Microscope-image processing apparatus, microscope-image processing method, and microscope-image processing program
A microscope-image processing apparatus including: a processor including hardware, wherein the processor is configured to implement: a captured-region-image generating portion configured to generate a captured-region image by pasting together a plurality of partial images acquired by using a microscope while changing a viewing field with respect to a sample; an uncaptured-region-color setting portion configured to set pixel values of an uncaptured region based on pixel values of rows of pixels at at least one side of the partial images that are positioned at edge portions of the captured-region image generated by the captured-region-image generating portion; and an image combining portion configured to generate a combined image by combining the captured-region image generated by the captured-region-image generating portion and an uncaptured-region image that has the pixel values set by the uncaptured-region-color setting portion.
1. A microscope-image processing apparatus comprising:
a processor comprising hardware, wherein the processor is configured to implement:
generate a captured-region image by pasting together a plurality of partial images acquired by using a microscope while changing a viewing field with respect to a sample;
to set pixel values of an uncaptured region based on pixel values of rows of pixels at at least one side of the partial images that are positioned at edge portions of the generated captured-region image; and
generate a combined image by combining the generated captured-region image and an uncaptured-region image that has the set pixel values, wherein the uncaptured region is a region formed by excluding the captured-region image from a quadrangular region of the combined image.
2. A microscope-image processing apparatus according to claim 1 , wherein the pixel values of the uncaptured region are set based on pixel values of the rows of pixels positioned at four sides of the combined image.
3. A microscope-image processing apparatus according to claim 1 , wherein the pixel values of the uncaptured region are set based on pixel values of the rows of pixels positioned over the entire perimeter of the captured-region image.
4. A microscope-image processing apparatus according to claim 1 , wherein the pixel values of the uncaptured region are set based on pixel values of the rows of pixels positioned at peripheral edges of the partial images positioned at four corners of the combined image.
5. A microscope-image processing apparatus according to claim 1 , wherein the pixel values of the uncaptured region are set to an average or a mode of pixel values of the rows of pixels.
6. A microscope-image processing apparatus according to claim 1 , wherein the pixel values of the uncaptured region are set to an average or a mode of pixel values of the row of pixels in which the difference between a minimum value and a maximum value of pixel values is the smallest among the rows of pixels positioned at the four sides of the combined image, the rows of pixels positioned over the entire perimeter of the captured-region image, or the rows of pixels positioned at the peripheral edges of the partial images positioned at the four corners of the combined image.
7. A microscope-image processing apparatus comprising:
a processor comprising hardware, the processor configured to:
generate a captured-region image by pasting together a plurality of partial images acquired by using a microscope while changing a viewing field with respect to a sample;
set pixel values of an uncaptured region based on pixel values of rows of pixels at at least one side of the partial images that are positioned at edge portions of the generated captured-region image; and
generate a combined image by combining the generated captured-region image and an uncaptured-region image that has the set pixel values, wherein the uncaptured region is a region formed by excluding the captured-region image from a quadrangular region of the combined image.
8. A microscope-image processing method comprising:
a captured-region-image generating step of generating a captured-region image by pasting together a plurality of partial images acquired by using a microscope while changing a viewing field with respect to a sample;
an uncaptured-region-color setting step of setting pixel values of an uncaptured region based on pixel values of rows of pixels at at least one side of the partial images that are positioned at edge portions of the captured-region image generated in the captured-region-image generating step; and
an image combining step of generating a combined image by combining the captured-region image generated in the captured-region-image generating step and an uncaptured-region image that has the pixel values set in the uncaptured-region-color setting step, wherein the uncaptured region is a region formed by excluding the captured-region image from a quadrangular region of the combined image.
9. A non-transitory computer readable medium configured to process microscope-images and configured to execute:
a captured-region-image generating step of generating a captured-region image by pasting together a plurality of partial images acquired by using a microscope while changing a viewing field with respect to a sample;
an uncaptured-region-color setting step of setting pixel values of an uncaptured region based on pixel values of rows of pixels at at least one side of the partial images that are positioned at edge portions of the captured-region image generated in the captured-region-image generating step; and
an image combining step of generating a combined image by combining the captured-region image generated in the captured-region-image generating step and an uncaptured-region image that has the pixel values set in the uncaptured-region-color setting step, wherein the uncaptured region is a region formed by excluding the captured-region image from a quadrangular region of the combined image.