public void Update_Calculated_Vdata(DP173_or_Elgin model, Gamma_Set Set)
{
DP173_Model_Option_Form DP173 = (DP173_Model_Option_Form)Application.OpenForms["DP173_Model_Option_Form"];
RGB_Double[,] Temp_Calculated_Vdata = Get_Calculated_Vdata(Set);
double[] Temp_Calculated_Vreg1_Voltage = Get_Calculated_Vreg1_Voltage(Set);
//-------------Added on 200316-----------
if (model.band < 11)
{
//update Vreg1 , R/G/B AM2 Voltage
if (model.gray == 0)
{
int Dec_Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Set);//Current_Band Vreg1
Temp_Calculated_Vreg1_Voltage[model.band] = Imported_my_cpp_dll.DP173_Get_Vreg1_Voltage(Dec_Vreg1, DP173.Voltage_VREG1_REF2047, DP173.Voltage_VREG1_REF1635, DP173.Voltage_VREG1_REF1227, DP173.Voltage_VREG1_REF815, DP173.Voltage_VREG1_REF407, DP173.Voltage_VREG1_REF63, DP173.Voltage_VREG1_REF1);
Temp_Calculated_Vdata[model.band, model.gray].double_R = Imported_my_cpp_dll.DP173_Get_AM2_Gamma_Voltage(DP173.Voltage_VREG1_REF2047, Temp_Calculated_Vreg1_Voltage[model.band], model.Gamma.int_R);
Temp_Calculated_Vdata[model.band, model.gray].double_G = Imported_my_cpp_dll.DP173_Get_AM2_Gamma_Voltage(DP173.Voltage_VREG1_REF2047, Temp_Calculated_Vreg1_Voltage[model.band], model.Gamma.int_G);
Temp_Calculated_Vdata[model.band, model.gray].double_B = Imported_my_cpp_dll.DP173_Get_AM2_Gamma_Voltage(DP173.Voltage_VREG1_REF2047, Temp_Calculated_Vreg1_Voltage[model.band], model.Gamma.int_B);
}
//update R/G/B Normal Voltage
else
{
Temp_Calculated_Vdata[model.band, model.gray].double_R = Imported_my_cpp_dll.DP173_Get_GR_Gamma_Voltage(DP173.Voltage_VREG1_REF2047, Temp_Calculated_Vreg1_Voltage[model.band], model.R_AM1_Dec, Temp_Calculated_Vdata[model.band, (model.gray - 1)].double_R, model.Gamma.int_R, model.gray);
Temp_Calculated_Vdata[model.band, model.gray].double_G = Imported_my_cpp_dll.DP173_Get_GR_Gamma_Voltage(DP173.Voltage_VREG1_REF2047, Temp_Calculated_Vreg1_Voltage[model.band], model.G_AM1_Dec, Temp_Calculated_Vdata[model.band, (model.gray - 1)].double_G, model.Gamma.int_G, model.gray);
Temp_Calculated_Vdata[model.band, model.gray].double_B = Imported_my_cpp_dll.DP173_Get_GR_Gamma_Voltage(DP173.Voltage_VREG1_REF2047, Temp_Calculated_Vreg1_Voltage[model.band], model.B_AM1_Dec, Temp_Calculated_Vdata[model.band, (model.gray - 1)].double_B, model.Gamma.int_B, model.gray);
}
}
//---------------------------------------
}
public void Update_SET1_HBM_AM1_Hex()
{
DP173_Model_Option_Form model_option_form = (DP173_Model_Option_Form)Application.OpenForms["DP173_Model_Option_Form"];
if (model_option_form.radioButton_AM1_Set_As_AM0_divided_by_2.Checked)
{
R_AM1_Hex = Convert.ToInt32(Math.Ceiling(Convert.ToInt32(R_AM0_Hex, 16) / 2.0)).ToString("X2");
G_AM1_Hex = Convert.ToInt32(Math.Ceiling(Convert.ToInt32(G_AM0_Hex, 16) / 2.0)).ToString("X2");
B_AM1_Hex = Convert.ToInt32(Math.Ceiling(Convert.ToInt32(B_AM0_Hex, 16) / 2.0)).ToString("X2");
}
else if (model_option_form.radioButton_AM1_Set_As_0x00.Checked)
{
R_AM1_Hex = "00";
G_AM1_Hex = "00";
B_AM1_Hex = "00";
}
else
{
//Get Set1 HBM AM1
Form1 f1 = (Form1)Application.OpenForms["Form1"];
f1.MX_OTP_Read(0, 40, "B3"); Thread.Sleep(50);
string[] Hex = new string[40];
for (int i = 0; i < 40; i++)
{
Hex[i] = f1.dataGridView1.Rows[i].Cells[1].Value.ToString();
}
R_AM1_Hex = f1.dataGridView1.Rows[4].Cells[1].Value.ToString();
G_AM1_Hex = f1.dataGridView1.Rows[17].Cells[1].Value.ToString();
B_AM1_Hex = f1.dataGridView1.Rows[30].Cells[1].Value.ToString();
}
Update_AM1_Dec_From_AM1_Hex();
}
public void Update_SET1_HBM_AM0_Hex()
{
DP173_Model_Option_Form model_option_form = (DP173_Model_Option_Form)Application.OpenForms["DP173_Model_Option_Form"];
if (model_option_form.radioButton_AM0_0x00.Checked)
{
R_AM0_Hex = "00";
G_AM0_Hex = "00";
B_AM0_Hex = "00";
}
else
{
//Get Set1 HBM AM0
Form1 f1 = (Form1)Application.OpenForms["Form1"];
f1.MX_OTP_Read(0, 40, "B3"); Thread.Sleep(50);
string[] Hex = new string[40];
for (int i = 0; i < 40; i++)
{
Hex[i] = f1.dataGridView1.Rows[i].Cells[1].Value.ToString();
}
R_AM0_Hex = f1.dataGridView1.Rows[5].Cells[1].Value.ToString();
G_AM0_Hex = f1.dataGridView1.Rows[18].Cells[1].Value.ToString();
B_AM0_Hex = f1.dataGridView1.Rows[31].Cells[1].Value.ToString();
}
}
public void IRC_G255_Verify_OC_Vars_Init()
{
DP173_Model_Option_Form model_option_form = (DP173_Model_Option_Form)Application.OpenForms["DP173_Model_Option_Form"];
IRC_G255_OC_Try_Max_Count = Convert.ToInt16(model_option_form.textBox_G255_IRC_OC_Max_Try.Text);
G255_IRC_OC_Verify_Limit_Ratio = Convert.ToDouble(model_option_form.textBox_G255_IRC_OC_Verify_Limit_Ratio.Text);
IRC_G255_OC_Try_Count = 0;
}
public void Update_Data_Voltages_And_Skip_Band_Measures(Gamma_Set Set, DP173_or_Elgin model)
{
Form1 f1 = (Form1)Application.OpenForms["Form1"];
DP173_Dual_Engineering_Mornitoring DP173_form_Dual_engineer = (DP173_Dual_Engineering_Mornitoring)Application.OpenForms["DP173_Dual_Engineering_Mornitoring"];
DP173_Model_Option_Form DP173 = (DP173_Model_Option_Form)Application.OpenForms["DP173_Model_Option_Form"];
if (model.oc_mode == OC_Single_Dual_Triple.Dual)
{
if (Set == Gamma_Set.Set3)
{
f1.GB_Status_AppendText_Nextline("Set3 Band" + (model.band).ToString() + " Skip (Just Apply Gamma and Vreg1)", Color.Blue);
model.Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Gamma_Set.Set1);
for (int g = 0; g < 8; g++)
{
DP173_form_Dual_engineer.Dual_Copy_Set1_Measure_To_Set3_Measure(model.band, g);
Calculated_Vdata_Set3[model.band, g] = Calculated_Vdata_Set1[model.band, g];//Set1 Vdata
}
Calculated_Vreg1_Voltage_Set3[model.band] = Calculated_Vreg1_Voltage_Set1[model.band];
}
else if (Set == Gamma_Set.Set4)
{
f1.GB_Status_AppendText_Nextline("Set4 Band" + (model.band).ToString() + " Skip (Just Apply Gamma and Vreg1)", Color.Blue);
model.Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Gamma_Set.Set2);
for (int g = 0; g < 8; g++)
{
DP173_form_Dual_engineer.Dual_Copy_Set2_Measure_To_Set4_Measure(model.band, g);
Calculated_Vdata_Set4[model.band, g] = Calculated_Vdata_Set2[model.band, g];//Set2 Vdata
}
Calculated_Vreg1_Voltage_Set4[model.band] = Calculated_Vreg1_Voltage_Set2[model.band];
}
else if (Set == Gamma_Set.Set6)
{
f1.GB_Status_AppendText_Nextline("Set6 Band" + (model.band).ToString() + " Skip (Just Apply Gamma and Vreg1)", Color.Blue);
model.Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Gamma_Set.Set5);
for (int g = 0; g < 8; g++)
{
DP173_form_Dual_engineer.Dual_Copy_Set5_Measure_To_Set6_Measure(model.band, g);
Calculated_Vdata_Set6[model.band, g] = Calculated_Vdata_Set5[model.band, g];//Set5 Vdata
}
Calculated_Vreg1_Voltage_Set6[model.band] = Calculated_Vreg1_Voltage_Set5[model.band];
}
}
else if (model.oc_mode == OC_Single_Dual_Triple.Triple)
{
if (Set == Gamma_Set.Set4)
{
f1.GB_Status_AppendText_Nextline("Set4 Band" + (model.band).ToString() + " Skip (Just Apply Gamma and Vreg1)", Color.Blue);
model.Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Gamma_Set.Set1);
for (int g = 0; g < 8; g++)
{
DP173_form_Dual_engineer.Dual_Copy_Set1_Measure_To_Set4_Measure(model.band, g);
Calculated_Vdata_Set4[model.band, g] = Calculated_Vdata_Set1[model.band, g];//Set1 Vdata
}
Calculated_Vreg1_Voltage_Set4[model.band] = Calculated_Vreg1_Voltage_Set1[model.band];
}
else if (Set == Gamma_Set.Set5)
{
f1.GB_Status_AppendText_Nextline("Set5 Band" + (model.band).ToString() + " Skip (Just Apply Gamma and Vreg1)", Color.Blue);
model.Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Gamma_Set.Set2);
for (int g = 0; g < 8; g++)
{
DP173_form_Dual_engineer.Dual_Copy_Set2_Measure_To_Set5_Measure(model.band, g);
Calculated_Vdata_Set5[model.band, g] = Calculated_Vdata_Set2[model.band, g];//Set2 Vdata
}
Calculated_Vreg1_Voltage_Set5[model.band] = Calculated_Vreg1_Voltage_Set2[model.band];
}
else if (Set == Gamma_Set.Set6)
{
f1.GB_Status_AppendText_Nextline("Set6 Band" + (model.band).ToString() + " Skip (Just Apply Gamma and Vreg1)", Color.Blue);
model.Vreg1 = DP173.DP173_Get_Normal_Initial_Vreg1(model.band, Gamma_Set.Set3);
for (int g = 0; g < 8; g++)
{
DP173_form_Dual_engineer.Dual_Copy_Set3_Measure_To_Set6_Measure(model.band, g);
Calculated_Vdata_Set6[model.band, g] = Calculated_Vdata_Set3[model.band, g];//Set5 Vdata
}
Calculated_Vreg1_Voltage_Set6[model.band] = Calculated_Vreg1_Voltage_Set3[model.band];
}
}
}
public DP173_or_Elgin(OC_Single_Dual_Triple mode)
{
DP173_Model_Option_Form model_option_form = (DP173_Model_Option_Form)Application.OpenForms["DP173_Model_Option_Form"];
All_band_gray_Gamma = new RGB[14, 8]; //14ea Bands , 8ea Gray-points
band = 0;
gray = 0;
loop_count = 0;
Vreg1_loop_count = 0;
this.loop_count_max = model_option_form.Get_Max_Loop_Count();
total_average_loop_count = 0;
Initial_Vreg1 = 0;
this.Skip_Lv = model_option_form.Get_Skip_Lv();
Prev_Band_Gray255_Gamma = new RGB();
Update_SET1_HBM_AM0_Hex();
Update_SET1_HBM_AM1_Hex();
//Onlt For Single Mode
Gamma_Init = new RGB();
Cal_Gamma_Init = new RGB();
//----they were global variables before---
//Compensation related(RGB)
Gamma = new RGB();
Measure = new XYLv();
Target = new XYLv();
Limit = new XYLv();
Extension = new XYLv();
Prev_Gamma = new RGB();
//Vreg1 related
Vreg1_Need_To_Be_Updated = false;
Vreg1 = 0;
Diff_Vreg1 = 0;
Prev_Vreg1 = 0;
Vreg1_First_Gamma_Red = 0;
Vreg1_First_Gamma_Blue = 0;
G255_First_Gamma_Red = 0;
G255_First_Gamma_Green = 0;
G255_First_Gamma_Blue = 0;
//RGB Infinite_Loop_Detect
Infinite = false;
Infinite_Count = 0;
Temp_Gamma = new RGB[6]; //A0,A1,A2,A3,A4,A5
Diif_Gamma = new RGB[5]; //(A1-A0),(A2-A1),(A3-A2),(A4-A3),(A5-A4)
Temp = new RGB();
//RB Vreg1_Infinite_Loop_Detect
Vreg1_Infinite = false;
Vreg1_Infinite_Count = 0;
Vreg1_Value = new int[3];
Vreg1_Value_Temp = 0;
Vreg1_Temp_Gamma = new RGB[4]; //A0,A1,A2,A3
Vreg1_Diif_Gamma = new RGB[3]; //(A1-A0),(A2-A1),(A3-A2)
Vreg1_Temp = new RGB();
//dll-related variables
Gamma_Out_Of_Register_Limit = false;
Within_Spec_Limit = false;
Gamma_Register_Limit = 511;
Vreg1_Register_Limit = 2047;
oc_mode = mode;
IRC_G255_OC_Try_Count = 0;
IRC_G255_OC_Try_Max_Count = 0;
G255_IRC_OC_Verify_Limit_Ratio = 1.0;
}
