Gölgelerden şekil çıkartma uygulamaları için sekansör programlama

VCXG.I Kameralar için Şekil ve Gölge Uygulamalarında Sekansör Programlama

Yazılım Örneği: Baumer GAPI v2.9.0

Bu örnek, şekil ve gölge uygulaması için bir sekansörün yazılım tetiklemesi ile nasıl programlanacağını açıklar. Şekil ve gölge, aynı konumda kaydedilen ancak her biri farklı ışıklandırma ile alınmış 2D görüntülerden 3D bilgi çıkarmak için kullanılan teknik bir çözümdür. Sekansör, bir yazılım tetiklemesi ile hızlı bir şekilde ardışık olarak 4 görüntü alacak şekilde ayarlanmıştır. Örnek, sahneyi farklı açılardan aydınlatmak için konumlandırılmış 4 flaş segmentine güç sağlamak için VCXG.I kameralarının 4 yüksek güçlü PWM çıkışını kullanır.

Sekansör ile ne yapılacağı veya şekil ve gölge uygulamasının ne zaman kullanılacağı hakkında daha fazla bilgi edinmek isterseniz, aşağıdaki uygulama notlarına ve VCXG.I kameralarının kullanıcı kılavuzuna başvurabilirsiniz.

Amaçlanan Kamera Davranışı

Kamera, şekil ve gölge amacıyla tetikleme moduna ayarlanmıştır. Her gelen tetikleme sinyali için dört görüntü elde edilir.

Her elde edilen görüntü için, kamera çıkışları dört bölümden birindeki aydınlatmayı etkinleştirir.

Sekansörü Programlama

C++

                
// STOP ACQUISITION AND LOAD DEFAULT PARAMETERS
pDevice->GetRemoteNode("AcquisitionStop")->Execute();
pDevice->GetRemoteNode("UserSetSelector")->SetValue("Default");
pDevice->GetRemoteNode("UserSetLoad")->Execute();

// DEFINE EXPOSURE TIME AND ROI FOR THE SEQUENCER
double ExposureTime = 500;
bo_int64 OffsetX = 0
bo_int64 OffsetY = 0
bo_int64 Height = pDevice->GetRemoteNode("Height")->GetIntMax();
bo_int64 Width = pDevice->GetRemoteNode("Width")->GetIntMax();

// SWITCH TO SEQUENCER CONFIG MODE
pDevice->GetRemoteNode("SequencerConfigurationMode")->SetString("On")

// SET 0 (FIRST STEP OF THE SEQUENCE)
// wait for the trigger and acquire the first image
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(0);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(1);
pDevice->GetRemoteNode("ExposureTime")->SetInt(ExposureTime);
pDevice->GetRemoteNode("Height")->SetInt(Height);
pDevice->GetRemoteNode("Width")->SetInt(Width);
pDevice->GetRemoteNode("OffsetX")->SetInt(OffsetX);
pDevice->GetRemoteNode("OffsetY")->SetInt(OffsetY);
pDevice->GetRemoteNode("TriggerMode")->SetValue("On");
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(0);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("RisingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 1 (SECOND STEP OF THE SEQUENCE)
// while the exposure is active strobe Output1 (lightning 1)
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(1);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(2);
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(1);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("FallingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 2 (THIRD STEP OF THE SEQUENCE)
// acquire second Image
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(2);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(3);
pDevice->GetRemoteNode("ExposureTime")->SetInt(ExposureTime);
pDevice->GetRemoteNode("Height")->SetInt(Height);
pDevice->GetRemoteNode("Width")->SetInt(Width);
pDevice->GetRemoteNode("OffsetX")->SetInt(OffsetX);
pDevice->GetRemoteNode("OffsetY")->SetInt(OffsetY);
pDevice->GetRemoteNode("TriggerMode")->SetValue("Off");
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(0);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("RisingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 3 (FOURTH STEP OF THE SEQUENCE)
// while the exposure is active strobe Output2 (lightning 2)
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(3);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(4);
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(2);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("FallingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 4 (FIFTH STEP OF THE SEQUENCE)
// acquire third Image
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(4);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(5);
pDevice->GetRemoteNode("ExposureTime")->SetInt(ExposureTime);
pDevice->GetRemoteNode("Height")->SetInt(Height);
pDevice->GetRemoteNode("Width")->SetInt(Width);
pDevice->GetRemoteNode("OffsetX")->SetInt(OffsetX);
pDevice->GetRemoteNode("OffsetY")->SetInt(OffsetY);
pDevice->GetRemoteNode("TriggerMode")->SetValue("Off");
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(0);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("RisingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 5 (SIXTH STEP OF THE SEQUENCE)
// strobe Output3 (lightning 3)
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(5);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(6);
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(4);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("FallingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 6 (SEVENTH STEP OF THE SEQUENCE)
// acquire 4. image
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(6);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(7);
pDevice->GetRemoteNode("ExposureTime")->SetInt(ExposureTime);
pDevice->GetRemoteNode("Height")->SetInt(Height);
pDevice->GetRemoteNode("Width")->SetInt(Width);
pDevice->GetRemoteNode("OffsetX")->SetInt(OffsetX);
pDevice->GetRemoteNode("OffsetY")->SetInt(OffsetY);
pDevice->GetRemoteNode("TriggerMode")->SetValue("Off");
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(0);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("RisingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// SET 7 (EIGHTH STEP OF THE SEQUENCE)
// strobe (Output4) lightning 4
pDevice->GetRemoteNode("SequencerSetSelector")->SetInt(7);
pDevice->GetRemoteNode("SequencerSetLoad")->Execute();
pDevice->GetRemoteNode("SequencerSetNext")->SetInt(0);
pDevice->GetRemoteNode("UserOutputValueAll")->SetInt(8);
pDevice->GetRemoteNode("SequencerTriggerActivation")->SetValue("FallingEdge");
pDevice->GetRemoteNode("SequencerTriggerSource")->SetValue("ExposureActive");
pDevice->GetRemoteNode("SequencerSetSave")->Execute();

// set the sequencer to start with the Set0
pDevice->GetRemoteNode("SequencerSetStart")->SetInt(0);

// SEQUENCER CONFIG END
pDevice->GetRemoteNode("SequencerConfigurationMode")->SetString("Off");

                
// STOP ACQUISITION AND LOAD DEFAULT PARAMETERS
mDevice.RemoteNodeList["AcquisitionStop"].Execute();
mDevice.RemoteNodeList["UserSetSelector"].Value = "Default";
mDevice.RemoteNodeList["UserSetLoad"].Execute();

// DEFINE EXPOSURE TIME AND ROI FOR THE SEQUENCER
double ExposureTime = 500;
long OffsetX = 0;
long OffsetY = 0;
long Height = mDevice.RemoteNodeList["Height"].Max;
long Width = mDevice.RemoteNodeList["Width"].Max;

// SWITCH TO SEQUENCER CONFIG MODE
mDevice.RemoteNodeList["SequencerConfigurationMode"].Value = "On";

// SET 0 (First STEP OF THE SEQUENCE)
// wait for the trigger and acquire the first image
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 0;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 1;
mDevice.RemoteNodeList["ExposureTime"].Value = ExposureTime;
mDevice.RemoteNodeList["OffsetX"].Value = OffsetX;
mDevice.RemoteNodeList["OffsetY"].Value = OffsetY;
mDevice.RemoteNodeList["Height"].Value = Height;
mDevice.RemoteNodeList["Width"].Value = Width;
mDevice.RemoteNodeList["TriggerMode"].Value = "On";
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 0;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "RisingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 1 (SECOND STEP OF THE SEQUENCE)
// while the exposure is active strobe Output1 (lightning 1)
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 1;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 2;
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 1;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "FallingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 2 (THIRD STEP OF THE SEQUENCE)
// acquire second Image
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 2;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 3;
mDevice.RemoteNodeList["ExposureTime"].Value = ExposureTime;
mDevice.RemoteNodeList["OffsetX"].Value = OffsetX;
mDevice.RemoteNodeList["OffsetY"].Value = OffsetY;
mDevice.RemoteNodeList["Height"].Value = Height;
mDevice.RemoteNodeList["Width"].Value = Width;
mDevice.RemoteNodeList["TriggerMode"].Value = "Off";
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 0;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "RisingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 3 (FOURTH STEP OF THE SEQUENCE)
// while the exposure is active strobe Output2 (lightning 2)
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 3;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 4;
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 2;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "FallingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 4 (FIFTH STEP OF THE SEQUENCE)
// acquire third Image 
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 4;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 5;
mDevice.RemoteNodeList["ExposureTime"].Value = ExposureTime;
mDevice.RemoteNodeList["OffsetX"].Value = OffsetX;
mDevice.RemoteNodeList["OffsetY"].Value = OffsetY;
mDevice.RemoteNodeList["Height"].Value = Height;
mDevice.RemoteNodeList["Width"].Value = Width;
mDevice.RemoteNodeList["TriggerMode"].Value = "Off";
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 0;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "RisingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 5 (SIXTH STEP OF THE SEQUENCE)
// strobe Output3 (lightning 3)
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 5;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 6;
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 4;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "FallingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 6 (SEVENTH STEP OF THE SEQUENCE)
// acquire 4. image
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 6;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 7;
mDevice.RemoteNodeList["ExposureTime"].Value = ExposureTime;
mDevice.RemoteNodeList["OffsetX"].Value = OffsetX;
mDevice.RemoteNodeList["OffsetY"].Value = OffsetY;
mDevice.RemoteNodeList["Height"].Value = Height;
mDevice.RemoteNodeList["Width"].Value = Width;
mDevice.RemoteNodeList["TriggerMode"].Value = "Off";
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 0;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "RisingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// SET 7 (EIGHTH STEP OF THE SEQUENCE)
// strobe (Output4) lightning 4
mDevice.RemoteNodeList["SequencerSetSelector"].Value = 7;
mDevice.RemoteNodeList["SequencerSetLoad"].Execute();
mDevice.RemoteNodeList["SequencerSetNext"].Value = 0;
mDevice.RemoteNodeList["UserOutputValueAll"].Value = 8;
mDevice.RemoteNodeList["SequencerTriggerActivation"].Value = "FallingEdge";
mDevice.RemoteNodeList["SequencerTriggerSource"].Value = "ExposureActive";
mDevice.RemoteNodeList["SequencerSetSave"].Execute();

// set the sequencer to start with the Set0
mDevice.RemoteNodeList["SequencerSetStart"].Value = 0;

// SEQUENCER CONFIG END
mDevice.RemoteNodeList["SequencerConfigurationMode"].Value = "Off";

Sekansör ayarlandıktan sonra, kurulum için aydınlatmayı kontrol etmek amacıyla kameranın PWM çıkışlarını da yapılandırmamız gerekiyor.

C++

                
// Define line outputs parameters
bo_int64 LightningTime = (long)ExposureTime - 2;
bo_int64 MaxDutyCycle = 10;
bo_int64 DutyCycle = 10;
bo_int64 MaxDuration = 1900;
String LineFormat = "OpenSource";
String LinePWMMode = "OnePulse";

// Configure Line4 for UserOutput1 as single lightning flash 1
pDevice->GetRemoteNode("LineSelector")->SetValue("Line4");
pDevice->GetRemoteNode("LineFormat")->SetValue(LineFormat);
pDevice->GetRemoteNode("LineInverter")->SetValue("0");
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("On");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(1);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(1);
pDevice->GetRemoteNode("LinePWMMaxDutyCycle")->SetInt(MaxDutyCycle);
pDevice->GetRemoteNode("LinePWMMaxDuration")->SetInt(MaxDuration);
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("Off");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(LightningTime);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(DutyCycle);
pDevice->GetRemoteNode("LinePWMMode")->SetValue(LinePWMMode);
pDevice->GetRemoteNode("LineSource")->SetValue("UserOutput1");

// Configure Line5 for UserOutput2 as single lightning flash 2
pDevice->GetRemoteNode("LineSelector")->SetValue("Line5");
pDevice->GetRemoteNode("LineFormat")->SetValue(LineFormat);
pDevice->GetRemoteNode("LineInverter")->SetValue("0");
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("On");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(1);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(1);
pDevice->GetRemoteNode("LinePWMMaxDutyCycle")->SetInt(MaxDutyCycle);
pDevice->GetRemoteNode("LinePWMMaxDuration")->SetInt(MaxDuration);
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("Off");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(LightningTime);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(DutyCycle);
pDevice->GetRemoteNode("LinePWMMode")->SetValue(LinePWMMode);
pDevice->GetRemoteNode("LineSource")->SetValue("UserOutput2");

// Configure Line6 for UserOutput3 as single lightning flash 3
pDevice->GetRemoteNode("LineSelector")->SetValue("Line6");
pDevice->GetRemoteNode("LineFormat")->SetValue(LineFormat);
pDevice->GetRemoteNode("LineInverter")->SetValue("0");
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("On");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(1);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(1);
pDevice->GetRemoteNode("LinePWMMaxDutyCycle")->SetInt(MaxDutyCycle);
pDevice->GetRemoteNode("LinePWMMaxDuration")->SetInt(MaxDuration);
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("Off");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(LightningTime);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(DutyCycle);
pDevice->GetRemoteNode("LinePWMMode")->SetValue(LinePWMMode);
pDevice->GetRemoteNode("LineSource")->SetValue("UserOutput3");

// Configure Line7 for UserOutput4 as single lightning flash 4
pDevice->GetRemoteNode("LineSelector")->SetValue("Line7");
pDevice->GetRemoteNode("LineFormat")->SetValue(LineFormat);
pDevice->GetRemoteNode("LineInverter")->SetValue("0");
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("On");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(1);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(1);
pDevice->GetRemoteNode("LinePWMMaxDutyCycle")->SetInt(MaxDutyCycle);
pDevice->GetRemoteNode("LinePWMMaxDuration")->SetInt(MaxDuration);
pDevice->GetRemoteNode("LinePWMConfigurationMode")->SetValue("Off");
pDevice->GetRemoteNode("LinePWMDuration")->SetInt(LightningTime);
pDevice->GetRemoteNode("LinePWMDutyCycle")->SetInt(DutyCycle);
pDevice->GetRemoteNode("LinePWMMode")->SetValue(LinePWMMode);
pDevice->GetRemoteNode("LineSource")->SetValue("UserOutput4");

                
// Define line outputs parameters
long LightningTime = (long)ExposureTime - 2;
long MaxDutyCycle = 10;
long DutyCycle = 10;
long MaxDuration = 1900;
string LineFormat = "OpenSource";
string LinePWMMode = "OnePulse";

// Configure Line4 for UserOutput1 as single lightning flash 1
mDevice.RemoteNodeList["LineSelector"].Value = "Line4";
mDevice.RemoteNodeList["LineFormat"].Value = LineFormat;
mDevice.RemoteNodeList["LineInverter"].Value = false;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "On";
mDevice.RemoteNodeList["LinePWMDuration"].Value = 1;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = 1;
mDevice.RemoteNodeList["LinePWMMaxDutyCycle"].Value = MaxDutyCycle;
mDevice.RemoteNodeList["LinePWMMaxDuration"].Value = MaxDuration;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "Off";
mDevice.RemoteNodeList["LinePWMDuration"].Value = LightningTime;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = DutyCycle;
mDevice.RemoteNodeList["LinePWMMode"].Value = LinePWMMode;
mDevice.RemoteNodeList["LineSource"].Value = "UserOutput1";

// Configure Line5 for UserOutput2 as single lightning flash 2
mDevice.RemoteNodeList["LineSelector"].Value = "Line5";
mDevice.RemoteNodeList["LineFormat"].Value = LineFormat;
mDevice.RemoteNodeList["LineInverter"].Value = false;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "On";
mDevice.RemoteNodeList["LinePWMDuration"].Value = 1;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = 1;
mDevice.RemoteNodeList["LinePWMMaxDutyCycle"].Value = MaxDutyCycle;
mDevice.RemoteNodeList["LinePWMMaxDuration"].Value = MaxDuration;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "Off";
mDevice.RemoteNodeList["LinePWMDuration"].Value = LightningTime;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = DutyCycle;
mDevice.RemoteNodeList["LinePWMMode"].Value = LinePWMMode;
mDevice.RemoteNodeList["LineSource"].Value = "UserOutput2";

// Configure Line6 for UserOutput3 as single lightning flash 3
mDevice.RemoteNodeList["LineSelector"].Value = "Line6";
mDevice.RemoteNodeList["LineFormat"].Value = LineFormat;
mDevice.RemoteNodeList["LineInverter"].Value = false;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "On";
mDevice.RemoteNodeList["LinePWMDuration"].Value = 1;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = 1;
mDevice.RemoteNodeList["LinePWMMaxDutyCycle"].Value = MaxDutyCycle;
mDevice.RemoteNodeList["LinePWMMaxDuration"].Value = MaxDuration;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "Off";
mDevice.RemoteNodeList["LinePWMDuration"].Value = LightningTime;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = DutyCycle;
mDevice.RemoteNodeList["LinePWMMode"].Value = LinePWMMode;
mDevice.RemoteNodeList["LineSource"].Value = "UserOutput3";

// Configure Line7 for UserOutput4 as single lightning flash 4
mDevice.RemoteNodeList["LineSelector"].Value = "Line7";
mDevice.RemoteNodeList["LineFormat"].Value = LineFormat;
mDevice.RemoteNodeList["LineInverter"].Value = false;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "On";
mDevice.RemoteNodeList["LinePWMDuration"].Value = 1;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = 1;
mDevice.RemoteNodeList["LinePWMMaxDutyCycle"].Value = MaxDutyCycle;
mDevice.RemoteNodeList["LinePWMMaxDuration"].Value = MaxDuration;
mDevice.RemoteNodeList["LinePWMConfigurationMode"].Value = "Off";
mDevice.RemoteNodeList["LinePWMDuration"].Value = LightningTime;
mDevice.RemoteNodeList["LinePWMDutyCycle"].Value = DutyCycle;
mDevice.RemoteNodeList["LinePWMMode"].Value = LinePWMMode;
mDevice.RemoteNodeList["LineSource"].Value = "UserOutput4";

Son olarak, kamera sekansörünü başlatır ve bir yazılım tetiklemesi gerçekleştiririz.

C++

                
// START CAMERA SEQUENCER
pDevice->GetRemoteNode("SequencerMode")->SetValue("On");
pDevice->GetRemoteNode("TriggerSource")->SetValue("Software");
pDataStream->StartAcquisitionContinuous();
pDevice->GetRemoteNode("AcquisitionStart")->Execute();
pDevice->GetRemoteNode("TriggerSoftware")->Execute();

// CAPTURE 4 IMAGES

// STOP CAMERA SEQUENCER
pDevice->GetRemoteNode("AcquisitionStop")->Execute();
pDataStream->StopAcquisition();
pDevice->GetRemoteNode("SequencerMode")->SetValue("Off");

                
// START CAMERA SEQUENCER
mDevice.RemoteNodeList["SequencerMode"].Value = "On";
mDevice.RemoteNodeList["TriggerSource"].Value = "Software";
mDataStream.StartAcquisition();
mDevice.RemoteNodeList["AcquisitionStart"].Execute();
mDevice.RemoteNodeList["TriggerSoftware"].Execute();

// CAPTURE 4 IMAGES

// STOP CAMERA SEQUENCER
mDevice.RemoteNodeList["AcquisitionStop"].Execute();
mDataStream.StopAcquisition();
mDevice.RemoteNodeList["SequencerMode"].Value = "Off";

İndirmeler

Yazılım Örnekleri

Gölgelendirmeden şekil çıkarma ve sekansör

C++ (ZIP | 9 KB)

C# (ZIP | 10 KB)

Gölgelerden şekil çıkartma uygulamaları için sekansör programlama

VCXG.I Kameralar için Şekil ve Gölge Uygulamalarında Sekansör Programlama

Amaçlanan Kamera Davranışı

İndirmeler

Yazılım Örnekleri

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Kamera sıcaklık izleme ile güvenilir 24/7 operasyon [AN201901]

Makine görüşü uygulamaları için Multicast [AN201805]

Gölgelerden şekil çıkartma uygulamaları için sekansör kullanımı [AN201801]

Sorunuz mu var?

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VCXG.I Kameralar için Şekil ve Gölge Uygulamalarında Sekansör Programlama

Amaçlanan Kamera Davranışı

İndirmeler

Yazılım Örnekleri

İlgili Konular

የቴክኒክ ድጋፍ ይፈልጋሉ?

Endüstriyel Kameralar Hakkında Teknik Bilgiler ሌሎች ርዕሶች በ

Kamera sıcaklık izleme ile güvenilir 24/7 operasyon [AN201901]

Makine görüşü uygulamaları için Multicast [AN201805]

Gölgelerden şekil çıkartma uygulamaları için sekansör kullanımı [AN201801]

Sorunuz mu var?

የጥቅስ ጋሪ

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