質問編集履歴

AHO

2019/12/05 04:16

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test CHANGED Viewed

	@@ -1 +1 @@
1	- ~~あああああああああああ~~
1	+ $ GG:HOGE \rightarrow AHO $ となるような $GG$ を構成したい。

test CHANGED Viewed

@@ -1 +1,13 @@
-ああああああああああああああああああああああああああああああああああああああああああああああああああああああああああああ
+お世話になります。weak semantic supervisionを用いて　$hoge \in HOGE, aho \in AHO$を $ GG:HOGE \rightarrow AHO $ とする $GG$ が欲しいのですが実装できません。
+参考：
+http://openaccess.thecvf.com/content_ICCV_2017/papers/Zhu_Unpaired_Image-To-Image_Translation_ICCV_2017_paper.pdf
+2年前の化石のようなペーパーで申し訳ありません。
+宜しくお願い致します。

あああああああああああああああああ

2019/12/05 04:16

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test CHANGED Viewed

	@@ -1 +1 @@
1	- ~~KOTLIN　ANDROIDSTUDIO~~
1	+ あああああああああああ

test CHANGED Viewed

@@ -1,359 +1 @@
-お世話になります。KOTLIN以下のコードを書いたところエラーとなりました。
-setTargetAspectRatio(screenAspectRatio)　＞＞＞＞＞＞＞＞＞＞＞＞＞＞＞＞＞＞＞＞エラー
-全体コードは以下になります。
-```ここに言語を入力
-   private fun startCamera() {
-        CameraX.unbindAll()
-        val size = arrayOfNulls<Size>(5)
-        size[0] = Size(240, 320)
-        size[1] = Size(320, 480)
-        size[2] = Size(480, 640)
-        size[3] = Size(720, 960)
-        size[4] = Size(1080, 1960)
-        val savedSize = size[2]
-        val w1 = savedSize?.width as Int
-        val h1 =savedSize.height
-//
-        val wm = this.getSystemService(Context.WINDOW_SERVICE) as WindowManager
-        val display = wm.defaultDisplay
-        val sizeF = Point()
-        display.getSize(sizeF)
-        val x1 = sizeF.x
-        val y1 = sizeF.y
-//
-        val metrics = DisplayMetrics().also { viewFinder.display.getRealMetrics(it) }
-        val screenSize = Size(metrics.widthPixels, metrics.heightPixels)
-        val ww = metrics.widthPixels
-        val hh = metrics.heightPixels
-        val w2 = x1*100/w1
-        val h2 = y1*100/h1
-        val screenAspectRatio = Rational(w2, h2)
-        //when (check) {
-        //    true ->{ screenAspectRatio = Rational(w2, h2)}
-        //    false ->{ screenAspectRatio = Rational(h2, w2)}
-        //}
-        // Create configuration object for the viewfinder use case
-        val previewConfig = PreviewConfig.Builder().apply {
-            setTargetAspectRatio(screenAspectRatio)
-            setTargetResolution(screenSize)
-            setLensFacing(cameraFace)
-            setTargetRotation(viewFinder.display.rotation)
-        }.build()
-        // Build the viewfinder use case
-        val preview = Preview(previewConfig)
-/*
-        val viewFinderConfig = PreviewConfig.Builder().apply {
-            //...
-            setTargetAspectRatio(screenAspectRatio)
-            setTargetResolution(screenSize)
-            setLensFacing(cameraFace)
-            setTargetRotation(viewFinder.display.rotation)
-        }.build()
-        val preview = AutoFitPreviewBuilder.build(viewFinderConfig, viewFinder)
-*/
-        // Every time the viewfinder is updated, recompute layout
-        preview.setOnPreviewOutputUpdateListener {
-            // To update the SurfaceTexture, we have to remove it and re-add it
-            val parent = viewFinder.parent as ViewGroup
-            parent.removeView(viewFinder)
-            parent.addView(viewFinder, 0)
-            viewFinder.surfaceTexture = it.surfaceTexture
-            updateTransform()
-        }
-        // Create configuration object for the image capture use case
-        val imageCaptureConfig = ImageCaptureConfig.Builder()
-            .apply {
-                //setTargetAspectRatio(Rational(1,1))
-                setTargetResolution(savedSize)
-                setLensFacing(cameraFace)
-                // We don't set a resolution for image capture; instead, we
-                // select a capture mode which will infer the appropriate
-                // resolution based on aspect ration and requested mode
-                setCaptureMode(ImageCapture.CaptureMode.MIN_LATENCY)
-                setFlashMode(FlashMode.AUTO)
-                setTargetRotation(windowManager.defaultDisplay.rotation)
-            }.build()
-        // Build the image capture use case and attach button click listener
-        val imageCapture = ImageCapture(imageCaptureConfig)
-        val relativeLocation = externalMediaDirs.first()
-        //val relativeLocation = getExternalFilesDir(Environment.DIRECTORY_DCIM)
-        findViewById<ImageButton>(R.id.capture_button).setOnClickListener {
-            val dateFormat = SimpleDateFormat("ddMMyyyy_kkmmss")
-            val currentTime_1 = Date()
-            val dateString = dateFormat.format(currentTime_1)
-            //val file = File(relativeLocation, "CX_${System.currentTimeMillis()}.jpg")
-            val fileNameIs = "CX_${dateString}.jpg"
-            val file = File(relativeLocation, fileNameIs)
-            imageCapture.takePicture(file,
-                object : ImageCapture.OnImageSavedListener {
-                    override fun onError(error: ImageCapture.UseCaseError,
-                                         message: String, exc: Throwable?) {
-                        val msg = "Photo capture failed: $message"
-                        Toast.makeText(baseContext, msg, Toast.LENGTH_SHORT).show()
+ああああああああああああああああああああああああああああああああああああああああああああああああああああああああああああ
-                        Log.e("CameraXApp", msg)
-                        exc?.printStackTrace()
-                    }
-                    override fun onImageSaved(file: File) {
-                        //val msg = "Photo capture succeeded: ${file.absolutePath}"
-                        val msg = "Photo capture & saved succeeded..."+"\n" +"fileNameIs: " + fileNameIs
-                        Toast.makeText(baseContext, msg, Toast.LENGTH_SHORT).show()
-                        Log.d("CameraXApp", msg)
-                        run{ mDx.play(SHUTTER_CLICK)}
-                        sleep (100)
-                    }
-                })
-        }
-// Setup image analysis pipeline that computes average pixel luminance
-        val analyzerConfig = ImageAnalysisConfig.Builder().apply {
-            // Use a worker thread for image analysis to prevent glitches
-            val analyzerThread = HandlerThread(
-                "LuminosityAnalysis").apply { start() }
-            setCallbackHandler(Handler(analyzerThread.looper))
-            // In our analysis, we care more about the latest image than
-            // analyzing *every* image
-            setImageReaderMode(
-                ImageAnalysis.ImageReaderMode.ACQUIRE_LATEST_IMAGE)
-        }.build()
-        // Build the image analysis use case and instantiate our analyzer
-        val analyzerUseCase = ImageAnalysis(analyzerConfig).apply {
-            analyzer = LuminosityAnalyzer()
-        }
-        // Bind use cases to lifecycle
-        // If Android Studio complains about "this" being not a LifecycleOwner
-        // try rebuilding the project or updating the appcompat dependency to
-        // version 1.1.0 or higher.
-        //CameraX.bindToLifecycle( this, preview, imageCapture, analyzerUseCase)
-        CameraX.bindToLifecycle( this, preview, imageCapture)
-    }
-```
-#エラー
-```ここに言語を入力
-Type mismatch: inferred type is Rational but AspectRatio was expected
-```
-型の不一致：推定される型はRationalですが、AspectRatioが予期されていました。とエラーですが型の不一致を解消する為にはどのように実装すればいいのでしょうか？val screenAspectRatio = Rational(w2, h2)が格納されていました。
-        val w2 = x1*100/w1
-        val h2 = y1*100/h1
-#しらべたこと
-https://teratail.com/questions/181358
-お手数おかけしますがよろしくお願いします。

あ

2019/12/05 01:21

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test CHANGED Viewed

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test CHANGED Viewed

@@ -344,6 +344,10 @@
 型の不一致：推定される型はRationalですが、AspectRatioが予期されていました。とエラーですが型の不一致を解消する為にはどのように実装すればいいのでしょうか？val screenAspectRatio = Rational(w2, h2)が格納されていました。
+        val w2 = x1*100/w1
+        val h2 = y1*100/h1
 #しらべたこと