EasyClassifyTrain
Support |
|
Required licenses |
EasyClassify |
Recommended images |
N/A |
Location |
Deep Learning Inspection\EasyClassifyTrain \ |
Purpose
This sample program demonstrates how to:
□ | Train an EasyClassify tool in console mode. |
Code highlights
By default, the sample program trains a tool for the dataset MiniWaffles in the Deep Learning Additional Resources.
NOTE: | In the code, you need to replace DEEP_LEARNING_ADDITIONAL_RESOURCES by the path of the Deep Learning Additional Resources. |
1. | Select the first available GPU for the training. |
// initialize a classifier that will be trained
EClassifier newClassifier;
// make sure that we have a GPU to use (note: GPU's can only be detected in x64 configuration)
std::vector<EDeepLearningDevice> devices = newClassifier.GetAvailableDevices();
bool foundGPU = false;
for (size_t i = 0; i < devices.size(); i++)
{
if (devices[i].GetDeviceType() == EDeepLearningDeviceType_GPU)
{
newClassifier.SetActiveDevice(devices[i]);
foundGPU = true;
break;
}
}
2. | Create a dataset and add all the good and defective images to it. |
// load the dataset
EClassificationDataset dataset;
dataset.AddImages(std::string(IMAGE_SOURCE_PATH) + "mw_good*.jpg", "Good");
dataset.AddImages(std::string(IMAGE_SOURCE_PATH) + "mw_bad*.jpg", "Bad");
3. | Split the dataset in a training part and a validation part. |
// Put 80% of images into the training dataset and 20% in the validation dataset
EClassificationDataset trainingDataset;
EClassificationDataset validationDataset;
dataset.SplitDataset(trainingDataset, validationDataset, 0.8f);
4. | Train the classifier and wait for the training to end. |
newClassifier.Train(trainingDataset, validationDataset, 50);
newClassifier.WaitForTrainingCompletion();
5. | Check the validation accuracy of the classifier. |
float newClassifierAccuracy = newClassifier.GetValidationMetrics(newClassifier.GetBestIteration()).GetAccuracy();
std::cout << "New classifier accuracy:" << newClassifierAccuracy << std::endl