JP6146073B2 - Graph display control device, graph display control method, and graph display control program - Google Patents

Description

  The present invention relates to a graph display control device, a graph display control method, and a graph display control program for displaying numerical values that can be compared between a plurality of items as a pie chart or a bar graph.

  For example, electronic calculators with a graph display function that display table data in which numerical values related to each item are associated with each other, such as statistical data, as a pie chart or a bar graph have been put into practical use.

  In a conventional electronic calculator, in one pie chart, the radius portion of a range corresponding to an arbitrary item is made larger in size in the radial direction than the radius portion of a range corresponding to another item. Or by increasing the size in the height direction of the corresponding range as a three-dimensional pie chart, data is obtained by an interactive split pie chart that separates and protrudes the range corresponding to the arbitrary item and displays it Has been considered (see, for example, Patent Document 1).

Special table 2003-530608 gazette

  In a conventional computing device that displays data using an interactive split pie chart, a specific item is simply specified, and the size of the graph portion (fan-shaped portion) in the range is changed and displayed. It was not possible to separate the graph portion including all the same type of items and display them as separate graphs, and easily check the ratio and ratio between the same type of items.

  The present invention has been made in view of such problems, and it is possible to easily separate a graph portion including all items of the same type as the user-specified items included in the graph and display them as another graph. An object of the present invention is to provide a graph display control device, a graph display control method, and a graph display control program.

Graph display control apparatus according to the present invention, based on the table data that associates each numerical data for each item belonging to a plurality of sets of each set, integrated by combining the region corresponding to the numerical data of each item and then the graph table示制control means for displaying on the display unit graphs were, a set designating means for designating one of the sets in response to a user operation, the respective regions of each item belonging to the specified set by said group definition means From the graph displayed by the separated graph display control means, the separated graph display control means for displaying on the display unit a new graph that is separated and combined with each region of each item belonging to the separated set , and characterized by comprising, the remaining graph display control means for displaying on the display unit a graph integrated by combining each remaining region obtained by removing the respective regions of each item of the specified set There.

  According to the present invention, it is possible to easily separate a graph portion including all items of the same type as the user-specified items included in the graph and display them as another graph.

The front view which shows the external appearance structure of the graph scientific calculator (electronic calculator provided with the graph display function) 10 which concerns on embodiment of the graph display control apparatus of this invention. FIG. 2 is a block diagram showing a configuration of an electronic circuit of the graph scientific calculator 10. The figure which shows the contents of the wide area / prefecture / city name database 22c stored in the storage device 22 of the graph scientific calculator 10. The figure which shows the specific example of the table data memorize | stored in the table data memory 26c of the said graph scientific calculator 10. FIG. The flowchart which shows the graph display process (the 1) by the said graph scientific calculator 10. FIG. The flowchart which shows the graph display process (the 2) by the said graph scientific calculator 10. FIG. The figure which shows the display operation at the time of designating a pie chart as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows the display operation at the time of specifying a pie chart as a kind of graph with the graph display process of the said graph scientific calculator 10. The figure which shows the display operation at the time of designating the bar graph as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows the display operation at the time of designating a bar graph as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows the display operation | movement when the bar graph is designated as a kind of graph with the graph display process of the said graph scientific calculator 10. The figure which shows the display operation | movement when the bar graph is designated as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows the display operation at the time of designating a bar graph as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows the display operation at the time of designating a bar graph as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows display operation at the time of designating a bar graph as a kind of graph accompanying the graph display process of the said graph scientific calculator 10. The figure which shows the display operation at the time of designating a bar graph as a kind of graph accompanying the graph display process of the said graph scientific calculator 10.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a front view showing an external configuration of a graph scientific calculator (an electronic calculator having a graph display function) 10 according to an embodiment of a graph display control apparatus of the present invention.

  This graph display control device is configured as a calculation-dedicated portable device (graph scientific calculator 10) described below, or a touch panel PDA (personal digital assistants), a PC (personal computer), a mobile phone having a graph display function. It is configured as a telephone, electronic book, portable game machine, or the like.

  The main body case of the graph scientific calculator 10 has a size that allows a user to hold it sufficiently with one hand, and a key input unit 11 in which numeric keys, function keys, and various function keys are arranged in the lower half area of the front. A touch panel display unit (color liquid crystal display unit with a touch panel) 12 is provided in the upper half area.

  FIG. 2 is a block diagram showing the configuration of the electronic circuit of the graph scientific calculator 10.

  The electronic circuit of the graph scientific calculator 10 includes a control unit (CPU) 21 that is a computer.

  The control unit (CPU) 21 reads the system program or the computer control programs 22a and 22b stored in the storage device 22 in advance or the external storage medium 23 such as a memory card into the storage device 22 via the storage medium reading unit 24. The RAM 26 is stored in accordance with the computer control programs 22a and 22b, or the computer control programs 22a and 22b downloaded from the Web server (program server) 30 on the communication network N via the communication control unit 25 and read into the storage device 22. The operation of each part of the circuit is controlled as a working memory. The system programs and computer control programs 22 a and 22 b stored in the storage device 22 are activated in response to a key input signal from the key input unit 11 and a touch input signal from the touch panel display unit 12. Here, the key input unit 11 includes function keys such as a numeric key, an arithmetic operation key, and a trigonometric function for inputting a calculation formula.

  In the computer control programs 22a and 22b stored in the storage device 22, in addition to the basic computer control program 22a for controlling the input display processing of various mathematical formulas, the operation execution processing, etc., various statistical data are graphed. A graph display processing program 22b for displaying or separating or editing the displayed graph is included.

  The storage device 22 stores a wide area / prefecture / city name database 22c in advance or downloaded.

  FIG. 3 is a diagram showing the contents of the wide area / prefecture / city name database 22 c stored in the storage device 22 of the graph scientific calculator 10.

  The wide area / prefecture / city name database 22c is accessed and used, for example, when the graph display processing program 22b is started. The database 22c corresponds to wide area names [Kanto], [Kansai], and so on throughout the country. The attached prefecture names [Tokyo] [Saitama]…, [Kyoto] [Osaka]… and the city names [Ginza] [Ebisu]…, [Saitama] [Omiya] ] Are sequentially stored hierarchically.

  In the wide area / prefecture / city name database 22c, the wide area name and the prefectural name are displayed in different colors for each wide area name and for each prefecture name [Kanto (東)] [Kansai (Yellow), [Yellow green (Tokyo)], [Red (Saitama)], [Blue (Kanagawa)], [Pink (Kyoto)], [Brown (Osaka)], and [Hyogo (Green)] are set.

  The RAM 26 includes a display data memory 26a, a touch position data memory 26b, a table data memory 26c, a graph type data memory 26d, a graph classification data memory 26e, a graph data 1 memory 26f, a graph data 2 memory 26g, and various calculations. A working data memory is secured for storing various data input / output to / from the control unit 21 as necessary.

  The display data memory 26 a stores color display data of a bitmap pattern generated with a display screen size to be displayed on the touch panel display unit 12.

  The touch position data memory 26b stores coordinate data of a touch position detected by the touch panel in accordance with a user operation on the touch panel display unit 12.

  The table data memory 26c stores table data in which numerical values are associated with various items input by the user, such as statistical data on sales by store of a retail store.

  FIG. 4 is a diagram showing a specific example of table data stored in the table data memory 26 c of the graph scientific calculator 10.

  In the present embodiment, the table data stored in the table data memory 26c is the sales transition of each store of a chain store that mainly sells eyeglasses for three years, and the store type is the sales contents [glasses] [ There are three types: glasses & hearing aids] and [glasses (hospital designated)]. Each city name [A Ome] [B Akishima] [C Fussa] ... [I Kobe] Store types and sales for three years are input in association with each other.

  Here, in the table data of the sales transition by store, three types of store data [glasses] [glasses & hearing aid] [glasses (hospital designation)] have different display colors [blue] [red] for graph display. ] [Green] is set, and the city name [A Ome] [B Akishima] [C Fussa] ... [I Kobe] is based on the wide area / prefecture / city name database 22c (see FIG. 3). , Different display colors [Yellow green (Tokyo)] [Red (Saitama)] [Blue (Kanagawa)] [Pink (Kyoto)] [Brown (Osaka)] [Hyogo (Green)] are set .

  In the graph type data memory 26d, when the table data input and stored by the user in the table data memory 26c (see FIG. 4) is displayed in a graph, the type of the graph is, for example, “pie graph” or “bar graph”. "Is arbitrarily designated by the user and stored.

  In the graph classification data memory 26e, when the table data input and stored in the table data memory 26c (see FIG. 4) is displayed as a graph, for example, a city corresponding to the store name “XX store” is displayed. Name [A Ome], [B Akishima], [C Fussa] ... [I Kobe] will be displayed in different colors for each city name or classified by the prefecture to which each city name belongs. Then, a classification list for selectively specifying the color classification classification of whether the color classification display is performed or the shop classification classification is performed is stored.

  In the graph data 1 memory 26f, display data to be displayed in the upper display area 12A obtained by dividing the display area of the touch panel display unit 12 with respect to various display data generated and stored in the display data memory 26a. Remembered.

  In the graph data 2 memory 26g, display data to be displayed in the lower display area 12B obtained by dividing the display area of the touch panel display unit 12 with respect to various display data generated and stored in the display data memory 26a. Remembered.

  Here, in the touch panel display unit 12 of the graph scientific calculator 10 in FIG. 1, the upper display area 12A displays the table data T of <Sales Trend by Store> input and stored in the table data memory 26c. In the lower display area 12B, the table data T of <Sales by store> is displayed in the lower display area 12B. The city name [A Ome] [B Akishima] corresponding to the store name “XX store” is displayed. [C Fussa] ... [I Kobe] A specific example displayed as a pie chart GCs classified into different classifications (see classification notation list Si) is shown.

  In the graph scientific calculator 10 configured as described above, the CPU 21 controls the operation of each part of the circuit according to the instructions described in the computer control programs 22a and 22b, and the software and hardware operate in cooperation. The graph display processing function described in the following operation explanation is realized.

  Next, the graph display processing function of the graph scientific calculator 10 having the above configuration will be described.

  FIG. 5A is a flowchart showing graph display processing (part 1) by the graph scientific calculator 10.

  FIG. 5B is a flowchart showing graph display processing (part 2) by the graph scientific calculator 10.

  FIG. 6 is a diagram showing a display operation (part 1) in the case where a pie chart is designated as the type of graph in accordance with the graph display processing of the graph scientific calculator 10.

  FIG. 7 is a diagram illustrating a display operation (part 2) in the case where a pie chart is designated as the type of the graph in accordance with the graph display processing of the graph scientific calculator 10.

  In response to a user operation of the key input unit 11, with the operation mode of the calculator 10 set to the table data input mode, for example, the table data T of <Sales change by store> shown in FIG. When displayed on the display unit 12, the input table data T is stored in the table data memory 26c (step S1 (Yes) → S2).

  When the graph drawing mode for displaying the table data T displayed on the touch panel display unit 12 as a graph is set in accordance with a user operation of the key input unit 11 (step S3 (Yes)), FIG. As shown in (A), the display area of the touch panel display unit 12 is divided into an upper display area 12A and a lower display area 12B, and the table data T of <Sales Trend by Store> is displayed in the upper display area 12A. Is done.

  Here, the table data T of <Sales change by store> displayed in the upper display area 12A indicates the table data T after sorting in the sales order in 2012.

  When a graph type (here, “pie graph”) is designated in accordance with a user operation in accordance with a guidance (not shown) displayed in the lower display area 12B, the designated graph type The “circle graph” is stored in the graph type data memory 26d (step S4).

  Here, the range of the table data T of <Sales change by store> displayed in the upper display area 12A is designated and dragged according to the user's touch operation as indicated by the arrow a (step S5). When the lower display area 12B is designated and dropped (step S6), the table data T is sold by store name (city name) according to the graph type “pie graph” stored in the graph type data memory 26d. It is graphed as a sequential pie chart GCs, and is drawn and displayed in the lower display area 12B (step S7).

  At this time, in the pie chart GCs of the sales order by store name (city name) drawn in the lower display area 12B, the classification notation list Si indicating the color classification classification by store name (city name) is displayed together.

  Thereafter, in order to perform various analyzes based on the pie chart GCs of the sales order by store name (city name) displayed in the lower display area 12B, as shown by the pen mark b, [Close] ] Button is touched and the table data T is closed. As shown by a pen mark c, when the vicinity of the upper part of the classification notation list Si in the lower display area 12B is touched, the data classification setting mode is set. (Step S8 (Yes)).

  Then, it is determined whether or not there is a classification item arbitrarily set by the user in the table data T of <Sales Sales by Store> which is the original data of the pie chart GCs (step S9).

  Here, when it is determined that the item of the store type ([glasses] [glasses & hearing aid] [glasses (hospital designation)]) in the table data T of <sales transition by store> is a user-set category ( In step S9 (Yes), the user-set category [store type] is added to and stored in the category list of the graph category data memory 26e (step S10).

  Further, it is determined whether or not there is an item [city name] in the table data T of <Sales Trend by Store> that is the original data of the pie chart GCs (step S11), and there is an item of the [city name]. If it is determined (step S11 (Yes)), [prefecture] and [wide area], which are the upper classifications to which the [city name] belongs, are added to the classification list of the graph classification data memory 26e and stored. (Step S12).

  Then, the classification list stored in the graph classification data memory 26e is read out and displayed as a classification selection list Lc in the lower display area 12B displaying the pie chart GCs as shown in FIG. 6B. (Step S13).

  In this category selection list Lc, when the category [prefecture] is touched and specified by the user as shown by the pen mark d (step S14), as shown in FIG. The item name [Tokyo] [Saitama] [Kanagawa] ... [Hyogo] and the graph display color corresponding to the item name [Yellow] to which the category [city name (store name)] currently set belongs. A classification item list (prefecture) Kp that associates [green] [red] [blue]... [Green] is generated based on the wide area / prefecture / city name database 22c (see FIG. 3). It is displayed in the display area 12B (step S15).

  At this time, the color classification classification for each store name (city name) written in the classification notation list Si is the graph display color corresponding to the item (prefecture) set in the classification item list (prefecture) Kp. Changed and displayed.

  Then, as shown in FIG. 6B, the pie chart GCs displayed in different colors corresponding to the conventional classification (city name (store name)) [Tachikawa] [Ome] [Osaka] ... [Iruma] Each data area is set to the graph display color [yellow green] [yellow green] [brown] ... [red] corresponding to the classification (prefecture) designated this time, as shown in FIG. Are displayed as a pie chart GCp in order of sales by city name (prefecture classification) (step S16).

  According to this pie chart GCp in order of sales by city name (prefecture classification), for example, sales of shops in [Tokyo] color-coded in [Yellow Green] account for more than half of total sales. You can easily know that.

  Here, as indicated by the arrow e in FIG. 7A, a part of the [Tokyo] data area color-coded and displayed in [Yellow Green] in the pie chart GCp (here, the data area of [Tachikawa]) ) Is touched and specified (drag) (step S17 (Yes)), the data area of the same display color [yellowish green] as the specified [Tachikawa] data area exists in the same pie chart GCp. Is determined (step S18).

  Here, when it is determined that the data area [Ome], [Akishima], and [Fussei] having the same display color [yellowish green] as the designated [Tachikawa] data area exist in the pie chart GCp (step S18 ( Yes)), all the data areas ([Tachikawa] [Ome] [Akishima] [Fukusa]), that is, all data areas belonging to [Tokyo] are designated and dragged together (step S19).

  In the pie chart GCp, when it is determined that there is no other data area having the same display color as the touch-designated data area (step S18 (No)), each touch-designated data area Is dragged only (step S20).

  When it is determined that the upper display area 12A has been designated as the drop destination of the designated data area from the pie chart GCp as indicated by the arrow e in FIG. 7A (step S21 (Yes)). FIG. 7B shows a pie chart GCp2 obtained by removing all of the dragged [yellow-green] data area ([Tachikawa] [Ome] [Akishima] [Fukusa]) from the original pie chart GCp. Is overwritten and displayed at the display position of the original pie chart GCp (step S22).

  At this time, the classification item list (prefecture) Kp displayed in association with the original pie chart GCp corresponds to the dragged data area ([Tachikawa] [Ome] [Akishima] [Fukusa]). The category item list (prefecture) Kp2 from which the item [Tokyo] is removed is displayed, and the category notation list Si is also excluded from the dragged data area items [Tachikawa], [Ome], [Akishima] and [Fukusa]. The displayed classification notation list Si2.

  If it is determined that the upper display area 12A, which is a drop destination of the designated data area from the pie chart GCp, is a blank area, as indicated by the arrow e in FIG. S23 (Yes)), each data area [Tachikawa] [Ome] [Akishima] [Fukusa] dragged from the pie chart GCp is separated as shown in FIG. A pie chart (Tokyo classification) GCp1 is generated, and is drawn and displayed in the upper display area 12A as the drop destination (step S24).

  At this time, for the separated new pie chart (Tokyo classification) GCp1, the classification item list (Tokyo) Kp1 of only the item [Tokyo] and the city name (store name) belonging to the classification item [Tokyo] The classification notation list Si1 separated into the classification items [Tachikawa] [Ome] [Akishima] [Fukusa] is newly displayed.

  Then, as shown in FIG. 7B, the classification selection list Lc is displayed as indicated by the pen mark f for the new pie chart (Tokyo classification) GCp1 displayed in the upper display area 12A, When the category [city name] is specified by being touched by the user (steps S8 to S14), as shown in FIG. 7C, the specified category [city name] and the currently set category [city name] A classification notation list Si1 in which the item names [Tachikawa], [Ome], [Akishima] and [Fukusa] belonging to “Tokyo” are associated with the graph display colors corresponding to the item names is displayed in the upper display area 12A. (Step S15).

  As shown in FIG. 7B, each data area [Tachikawa] of the pie chart GCp1 colored and displayed in the same color [yellowish green] corresponding to the classification (prefecture) [Tokyo] so far [Ome] [Akishima] [Fukusa] is set to each graph display color corresponding to the classification (city name) specified this time, as shown in FIG. 7C, the sales order by city name (city) Name classification (Tokyo)) is displayed as a pie chart GCs (step S16).

  According to the pie chart GCs of the sales order by city name (city name classification (Tokyo)), sales of only four shops [Tachikawa] [Ome] [Akishima] [Fukusa] belonging to [Tokyo] displayed in different colors. Can be easily confirmed.

  Thereafter, as shown in FIG. 7C, the pie chart GCs of the city name classification belonging to [Tokyo] displayed separately in the upper display area 12A is touched by, for example, the outer periphery thereof. By designating the entire range and dragging and dropping to the lower display area 12B (step S17 (Yes) → S18 (No) → S20, S21 (Yes)) as shown by the arrow g, the upper display area 12A The dragged pie chart GCs displayed in (2) is removed, and the upper display area 12A returns to the blank area as shown in FIG. 7A (step S22).

  Here, as indicated by the arrow g in FIG. 7C, the same type of graph is displayed in the lower display area 12B to which the pie chart GCs is dropped (at this time, the prefecture classification in FIG. 7B). If it is determined that there is a pie chart GCp2) (step S25 (Yes)), the dragged city name category pie chart GCs belonging to [Tokyo] is combined with the prefecture class pie chart GCp2 at the drop destination. Then, it is returned to the original pie chart GCp of the prefecture classification shown in FIG. 7A and displayed (step S26).

  In this way, the new prefecture classification (Tokyo) pie chart GCp1 (FIG. 7) in which the data region belonging to [Tokyo] is separated from the pie chart GCp (see FIG. 7A) of the prefecture classification and displayed. (B) upper display area 12A) and city name classification pie chart GCs (see upper display area 12A of FIG. 7C) can be easily returned to the pie chart GCp of the prefectural classification. Can do.

  If it is determined in step S25 that the same type of graph does not exist in the lower display area 12B to which the pie chart GCs is dropped (step S25 (No)) and that a different type of graph exists (step S25) S27 (Yes)), it is determined whether or not the dropped graph (here, the pie chart GCs) can be combined with the dissimilar graph (step S28), and when it is determined that it can be combined (step S28). In step S28 (Yes), the respective graphs are synthesized and displayed (step S26).

  FIG. 8A is a diagram showing a display operation (part 1) when a bar graph is designated as a graph type in accordance with the graph display processing of the graph scientific calculator 10. FIG.

  FIG. 8B is a diagram showing a display operation (part 2) in the case where a bar graph is designated as the type of graph in accordance with the graph display processing of the graph scientific calculator 10.

  FIG. 9A is a diagram showing a display operation (part 3) in the case where a bar graph is designated as the type of graph in accordance with the graph display processing of the graph scientific calculator 10.

  FIG. 9B is a diagram showing a display operation (part 4) in the case where a bar graph is designated as the graph type in accordance with the graph display processing of the graph scientific calculator 10.

  Table data T (see FIG. 4) of <Sales change by store> (2010 to 2012) input in accordance with the processing of steps S1 to S3 is stored in the table data memory 26c, and the upper display area 12A of the touch panel display unit 12 is displayed. When a graph type (here, “bar graph”) is designated in response to a user operation in accordance with a guidance (not shown) displayed in the lower display area 12B in the state displayed in FIG. The graph type “bar graph” is stored in the graph type data memory 26d (step S4).

  Here, the table data T of <Sales Change by Store> (2010 to 2012) displayed in the upper display area 12A is specified and dragged according to the user's touch operation (step S5), and the lower display area 12B. Is specified and dropped (step S6), the table data T is sold by store name (city name) according to the graph type “bar graph” stored in the graph type data memory 26d (2010 to 2012). The bar graph GPs is graphed (see FIG. 8A), and is drawn and displayed in the lower display area 12B (step S7).

  At this time, in the bar graph GPs of sales (2010-2012) by store name (city name) drawn in the lower display area 12B, a classification notation list Si indicating a color classification classification for each city name is displayed together.

  Thereafter, the table data T in the upper display area 12A is closed in order to perform various analyzes based on bar graphs GPs of sales (2010-2012) by store name (city name) displayed in the lower display area 12B. Thereafter, as shown by the pen mark h in FIG. 8A, when the vicinity of the upper part of the classification notation list Si in the lower display area 12B is touched, the data classification setting mode is set (step S8 (Yes)).

  Then, the classification list stored in the graph classification data memory 26e is read and displayed as a classification selection list Lc in the lower display area 12B displaying the bar graph GPs as shown in FIG. 8B (step S13). ).

  In the category selection list Lc, as shown by the pen mark i, when the category [store type] is touched and specified by the user (step S14), as shown in FIG. 9A, the specified category [store type] ] Item name [glasses] [glasses & hearing aid] [glasses (hospital specified)] and the graph display color [blue] [red] [green] corresponding to the item name (category item list) Km is generated and displayed in the lower display area 12B (step S15).

  At this time, the color classification classification for each store name (city name) described in the classification description list Si is changed to the graph display color corresponding to the item set in the classification item list (store type) Km. Is done.

  Then, as shown in FIG. 8B, each data area of the bar graph GPs displayed in different colors corresponding to the classifications so far (city name (store name)) [Ome] [Akishima] [Fukusa] ... [Kobe] As shown in FIG. 9A, the three graph display colors [blue] [red] [green] ... [blue] corresponding to the classification (store type) designated this time are set, and sales by city name ( It is displayed as a bar graph GPm of (store type classification) (2010-2012) (step S16).

  According to the bar graph GPm of sales by city name (store type classification) (2010-2012), for example, the total sales have been increasing from 2010 to 2012, of which [glasses] & Hearing Aid] store sales can be easily understood.

  Here, as shown by the arrow j in FIG. 9A, a part of each data area of the [glasses & hearing aid] store color-coded and displayed in [red] in the bar graph GPm (here, the data area of [Yokohama]) ) Is touched and specified (drag) (step S17 (Yes)), whether or not a data area of the same display color [red] as the specified [Yokohama] data area exists in the bar graph GPm. Is determined (step S18).

  When it is determined that the data area [Akishima] [Tachikawa] having the same display color [red] as the designated [Yokohama] data area exists in the bar graph GPm (step S18 (Yes)), All the data areas in the year ([Akishima] [Tachikawa] [Yokohama]), that is, all data areas belonging to the store of [Glasses & Hearing Aid] are specified and dragged together (step S19).

  If it is determined that the upper display area 12A is designated as the drop destination of the designated data area from the bar graph GPm as indicated by the arrow j in FIG. 9A (step S21 (Yes)), the drag source A bar graph GPm2 obtained by removing all the dragged [red] data areas ([Akishima] [Tachikawa] [Yokohama]) from the bar graph GPm is generated as shown in FIG. 9B, and is displayed at the display position of the original bar graph GPm. Overwritten and displayed (step S22).

  At this time, the classification item list (store type) Km displayed in association with the original bar graph GPm is the item [glasses & glasses] corresponding to the dragged data area ([Akishima] [Tachikawa] [Yokohama]). Classification item list (store type) Km2 from which the "Hearing Aid" is removed, and its classification notation list Si is also the category notation list from which the items [Akishima], [Tachikawa] and [Yokohama] in the dragged data area are excluded. Displayed as Si2.

  If it is determined that the upper display area 12A, which is the drop destination of the specified data area from the bar graph GPm, is a blank area, as indicated by the arrow j in FIG. 9A (step S23 (Yes)). ), [Red] data areas [Akishima] [Tachikawa] [Yokohama] dragged from the bar graph GPm are generated as a new separated bar graph ([glasses & hearing aid] classification) GPm1 as shown in FIG. 9B. Then, it is drawn and displayed in the upper display area 12A as the drop destination (step S24).

  At this time, for the separated new bar graph ([glasses & hearing aid] category) GPm1, the category item list (glasses & hearing aid) Km1 only for the item [glasses & hearing aid] and the category item [glasses & hearing aid] ], The classification notation list Si1 separated into the classification items [Akishima], [Tachikawa] and [Yokohama] of the city name (store name) belonging to] is newly displayed.

  In this way, a new bar graph ([glasses & hearing aid] classification) GPm1 separated from the bar graph GPm of sales by city name (store type classification) (2010-2012) and a bar graph ([glasses]) excluding this bar graph GPm1 [Spectacles (hospital designation)] Classification) According to the comparison display with GPm2, the total sales are increasing every year from 2010 to 2012, but that is because the sales of [glasses & hearing aids] store greatly increased On the contrary, it is easy to know that sales of [glasses] [glasses (hospital designated)] are decreasing.

  After that, as shown in FIG. 9B, the [Glasses & Hearing Aid] classification bar graph GPm1 displayed separately in the upper display area 12A is touched and designated by the user, and as shown by the arrow k, When dragging and dropping to the lower display area 12B (steps S17 (Yes) to S21 (Yes)), the dragged bar graph GPm1 displayed in the upper display area 12A is removed, as shown in FIG. 9A. The upper display area 12A returns to the blank area (step S22).

  Here, as indicated by the arrow k in FIG. 9B, when it is determined that the same type of graph (store type classification bar graph GPm2) exists in the lower display area 12B that is the drop destination of the bar graph GPm1 (step S25 ( Yes)), the store type classification bar graph GPm1 corresponding to the dragged [glasses & hearing aid] is combined with the store type classification bar graph GPm2 corresponding to [glasses] [glasses (hospital designation)] at the drop destination, The bar graph GPm of the original store type classification shown in FIG. 9A is displayed again (step S26).

  In this way, a new store category classification (glasses & hearing aid) bar graph GPm1 (shown in FIG. 9B) is displayed by separating the data area belonging to [glasses & hearing aid] from the store category classification bar graph GPm (see FIG. 9A). The upper display area 12A) can be easily returned to the bar graph GPm of the original store type classification and displayed.

  FIG. 10A is a diagram showing a display operation (part 5) in the case where a bar graph is designated as the type of graph in accordance with the graph display processing of the graph scientific calculator 10.

  FIG. 10B is a diagram illustrating a display operation (part 6) in the case where a bar graph is specified as the type of graph in accordance with the graph display processing of the graph scientific calculator 10.

  As shown in FIG. 10A, for a new bar graph ([glasses & hearing aid] classification) GPm1 separated and displayed in the upper display area 12A, a classification selection list Lc is displayed as indicated by a pen mark l (L). When the category [city name] is touched and specified by the user (steps S8 to S14), as shown in FIG. 10B, the specified category [city name] and the currently set category [glasses] & Hearing Aid] is displayed in the upper display area 12A as a classification notation list Si1 in which item names [Akishima] [Tachikawa] [Yokohama] and a graph display color corresponding to the item name are associated with each other. Step S15).

  As shown in FIG. 10A, each data area [Akishima] [Tachikawa] of the bar graph GPm1 colored and displayed in the same color [red] corresponding to the classification (store type) [glasses & hearing aid] so far As shown in FIG. 10B, [Yokohama] is set to each graph display color corresponding to the classification (city name) specified this time, and the bar graph of sales by city name (city name classification (glasses & hearing aids)) It is displayed as GPs (step S16).

  According to the bar graph GPs of sales by city name (city name classification (glasses & hearing aids)), sales of only three stores [Akishima] [Tachikawa] [Yokohama] belonging to [glasses & hearing aids] displayed by color It can be easily confirmed by comparison.

  FIG. 11A is a diagram illustrating a display operation (part 7) in the case where a bar graph is designated as the type of graph in accordance with the graph display processing of the graph scientific calculator 10.

  FIG. 11B is a diagram showing a display operation (part 8) in the case where a bar graph is designated as the graph type in accordance with the graph display processing of the graph scientific calculator 10.

  The new store type classification [glasses & hearing aid] bar graph GPm1 and the [glasses & hearing aid] are displayed separately from the data category belonging to [glasses & hearing aid] from the store type classification bar graph GPm (see FIG. 9A). The bar type GPm2 of the store type classification [glasses] [glasses (hospital designation)] that has been updated by removing the data area to which it belongs is displayed in contrast with the store type classification [glasses] as shown in FIG. 11A. ] In the [Glasses (Hospital Designation)] bar graph GPm2, a part of the [Glasses (Hospital Designation)] store data area color-coded in [Green] is touched (here, the [Hanno] data area) If it is specified (dragged) (step S17 (Yes)), whether or not the data area of the same display color [green] as the specified [Hanno] data area exists in the bar graph GPm2. Is the cross-sectional (step S18).

  Here, when it is determined that the data area [Fuso] having the same display color [green] as the data area of the designated [Hanno] exists in the bar graph GPm2 (step S18 (Yes)), the data area in each year All the data areas belonging to the store ([Fuso] [Hanno]), that is, [Spectacles (hospital designation)] are designated and dragged together (step S19).

  When it is determined that the upper display area 12A is designated as the drop destination of the designated data area from the bar graph GPm2 as indicated by the arrow m in FIG. 11A (step S21 (Yes)), the drag source A bar graph GPm2 ′ obtained by removing all the dragged [green] data areas ([Fuso] [Hanno]) from the bar graph GPm2 is generated as shown in FIG. 11B and is overwritten and drawn at the display position of the original bar graph GPm2. Is displayed (step S22).

  At this time, the classification item list (store type) Km2 displayed in association with the original bar graph GPm2 is an item corresponding to the dragged data area ([Fuso] [Hanno]) [glasses (hospital designation)]. ] Is further displayed as a category item list (store type) Km2 ', and the category notation list Si is also the category notation list Si2 from which the items [Fuso] and [Hanno] in the dragged data area are further removed. Is displayed as ′.

  Here, as indicated by the arrow m in FIG. 11A, the same kind of graph (store type classification bar graph GPm1) is displayed in the upper display area 12A that is the drop destination of the data area ([Fuso] [Hanno]) from the bar graph GPm2. ) Exists (step S25 (Yes)), the data area of the item [Fussei] [Hanno] corresponding to the dragged [glasses (hospital designation)] is in the drop destination [glasses & hearing aid] Is combined with the bar graph GPm1 of the store type classification corresponding to, and displayed as a bar graph GPm1 'of the store type classification ([glasses & hearing aid] [glasses (hospital designation)]) as shown in FIG. 11B (step S26).

  At this time, the classification item list (store type) Km1 displayed in association with the drop-destination bar graph GPm1 is an item corresponding to the dragged data area ([Fuso] [Hanno]) [glasses (hospital designation). )] Is displayed as a category item list (store type) Km1 'added, and the category notation list Si1 is also the category notation list Si1' to which the items [Fuso] and [Hanno] of the dragged data area are added. Is displayed.

  Therefore, according to the graph display control function of the graph scientific calculator 10 having the above-described configuration, the table data T in which numerical data is associated with each of a plurality of items classified into a plurality of groups is stored, and the table data T is stored on the touch panel. When the table data T is displayed in the upper display area 12A of the display unit 12 and is dragged and dropped in the lower display area 12B, the table data T is combined into a region corresponding to the numerical value of each item. It is displayed as a graph GCp or a bar graph GPm. At this time, the numerical value area of each item is identified and displayed with a display color corresponding to the classification set to which the item belongs. When an arbitrary partial numerical area of the pie chart GCp (bar graph GPm) is designated and dragged and dropped to the upper display area 12A where the display of the table data T is closed, the item of the designated numerical area belongs. The numerical areas of all items classified into the set are dragged and separated, and a new pie chart GCp1 (bar graph GPm1) combining the numerical areas of only the items belonging to the separated set is displayed in the same display area 12A. The

  For this reason, it is possible to easily separate a graph portion including all items of the same type as the user-specified items included in the graph and display it as another graph.

  Further, according to the graph display control function by the graph scientific calculator 10 having the above-described configuration, the classification type for classifying the plurality of items into a plurality of groups is displayed as the classification selection list Lc, and the user can arbitrarily select from the classification list Lc. When the category type is selected, the numerical value area of the item belonging to the set is identified and displayed with a display color corresponding to the set for each set of the selected type category.

  For this reason, by changing the type of classification for classifying the plurality of items into a plurality of groups as necessary, and by identifying and displaying the numerical areas of the items belonging to the group of each classification type, various angles can be easily displayed. The numerical data of each item can be analyzed.

  Further, according to the graph display control function by the graph scientific calculator 10 having the above-described configuration, when a part of the numerical area of the pie chart GCp (bar graph GPm) is specified and dragged and dropped to the upper display area 12A, the designation is made. A new pie chart GCp1 (bar graph GPm1) in which the numerical areas of all the items classified into the group to which the item of the numerical area is assigned is dragged and separated, and the numerical areas of only the items belonging to the separated set are combined Is displayed in the same display area 12A as above, and the original pie chart GCp (bar graph GPm) displayed in the lower display area 12B is a new circle obtained by removing the numerical area of the items belonging to the separated set. It is displayed as a graph GCp2 (bar graph GPm2).

  For this reason, a new pie chart GCp1 (bar graph GPm1) in which only the numerical areas of the items belonging to the separated set are combined and a new pie chart GCp2 (bar graph GPm2) in which the numerical areas of the items belonging to the separated set are removed. ) Can be easily displayed and numerical data of items belonging to each group can be analyzed.

  Furthermore, according to the graph display control function of the graph scientific calculator 10 having the above configuration, when an arbitrary partial numerical area of the pie chart GCp (bar graph GPm) is designated and dragged and dropped to a blank display area, A new pie chart GCp1 (bar graph) in which the numerical areas of all the items classified into the set to which the item of the designated numerical area belongs is dragged and separated, and the numerical areas of only the items belonging to the separated set are combined GPm1) is generated and displayed. For example, if the same type of bar graph GPm2 is displayed in the previous display area (12B) where a part of the separated bar graph GPm1 is specified and dragged and dropped, it is dragged. The numerical value areas (separated numerical value areas) of all items classified into the group to which the item of the part belongs match the drop-destination bar graph GPm2. Is displayed as the original bars GPm before separation.

  For this reason, separated and newly displayed same type graphs are combined and displayed, or the newly displayed separated graph is removed from the items belonging to the separated set and newly displayed graphs are displayed. It can be displayed again as a combination source graph. In the present embodiment, the items of the separation destination graph are deleted from the items of the separation source graph, but the separation source graph may not be changed. Specifically, by specifying items in FIG. 7A, items of the same type as the specified items are displayed as separated graphs as shown in the upper part of FIG. 8B, and the remaining items are displayed in the lower part of FIG. However, the lower graph may remain unchanged as shown in FIG.

  It should be noted that each processing method and database by the graph scientific calculator 10 described in the embodiment, that is, the graph display process (part 1) shown in the flowchart of FIG. 5A, the graph display process (part 2) shown in the flowchart of FIG. 5B, etc. Each of these methods and databases such as the wide area / prefecture / city name database 22c are programs that can be executed by a computer, such as a memory card (ROM card, RAM card, etc.), magnetic disk (floppy disk, hard disk, etc.). It can be stored and distributed in an external storage medium (23) such as an optical disk (CD-ROM, DVD, etc.), semiconductor memory or the like. Then, the computer (CPU 21) of the electronic computer (10) having the touch panel display unit (12) reads the program stored in the external storage medium (23) into the storage device (22) and operates according to the read program. Is controlled, the graph display control function described in the above embodiment can be realized, and the same processing by the method described above can be executed.

  Further, program data for realizing each of the above methods can be transmitted on the communication network N in the form of a program code, and the program can be transmitted from a computer device (program server 30) connected to the communication network N. The graph display control function described above can also be realized by fetching data into an electronic computer (10) having a touch panel display unit (12) and storing the data in a storage device (22).

  Note that the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the scope of the invention in the implementation stage. Further, the embodiments include inventions at various stages, and various inventions can be extracted by appropriately combining a plurality of disclosed constituent elements. For example, even if some constituent requirements are deleted from all the constituent requirements shown in the embodiment or some constituent requirements are combined in different forms, the problems described in the column of the problem to be solved by the invention are not solved. When the effects described in the column “Effects of the Invention” can be obtained, a configuration in which these constituent requirements are deleted or combined can be extracted as an invention.

  Hereinafter, the invention described in the scope of claims of the present application will be appended.

[1]
Graphing display control means for displaying table data in which numerical data is associated with each of a plurality of items classified into a plurality of sets on a display unit as a graph including a combination of areas corresponding to the numerical data of each of the plurality of items; ,
Identification display control means for identifying and displaying an area corresponding to each item of the graph displayed on the display unit by the graph display control means according to a set of classifications to which the item belongs,
A graph designating unit for designating a region portion of the graph displayed by the graphed display control unit according to a user operation;
A new graph consisting of a combination of areas corresponding to the numerical data of each item belonging to the separated group, by separating the area of each item classified into the group to which the item of the area portion designated by the graph designation means belongs Separating graph display control means for displaying on the display unit,
A graph display control device comprising:

[2]
Classification list display control means for displaying on the display section a classification type for classifying the plurality of items into a plurality of groups as a classification selection list;
When an arbitrary classification type is selected in accordance with a user operation from the classification selection list displayed by the classification list display control unit, an area of items belonging to the selected group for each selected classification category Classification selection identification display control means for identifying and displaying according to the corresponding group,
The graph display control device according to [1], comprising:

[3]
The graph displayed on the display unit as a new graph by removing the area of each item classified into the group to which the item of the area portion specified by the graph specifying means belongs from the graph displayed by the graph display control means The graph display control device according to [1] or [2], further comprising an update display control means.

[4]
A display region designating unit for designating an arbitrary region of the display unit after designating a region part of the graph displayed on the display unit by the graph designating unit according to a user operation;
Designated area determination for determining whether an arbitrary area of the display unit designated by the display area designating means is a blank area or an area in which a graph of the same type as the graph designated by the graph designating means is displayed Means and
The separation graph display control means, when the specified area determination means determines that the specified area of the specified display unit is a blank area, the item of the area portion specified by the graph specification means The area of each item classified into the group to which it belongs is separated, and a new graph consisting of a combination of areas corresponding to the numerical data of each item belonging to the separated group is displayed in the designated blank area of the display unit. ,
When it is determined by the specified area determining means that the specified area of the display unit is an area where a graph of the same type as the graph specified by the graph specifying means is displayed, the graph specifying means And further comprising a composite graph display control means for separating the areas of the respective items classified into the set to which the item of the area portion designated by the item belongs, and displaying the composite graph synthesized on the same kind of graph. The graph display control device according to any one of 1] to [3].

[5]
A method for controlling a computer of an electronic device having a display unit to display a graph,
Table data in which numerical data is associated with each of a plurality of items classified into a plurality of sets is displayed on the display unit as a graph including a combination of areas corresponding to the numerical data of the plurality of items,
The area corresponding to each item of the graph to be displayed on the display unit is identified and displayed according to the group of classifications to which the item belongs,
When the area part of the graph displayed on the display unit is designated in accordance with a user operation, the area of each item classified into a set to which the item of the designated area part belongs is separated. Displaying a new graph consisting of a combination of areas according to the numerical data of each item belonging to the set on the display unit;
A graph display control method comprising:

[6]
A program for controlling a computer of an electronic device including a display unit to display a graph,
The computer,
Graph display control means for displaying table data in which numerical data is associated with a plurality of items classified into a plurality of sets on the display unit as a graph composed of combinations of areas corresponding to the numerical data of the plurality of items ,
Identification display control means for identifying and displaying an area corresponding to each item of the graph to be displayed on the display unit by the graph display control means according to a set of classifications to which the item belongs,
A graph designating unit for designating a region portion of the graph displayed by the graphed display control unit according to a user operation;
A new graph consisting of a combination of areas corresponding to the numerical data of each item belonging to the separated group, by separating the area of each item classified into the group to which the item of the area portion designated by the graph designation means belongs Separating graph display control means for displaying on the display unit,
A computer-readable graph display control program to function as a computer.

DESCRIPTION OF SYMBOLS 10 ... Graph scientific calculator 11 ... Key input part 12 ... Touch panel display part 12A ... Upper display area 12B ... Lower display area 21 ... Control part (CPU)
22 ... Storage device 22a ... Computer control program 22b ... Wide area / prefecture / city name database 23 ... External storage medium 24 ... Storage medium reading unit 25 ... Communication control unit 26 ... RAM
26a ... Display data memory 26b ... Touch position data memory 26c ... Table data memory 26d ... Graph type data memory 26e ... Graph classification data memory 26f ... Graph data 1 memory 26g ... Graph data 2 memory 30 ... Web server T ... Graph data GCs ... Pie chart of sales order by city name GCp ... Pie chart of sales order by city name (prefecture classification) GCp1 ... Pie chart of sales order by city name (Tokyo classification) GCp2 ... Sales order by city name (excluding Tokyo classification) Pie chart Si ... Classification notation list Kp ... Classification item list (prefecture)
GPs ... Bar graph of sales by city name (2010-2012) GPm ... Bar graph of sales by city name (store type) (2010-2012) GPm1 ... Sales by city name ([glasses & hearing aid] classification) (2010-2012) Bar graph GPm2 ... Sales by city name ([glasses] [glasses (hospital designation)] classification) (2010-2012) Km ... category item list (store type)

Claims (5)

Based on the table data that associates each numerical data for each item belonging to a plurality of sets of each set, the graph to be displayed on the display section a graph in which an integral combination of the regions corresponding to the numerical data of each item and Table示制your means,
A pair designating means for designating any pair according to a user operation ;
A separation graph that separates each area of each item belonging to the set designated by the pair designation unit and displays a new integrated graph on the display unit by combining each area of each item belonging to the separated set. Display control means;
Remaining graph display control means for displaying on the display unit an integrated graph by combining the remaining areas obtained by removing each area of each item of the specified set from the graph displayed by the graph display control means; ,
A graph display control device comprising: A set identification display control means for identifying and displaying each area of each item of the graph displayed by the graph display control means for each set to which each item belongs;
The set designating unit designates any set identified and displayed for each set by the set identification display control unit according to a user operation.
The graph display control device according to claim 1. After one set is specified according to a user operation by the set designating means, the display position specifying means for specifying in accordance with any position of the display unit to a user operation,
Designation position determination for determining whether the display position specifying means graph of the graph the same type as the set is designated by or said group definition means a location of the specified the display unit in the blank area by is displayed positions Means and
The separation graph display control means separates each area of each item of the set designated by the set designation means when the designated position judgment means judges that the designated position is in a blank area, Displaying an integrated graph combining each area of each item belonging to the separated set in a specified margin area of the display unit,
If the specified position is determined with the graph of the previous SL specified by graph the same type is in position indicated by the specified position determining means, each item of the designated set by said group definition means 3. The graph display control device according to claim 1, further comprising: a combined graph display control unit configured to display a combined graph in which the respective areas are combined with the same type of graph to display an integrated composite graph. . A method of an electronic device provided with a display unit,
Combine the areas of the size corresponding to each numerical data and display a unified graph on the display unit,
Specify either set according to user operation,
Separating each area of each item belonging to the designated set, by combining the areas of each item belonging to the separated set to display a new graph with integrally with the display unit,
From the graph displayed by combining each area of the size according to each numerical data of each item, the graph integrated with the remaining areas obtained by removing each area of each item of the specified set Display on the display,
A graph display control method comprising: A program for controlling a computer of an electronic device including a display unit to display a graph,
The computer,
Based on the table data that associates each numerical data for each item belonging to a plurality of sets of each set, the graph to be displayed on the display section a graph in which an integral combination of the regions corresponding to the numerical data of each item Table示制your means,
A pair designating means for designating any pair in response to a user operation ;
A separation graph that separates each area of each item belonging to the set designated by the pair designation unit and displays a new integrated graph on the display unit by combining each area of each item belonging to the separated set. Display control means,
Remaining graph display control means for displaying an integrated graph on the display unit by combining the remaining areas obtained by removing each area of each item of the specified set from the graph displayed by the graph display control means,
A computer-readable graph display control program to function as a computer.

Images