR_NAME(varDouble, float , double , fabs ) \
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VAR_NAME(varDouble, double , double , fabs )
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#define INTERNAL_INT3264_WITH_DIFF_ABS(VAR_NAME, varInt) \
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VAR_NAME(varInt , int8_t , int64_t , llabs) \
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VAR_NAME(varInt , uint8_t , int64_t , llabs) \
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VAR_NAME(varInt , int16_t , int64_t , llabs) \
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VAR_NAME(varInt , uint16_t , int64_t , llabs) \
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VAR_NAME(varInt , int32_t , int64_t , llabs) \
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VAR_NAME(varInt , uint32_t , int64_t , llabs) \
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VAR_NAME(varInt , int64_t , int64_t , llabs) \
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VAR_NAME(varInt , uint64_t , int64_t , llabs) \
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VAR_NAME(varInt , float , double , fabs ) \
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VAR_NAME(varInt , double , double , fabs )
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#define INTERNAL_INT16_WITH_DIFF_ABS(VAR_NAME, varInt16) \
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VAR_NAME(varInt16 , int8_t , int32_t , labs ) \
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VAR_NAME(varInt16 , uint8_t , int32_t , labs ) \
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VAR_NAME(varInt16 , int16_t , int32_t , labs ) \
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VAR_NAME(varInt16 , uint16_t , int32_t , labs ) \
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VAR_NAME(varInt16 , int32_t , int64_t , llabs) \
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VAR_NAME(varInt16 , uint32_t , int64_t , llabs) \
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VAR_NAME(varInt16 , int64_t , int64_t , llabs) \
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VAR_NAME(varInt16 , uint64_t , int64_t , llabs) \
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VAR_NAME(varInt16 , float , double , fabs ) \
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VAR_NAME(varInt16 , double , double , fabs )
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#define INTERNAL_INT8_WITH_DIFF_ABS(VAR_NAME, varInt8) \
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VAR_NAME(varInt8 , int8_t , int32_t , abs ) \
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VAR_NAME(varInt8 , uint8_t , int32_t , abs ) \
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VAR_NAME(varInt8 , int16_t , int32_t , labs ) \
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VAR_NAME(varInt8 , uint16_t , int32_t , labs ) \
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VAR_NAME(varInt8 , int32_t , int64_t , llabs) \
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VAR_NAME(varInt8 , uint32_t , int64_t , llabs) \
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VAR_NAME(varInt8 , int64_t , int64_t , llabs) \
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VAR_NAME(varInt8 , uint64_t , int64_t , llabs) \
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VAR_NAME(varInt8 , float , double , fabs ) \
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VAR_NAME(varInt8 , double , double , fabs )
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#define GENERATE_DOUBLE_DATATYPE_WITH_DIFF_ABS(VAR_NAME) \
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INTERNAL_INT8_WITH_DIFF_ABS(VAR_NAME, int8_t) \
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INTERNAL_INT8_WITH_DIFF_ABS(VAR_NAME, uint8_t) \
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INTERNAL_INT16_WITH_DIFF_ABS(VAR_NAME, int16_t) \
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INTERNAL_INT16_WITH_DIFF_ABS(VAR_NAME, uint16_t) \
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INTERNAL_INT3264_WITH_DIFF_ABS(VAR_NAME, int32_t) \
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INTERNAL_INT3264_WITH_DIFF_ABS(VAR_NAME, uint32_t) \
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INTERNAL_INT3264_WITH_DIFF_ABS(VAR_NAME, int64_t) \
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INTERNAL_INT3264_WITH_DIFF_ABS(VAR_NAME, uint64_t) \
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INTERNAL_FLOAT_WITH_DIFF_ABS(VAR_NAME, float) \
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INTERNAL_DOUBLE_WITH_DIFF_ABS(VAR_NAME, double)
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#endif
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