초록 ▼

An imaging device performs moving image shooting in which smearing does not occur and further performs a still image shooting by a sufficiently accurate shutter operation. The imaging device includes an imaging element that accumulates received light as a charge. A shutter travels so as to shade the

An imaging device performs moving image shooting in which smearing does not occur and further performs a still image shooting by a sufficiently accurate shutter operation. The imaging device includes an imaging element that accumulates received light as a charge. A shutter travels so as to shade the imaging element. A first scanning circuit performs a charge accumulation start scanning of the imaging element at a timing and/or speed that matches the travel speed of the shutter. A second scanning circuit performs reading scanning of the charge accumulated in the imaging element. A controller controls the scanning of the first scanning circuit and the second scanning circuit and the travel of the shutter. When the still image is shot by the imaging device, the exposure time is adjusted by the controller controlling the scanning start time of the first scanning circuit and the travel start time of the shutter.

대표청구항 ▼

An imaging device performs moving image shooting in which smearing does not occur and further performs a still image shooting by a sufficiently accurate shutter operation. The imaging device includes an imaging element that accumulates received light as a charge. A shutter travels so as to shade the

An imaging device performs moving image shooting in which smearing does not occur and further performs a still image shooting by a sufficiently accurate shutter operation. The imaging device includes an imaging element that accumulates received light as a charge. A shutter travels so as to shade the imaging element. A first scanning circuit performs a charge accumulation start scanning of the imaging element at a timing and/or speed that matches the travel speed of the shutter. A second scanning circuit performs reading scanning of the charge accumulated in the imaging element. A controller controls the scanning of the first scanning circuit and the second scanning circuit and the travel of the shutter. When the still image is shot by the imaging device, the exposure time is adjusted by the controller controlling the scanning start time of the first scanning circuit and the travel start time of the shutter. one document to be printed comprises associating each selected document type with at least one different content type of the at least one document to be printed. 9. The method of claim 8, wherein each at least one document includes a plurality of different content types. 10. The method of claim 9, wherein the plurality of different content types comprises at least one of object types and mixed raster content layers. 11. The method of claim 4, further comprising: providing a list of at least one image output device usable to print the at least one document; and receiving an input selecting an image output device to be used to print the at least one document from the list of at least one image output device. 12. The method of claim 11, further comprising printing the at least one document on the selected image output device using the at least one set of associated rendering parameters for each selected document type. 13. The method of claim 3, further comprising associating the at least one document to be printed with an image output device. 14. The method of claim 13, wherein providing a list of rendering parameters comprises providing the list of rendering parameters based on the associated image output device. 15. A graphical user interface usable to associate various rendering parameter options for various rendering parameters with a document type, comprising: a document type portion identifying a particular document type to which at least one rendering parameter option is to be associated; at least one rendering parameter portion that indicates at least one rendering parameter of the identified document type; and at least one rendering parameter option portion that indicates at least one rendering parameter option for at least one of the rendering parameters indicated in the rendering parameter portion; wherein each at least one rendering parameter option of the at least one rendering parameter option portion is selectable to be subsequently associated with documents of the particular document type identified in the document type portion so that any objects contained in any subsequently printed documents of the same document type are rendered with the selected rendering parameter option associated with that document type independent of the object type of the objects. 16. The graphical user interface of claim 15, further comprising a plurality of document content portions, each document content portion comprising at least one of the at least one rendering parameter portion and at least one rendering parameter option portion corresponding to the at least one rendering parameter portion. 17. The graphical user interface of claim 15, wherein each at least one rendering parameter of the at least one rendering parameter portion is selectable to display the corresponding rendering parameter options. standard interface compliant control and a first internal control object; creating a second internal control object in response to said selecting said control for said editing transaction, wherein said second internal control object is a copy of said first internal control object; displaying said second internal control object after said creating said second internal control object; receiving first user input indicating a desired change to said control; changing said second internal control object in response to said receiving said first user input, wherein said changing produces a changed second internal control object; displaying said changed second internal control object; determining if said change is desired to be applied to said first internal control object in response to second user input; applying said change to said first internal control object if said change is desired to be applied to said first internal control object. 2. The method of claim 1, wherein said applying said change to said first internal control object includes displaying said first internal control object with said change. 3. The method of claim 1, wherein said standard interface compliant control comprises an original pointer which references said first internal control object; wherein said applying said change to said first internal control object comprises: creating a third internal control object, wherein said third internal control object is a copy of said changed second internal control object; setting said original pointer to said third internal control object; discarding said first internal control object. 4. The method of claim 3, wherein said applying said change to said first internal control object further includes displaying said third internal control object. 5. The method of claim 1, further comprising: creating and displaying a property page dialog in response to said selecting said control for an editing transaction; wherein said receiving said first user input indicating said desired change to said control is performed via said property page dialog. 6. The method of claim 1, further comprising: creating and displaying a preview window in response to said selecting said control for an editing transaction; wherein said displaying said second internal control object is performed in said preview window; wherein said receiving said first user input indicating said desired change to said control is performed via said preview window. 7. The method of claim 1, further comprising: creating and displaying a preview window in response to said selecting said control for an editing transaction; wherein said displaying said second internal control object is performed in said preview window; wherein said displaying said changed second internal control object is performed in said preview window. 8. The method of claim 1, further comprising: dropping said control in a container before said selecting said control for said editing transaction; creating said standard interface compliant control in response to said dropping said control in said container; creating said first internal control object in response to said creating said standard interface compliant control. 9. The method of claim 1, further comprising: discarding said changed second internal control object if said change is not desired to be applied to said first internal control object. 10. The method of claim 1, further comprising: displaying said control prior to said selecting control; wherein said control is displayed during said displaying said second internal control object; wherein said control is displayed during said displaying said changed second internal control object. 11. The method of claim 1, wherein said control comprises a reusable user interface component. 12. The method of claim 1, wherein said control is an OLE control; wherein said standard interface compliant control comprises an OLE interface compliant con