Subversion Repositories numbert_sort_device

//=======================================================

//  This code is generated by Terasic System Builder

//=======================================================

module DE2_115_VGA(

        //////////// CLOCK //////////

        CLOCK_50,

        CLOCK2_50,

        CLOCK3_50,

        //////////// KEY //////////

        KEY,

        //////////// SW //////////

        SW,

        //////////// SEG7 //////////

        HEX0,

        HEX1,

        HEX2,

        HEX3,

        HEX4,

        HEX5,

        HEX6,

        HEX7,

        //////////// VGA //////////

        VGA_B,

        VGA_BLANK_N,

        VGA_CLK,

        VGA_G,

        VGA_HS,

        VGA_R,

        VGA_SYNC_N,

        VGA_VS

);

//=======================================================

//  PARAMETER declarations

//=======================================================

parameter R_SZ= 512;

//=======================================================

//  PORT declarations

//=======================================================

//////////// CLOCK //////////

input                                   CLOCK_50;

input                                   CLOCK2_50;

input                                   CLOCK3_50;

//////////// KEY //////////

input                [3:0]               KEY;

//////////// SW //////////

input               [17:0]               SW;

//////////// SEG7 //////////

output               [6:0]               HEX0;

output               [6:0]               HEX1;

output               [6:0]               HEX2;

output               [6:0]               HEX3;

output               [6:0]               HEX4;

output               [6:0]               HEX5;

output               [6:0]               HEX6;

output               [6:0]               HEX7;

//////////// VGA //////////

output               [7:0]               VGA_B;

output                                  VGA_BLANK_N;

output                                  VGA_CLK;

output               [7:0]               VGA_G;

output                                  VGA_HS;

output               [7:0]               VGA_R;

output                                  VGA_SYNC_N;

output                                  VGA_VS;

//=======================================================

//  REG/WIRE declarations

//=======================================================

wire                    VGA_CTRL_CLK_1240x1024;

wire                    VGA_CTRL_CLK= VGA_CTRL_CLK_1240x1024;

assign VGA_CLK= VGA_CTRL_CLK;

wire                    VGA_HS_1240x1024;

wire                    VGA_VS_1240x1024;

assign                  VGA_HS= VGA_HS_1240x1024;       //      VGA H_SYNC

assign                  VGA_VS= VGA_VS_1240x1024;       //      VGA V_SYNC

wire    [11:0]   mVGA_X;

wire    [11:0]   mVGA_Y;

wire    [9:0]    mVGA_R;

wire    [9:0]    mVGA_G;

wire    [9:0]    mVGA_B;

wire    [9:0]    sVGA_R_1240x1024;

wire    [9:0]    sVGA_G_1240x1024;

wire    [9:0]    sVGA_B_1240x1024;

wire    [9:0]    sVGA_R= sVGA_R_1240x1024;

wire    [9:0]    sVGA_G= sVGA_G_1240x1024;

wire    [9:0]    sVGA_B= sVGA_B_1240x1024;

assign  VGA_R   =       sVGA_R[7:0];

assign  VGA_G   =       sVGA_G[7:0];

assign  VGA_B   =       sVGA_B[7:0];

//=======================================================

//  Structural coding

//=======================================================

VGA_CLK         u1_1240x1024

                (       .inclk0(CLOCK_50),

                        .c0( VGA_CTRL_CLK_1240x1024 )

                );

                defparam u1_1240x1024.PLL_MUL= 54;

                defparam u1_1240x1024.PLL_DIV= 25;

VGA_Ctrl        u2_1240x1024

                (       //      Host Side

                        .oCurrent_X( mVGA_X),

                        .oCurrent_Y( mVGA_Y),

                        .iRed( mVGA_R),

                        .iGreen( mVGA_G),

                        .iBlue( mVGA_B),

                        //      VGA Side

                        .oVGA_R( sVGA_R_1240x1024 ),

                        .oVGA_G( sVGA_G_1240x1024 ),

                        .oVGA_B( sVGA_B_1240x1024 ),

                        .oVGA_HS( VGA_HS_1240x1024 ),

                        .oVGA_VS( VGA_VS_1240x1024 ),

                        .oVGA_SYNC( VGA_SYNC_N ),

                        .oVGA_BLANK( VGA_BLANK_N ),

                        .oVGA_CLOCK(),

                        //      Control Signal

                        .iCLK( VGA_CTRL_CLK),

                        .iRST_N( KEY[0]),

                        .les_btn( KEY[2])

                );

                defparam        u2_1240x1024.H_FRONT    =       48;

                defparam        u2_1240x1024.H_SYNC     =       112;

                defparam        u2_1240x1024.H_BACK     =       248;

                defparam        u2_1240x1024.H_ACT      =       1280;

                defparam        u2_1240x1024.V_FRONT    =       1;

                defparam        u2_1240x1024.V_SYNC     =       3;

                defparam        u2_1240x1024.V_BACK     =       38;

                defparam        u2_1240x1024.V_ACT      =       1024;

wire [31:0]VGenOut;

parameter RES_X_H= 1240;

parameter RES_Y_H= 1024;

parameter XY_STEP_H= 7;

wire signed [11:0] x;

wire signed [11:0] y;

assign x= (mVGA_X- RES_X_H/2);

assign y= (mVGA_Y- RES_Y_H/2);

wire [31:0] X_in= x<<<XY_STEP_H;

wire [31:0] Y_in= y<<<XY_STEP_H;

VGA_Pattern #( R_SZ )   u3

                (       //      Read Out Side

                        .oRed(mVGA_R),

                        .oGreen(mVGA_G),

                        .oBlue(mVGA_B),

                        .iVGA_X(mVGA_X),

                        .iVGA_Y(mVGA_Y),

                        .iVGA_CLK(VGA_CTRL_CLK),

                        //      Control Signals

                        .iRST_n(KEY[0]),

                        .iColor_SW(SW),

                        .endFrame(VGA_VS),

                        .dbg_val(dbg_val)

                );

wire [63:0] dbg_val;

wire [15:0] indicated_part;

wire seg_first;

dbg_7seg dbg_num

                (  .val( dbg_val ),

                        .show_next(KEY[2]),

                        .part( indicated_part ),

                        .is_first( seg_first ) );

SEG7_LUT_4      u0

                (       .oSEG0(HEX0),

                        .oSEG1(HEX1),

                        .oSEG2(HEX2),

                        .oSEG3(HEX3),

                        .iDIG( indicated_part )

                );

endmodule