#ifndef TILE_CONV_H_INCLUDED
#define TILE_CONV_H_INCLUDED

//Set parameter
#define Noc 2
#define Nic 8
#define Tic 4
#define Niy 10
#define Tiy 5
#define Nix 10
#define Tix 6
#define Nkx 3
#define Nky 3
#define Noy 8 //Noy = Niy - Nky + 1
#define Nox 8 //Nox = Nix - Nkx + 1
#define Tox 4 //Tox = Tix-Nkx+1;
#define O_size 128 //O_size = Noc * Noy * Nox
#define I_size 800 //I_size = Nic*Niy*Nix
#define W_size_1 72 //W_size = Noc*Nic*Nky*Nkx
#define W_size_2 72

int output_feature[O_size];

void Channel_Acc_function(
        int Nof,
        int Tile_number,
        int Block_Adder_Reg[7][4],
        int Boundary_Data_SRAM[2][8][8],
        int Output_feature[2][8][8]
        );
void Block_Adder_function(
        int Part_Acc_Reg_0[7][4],
        int Part_Acc_Reg_1[7][4],
        int Part_Acc_Reg_2[7][4],
        int Part_Acc_Reg_3[7][4],
        int Block_Adder_Reg[7][4]
        );
void Partial_Acc_function(
        int Shift_Reg_0[12][7],
        int Shift_Reg_1[12][7],
        int Shift_Reg_2[12][7],
        int Shift_Reg_3[12][7],
        int Part_Acc_Reg_0[7][4],
        int Part_Acc_Reg_1[7][4],
        int Part_Acc_Reg_2[7][4],
        int Part_Acc_Reg_3[7][4]
        );
void PE_Block_function(
        int input_feature_tile[120],
        int kernel_tile[36],
        int PE0_Reg[12][7],
        int PE1_Reg[12][7],
        int PE2_Reg[12][7],
        int PE3_Reg[12][7]
        );

#endif // TILE_CONV_H_INCLUDED