The processor may direct the shade network to move a shade in a series of substantially equal steps to simulate a relatively slowly moving shade.
After this, in the extracted region, an abnormal shade candidate is detected by using a curved filter and an abnormal shade candidate region is detected.
When a dark section having a light/shade difference and an area that exceed predetermined light/shade difference and area is detected in the right/left portion inspection gates, the dark section is determined as a defect.
3 crown significantly affected (shaded or physical interactions) on three sides
2 crown significantly affected (shaded or physical interactions) on two sides
oval air shadow of falciform ligament Miller
This shadow/non-shadow area coordinate flag recognizing means (6) recognizes the flag in the image by judging the presence/absence of the recognition object in each of the shadow area and the non-shadow area specified.
The presence or absence of a shadow signal represents data or the data is represented by two or more shadow signals, in one or more bands.
If no candidate abnormal shadow is present in the corresponding region, the first candidate abnormal shadow is determined to be a false positive.
The present invention provides a polarized light display device using a shadow, which can obtain a unique display effect by utilizing a shadow as a display element.
A selected abnormal shadow is designated in the three-dimensional image.
Data is transferred by delaying (11) an audio signal less than fifty milliseconds to produce a shadow signal and combining (14) the shadow signal with the audio signal.
The shadow is created by delaying the portion of the audio signal in at least one band by less than fifty milliseconds and combining the shadow signal with the portion of the audio signal.
Since the topography is evaluated with a projected virtual image, there is no nose or brow shadow, thereby allowing better corneal coverage.
A true image signal of shadow included pixel sequences is estimated from an image signal of pixel sequences adjacent to shadow (41) included pixel sequences.
The coordinates of the center of a shadow are determined according to the multi-valued image.
Each marker casts a shadow, just like the drop, due to back lighting.
This arrangement enables a shadow to exist along this profile edge and to give an enhanced three-dimensional effect.
The virtual drop shadow represents the center of the zooming of the display image.
Accordingly, it is possible to support us in accurately judging the type of an abnormal shadow candidate.
Otherwise, the data read from the volume corresponds to the data needed for the shadow copy.
In aspects, an active computer creates a shadow copy of a volume.
In embodiments, the representation is a representation of a shadow or a reflection.
Then, an area extracted by image data (D5) is used to detect an abnormal shadow candidate.
A light-emitting device which is less likely to produce a shadow is provided.