static void test_CS_CPP_Graber_thread_process_img(bool isPrint, CSImgT imgT)
{
for (DataNames i = 0; i < DataNames.SCA2_CAL; ++i)
{
unit_test_print(isPrint, imgT.DN2Str(i));
}
// --- test CSR3 ImgT data array
byte[] senData = imgT.getDataByte(DataNames.SEN);
// --- test CSImgT data info getting
int cols = imgT.get_cols(DataNames.SEN);
int rows = imgT.get_rows(DataNames.SEN);
int S_cols = imgT.getS_cols();
int S_rows = imgT.getS_rows();
int S_OffsetX = imgT.getS_OffsetX();
int S_OffsetY = imgT.getS_OffsetY();
int R_cols = imgT.getR_cols();
int R_rows = imgT.getR_rows();
int R_AoiOffsetX = imgT.getR_AoiOffsetX();
int R_AoiOffsetY = imgT.getR_AoiOffsetY();
int R_AoiHeight = imgT.getR_AoiHeight();
int R_AoiWidth = imgT.getR_AoiWidth();
bool R_RangeAxis = imgT.getR_RangeAxis();
int C_cols = imgT.getC_cols();
int C_rows = imgT.getC_rows();
double C_offsetX = imgT.getC_offsetX();
double C_offsetY = imgT.getC_offsetY();
double C_scaleX = imgT.getC_scaleX();
double C_scaleY = imgT.getC_scaleY();
double C_lower_bound_x = imgT.getC_lower_bound_x();
double C_upper_bound_x = imgT.getC_upper_bound_x();
double C_lower_bound_r = imgT.getC_lower_bound_r();
double C_upper_bound_r = imgT.getC_upper_bound_r();
/// test CS ImgT data info getting
int id = imgT.get_ID();
bool isE = imgT.isEmpty();
bool hasS = imgT.has(DataNames.SEN);
bool hasR = imgT.has(DataNames.RAN);
bool hasCI = imgT.has_ChunkInfo();
bool saveSenOk = imgT.SaveToIconFile("D:\\sen", DataNames.SEN);
bool saveRanOk = imgT.SaveToIconFile("D:\\ran", DataNames.RAN);
bool saveRacOk = imgT.SaveToIconFile("D:\\rac", DataNames.RAN_CAL);
unit_test_print(true, "Get Image, id = {0}", id);
}
private void toolStripComboBoxMode_Click(object sender, EventArgs e)
{
var status = R3(m_ip).getStatus();
if (status == CAM_STATUS.CAM_IS_STARTED)
{
Stop();
}
if (status == CAM_STATUS.CAM_IS_DISCONNECTED)
{
toolStripComboBoxMode.SelectedIndex = (int)m_GrabMode; // revert to last avalible value
}
// check if Grab Mode match parameter setting.
// Grab Mode is under control by parameter setting.
var lstGrabMode = m_GrabMode;
m_GrabMode = (DataNames)toolStripComboBoxMode.SelectedIndex;
if (checkGrabMode())
{
//var selectedId = toolStripComboBoxMode.SelectedIndex;
//m_GrabMode = (DataNames)selectedId;
m_GrabMode = (DataNames)toolStripComboBoxMode.SelectedIndex;
if (R3(m_ip).getStatus() == CAM_STATUS.CAM_IS_STOPPED) // does not support connected on purpose!
{
Start();
}
}
else
{
toolStripComboBoxMode.SelectedIndex = (int)lstGrabMode; // revert to last avalible value
}
}
public ChartField(string name, string fieldName)
{
Name = name;
Names = new DataNames(fieldName);
}
/////////////////////////////////////////////////////////////////////////////////////
static bool test_CS_basic_functions(bool isPrintToScream = true)
{
bool enable_CPP_Grab_thread = false;
// --- test CSR3S. (Please note: "CS" = C_Sharp, "R3S" = Ranger3_Shared_runtime_environment, So "CSR3S" = class of C_Sharp_Ranger3_Shared_runtime_environment.)
String logPath = "D:\\log.txt";
String ctiPath = "";
bool isPrintLog = isPrintToScream;
bool isWriteLog = true;
GenICam3D r3s = new GenICam3D(logPath, ctiPath, isPrintLog, isWriteLog);
String[] IPs = r3s.getConDevListIP();
String[] Nas = r3s.getConDevList();
var scanRes = r3s.scanDevice();
// --- test CSR3. (Please note: "CS" = C_Sharp, "R3" = Ranger3, So "CSR3" = class of C_Sharp_Ranger3.)
String mac = "0006770c69e1";
Ranger3 r3 = new Ranger3(mac, false);
/// CSR3 r3 = new CSR3(IPs[0], true);
if (r3.isReady() != CAM_STATUS.All_OK)
{
if (isPrintToScream)
{
unit_test_print(isPrintToScream, "Camera is not ready!");
}
return(false);
}
var camStatus = r3.connectCamera(enable_CPP_Grab_thread);
if (camStatus != CAM_STATUS.All_OK)
{
if (isPrintToScream)
{
unit_test_print(isPrintToScream, "Camera connecting failed!");
}
return(false);
}
/// test CS getting paramters info
if (r3.updateParamtersInfo() == false)
{
return(false);
}
String[] CategoryList = r3.paramCategoryList();
String[] FullNameList = r3.paramFullNameList();
int fnId = 0;
unit_test_print(isPrintToScream, "");
unit_test_print(isPrintToScream, "--------------");
foreach (String cate in CategoryList)
{
unit_test_print(isPrintToScream, "|");
unit_test_print(isPrintToScream, "---- Cate: {0}", cate);
String[] categries = r3.paramFullNameOfCategory(cate);
foreach (String fn in categries)
{
unit_test_print(isPrintToScream, " |"); unit_test_print(isPrintToScream, " --- FullName: {0}", fn);
unit_test_print(isPrintToScream, " |"); unit_test_print(isPrintToScream, " --- CurrentValue: {0}", r3.paramCurrentValue(fn));
unit_test_print(isPrintToScream, " |"); unit_test_print(isPrintToScream, " --- Optional values:");
String[] opt = r3.paramOptionalValues(fn, ref fnId);
foreach (String sub in opt)
{
unit_test_print(isPrintToScream, " |");
unit_test_print(isPrintToScream, " ---- {0}", sub);
}
}
}
// --- test CSR3 setting paramters info
///r3.setParameterValue("DeviceScanType", "Linescan3D"); /// 3D Range image
r3.setParameterValue("DeviceScanType", "Areascan"); /// 2D Sensor image
camStatus = r3.startCamera();
if (camStatus != CAM_STATUS.All_OK)
{
unit_test_print(isPrintToScream, "Camera starting failed!");
return(false);
}
// --- test CSR3 acquisition
Thread.Sleep(1000);
// --- test CS ImgT
CSImgT imgT = new CSImgT();
camStatus = r3.getImageData(imgT);
for (DataNames i = 0; i < DataNames.SCA2_CAL; ++i)
{
unit_test_print(isPrintToScream, imgT.DN2Str(i));
}
// --- test CSR3 ImgT data array
byte[] senData = imgT.getDataByte(DataNames.SEN);
// --- test CSImgT data info getting
int S_cols = imgT.getS_cols();
int S_rows = imgT.getS_rows();
int S_OffsetX = imgT.getS_OffsetX();
int S_OffsetY = imgT.getS_OffsetY();
int R_cols = imgT.getR_cols();
int R_rows = imgT.getR_rows();
int R_AoiOffsetX = imgT.getR_AoiOffsetX();
int R_AoiOffsetY = imgT.getR_AoiOffsetY();
int R_AoiHeight = imgT.getR_AoiHeight();
int R_AoiWidth = imgT.getR_AoiWidth();
bool R_RangeAxis = imgT.getR_RangeAxis();
int C_cols = imgT.getC_cols();
int C_rows = imgT.getC_rows();
double C_offsetX = imgT.getC_offsetX();
double C_offsetY = imgT.getC_offsetY();
double C_scaleX = imgT.getC_scaleX();
double C_scaleY = imgT.getC_scaleY();
double C_lower_bound_x = imgT.getC_lower_bound_x();
double C_upper_bound_x = imgT.getC_upper_bound_x();
double C_lower_bound_r = imgT.getC_lower_bound_r();
double C_upper_bound_r = imgT.getC_upper_bound_r();
/// test CS ImgT data info getting
int id = imgT.get_ID();
bool isE = imgT.isEmpty();
bool hasS = imgT.has(DataNames.SEN);
bool hasR = imgT.has(DataNames.RAN);
bool hasCI = imgT.has_ChunkInfo();
bool saveSenOk = imgT.SaveToIconFile("D:\\sen", DataNames.SEN);
bool saveRanOk = imgT.SaveToIconFile("D:\\ran", DataNames.RAN);
bool saveRacOk = imgT.SaveToIconFile("D:\\rac", DataNames.RAN_CAL);
camStatus = r3.stopCamera();
if (camStatus != CAM_STATUS.All_OK)
{
unit_test_print(isPrintToScream, "Camera stopping failed!");
return(false);
}
camStatus = r3.disconnectCamera();
if (camStatus != CAM_STATUS.All_OK)
{
unit_test_print(isPrintToScream, "Camera disconnecting failed!");
return(false);
}
return(true);
}
public void WashNode()
{
this.name = DataNames.Uninitialized;
this.x = 0;
}
public void Set(DataNames name, int num)
{
this.name = name;
this.x = num;
}
//constructors
public Node(DataNames name, int val) : base()
{
this.Set(name, val);
}
public bool NameMatches(string lookingFor)
{
return(DataNames.Contains(lookingFor));
}
