Loading core/java/android/hardware/Camera.java +98 −67 Original line number Diff line number Diff line Loading @@ -173,16 +173,16 @@ public class Camera { public int facing; /** * The orientation of the camera image. The value is the angle that the * <p>The orientation of the camera image. The value is the angle that the * camera image needs to be rotated clockwise so it shows correctly on * the display in its natural orientation. It should be 0, 90, 180, or 270. * the display in its natural orientation. It should be 0, 90, 180, or 270.</p> * * For example, suppose a device has a naturally tall screen. The * <p>For example, suppose a device has a naturally tall screen. The * back-facing camera sensor is mounted in landscape. You are looking at * the screen. If the top side of the camera sensor is aligned with the * right edge of the screen in natural orientation, the value should be * 90. If the top side of a front-facing camera sensor is aligned with * the right of the screen, the value should be 270. * the right of the screen, the value should be 270.</p> * * @see #setDisplayOrientation(int) * @see Parameters#setRotation(int) Loading Loading @@ -375,7 +375,7 @@ public class Camera { * The preview surface texture may not otherwise change while preview is * running. * * The timestamps provided by {@link SurfaceTexture#getTimestamp()} for a * <p>The timestamps provided by {@link SurfaceTexture#getTimestamp()} for a * SurfaceTexture set as the preview texture have an unspecified zero point, * and cannot be directly compared between different cameras or different * instances of the same camera, or across multiple runs of the same Loading Loading @@ -561,12 +561,12 @@ public class Camera { * is used while calling {@link #takePicture(Camera.ShutterCallback, * Camera.PictureCallback, Camera.PictureCallback, Camera.PictureCallback)}. * * Please note that by calling this method, the mode for application-managed * callback buffers is triggered. If this method has never been called, * null will be returned by the raw image callback since there is * no image callback buffer available. Furthermore, When a supplied buffer * is too small to hold the raw image data, raw image callback will return * null and the buffer will be removed from the buffer queue. * <p>Please note that by calling this method, the mode for * application-managed callback buffers is triggered. If this method has * never been called, null will be returned by the raw image callback since * there is no image callback buffer available. Furthermore, When a supplied * buffer is too small to hold the raw image data, raw image callback will * return null and the buffer will be removed from the buffer queue. * * @param callbackBuffer the buffer to add to the raw image callback buffer * queue. The size should be width * height * (bits per pixel) / 8. An Loading Loading @@ -1082,7 +1082,28 @@ public class Camera { }; /** * Area class for focus and metering. * <p>The Area class is used for choosing specific metering and focus areas for * the camera to use when calculating auto-exposure, auto-white balance, and * auto-focus.</p> * * <p>To find out how many simultaneous areas a given camera supports, use * {@link Parameters#getMaxNumMeteringAreas()} and * {@link Parameters#getMaxNumFocusAreas()}. If metering or focusing area * selection is unsupported, these methods will return 0.</p> * * <p>Each Area consists of a rectangle specifying its bounds, and a weight * that determines its importance. The bounds are relative to the camera's * current field of view. The coordinates are mapped so that (-1000, -1000) * is always the top-left corner of the current field of view, and (1000, * 1000) is always the bottom-right corner of the current field of * view. Setting Areas with bounds outside that range is not allowed. Areas * with zero or negative width or height are not allowed.</p> * * <p>The weight must range from 1 to 1000, and represents a weight for * every pixel in the area. This means that a large metering area with * the same weight as a smaller area will have more effect in the * metering result. Metering areas can overlap and the driver * will add the weights in the overlap region.</p> * * @see Parameters#setFocusAreas(List) * @see Parameters#getFocusAreas() Loading @@ -1095,8 +1116,8 @@ public class Camera { /** * Create an area with specified rectangle and weight. * * @param rect the rectangle of the area * @param weight the weight of the area * @param rect the bounds of the area. * @param weight the weight of the area. */ public Area(Rect rect, int weight) { this.rect = rect; Loading Loading @@ -1124,7 +1145,11 @@ public class Camera { } /** * Rectangle of the area. * Bounds of the area. (-1000, -1000) represents the top-left of the * camera field of view, and (1000, 1000) represents the bottom-right of * the field of view. Setting bounds outside that range is not * allowed. Bounds with zero or negative width or height are not * allowed. * * @see Parameters#getFocusAreas() * @see Parameters#getMeteringAreas() Loading @@ -1132,7 +1157,11 @@ public class Camera { public Rect rect; /** * Weight of the area. * Weight of the area. The weight must range from 1 to 1000, and * represents a weight for every pixel in the area. This means that a * large metering area with the same weight as a smaller area will have * more effect in the metering result. Metering areas can overlap and * the driver will add the weights in the overlap region. * * @see Parameters#getFocusAreas() * @see Parameters#getMeteringAreas() Loading Loading @@ -1632,15 +1661,15 @@ public class Camera { } /** * Gets the supported video frame sizes that can be used by * MediaRecorder. * <p>Gets the supported video frame sizes that can be used by * MediaRecorder.</p> * * If the returned list is not null, the returned list will contain at * <p>If the returned list is not null, the returned list will contain at * least one Size and one of the sizes in the returned list must be * passed to MediaRecorder.setVideoSize() for camcorder application if * camera is used as the video source. In this case, the size of the * preview can be different from the resolution of the recorded video * during video recording. * during video recording.</p> * * @return a list of Size object if camera has separate preview and * video output; otherwise, null is returned. Loading Loading @@ -1672,12 +1701,12 @@ public class Camera { } /** * Sets the dimensions for EXIF thumbnail in Jpeg picture. If * <p>Sets the dimensions for EXIF thumbnail in Jpeg picture. If * applications set both width and height to 0, EXIF will not contain * thumbnail. * thumbnail.</p> * * Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference. * <p>Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference.</p> * * @param width the width of the thumbnail, in pixels * @param height the height of the thumbnail, in pixels Loading Loading @@ -1897,10 +1926,10 @@ public class Camera { } /** * Sets the dimensions for pictures. * <p>Sets the dimensions for pictures.</p> * * Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference. * <p>Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference.</p> * * @param width the width for pictures, in pixels * @param height the height for pictures, in pixels Loading Loading @@ -2726,26 +2755,26 @@ public class Camera { } /** * Gets the distances from the camera to where an object appears to be * <p>Gets the distances from the camera to where an object appears to be * in focus. The object is sharpest at the optimal focus distance. The * depth of field is the far focus distance minus near focus distance. * depth of field is the far focus distance minus near focus distance.</p> * * Focus distances may change after calling {@link * <p>Focus distances may change after calling {@link * #autoFocus(AutoFocusCallback)}, {@link #cancelAutoFocus}, or {@link * #startPreview()}. Applications can call {@link #getParameters()} * and this method anytime to get the latest focus distances. If the * focus mode is FOCUS_MODE_CONTINUOUS_VIDEO, focus distances may change * from time to time. * from time to time.</p> * * This method is intended to estimate the distance between the camera * <p>This method is intended to estimate the distance between the camera * and the subject. After autofocus, the subject distance may be within * near and far focus distance. However, the precision depends on the * camera hardware, autofocus algorithm, the focus area, and the scene. * The error can be large and it should be only used as a reference. * The error can be large and it should be only used as a reference.</p> * * Far focus distance >= optimal focus distance >= near focus distance. * <p>Far focus distance >= optimal focus distance >= near focus distance. * If the focus distance is infinity, the value will be * Float.POSITIVE_INFINITY. * {@code Float.POSITIVE_INFINITY}.</p> * * @param output focus distances in meters. output must be a float * array with three elements. Near focus distance, optimal focus Loading Loading @@ -2775,42 +2804,43 @@ public class Camera { } /** * Gets the current focus areas. Camera driver uses the areas to decide * focus. * <p>Gets the current focus areas. Camera driver uses the areas to decide * focus.</p> * * Before using this API or {@link #setFocusAreas(List)}, apps should * <p>Before using this API or {@link #setFocusAreas(List)}, apps should * call {@link #getMaxNumFocusAreas()} to know the maximum number of * focus areas first. If the value is 0, focus area is not supported. * focus areas first. If the value is 0, focus area is not supported.</p> * * Each focus area is a rectangle with specified weight. The direction * <p>Each focus area is a rectangle with specified weight. The direction * is relative to the sensor orientation, that is, what the sensor sees. * The direction is not affected by the rotation or mirroring of * {@link #setDisplayOrientation(int)}. Coordinates of the rectangle * range from -1000 to 1000. (-1000, -1000) is the upper left point. * (1000, 1000) is the lower right point. The width and height of focus * areas cannot be 0 or negative. * areas cannot be 0 or negative.</p> * * The weight must range from 1 to 1000. The weight should be * <p>The weight must range from 1 to 1000. The weight should be * interpreted as a per-pixel weight - all pixels in the area have the * specified weight. This means a small area with the same weight as a * larger area will have less influence on the focusing than the larger * area. Focus areas can partially overlap and the driver will add the * weights in the overlap region. * weights in the overlap region.</p> * * A special case of null focus area means driver to decide the focus * area. For example, the driver may use more signals to decide focus * areas and change them dynamically. Apps can set all-zero if they want * the driver to decide focus areas. * <p>A special case of a {@code null} focus area list means the driver is * free to select focus targets as it wants. For example, the driver may * use more signals to select focus areas and change them * dynamically. Apps can set the focus area list to {@code null} if they * want the driver to completely control focusing.</p> * * Focus areas are relative to the current field of view * <p>Focus areas are relative to the current field of view * ({@link #getZoom()}). No matter what the zoom level is, (-1000,-1000) * represents the top of the currently visible camera frame. The focus * area cannot be set to be outside the current field of view, even * when using zoom. * when using zoom.</p> * * Focus area only has effect if the current focus mode is * <p>Focus area only has effect if the current focus mode is * {@link #FOCUS_MODE_AUTO}, {@link #FOCUS_MODE_MACRO}, or * {@link #FOCUS_MODE_CONTINUOUS_VIDEO}. * {@link #FOCUS_MODE_CONTINUOUS_VIDEO}.</p> * * @return a list of current focus areas */ Loading Loading @@ -2841,41 +2871,42 @@ public class Camera { } /** * Gets the current metering areas. Camera driver uses these areas to * decide exposure. * <p>Gets the current metering areas. Camera driver uses these areas to * decide exposure.</p> * * Before using this API or {@link #setMeteringAreas(List)}, apps should * <p>Before using this API or {@link #setMeteringAreas(List)}, apps should * call {@link #getMaxNumMeteringAreas()} to know the maximum number of * metering areas first. If the value is 0, metering area is not * supported. * supported.</p> * * Each metering area is a rectangle with specified weight. The * <p>Each metering area is a rectangle with specified weight. The * direction is relative to the sensor orientation, that is, what the * sensor sees. The direction is not affected by the rotation or * mirroring of {@link #setDisplayOrientation(int)}. Coordinates of the * rectangle range from -1000 to 1000. (-1000, -1000) is the upper left * point. (1000, 1000) is the lower right point. The width and height of * metering areas cannot be 0 or negative. * metering areas cannot be 0 or negative.</p> * * The weight must range from 1 to 1000, and represents a weight for * <p>The weight must range from 1 to 1000, and represents a weight for * every pixel in the area. This means that a large metering area with * the same weight as a smaller area will have more effect in the * metering result. Metering areas can partially overlap and the driver * will add the weights in the overlap region. * will add the weights in the overlap region.</p> * * A special case of null metering area means driver to decide the * metering area. For example, the driver may use more signals to decide * metering areas and change them dynamically. Apps can set all-zero if * they want the driver to decide metering areas. * <p>A special case of a {@code null} metering area list means the driver * is free to meter as it chooses. For example, the driver may use more * signals to select metering areas and change them dynamically. Apps * can set the metering area list to {@code null} if they want the * driver to completely control metering.</p> * * Metering areas are relative to the current field of view * <p>Metering areas are relative to the current field of view * ({@link #getZoom()}). No matter what the zoom level is, (-1000,-1000) * represents the top of the currently visible camera frame. The * metering area cannot be set to be outside the current field of view, * even when using zoom. * even when using zoom.</p> * * No matter what metering areas are, the final exposure are compensated * by {@link #setExposureCompensation(int)}. * <p>No matter what metering areas are, the final exposure are compensated * by {@link #setExposureCompensation(int)}.</p> * * @return a list of current metering areas */ Loading Loading
core/java/android/hardware/Camera.java +98 −67 Original line number Diff line number Diff line Loading @@ -173,16 +173,16 @@ public class Camera { public int facing; /** * The orientation of the camera image. The value is the angle that the * <p>The orientation of the camera image. The value is the angle that the * camera image needs to be rotated clockwise so it shows correctly on * the display in its natural orientation. It should be 0, 90, 180, or 270. * the display in its natural orientation. It should be 0, 90, 180, or 270.</p> * * For example, suppose a device has a naturally tall screen. The * <p>For example, suppose a device has a naturally tall screen. The * back-facing camera sensor is mounted in landscape. You are looking at * the screen. If the top side of the camera sensor is aligned with the * right edge of the screen in natural orientation, the value should be * 90. If the top side of a front-facing camera sensor is aligned with * the right of the screen, the value should be 270. * the right of the screen, the value should be 270.</p> * * @see #setDisplayOrientation(int) * @see Parameters#setRotation(int) Loading Loading @@ -375,7 +375,7 @@ public class Camera { * The preview surface texture may not otherwise change while preview is * running. * * The timestamps provided by {@link SurfaceTexture#getTimestamp()} for a * <p>The timestamps provided by {@link SurfaceTexture#getTimestamp()} for a * SurfaceTexture set as the preview texture have an unspecified zero point, * and cannot be directly compared between different cameras or different * instances of the same camera, or across multiple runs of the same Loading Loading @@ -561,12 +561,12 @@ public class Camera { * is used while calling {@link #takePicture(Camera.ShutterCallback, * Camera.PictureCallback, Camera.PictureCallback, Camera.PictureCallback)}. * * Please note that by calling this method, the mode for application-managed * callback buffers is triggered. If this method has never been called, * null will be returned by the raw image callback since there is * no image callback buffer available. Furthermore, When a supplied buffer * is too small to hold the raw image data, raw image callback will return * null and the buffer will be removed from the buffer queue. * <p>Please note that by calling this method, the mode for * application-managed callback buffers is triggered. If this method has * never been called, null will be returned by the raw image callback since * there is no image callback buffer available. Furthermore, When a supplied * buffer is too small to hold the raw image data, raw image callback will * return null and the buffer will be removed from the buffer queue. * * @param callbackBuffer the buffer to add to the raw image callback buffer * queue. The size should be width * height * (bits per pixel) / 8. An Loading Loading @@ -1082,7 +1082,28 @@ public class Camera { }; /** * Area class for focus and metering. * <p>The Area class is used for choosing specific metering and focus areas for * the camera to use when calculating auto-exposure, auto-white balance, and * auto-focus.</p> * * <p>To find out how many simultaneous areas a given camera supports, use * {@link Parameters#getMaxNumMeteringAreas()} and * {@link Parameters#getMaxNumFocusAreas()}. If metering or focusing area * selection is unsupported, these methods will return 0.</p> * * <p>Each Area consists of a rectangle specifying its bounds, and a weight * that determines its importance. The bounds are relative to the camera's * current field of view. The coordinates are mapped so that (-1000, -1000) * is always the top-left corner of the current field of view, and (1000, * 1000) is always the bottom-right corner of the current field of * view. Setting Areas with bounds outside that range is not allowed. Areas * with zero or negative width or height are not allowed.</p> * * <p>The weight must range from 1 to 1000, and represents a weight for * every pixel in the area. This means that a large metering area with * the same weight as a smaller area will have more effect in the * metering result. Metering areas can overlap and the driver * will add the weights in the overlap region.</p> * * @see Parameters#setFocusAreas(List) * @see Parameters#getFocusAreas() Loading @@ -1095,8 +1116,8 @@ public class Camera { /** * Create an area with specified rectangle and weight. * * @param rect the rectangle of the area * @param weight the weight of the area * @param rect the bounds of the area. * @param weight the weight of the area. */ public Area(Rect rect, int weight) { this.rect = rect; Loading Loading @@ -1124,7 +1145,11 @@ public class Camera { } /** * Rectangle of the area. * Bounds of the area. (-1000, -1000) represents the top-left of the * camera field of view, and (1000, 1000) represents the bottom-right of * the field of view. Setting bounds outside that range is not * allowed. Bounds with zero or negative width or height are not * allowed. * * @see Parameters#getFocusAreas() * @see Parameters#getMeteringAreas() Loading @@ -1132,7 +1157,11 @@ public class Camera { public Rect rect; /** * Weight of the area. * Weight of the area. The weight must range from 1 to 1000, and * represents a weight for every pixel in the area. This means that a * large metering area with the same weight as a smaller area will have * more effect in the metering result. Metering areas can overlap and * the driver will add the weights in the overlap region. * * @see Parameters#getFocusAreas() * @see Parameters#getMeteringAreas() Loading Loading @@ -1632,15 +1661,15 @@ public class Camera { } /** * Gets the supported video frame sizes that can be used by * MediaRecorder. * <p>Gets the supported video frame sizes that can be used by * MediaRecorder.</p> * * If the returned list is not null, the returned list will contain at * <p>If the returned list is not null, the returned list will contain at * least one Size and one of the sizes in the returned list must be * passed to MediaRecorder.setVideoSize() for camcorder application if * camera is used as the video source. In this case, the size of the * preview can be different from the resolution of the recorded video * during video recording. * during video recording.</p> * * @return a list of Size object if camera has separate preview and * video output; otherwise, null is returned. Loading Loading @@ -1672,12 +1701,12 @@ public class Camera { } /** * Sets the dimensions for EXIF thumbnail in Jpeg picture. If * <p>Sets the dimensions for EXIF thumbnail in Jpeg picture. If * applications set both width and height to 0, EXIF will not contain * thumbnail. * thumbnail.</p> * * Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference. * <p>Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference.</p> * * @param width the width of the thumbnail, in pixels * @param height the height of the thumbnail, in pixels Loading Loading @@ -1897,10 +1926,10 @@ public class Camera { } /** * Sets the dimensions for pictures. * <p>Sets the dimensions for pictures.</p> * * Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference. * <p>Applications need to consider the display orientation. See {@link * #setPreviewSize(int,int)} for reference.</p> * * @param width the width for pictures, in pixels * @param height the height for pictures, in pixels Loading Loading @@ -2726,26 +2755,26 @@ public class Camera { } /** * Gets the distances from the camera to where an object appears to be * <p>Gets the distances from the camera to where an object appears to be * in focus. The object is sharpest at the optimal focus distance. The * depth of field is the far focus distance minus near focus distance. * depth of field is the far focus distance minus near focus distance.</p> * * Focus distances may change after calling {@link * <p>Focus distances may change after calling {@link * #autoFocus(AutoFocusCallback)}, {@link #cancelAutoFocus}, or {@link * #startPreview()}. Applications can call {@link #getParameters()} * and this method anytime to get the latest focus distances. If the * focus mode is FOCUS_MODE_CONTINUOUS_VIDEO, focus distances may change * from time to time. * from time to time.</p> * * This method is intended to estimate the distance between the camera * <p>This method is intended to estimate the distance between the camera * and the subject. After autofocus, the subject distance may be within * near and far focus distance. However, the precision depends on the * camera hardware, autofocus algorithm, the focus area, and the scene. * The error can be large and it should be only used as a reference. * The error can be large and it should be only used as a reference.</p> * * Far focus distance >= optimal focus distance >= near focus distance. * <p>Far focus distance >= optimal focus distance >= near focus distance. * If the focus distance is infinity, the value will be * Float.POSITIVE_INFINITY. * {@code Float.POSITIVE_INFINITY}.</p> * * @param output focus distances in meters. output must be a float * array with three elements. Near focus distance, optimal focus Loading Loading @@ -2775,42 +2804,43 @@ public class Camera { } /** * Gets the current focus areas. Camera driver uses the areas to decide * focus. * <p>Gets the current focus areas. Camera driver uses the areas to decide * focus.</p> * * Before using this API or {@link #setFocusAreas(List)}, apps should * <p>Before using this API or {@link #setFocusAreas(List)}, apps should * call {@link #getMaxNumFocusAreas()} to know the maximum number of * focus areas first. If the value is 0, focus area is not supported. * focus areas first. If the value is 0, focus area is not supported.</p> * * Each focus area is a rectangle with specified weight. The direction * <p>Each focus area is a rectangle with specified weight. The direction * is relative to the sensor orientation, that is, what the sensor sees. * The direction is not affected by the rotation or mirroring of * {@link #setDisplayOrientation(int)}. Coordinates of the rectangle * range from -1000 to 1000. (-1000, -1000) is the upper left point. * (1000, 1000) is the lower right point. The width and height of focus * areas cannot be 0 or negative. * areas cannot be 0 or negative.</p> * * The weight must range from 1 to 1000. The weight should be * <p>The weight must range from 1 to 1000. The weight should be * interpreted as a per-pixel weight - all pixels in the area have the * specified weight. This means a small area with the same weight as a * larger area will have less influence on the focusing than the larger * area. Focus areas can partially overlap and the driver will add the * weights in the overlap region. * weights in the overlap region.</p> * * A special case of null focus area means driver to decide the focus * area. For example, the driver may use more signals to decide focus * areas and change them dynamically. Apps can set all-zero if they want * the driver to decide focus areas. * <p>A special case of a {@code null} focus area list means the driver is * free to select focus targets as it wants. For example, the driver may * use more signals to select focus areas and change them * dynamically. Apps can set the focus area list to {@code null} if they * want the driver to completely control focusing.</p> * * Focus areas are relative to the current field of view * <p>Focus areas are relative to the current field of view * ({@link #getZoom()}). No matter what the zoom level is, (-1000,-1000) * represents the top of the currently visible camera frame. The focus * area cannot be set to be outside the current field of view, even * when using zoom. * when using zoom.</p> * * Focus area only has effect if the current focus mode is * <p>Focus area only has effect if the current focus mode is * {@link #FOCUS_MODE_AUTO}, {@link #FOCUS_MODE_MACRO}, or * {@link #FOCUS_MODE_CONTINUOUS_VIDEO}. * {@link #FOCUS_MODE_CONTINUOUS_VIDEO}.</p> * * @return a list of current focus areas */ Loading Loading @@ -2841,41 +2871,42 @@ public class Camera { } /** * Gets the current metering areas. Camera driver uses these areas to * decide exposure. * <p>Gets the current metering areas. Camera driver uses these areas to * decide exposure.</p> * * Before using this API or {@link #setMeteringAreas(List)}, apps should * <p>Before using this API or {@link #setMeteringAreas(List)}, apps should * call {@link #getMaxNumMeteringAreas()} to know the maximum number of * metering areas first. If the value is 0, metering area is not * supported. * supported.</p> * * Each metering area is a rectangle with specified weight. The * <p>Each metering area is a rectangle with specified weight. The * direction is relative to the sensor orientation, that is, what the * sensor sees. The direction is not affected by the rotation or * mirroring of {@link #setDisplayOrientation(int)}. Coordinates of the * rectangle range from -1000 to 1000. (-1000, -1000) is the upper left * point. (1000, 1000) is the lower right point. The width and height of * metering areas cannot be 0 or negative. * metering areas cannot be 0 or negative.</p> * * The weight must range from 1 to 1000, and represents a weight for * <p>The weight must range from 1 to 1000, and represents a weight for * every pixel in the area. This means that a large metering area with * the same weight as a smaller area will have more effect in the * metering result. Metering areas can partially overlap and the driver * will add the weights in the overlap region. * will add the weights in the overlap region.</p> * * A special case of null metering area means driver to decide the * metering area. For example, the driver may use more signals to decide * metering areas and change them dynamically. Apps can set all-zero if * they want the driver to decide metering areas. * <p>A special case of a {@code null} metering area list means the driver * is free to meter as it chooses. For example, the driver may use more * signals to select metering areas and change them dynamically. Apps * can set the metering area list to {@code null} if they want the * driver to completely control metering.</p> * * Metering areas are relative to the current field of view * <p>Metering areas are relative to the current field of view * ({@link #getZoom()}). No matter what the zoom level is, (-1000,-1000) * represents the top of the currently visible camera frame. The * metering area cannot be set to be outside the current field of view, * even when using zoom. * even when using zoom.</p> * * No matter what metering areas are, the final exposure are compensated * by {@link #setExposureCompensation(int)}. * <p>No matter what metering areas are, the final exposure are compensated * by {@link #setExposureCompensation(int)}.</p> * * @return a list of current metering areas */ Loading
