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U_LCD_RGB.cpp
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U_LCD_RGB.cpp
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//---------------------------------------------------------------------------
#include <vcl.h>
#pragma hdrstop
#include "U_LCD_RGB.h"
//---------------------------------------------------------------------------
//#include "panel_tuning.cpp"
//---------------------------------------------------------------------------
//#include "U_Setting.h"
#include "send_slider.h" //thread
//---------------------------------------------------------------------------
//add
#include "DPF.h"
#include "comm.h"
#include "video.h"
#include<math.h>
#include<stdio.h>
//---------------------------------------------------------------------------
#pragma package(smart_init)
#pragma resource "*.dfm"
TLCD_RGB *LCD_RGB;
////////////////////////////////////////////////////////////////////////////
//#define debug_test
////////////////////////////////////////////////////////////////////////////
//add
#define _version "Platform display adjust 1.1.0"
#define video_adjust
TScrollBar *_pScroll_bar=0;
////////////////////////////////////////////////////////////////////////////
int _color_index=0;
TStringGrid *_pGrid=NULL;
////////////////////////////////////////////////////////////////////////////
bool send_color_command(PC_rw_register rw_reg, byte *data, int data_size =1);
////////////////////////////////////////////////////////////////////////////
int CMTbl[8][6]={
{0x8A188A38, 0x004404E1, 0x00001E1E, 0x1433DC13, 0xCD33F50A, 0x3333CE17},
{0x82208A5D, 0x00230078, 0x00003A84, 0x0633CD17, 0xE144FA02, 0x3433DC08},
{0x0A3C005D, 0x004402E3, 0x00001e1e, 0x1E22DC13, 0xCD22F50A, 0x22226B01},
{0x024C0044, 0x004402E3, 0x00001e1e, 0x0622CD17, 0xE133FA02, 0x3211F56E},
{0x8A208250, 0x008B2C7C, 0x00000ebc, 0x1433DC13, 0xCD33F50A, 0x3333CE17},
{0x8A208A44, 0x00B43DDC, 0x00000b61, 0x0633CD17, 0xE144FA02, 0x3433DC08},
{0x88208030, 0x007A0EFC, 0x000010C9, 0x1433DC13, 0xCD33F50A, 0x3333CE17},
{0x8A208844, 0x00391E70, 0x000023EE, 0x0633CD17, 0xE144FA02, 0x3433DC08} };
/*int color_management_[49] = { 0x8A188A38, 0x004404E1, 0x00001E1E, 0x1433DC13,
0xCD33F50A, 0x3333CE17, 0x82208A5D, 0x00230078,
0x00003A84, 0x0633CD17, 0xE144FA02,0x3433DC08,
0x0A3C005D, 0x004402E3, 0x00001e1e, 0x1E22DC13,
0xCD22F50A, 0x22226B01, 0x024C0044, 0x004402E3,
0x00001e1e, 0x0622CD17, 0xE133FA02, 0x3211F56E,
0x8A208250, 0x008B2C7C, 0x00000ebc, 0x1433DC13,
0xCD33F50A, 0x3333CE17, 0x8A208A4, 0x00B43DDC, //0x8A208A4 , 0x8A208A44
0x00000b61, 0x0633CD17, 0xE144FA02, 0x3433DC08,
0x88208030, 0x007A0EFC, 0x000010C9, 0x1433DC13,
0xCD33F50A, 0x3333CE17, 0x8A208844, 0x00391E70,
0x000023EE, 0x0633CD17, 0xE144FA02, 0x3433DC08,
0x80000024
};*/
bool _clear_all_color = false;
int color_management[50]={ 0x8A008A00, 0x007F5800, 0x00001020, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x007F1800, 0x00001020, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x007F3800, 0x00001020, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F2C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F4C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F0C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x001D0A22, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x00000000, 0x00000000, 0x0033FF00, 0xFF33FF00, 0x3333FF00,
0x80000024,
0x80000000
};
int clear_color_management[49]={
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x8A008A00, 0x00000000, 0x00000000, 0x0033FF00, 0xFF33FF00, 0x3333FF00,
0x80000024};
/*int color_management[49] ={ 0x8A008A00, 0x003F5C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F1C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F3C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F2C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F4C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x003F0C00, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x8A008A00, 0x001D0A22, 0x00002082, 0x1033E010, 0xE033F50A, 0x3333E010,
0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000, 0x00000000,
0x80000024};
*/
////////////////////////////////////////////////////////////////////////////
enum DATATYPE {
RESERVED = 0x0000, //保留
RW_REGISTER_BITS =0x0001, //读写寄存器或寄存器的某些bits
EN_DIS_HUE_SAT =0x0002, //开启关闭hue/saturation功能
CM_SET_DEFAULT =0x0003, //设置color management初始值
};
enum FuncID{
nRESERVED =0, // 保留
CHROMACORING=0x01, // chroma coring
COLORMANAGEMENT =0x02, // color management
};
////////////////////////////////////////////////////////////////////////
enum color_index {
red =0 ,
green,
blue,
cyan,
magenta,
yellow,
flesh
};
RGBTRIPLE color_group[] =
{
0x00 , 0x0 ,0xff,
0x00 , 0xff ,0x0,
0xff , 0x0 ,0x0,
0xff , 0xff ,0x0,
0xff , 0x0 ,0xff,
0x0 , 0xff ,0xff,
106 , 181 , 0xff
};
byte _color_hue_register_group[] = { 0,0,0, 0,0,0, 0,0};
byte _color_sat_register_group[] = { 0,0,0, 0,0,0, 0,0};
PC_rw_register color_set_group[] ={
{2,9,0x0000,2},
{2,8,0x0000,3},
{2,8,0x0000,3},
{2,25,0x0000,2},//+0x01，即设置寄存器0x00,bit25~bit26=0x01;
{2,24,0x0000,3},//+0x00，即设置寄存器0x00,bit25~bit26=0x00;
{2,24,0x0000,3},//+0x00，即设置寄存器0x00,bit25~bit26=0x00;
{2,0,0x0003,8},//+用户设置的值(0~255)，即设置寄存器0x03,bit0~bit7;
{2,16,0x0003,4},////+用户设置的值(0-7)，即设置寄存器0x03,bit16~bit19;
{2,20,0x0003,4},////+用户设置的值(0~7)，即设置寄存器0x03,bit20~bit23;
{2,8,0x0003,8},//+用户设置的值(0~255)，即设置寄存器0x03,bit8~bit15;
{2,0,0x0004,8},//+用户设置的值(0~255)，即设置寄存器0x04,bit0~bit7;
{2,16,0x0004,4},//+用户设置的值(0~7)，即设置寄存器0x04,bit16~bit19;
{2,20,0x0004,4},//+用户设置的值(0~7)，即设置寄存器0x04,bit20~bit23;
{2,8,0x0004,8},//+用户设置的值(0~255)，即设置寄存器0x04,bit8~bit15;
{2,24,0x0003,8},// +用户设置的值(0~255)，即设置寄存器0x03,bit24~bit31;
{2,24,0x0005,4},// +用户设置的值(0~7)，即设置寄存器0x05,bit24~bit27;
{2,28,0x0005,4},// +用户设置的值(0~7)，即设置寄存器0x05,bit28~bit31;
{2,24,0x0004,8},// +用户设置的值(0~255)，即设置寄存器0x04,bit24~bit31;
{2,0,0x0005,8},// +用户设置的值(0~255)， 即设置寄存器0x05,bit0~bit7;
{2,16,0x0005,4},// +用户设置的值(0~7)，即设置寄存器0x05,bit16~bit19;
{2,20,0x0005,4},// +用户设置的值(0~7)，即设置寄存器0x05,bit20~bit23;
{2,8,0x0005,8},// +用户设置的值(0~255)，即设置寄存器0x05,bit8~bit15;
};
int default_hue[]= { 0x10, 3,3, 0xE0, 0x0a, 3,3, 0xf5};
int default_sat[]= { 0x10, 3,3, 0xE0, 0x10, 3,3, 0xe0};
////////////////////////////////////////////////////////////////////////////
RGBTRIPLE rgb[2000][2000];
Graphics::TBitmap *bitmap;
//用来存放变换后的位图
int i,j,width,height;
double max(double a, double b)
{
if (a>b)
return a;
else
return b;
}
double min(double a, double b)
{
if (a<b)
return a;
else
return b;
}
//===================================================================
double __fooHuetoRGB (double m1, double m2, double h)
{
if (h < 0)
h += 1.0 ;
if (h > 1)
h -= 1.0 ;
if (6.0*h < 1)
return (m1+(m2-m1)*h*6.0) ;
if (2.0*h < 1)
return m2 ;
if (3.0*h < 2.0)
return (m1+(m2-m1)*((2.0/3.0)-h)*6.0) ;
return m1 ;
}
//////////////////////////////////////////////////////////////////////////
void fooRGBtoHLS (RGBTRIPLE rgb, double * H, double * L, double * S)
{
double delta ;
double r = (double) rgb.rgbtRed / 255 ;
double g = (double) rgb.rgbtGreen / 255 ;
double b = (double) rgb.rgbtBlue / 255 ;
double cmax = max(r, max (g, b)) ;
double cmin = min(r, min (g, b)) ;
*L = (cmax+cmin) / 2.0 ;
if (cmax == cmin)
{
*S = 0 ;
*H = 0 ;
}
else
{
if (*L < 0.5)
*S = (cmax-cmin) / (cmax+cmin) ;
else
*S = (cmax-cmin) / (2.0-cmax-cmin) ;
delta = cmax - cmin ;
if (r == cmax)
*H = (g-b) / delta ;
else
if (g == cmax)
*H = 2.0 + (b-r) / delta ;
else
*H = 4.0 + (r-g) / delta ;
*H /= 6.0 ;
if (*H < 0.0)
*H += 1 ;
}
}
////////////////////////////////////////////////////////////////////////////////////////////
RGBTRIPLE fooHLStoRGB (const double& H, const double& L, const double& S)
{
double r, g, b ;
double m1, m2 ;
if (S == 0)
r = g = b = L ;
else
{
if (L <= 0.5)
m2 = L * (1.0+S) ;
else
m2 = L + S - L*S ;
m1 = 2.0*L - m2 ;
r = __fooHuetoRGB (m1, m2, H+1.0/3.0) ;
g = __fooHuetoRGB (m1, m2, H) ;
b = __fooHuetoRGB (m1, m2, H-1.0/3.0) ;
}
RGBTRIPLE retRGB ;
retRGB.rgbtRed = max (min ((int)(r*255), 0xFF), 0) ;
retRGB.rgbtGreen = max (min ((int)(g*255), 0xFF), 0) ;
retRGB.rgbtBlue = max (min ((int)(b*255), 0xFF), 0) ;
return retRGB ;
}
////////////////////////////////////////////////////////////////////////////////////////////
//hue
//sat
byte _enable_group[]=
{ 0x32, 0x30,
0x11, 0x10,
0x21, 0x20,
};
PC_rw_register hue_sat_group_1[] ={
{write_reg_bit,11, 0x0000,1},
{write_reg_bit,27, 0x0000,1}
} ;
PC_rw_register chroma_group[] ={
{write_reg_bit,0, 0x0031,8},
{write_reg_bit,8, 0x0031,4}
} ;
PC_rw_register hue_sat_group[] ={
{2,0, 0x0000,8},
{2,16, 0x0000,8},
{2,16, 0x002B,8} ,
{2,0, 0x002C,8},
{2,8, 0x002C,8},
{2,0, 0x002B,8},
{2,8, 0x002B,8},
} ;
bool send_black_extend( byte *data, int data_size , PC_rw_register rw_reg);
////////////////////////////////////////////////////////////////////////////
bool send_black_extend( byte *pdata, int data_size , PC_rw_register rw_reg)
{
send_reg_command( pdata, data_size, rw_reg, 3, 1 );
return true;
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
bool send_chroma( byte *pdata, int data_size , PC_rw_register rw_reg)
{
send_reg_command( pdata, data_size, rw_reg, 1, 1 );
return true;
}
//////////////////////////////////////////////////////////////////////////////
//---------------------------------------------------------------------------
__fastcall TLCD_RGB::TLCD_RGB(TComponent* Owner)
: TForm(Owner)
{
Caption = _version;
TSend_Slider *psend_slider_thread;
psend_slider_thread = new TSend_Slider(false);
//////////////////////////////////////////////
for(i = 0; i< Image9->Width; i++)
for(int j = 0; j< Image9->Height; j++)
{
Image9->Canvas->Pixels[i][j]=RGB(0xff , 0x0 ,0x0);;
Image10->Canvas->Pixels[i][j]=RGB(0xff , 0x0 ,0x0);;
}
////////////////////////////////////////////////////////////////////////
m_hComm = Open_Comm("COM1");
if(m_hComm == NULL)
ShowMessage("can not open com1");
////////////////////////////////////////////////////////////////////////
TStringGrid *pGrid = reg_grid;
AnsiString str;
pGrid->RowCount = 0x32;
pGrid->ColCount = 5;
pGrid->DefaultColWidth = 50;
int i =0;
////////////////////////////////////////////////////////////////////////
for(i =0; i< (pGrid->RowCount -1) ; i++)
{
pGrid->Cells[0][i+1] = str.sprintf("%2X", i); //row index
}
for(i =0; i< (pGrid->ColCount -1); i++)
{
pGrid->Cells[i+1][0] = str.sprintf("%2X", i); //col index
}
////////////////////////////////////////////////////////////////
for(i =0; i< ( pGrid->RowCount -1); i++)
{
int value = color_management[i];
for(int k =0; k< (pGrid->ColCount-1); k++)
{
int reg = value>>( 8 * k);
reg &= 0xff;
pGrid->Cells[pGrid->ColCount - k-1][i+1] = str.sprintf("%2X", reg); //row index
}
}
edit_row->Text = "1";
/////////////////////////////////////////////////
int cell_width = 76;
int col_count = 10;
pGrid = StringGrid1;
pGrid->DefaultColWidth = 80;
pGrid->ColWidths[0] = 110;
pGrid->RowHeights[0] = 1;
pGrid->ColCount = col_count;
pGrid->RowCount = 9;
pGrid->Width = 780 +cell_width;
//pGrid_1->Col[0]-> = 9;
i =1;
pGrid->Rows[i++]->Text = "hue_luma_low";
pGrid->Rows[i++]->Text = "hue_luma_low_slope";
pGrid->Rows[i++]->Text = "hue_luma_high_slope";
pGrid->Rows[i++]->Text = "hue_luma_high";
pGrid->Rows[i++]->Text = "hue_sat_low";
pGrid->Rows[i++]->Text = "hue_sat_low_slope";
pGrid->Rows[i++]->Text = "hue_sat_high_slope";
pGrid->Rows[i++]->Text = "hue_sat_high";
int row,col;
for(row =0; row< pGrid->RowCount -1; row++)
for( col =0; col< (pGrid->ColCount-1); col++)
{
pGrid->Cells[col+1][row +1] = str.sprintf("%2X", default_hue[row] );
}
/////////////////////////////////////////////////
pGrid = StringGrid2;
pGrid->DefaultColWidth = 80;
pGrid->ColWidths[0] = 110;
pGrid->RowHeights[0] = 1;
pGrid->ColCount = col_count;
pGrid->RowCount = 9;
pGrid->Width = 770 +cell_width;
//pGrid_1->Col[0]-> = 9;
i =1;
pGrid->Rows[i++]->Text = "sat_luma_low";
pGrid->Rows[i++]->Text = "sat_luma_low_slope";
pGrid->Rows[i++]->Text = "sat_luma_high_slope";
pGrid->Rows[i++]->Text = "sat_luma_high";
pGrid->Rows[i++]->Text = "sat_sat_low";
pGrid->Rows[i++]->Text = "sat_sat_low_slope";
pGrid->Rows[i++]->Text = "sat_sat_high_slope";
pGrid->Rows[i++]->Text = "sat_sat_high";
for(row =0; row< pGrid->RowCount -1; row++)
for( col =0; col< (pGrid->ColCount-1); col++)
{
pGrid->Cells[col+1][row +1] = str.sprintf("%2X", default_sat[row] );
}
//////////////////////////////////////////////////////////////////////////
TRadioGroup *pGroup[] = {
RadioGroup1, RadioGroup2,
RadioGroup3, RadioGroup4,
RadioGroup5, RadioGroup10,
RadioGroup12,
RadioGroup14,
RadioGroup8,
RadioGroup15, RadioGroup16,
RadioGroup17, RadioGroup18,
RadioGroup19, RadioGroup20,
RadioGroup21, RadioGroup22,
RadioGroup9
};
for(int i = 0; i< sizeof(pGroup)/sizeof(TRadioGroup *); i++)
{
pGroup[i]->Height = 68;;// pGroup[i]->Items = TempList;
pGroup[i]->Width = 30;
pGroup[i]->Top = 48 + (i /9) *270;
pGroup[i]->Left = 152 + (i %9) * 80;
}
}
//---------------------------------------------------------------------------
void __fastcall TLCD_RGB::Button1Click(TObject *Sender)
{
int n = sizeof(bool);
n = sizeof(int);
////////////////////////////////////////////////////////////////
TStringGrid *pGrid = reg_grid;
int row ;
int byte;
int reg =0;
char *stop;
row = 1;
for(int k =0; k< (pGrid->ColCount-1); k++)
{
byte = strtol( pGrid->Cells[pGrid->ColCount - k-1][row +1].c_str() , &stop, 16);
reg |= byte<<( 8 * k);
}
return;
//Chart1->Series[0]->FillSampleValues(_Axis_X_Len);
int nY = 100;
Chart1->Width = 800;
Chart1->Height = 600;
Chart1->LeftAxis->SetMinMax(0, 1024);
int nIndex =0;
for(int nX =0; nX < 255; nX++)
{
nY = nX * 3.5;
for(int nIndex =0; nIndex < 3; nIndex++)
Chart1->Series[nIndex]->AddXY(nX, nY+nIndex * 39, "", clTeeColor);
}
}
//---------------------------------------------------------------------------
void send_color_group_command()
{
int color_index = _color_index;
int i =0;
char *stop;
PC_rw_register rw_reg;
byte data;
TStringGrid *pGrid = LCD_RGB->StringGrid1;
TRadioGroup *radio_group[]={ LCD_RGB->RadioGroup1, LCD_RGB->RadioGroup2, LCD_RGB->RadioGroup3, LCD_RGB->RadioGroup4, LCD_RGB->RadioGroup5,
LCD_RGB->RadioGroup10,LCD_RGB->RadioGroup12,LCD_RGB->RadioGroup14, LCD_RGB->RadioGroup8,
LCD_RGB->RadioGroup15,LCD_RGB->RadioGroup16, LCD_RGB->RadioGroup17, LCD_RGB->RadioGroup18, LCD_RGB->RadioGroup19,
LCD_RGB->RadioGroup20,LCD_RGB->RadioGroup21, LCD_RGB->RadioGroup22, LCD_RGB->RadioGroup9};
///////////////////////////////////////////////////////
for(i = 0;i < sizeof(color_set_group)/sizeof(rw_reg) ; i++)
{
memcpy(&rw_reg, (char *)&color_set_group[i], sizeof(rw_reg) );
rw_reg.addReg += color_index*6 ;
///////////////////////////////////////////////
//data
if(i <4)
{
if(radio_group[color_index]->ItemIndex == 0)
data = 1;
else
data =0;
}
else
{
int flag =12;
if(i < flag)
{
pGrid = LCD_RGB->StringGrid1;
data = strtol( pGrid->Cells[ color_index +2][i +1].c_str() , &stop, 16);
}
else
{
pGrid = LCD_RGB->StringGrid2;
data = strtol( pGrid->Cells[ color_index +2][i +1 -flag].c_str() , &stop, 16);
}
}
///////////////////////////////////////////////
bool re = send_color_command(rw_reg, &data);
if(!re) break;
}
}
//---------------------------------------------------------------------------
bool send_color_command(PC_rw_register rw_reg, byte *data, int data_size )
{
#ifndef debug_test
if(Initial_Comm_4_DPF())
#else
if(1)
#endif
{
unsigned char Array[600];
data_type_t data_type;
int header_size = sizeof(data_type);
int reg_size = sizeof(rw_reg);
memset(Array, NULL, sizeof(Array));
memset((char *)&data_type, NULL, sizeof(data_type));
////////////////////////////////////////////////////////////////
data_type.func_id = 2;
data_type.datatype = 1;
//////////////////////////////////////////////////////////////////
memcpy(Array, (char *)&data_type, header_size );
memcpy(Array + header_size, (char *)&rw_reg, reg_size);
if(data_size)
memcpy(Array + header_size +reg_size ,(char *)data, data_size);
//Send_Data(Array, sizeof(set) + sizeof(rw_reg) + sizeof(reg), TTY_SERVICE_ID_DISPLAY);
Send_Data(Array, header_size + reg_size +data_size, 0x0a);
}
else
return false;
return true;
}
bool send_color_command_1(PC_rw_register rw_reg, byte data, int data_size =1)
{
if(Initial_Comm_4_DPF())
// if(1)
{
//char set[] = {0x00,0x02,0x01,0x00}; //
unsigned char Array[600];
data_type_t data_type;
//PC_rw_register rw_reg;
int header_size = sizeof(data_type);
int reg_size = sizeof(rw_reg);
if(!data_size)
data_size= sizeof(data);;
memset(Array, NULL, sizeof(Array));
memset((char *)&data_type, NULL, sizeof(data_type));
//memset((char *)&rw_reg, NULL, sizeof(rw_reg));
////////////////////////////////////////////////////////////////
data_type.func_id = COLORMANAGEMENT;
data_type.datatype = EN_DIS_HUE_SAT;
//////////////////////////////////////////////////////////////////
reg_size = 0;
memcpy(Array, (char *)&data_type, header_size );
//memcpy(Array + header_size, (char *)&rw_reg, reg_size);
//memcpy(Array + header_size +reg_size ,(char *)&data, data_size);
if(data_size)
memcpy(Array + header_size ,(char *)&data, data_size);
//Send_Data(Array, sizeof(set) + sizeof(rw_reg) + sizeof(reg), TTY_SERVICE_ID_DISPLAY);
Send_Data(Array, header_size + reg_size +data_size, 0x0a);
}
else
return false;
return true;
}
/////////////////////////////////////////////////////////////////////////
void __fastcall TLCD_RGB::Send_1_reg(TObject *Sender)
{
if(Initial_Comm_4_DPF())
{
//send command
data_type_t data_type;
PC_rw_register rw_reg;
unsigned char Array[600];
memset(Array, NULL, sizeof(Array));
memset((char *)&data_type, NULL, sizeof(data_type));
memset((char *)&rw_reg, NULL, sizeof(rw_reg));
////////////////////////////////////////////////////////////////
TStringGrid *pGrid = reg_grid;
int row ;
int byte;
int reg =0;
char *stop;
row = strtol(edit_row->Text.c_str(), &stop, 16);
for(int k =0; k< (pGrid->ColCount-1); k++)
{
byte = strtol( pGrid->Cells[pGrid->ColCount - k-1][row +1].c_str() , &stop, 16);
reg |= byte<<( 8 * k);
}
data_type.func_id = 2;
data_type.datatype = 1;
rw_reg.addReg =row;
rw_reg.RegBitLength = 1;
//////////////////////////////////////////////////////////////////
int header_size = sizeof(data_type);
int datatype_size = sizeof(rw_reg);
int reg_size;
reg_size = sizeof(reg);
//////////////////////////////////////////////////////////////////
#if 0
int color_array[49];
memset(color_array, NULL, sizeof(color_array) );
for(int i=0; i<pGrid->RowCount-1 ;i++)
for(int k =0; k< (pGrid->ColCount-1); k++)
{
byte = strtol( pGrid->Cells[pGrid->ColCount - k-1][i+1].c_str() , &stop, 16);
color_array[i] |= byte<<( 8 * k);
}
reg_size = sizeof(color_array);//
rw_reg.addReg =0; // row;
rw_reg.RegBitLength =49;;
#endif
//////////////////////////////////////////////////////////////////
memcpy(Array, (char *)&data_type, header_size );
memcpy(Array + header_size, (char *)&rw_reg, datatype_size);
memcpy(Array + header_size +datatype_size , (char *)®, reg_size);
//memcpy(Array + header_size +datatype_size ,(char *)&color_array, reg_size);
//Send_Data(Array, sizeof(set) + sizeof(rw_reg) + sizeof(reg), TTY_SERVICE_ID_DISPLAY);
Send_Data(Array, header_size + datatype_size +reg_size, 0x0a);
}
}
//---------------------------------------------------------------------------
void __fastcall TLCD_RGB::reg_gridSelectCell(TObject *Sender, int ACol,
int ARow, bool &CanSelect)
{
AnsiString str;
edit_row->Text = str.sprintf("%X", ARow-1) ;
}
//---------------------------------------------------------------------------
void __fastcall TLCD_RGB::ScrollBar1Change(TObject *Sender)
{
_pScroll_bar = (TScrollBar *)Sender;
return;
///////////////////////////////////////////////////////
TEdit *pEdit;
TScrollBar *pScrollBar = (TScrollBar *)Sender;
PC_rw_register rw_reg;
byte data;
int color_index;
TColor color;
width=Image9->Picture->Width;
height=Image9->Picture->Height;
bitmap=new Graphics::TBitmap;
bitmap->Width=width;
bitmap->Height=height;
data=pScrollBar->Position ;
///////////////////////////////////////////////////////
if(pScrollBar == ScrollBar1)
{
pEdit = Edit2;
memcpy(&rw_reg, (char *)&hue_sat_group[0], sizeof(rw_reg) );
}
else
{
pEdit = Edit3;
memcpy(&rw_reg, (char *)&hue_sat_group[1], sizeof(rw_reg) );
}
color_index = ComboBox1->ItemIndex;
pEdit->Text = IntToStr(data);
rw_reg.addReg += color_index*6 ;
bool re = send_color_command(rw_reg, &data);
///////////////////////////////////////////////////////
for(i=0;i< width-1;i++)
for(j=0;j< height-1;j++)
{
color=Image9->Canvas->Pixels[i][j];
rgb[i][j].rgbtRed=GetRValue(color);
rgb[i][j].rgbtGreen=GetGValue(color);
rgb[i][j].rgbtBlue=GetBValue(color);
////////////////////////////////////////////////////
static int k =33;
k+=3;
int iPercentHue = k; //128 * iPercentHue / 100 ; // 转换成x/128
int iPercentSat = 95;//128 * iPercentSat / 100 ; // 转换成x/128
iPercentHue = ScrollBar1->Position;
iPercentSat = ScrollBar2->Position;
iPercentSat = 128 * iPercentSat / 100 ;
iPercentHue = 128 * iPercentHue / 100 ;
double H, L, S ;
fooRGBtoHLS (*(RGBTRIPLE *)&rgb[i][j], &H, &L, &S);
if (iPercentHue != 128)
H = H * iPercentHue / 128 ;
if (iPercentSat != 128)
S = S * iPercentSat / 128 ;
//* (RGBTRIPLE *) rgb = fooHLStoRGB (H, L, S) ;
//bitmap->Canvas->Pixels[i][j]=RGB(rgb[i][j].rgbtRed , rgb[i][j].rgbtGreen, rgb[i][j].rgbtBlue);;
/////////////////////////////////////
//RGBTRIPLE rgb_0 = fooHLStoRGB (H, L, S) ;
//bitmap->Canvas->Pixels[i][j]=RGB(rgb_0.rgbtRed , rgb_0.rgbtGreen,rgb_0.rgbtBlue);;
* (RGBTRIPLE *) &rgb[i][j] = fooHLStoRGB (H, L, S) ;
bitmap->Canvas->Pixels[i][j]=//RGB(rgb[i][j].rgbtRed , rgb[i][j].rgbtGreen, rgb[i][j].rgbtBlue);;
RGB(rgb[i][j].rgbtBlue , rgb[i][j].rgbtGreen, rgb[i][j].rgbtRed);;
}
Image9->Picture->Bitmap->Assign(bitmap);
}
//---------------------------------------------------------------------------
/*
sample:
pls input start degree :60
0x2B[Byte0~1]-->0x1000
pls input range :30
0x2B[Byte2]-->0x3f ;
0x2C[Byte0~1]:=0x2082 !
*/
void __fastcall TLCD_RGB::Scroll_Bar1_Change()
{
TEdit *pEdit;
TScrollBar *pScrollBar = _pScroll_bar;;// = (TScrollBar *)Sender;
_pScroll_bar = 0;
PC_rw_register rw_reg;
unsigned int data;
unsigned int value;
int color_index;
bool re;
TColor color;
if(!pScrollBar) return;
data=pScrollBar->Position ;
color_index = ComboBox1->ItemIndex;
///////////////////////////////////////////////////////
if(pScrollBar == ScrollBar1) //hue
{
pEdit = Edit2;
memcpy(&rw_reg, (char *)&hue_sat_group[0], sizeof(rw_reg) );
}
else if(pScrollBar == ScrollBar2) //saturation
{
pEdit = Edit3;
memcpy(&rw_reg, (char *)&hue_sat_group[1], sizeof(rw_reg) );
///////////////////////////////////////////////////////////
write_register(m_hComm, 0, 0x8aff8aff);
#if 0
AnsiString str, stmp;
{
stmp.sprintf("%d", 0) ;
str = "echo wc 0x1d70 " + stmp + " > /sys/bus/pseudo/drivers/amlogic_debug/amlogic_reg" ;
str = write_command_line(m_hComm, str);
stmp.sprintf("0x%x", 0x8aff8aff) ;
str = "echo wc 0x1d71 " + stmp + " > /sys/bus/pseudo/drivers/amlogic_debug/amlogic_reg" ;
str = write_command_line(m_hComm, str);
}
#endif
return;
///////////////////////////////////////////////////////////
}
else if(pScrollBar == ScrollBar9) //range
{
pEdit = Edit4;
pEdit->Text = IntToStr(data);
memcpy(&rw_reg, (char *)&hue_sat_group[2], sizeof(rw_reg) );
//rw_reg.addReg += color_index*6 ;
//data // (int)(((float)0x100/120)*(拖动条的值))
data = (int)(((float)0xff/120)*data);
bool re = send_color_command(rw_reg, (char *)&data);
//data // ((1<<20)/(int)(((float)0x100/120)*(拖动调的值))+1)>>1
data=pScrollBar->Position ;
value = ((1<<20)/(int)(((float)0xff/120)*data)+1)>>1 ;
memcpy(&rw_reg, (char *)&hue_sat_group[3], sizeof(rw_reg) );
data = (value&0xff);
re = send_color_command(rw_reg, (char *)&data);
memcpy(&rw_reg, (char *)&hue_sat_group[4], sizeof(rw_reg) );
data = (value>>8);
re = send_color_command(rw_reg, (char *)&data);
return;
}
else if(pScrollBar == ScrollBar10) //start degree
{
pEdit = Edit5;
pEdit->Text = IntToStr(data);
//data //(int)(((float)0x6000/360)*(拖动条的值))
value = (int)(((float)0x6000/360)*data);
memcpy(&rw_reg, (char *)&hue_sat_group[5], sizeof(rw_reg) );
data = (value&0xff);
re = send_color_command(rw_reg, (char *)&data);
memcpy(&rw_reg, (char *)&hue_sat_group[6], sizeof(rw_reg) );
data = (value>>8);
re = send_color_command(rw_reg, (char *)&data);
return;
}
rw_reg.addReg += color_index*6 ;
pEdit->Text = IntToStr(data);
re = send_color_command(rw_reg, (char *)&data);
///////////////////////////////////////////////////////
#if 0
width=Image9->Picture->Width;
height=Image9->Picture->Height;
bitmap=new Graphics::TBitmap;
bitmap->Width=width;
bitmap->Height=height;
for(i=0;i< width-1;i++)
for(j=0;j< height-1;j++)
{
color=Image9->Canvas->Pixels[i][j];
rgb[i][j].rgbtRed=GetRValue(color);
rgb[i][j].rgbtGreen=GetGValue(color);
rgb[i][j].rgbtBlue=GetBValue(color);
////////////////////////////////////////////////////
static int k =33;
k+=3;
int iPercentHue = k; //128 * iPercentHue / 100 ; // 转换成x/128
int iPercentSat = 95;//128 * iPercentSat / 100 ; // 转换成x/128
iPercentHue = ScrollBar1->Position;
iPercentSat = ScrollBar2->Position;
iPercentSat = 128 * iPercentSat / 100 ;
iPercentHue = 128 * iPercentHue / 100 ;
double H, L, S ;
fooRGBtoHLS (*(RGBTRIPLE *)&rgb[i][j], &H, &L, &S);
if (iPercentHue != 128)
H = H * iPercentHue / 128 ;
if (iPercentSat != 128)
S = S * iPercentSat / 128 ;
//* (RGBTRIPLE *) rgb = fooHLStoRGB (H, L, S) ;
//bitmap->Canvas->Pixels[i][j]=RGB(rgb[i][j].rgbtRed , rgb[i][j].rgbtGreen, rgb[i][j].rgbtBlue);;
/////////////////////////////////////
//RGBTRIPLE rgb_0 = fooHLStoRGB (H, L, S) ;
//bitmap->Canvas->Pixels[i][j]=RGB(rgb_0.rgbtRed , rgb_0.rgbtGreen,rgb_0.rgbtBlue);;
* (RGBTRIPLE *) &rgb[i][j] = fooHLStoRGB (H, L, S) ;
bitmap->Canvas->Pixels[i][j]=//RGB(rgb[i][j].rgbtRed , rgb[i][j].rgbtGreen, rgb[i][j].rgbtBlue);;
RGB(rgb[i][j].rgbtBlue , rgb[i][j].rgbtGreen, rgb[i][j].rgbtRed);;
}
Image9->Picture->Bitmap->Assign(bitmap);
#endif