Abstract: The present invention is a color correction system including an imaging apparatus which inputs or outputs an image signal from a signal processor into or from an image device such as an input device such as a scanner or a camera or an output device such as a display device or a print device and which is constituted so as to correct colors by inputting or outputting image signals via a color converter, the conversion characteristic of which can be controlled according to a variation in the setting status or use environment of the imaging apparatus and faithful color reproduction can be realized between a plurality of imaging apparatuses having different characteristics.

Abstract: With employment of an information processing apparatus including a display apparatus, and for executing and debugging a program in an interactive mode, the program is debugged in such a manner that when the program is executed, both a calling relationship between each of modules and an execution history therebetween are sequentially stored, and the dependent relationship between the respective modules (module relation diagram) represented by a tree structure, the execution history of the respective modules, and a source program are displayed. Furthermore, a discriminative display is made to the module which is being executed or in which an error occurs on the module relation diagram, and also a statement source program. In addition, both the module relationship diagram and the module execution history as corresponding with each other an be displayed.

Abstract: A text inputting device includes a keyboard for inputting a string of characters of a first kind by keying keys and a first device for displaying characters of a second kind corresponding to the character string supplied from the keyboard as candidate characters and selecting a desired character of the second kind from the candidate characters for supplying it to a processor. A second device is also provided for reading a character of the second kind corresponding to a mnemonic code in the character string supplied from the keyboard for supplying it to the processor. In order to determine whether the first or second device is used, a selection switch is provided for selectively activating the first or the second device when a character of the second type is to be inputted. Further, to assist in teaching the mnemonic code, when the first device is selected, either visual or oral correspondence is provided between the selected candidate character and its corresponding mnemonic code.

Abstract: A method and apparatus for selectively key-inputting a Kanji (Chinese and Japanese ideogram) in a Japanese sentence are disclosed. The operator keys-in a reading of a desired Kanji through a keyboard, and candidate Kanjis for that reading are displayed on a display screen so that the operator chooses a relevant Kanji for entry out of the displayed candidate Kanjis. In entering the reading of a Kanji, blocks which are in correspondence to character keys located in home positions of the keyboard and in the neighborhood thereof are displayed on the display screen and candidate Kanjis corresponding to the reading of the desired Kanji are displayed in the blocks. The operator then keys a character key corresponding to a relevant candidate Kanji displayed on the display screen.