Parameters.h

#pragma once
 
#include <cstdint>
 
#pragma pack(push, 1)
 
namespace FLImaging
{
    namespace AI
    {
        class FL_EXPORT CConvolutionParameters
        {
        public:
            CConvolutionParameters(int64_t _i64StrideX = 1, int64_t _i64StrideY = 1, int64_t _i64PaddingX = 0, int64_t _i64PaddingY = 0, int64_t _i64DilationX = 1, int64_t _i64DilationY = 1, int64_t _i64GroupCount = 1)
            {
                i64StrideX = _i64StrideX;
                i64StrideY = _i64StrideY;
                i64PaddingX = _i64PaddingX;
                i64PaddingY = _i64PaddingY;
                i64DilationX = _i64DilationX;
                i64DilationY = _i64DilationY;
                i64GroupCount = _i64GroupCount;
            }
 
        public:
            int64_t i64StrideX;
            int64_t i64StrideY;
            int64_t i64PaddingX;
            int64_t i64PaddingY;
            int64_t i64DilationX;
            int64_t i64DilationY;
            int64_t i64GroupCount;
        };
 
        class FL_EXPORT CTransConvolutionParameters
        {
        public:
            CTransConvolutionParameters(int64_t _i64StrideX = 1, int64_t _i64StrideY = 1, int64_t _i64PaddingX = 0, int64_t _i64PaddingY = 0, int64_t _i64OutputPaddingX = 0, int64_t _i64OutputPaddingY = 0, int64_t _i64DilationX = 1, int64_t _i64DilationY = 1, int64_t _i64GroupCount = 1)
            {
                i64StrideX = _i64StrideX;
                i64StrideY = _i64StrideY;
                i64PaddingX = _i64PaddingX;
                i64PaddingY = _i64PaddingY;
                i64OutputPaddingX = _i64OutputPaddingX;
                i64OutputPaddingY = _i64OutputPaddingY;
                i64DilationX = _i64DilationX;
                i64DilationY = _i64DilationY;
                i64GroupCount = _i64GroupCount;
            }
 
        public:
            int64_t i64StrideX;
            int64_t i64StrideY;
            int64_t i64PaddingX;
            int64_t i64PaddingY;
            int64_t i64OutputPaddingX;
            int64_t i64OutputPaddingY;
            int64_t i64DilationX;
            int64_t i64DilationY;
            int64_t i64GroupCount;
        };
 
        struct FL_EXPORT SFoldParameters
        {
        public:
            SFoldParameters(int64_t _i64KernelX = 3, int64_t _i64KernelY = 3, int64_t _i64StrideX = 1, int64_t _i64StrideY = 1, int64_t _i64PaddingX = 0, int64_t _i64PaddingY = 0, int64_t _i64DilationX = 1, int64_t _i64DilationY = 1, int64_t _i64OutputX = 1, int64_t _i64OutputY = 1)
            {
                i64KernelX = _i64KernelX;
                i64KernelY = _i64KernelY;
                i64StrideX = _i64StrideX;
                i64StrideY = _i64StrideY;
                i64PaddingX = _i64PaddingX;
                i64PaddingY = _i64PaddingY;
                i64DilationX = _i64DilationX;
                i64DilationY = _i64DilationY;
                i64OutputX = _i64OutputX;
                i64OutputY = _i64OutputY;
            }
 
        public:
            int64_t i64KernelX;
            int64_t i64KernelY;
            int64_t i64StrideX;
            int64_t i64StrideY;
            int64_t i64PaddingX;
            int64_t i64PaddingY;
            int64_t i64DilationX;
            int64_t i64DilationY;
            int64_t i64OutputX;
            int64_t i64OutputY;
        };
 
        struct FL_EXPORT SAdaptivePoolParameters
        {
        public:
            SAdaptivePoolParameters(int64_t _i64InputX = 0, int64_t _i64InputY = 0, int64_t _i64OutputX = 0, int64_t _i64OutputY = 0)
            {
                i64InputX = _i64InputX;
                i64InputY = _i64InputY;
                i64OutputX = _i64OutputX;
                i64OutputY = _i64OutputY;
            }
 
        public:
            int64_t i64InputX;
            int64_t i64InputY;
            int64_t i64OutputX;
            int64_t i64OutputY;
        };
    }
}
 
#pragma pack(pop)