How to use toMat method of com.intuit.karate.robot.OpenCvUtils class

Best Karate code snippet using com.intuit.karate.robot.OpenCvUtils.toMat

Source:TesseractRunner.java

...19        Element window = robot.window("Safari");20        // window = robot.window("Preview");21        robot.delay(1000);22        BufferedImage bi = window.getRegion().captureGreyScale();23        Mat mat = OpenCvUtils.toMat(bi);24        Tesseract tess = new Tesseract(new File("tessdata"), "eng");25        tess.process(mat, false);26        String text = tess.getAllText();27        logger.debug("all text: {}", text);28        tess.highlightWords(robot, robot.screen, 20000);29    }30}...

toMat

Using AI Code Generation

1def mat = OpenCvUtils.toMat(image)2def bufferedImage = OpenCvUtils.toBufferedImage(mat)3def mat = OpenCvUtils.toMat(image)4def bufferedImage = OpenCvUtils.toBufferedImage(mat)5def mat = OpenCvUtils.toMat(image)6def bufferedImage = OpenCvUtils.toBufferedImage(mat)7def mat = OpenCvUtils.toMat(image)8def bufferedImage = OpenCvUtils.toBufferedImage(mat)9def mat = OpenCvUtils.toMat(image)10def bufferedImage = OpenCvUtils.toBufferedImage(mat)11def mat = OpenCvUtils.toMat(image)12def bufferedImage = OpenCvUtils.toBufferedImage(mat)13def mat = OpenCvUtils.toMat(image)14def bufferedImage = OpenCvUtils.toBufferedImage(mat)15def mat = OpenCvUtils.toMat(image)

toMat

Using AI Code Generation

1def mat = OpenCvUtils.toMat(image)2def bufferImage = OpenCvUtils.toBufferedImage(mat)3def bufferImage = OpenCvUtils.toBufferedImage(image)4def mat = OpenCvUtils.toMat(bufferImage)5def bufferImage = OpenCvUtils.toBufferedImage(mat)6def mat = OpenCvUtils.toMat(image)7def bufferImage = OpenCvUtils.toBufferedImage(mat)8def bufferImage = OpenCvUtils.toBufferedImage(image)9def mat = OpenCvUtils.toMat(bufferImage)10def bufferImage = OpenCvUtils.toBufferedImage(mat)11def mat = OpenCvUtils.toMat(image)

toMat

Using AI Code Generation

1import com.intuit.karate.robot.OpenCvUtils2* def gray = image.toGray()3* def gray = image.toGray(0.5)4* def gray = image.toGray(0.5, 0.5, 0.5)5* def gray = image.toGray(0.5, 0.5, 0.5, 0.5)6* def gray = image.toGray(0.5, 0.5, 0.5, 0.5, 0.5)7* def gray = image.toGray(0.5, 0.5, 0.5,

toMat

Using AI Code Generation

1import java.awt.image.BufferedImage2import java.io.File3import javax.imageio.ImageIO4import com.intuit.karate.robot.OpenCvUtils5def imageFile = new File('src/test/resources/test.png')6def image = ImageIO.read(imageFile)7def mat = OpenCvUtils.toMat(image)8def processedImage = OpenCvUtils.toBufferedImage(mat)9def processedImageFile = new File('src/test/resources/processedTest.png')10ImageIO.write(processedImage, 'png', processedImageFile)11def response = call read('classpath:processedTest.feature')12* request { image: '#(processedImage)' }13* request { image: '#(image)' }14* request { image: '#(image)' }15* request { image:

toMat

Using AI Code Generation

1import com.intuit.karate.robot.OpenCvUtils2import javafx.scene.image.Image3import javafx.scene.image.ImageView4import org.opencv.core.Mat5def mat = OpenCvUtils.toMat('classpath:karate-logo.png')6def image = OpenCvUtils.toBufferedImage(mat)7def imageView = new ImageView(new Image(image.source))8import com.intuit.karate.robot.OpenCvUtils9import javafx.scene.image.Image10import javafx.scene.image.ImageView11import org.opencv.core.Mat12def mat = OpenCvUtils.toMat('classpath:karate-logo.png')13def image = OpenCvUtils.toBufferedImage(mat)14def imageView = new ImageView(new Image(image.source))15import com.intuit.karate.robot.OpenCvUtils16import javafx.scene.image.Image17import javafx.scene.image.ImageView18import org.opencv.core.Mat19def mat = OpenCvUtils.toMat('classpath:karate-logo.png')20def image = OpenCvUtils.toBufferedImage(mat)21def imageView = new ImageView(new Image(image.source))

toMat

Using AI Code Generation

1    * def image = read('classpath:opencv.png')2    * def mat = toMat(image)3    * def contours = findContours(mat)4    * def output = drawContours(mat, contours)5    * def outputImage = toBufferedImage(output)6    * write(outputImage, 'target/output.png')7    * def image = read('classpath:opencv.png')8    * def mat = toMat(image)9    * def contours = findContours(mat)10    * def output = drawContours(mat, contours)11    * def outputImage = toBufferedImage(output)12    * write(outputImage, 'target/output.png')13    * def image = read('classpath:opencv.png')14    * def mat = toMat(image)15    * def contours = findContours(mat)16    * def output = drawContours(mat, contours)17    * def outputImage = toBufferedImage(output)18    * write(outputImage, 'target/output.png')19    * def image = read('classpath:opencv.png')20    * def mat = toMat(image)21    * def contours = findContours(mat)22    * def output = drawContours(mat, contours)23    * def outputImage = toBufferedImage(output)24    * write(outputImage, 'target/output.png')

toMat

Using AI Code Generation

1* def image = { BufferedImage: java.awt.image.BufferedImage }2* def mat = com.intuit.karate.robot.OpenCvUtils.toMat(image)3* match mat == { Mat: org.opencv.core.Mat }4* def mat = com.intuit.karate.robot.OpenCvUtils.toMat(null)5* def image = { BufferedImage: java.lang.String }6* def mat = com.intuit.karate.robot.OpenCvUtils.toMat(image)7* def image = { BufferedImage: com.intuit.karate.robot.OpenCvUtils }8* def mat = com.intuit.karate.robot.OpenCvUtils.toMat(image)9* def mat = { Mat: org.opencv.core.Mat }10* def image = com.intuit.karate.robot.OpenCvUtils.toBufferedImage(mat)11* match image == { BufferedImage: java.awt.image.BufferedImage }12* def image = com.intuit.karate.robot.OpenCvUtils.toBufferedImage(null)13* def mat = { Mat: java.lang.String }

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