TWI726539B - Processing method of range selector - Google Patents
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本發明係關於一種區間選擇器的處理方法。 The present invention relates to a processing method of an interval selector.
區間選擇器為用來產生節點地圖的一種應用程式，目前常見的區間選擇器包含有日曆型、氣泡滑塊標籤型以及滑塊標籤型的三種區間選擇器。這些區間選擇器都有一些使用上不夠方便的缺點。舉例來說，對於這三種區間選擇器，使用者都無法自行定義節點地圖之節點類型、節點數量以及可選擇區間的顯示狀態。以日曆型的區間選擇器而言，僅能執行於個人電腦而無法執行於行動通訊裝置。以氣泡滑塊標籤型的區間選擇器而言，所產生的節點地圖上僅能顯示出選擇區間之範圍大小而無法顯示出節點。 The interval selector is an application used to generate a node map. The current common interval selectors include three types of interval selectors: calendar type, bubble slider label type, and slider label type. These interval selectors have some shortcomings that are not convenient to use. For example, for these three range selectors, users cannot define the node type, number of nodes, and display status of the selectable range of the node map by themselves. In terms of the calendar-type interval selector, it can only be executed on a personal computer and cannot be executed on a mobile communication device. Taking the bubble slider label type of interval selector, the generated node map can only display the range of the selected interval, but not the node.
有鑑於此，目前確實有需要一種改良的節點地圖產生方法，以便改善上述之缺失。 In view of this, there is indeed a need for an improved node map generation method in order to improve the above-mentioned shortcomings.
本發明提供一種區間選擇器的處理方法，由於使用者可自行定義節點地圖的節點類型及節點數量，可產生適合各種不同領域的節點地圖，所以具有較高的實用性。 The present invention provides a processing method for an interval selector. Since the user can define the node type and the number of nodes of the node map by himself, node maps suitable for various fields can be generated, so it has higher practicability.
依據本發明的一實施例所揭露的區間選擇器的處理方法，包括：以一處理器執行該區間選擇器以產生一地圖設定介面；以一顯示裝置輸出該地圖設定介面；以該地圖設定介面接收一第一指令，該第一指令包含設定一節點類型及一節點數量；以該處理器指示該區間選擇器依據該節點類型及該節點數量產生一節點地圖；以該處理器指示該顯示裝置輸出該 節點地圖，其中該節點地圖包含有多個線段、多個節點、以及多個節點名稱；以及以該處理器判斷該地圖設定介面是否接收到一第二指令，若該地圖設定介面接收到該第二指令，則以該處理器指示該區間選擇器將至少一不可選區間範圍標記於該節點地圖。 According to an embodiment of the present invention, a method for processing an interval selector disclosed includes: executing the interval selector with a processor to generate a map setting interface; outputting the map setting interface with a display device; and using the map setting interface Receiving a first instruction, the first instruction including setting a node type and a node number; using the processor to instruct the interval selector to generate a node map according to the node type and the number of nodes; using the processor to instruct the display device Output this A node map, wherein the node map includes a plurality of line segments, a plurality of nodes, and a plurality of node names; and the processor determines whether the map setting interface receives a second instruction, and if the map setting interface receives the first instruction The second instruction is to use the processor to instruct the interval selector to mark at least one non-selectable interval range on the node map.
本發明所揭露的區間選擇器的處理方法，可以根據使用者的不同需求，自行定義節點地圖的節點類型、節點數量以及地圖軌跡類型。對於節點地圖上的不可選區間範圍，可經由地圖設定介面調整不可選區間範圍的線段類型以及線段顏色。對於節點地圖上的已選區間範圍，也可經由地圖設定介面調整已選區間範圍的線段類型、線段顏色以及節點狀態。由此可知，依據本發明的方法可產生適合各種不同領域的節點地圖，明顯具有較高的實用性。 The processing method of the interval selector disclosed in the present invention can self-define the node type, the number of nodes and the map track type of the node map according to the different needs of users. For the non-selectable range on the node map, the line segment type and line color of the non-selectable range can be adjusted through the map setting interface. For the selected interval range on the node map, the line segment type, line color and node status of the selected interval range can also be adjusted through the map setting interface. It can be seen that the method according to the present invention can generate node maps suitable for various fields, and obviously has higher practicability.
以上之關於本揭露內容之說明及以下之實施方式之說明係用以示範與解釋本發明之精神與原理，並且提供本發明之專利申請範圍更進一步之解釋。 The above description of the disclosure and the following description of the implementation manners are used to demonstrate and explain the spirit and principle of the present invention, and to provide a further explanation of the patent application scope of the present invention.
步驟1~步驟5 Step 1~Step 5
S10~S14:步驟 S10~S14: steps
S20~S25:步驟 S20~S25: steps
S231~S233:步驟 S231~S233: steps
圖1係繪示本發明一實施例所揭露的區間選擇器的處理方法的第一階段的流程圖 FIG. 1 is a flowchart of the first stage of the processing method of the interval selector disclosed in an embodiment of the present invention
圖2係繪示依據圖1的方法所產生的節點地圖的一實施例的示意圖。 FIG. 2 is a schematic diagram showing an embodiment of a node map generated according to the method of FIG. 1.
圖3係繪示本發明一實施例所揭露的區間選擇器的處理方法的第二階段流程圖。 FIG. 3 is a flowchart of the second stage of the processing method of the interval selector disclosed in an embodiment of the present invention.
圖4係繪示圖3的步驟23的詳細步驟圖。 FIG. 4 is a detailed step diagram of step 23 in FIG. 3.
圖5係繪示依據圖1與圖3的方法所產生的節點地圖的一實施例的示意圖。 FIG. 5 is a schematic diagram showing an embodiment of a node map generated according to the method of FIG. 1 and FIG. 3.
圖6係繪示依據圖1與圖3的方法所產生的節點地圖的另一實施例的示意圖。 FIG. 6 is a schematic diagram showing another embodiment of the node map generated according to the method of FIG. 1 and FIG. 3.
以下在實施方式中詳細敘述本發明之詳細特徵以及優點，其內容足以使任何熟習相關技藝者了解本發明之技術內容並據以實施，且根據本說明書所揭露之內容、申請專利範圍及圖式，任何熟習相關技藝者可輕易地理解本發明相關之目的及優點。以下之實施例係進一步詳細說明本發明之觀點，但非以任何觀點限制本發明之範疇。 The detailed features and advantages of the present invention will be described in detail in the following embodiments. The content is sufficient to enable anyone familiar with the relevant art to understand the technical content of the present invention and implement it accordingly, and according to the content disclosed in this specification, the scope of patent application and the drawings. Anyone who is familiar with relevant skills can easily understand the purpose and advantages of the present invention. The following examples further illustrate the viewpoints of the present invention in detail, but do not limit the scope of the present invention by any viewpoint.
本發明的一實施例所提供的區間選擇器的處理方法包含有二個階段，隨後分別於圖1及圖3做闡述。 The processing method of the interval selector provided by an embodiment of the present invention includes two stages, which are described in FIG. 1 and FIG. 3 respectively.
圖1係繪示本發明一實施例所揭露的區間選擇器的處理方法的第一階段的流程圖。如圖1所示，在步驟S10中，以一主機的一處理器執行區間選擇器以產生一地圖設定介面，該區間選擇器為儲存於主機的一記憶體內的應用程式，其用途為產生節點地圖，而主機可為個人電腦、伺服器或者各種類型的行動通訊裝置。在步驟S11中，以主機的一顯示裝置輸出一地圖設定介面。接著進入步驟S12，以該地圖設定介面接收一第一指令，該第一指令包含設定該節點地圖的一節點類型、一節點數量及一地圖軌跡類型。舉例來說，地圖設定介面具有用於設定節點類型的第一欄位、用於設定節點數量的第二欄位、以及用於設定地圖軌跡類型的第一選單。使用者可於第一欄位輸出預期的節點類型，例如時間、步驟、會議廳編號等，可於第二欄位輸入預期的節點數量，以及可於第一選單選擇所需要的地圖軌跡類型，例如直線、S形曲線或圓形等。接著進入步驟S13，以該處理器指示該區間選擇器依據該節點類型、該節點數量及該地圖軌跡類型產生一節點地圖。接著進入步驟S14，以該顯示裝置輸出該節點地圖。其中，顯示於顯示介面上的節點地圖包含有多個節點、多個連接該些節點的線段以及分別標記於該些節點的多個節點名稱。 FIG. 1 is a flowchart of the first stage of the processing method of the interval selector disclosed in an embodiment of the present invention. As shown in FIG. 1, in step S10, a processor of a host executes an interval selector to generate a map setting interface. The interval selector is an application program stored in a memory of the host, and its purpose is to generate nodes. Map, and the host can be a personal computer, a server, or various types of mobile communication devices. In step S11, a display device of the host is used to output a map setting interface. Then enter step S12, and receive a first instruction through the map setting interface, the first instruction including setting a node type, a number of nodes, and a map track type of the node map. For example, the map setting interface has a first field for setting the node type, a second field for setting the number of nodes, and a first menu for setting the map track type. The user can output the expected node type in the first field, such as time, step, meeting room number, etc., and can input the expected number of nodes in the second field, and select the desired map track type in the first menu. For example, a straight line, an S-shaped curve, or a circle. Then step S13 is entered, and the processor instructs the interval selector to generate a node map according to the node type, the number of nodes, and the map trajectory type. Then go to step S14 to output the node map with the display device. Wherein, the node map displayed on the display interface includes a plurality of nodes, a plurality of line segments connecting the nodes, and a plurality of node names respectively marked on the nodes.
在其他實施例中，該第一指令更可包含設定該節點地圖的節點間隔，例如當節點類型設定為時間，則節點間隔可設定為各種不同長短的時間區段，例如15分鐘、半小時、一小時或一小時半，但不以此為限。 In other embodiments, the first instruction may further include setting the node interval of the node map. For example, when the node type is set to time, the node interval may be set to various time segments of different lengths, such as 15 minutes, half an hour, One hour or one and a half hours, but not limited to this.
圖2係繪示依據圖1的方法所產生的節點地圖的一實施例的示意圖。如圖2所示，若在步驟S12中所設定的節點類型、節點數量及地圖軌跡類型分別為步驟、5個節點以及直線，則在步驟S14中所顯示出的節點地圖包含有第一節點至第五節點、以及第一直線線段至第四直線線段以及步驟1至步驟5。步驟1至步驟5分別標記於第一節點至第五節點。第一直線線段連接於第一節點與第二節點之間，第二直線線段連接第二節點與第三節點之間，第三直線線段連接第三節點與第四節點之間，而第四直線線段連接第四節點與第五節點之間。 FIG. 2 is a schematic diagram showing an embodiment of a node map generated according to the method of FIG. 1. As shown in Figure 2, if the node type, number of nodes, and map trajectory type set in step S12 are steps, 5 nodes, and straight lines, respectively, the node map displayed in step S14 includes the first node to The fifth node, and the first straight line segment to the fourth straight line segment and step 1 to step 5. Steps 1 to 5 are marked on the first node to the fifth node, respectively. The first straight line segment connects between the first node and the second node, the second straight line segment connects between the second node and the third node, the third straight line segment connects between the third node and the fourth node, and the fourth straight line segment Connect the fourth node and the fifth node.
圖3係繪示本發明一實施例所揭露的區間選擇器的處理方法的第二階段流程圖。如圖3所示，在圖1的步驟S14之後，接著進入步驟S20。在步驟S20中，以該處理器判斷該地圖設定介面是否接收到一第二指令，其中該第二指令為設定至少一個不可選擇區間範圍於地圖設定介面，詳言之，地圖設定介面上具有一個用於設定不可選區間範圍的第三欄位及第四欄位，若第三欄位與第四欄位分別輸入第三節點與第五節點，則設定節點地圖的第三節點與第五節點之間屬於不可選區間範圍。若使用者接著再次於第三欄位及第四欄位重新輸入第七節點與第八節點，則進一步設定節點地圖的第七節點與第八節點之間也屬於不可選區間範圍，此時節點地圖上具有兩個不可選區間範圍。 FIG. 3 is a flowchart of the second stage of the processing method of the interval selector disclosed in an embodiment of the present invention. As shown in FIG. 3, after step S14 in FIG. 1, step S20 is then entered. In step S20, the processor is used to determine whether the map setting interface receives a second instruction, where the second instruction is to set at least one non-selectable range in the map setting interface. In detail, the map setting interface has a The third and fourth fields are used to set the range of non-selectable intervals. If the third and fifth nodes are entered in the third and fourth fields, respectively, the third and fifth nodes of the node map will be set The interval belongs to the range of non-selectable interval. If the user then re-enters the seventh node and the eighth node in the third field and the fourth field, the seventh node and the eighth node of the node map are further set to be in the non-selectable range. At this time, the node There are two non-selectable interval ranges on the map.
第二指令的內容以設定一個不可選擇區間為例，若步驟S20的判斷結果為肯定時，則進入步驟S21，以處理器指示該區間選擇器標記該不可選區間範圍於該節點地圖。此時，顯示介面所顯示節點地圖上包含有一個不可選區間範圍以及多個可選區間範圍。此外，區間選擇器已預設可選區間範圍以及不可選區間範圍分別具有不同的線段類型，藉此讓使用 者可以更清楚辨識可選區間範圍與不可選區間範圍。 The content of the second instruction is to set an unselectable interval as an example. If the judgment result of step S20 is affirmative, step S21 is entered, and the processor instructs the interval selector to mark the unselectable interval range on the node map. At this time, the node map displayed on the display interface includes one non-selectable interval range and multiple selectable interval ranges. In addition, the interval selector has preset the selectable interval range and the non-selectable interval range to have different line segment types, so as to allow the use of The person can more clearly distinguish the range of the optional interval and the range of the non-selectable interval.
在其他實施例中，地圖設定介面更具有一用於調整不可選區間範圍的線段類型的第二選單，當不可選區間範圍有多個時，使用者可透過第二選單選擇多個線段類型(例如點鏈線、虛線)，藉此使多個不可選區間範圍分別具有不同的線段類型。 In other embodiments, the map setting interface has a second menu for adjusting the line segment types of the unselectable interval range. When there are multiple unselectable interval ranges, the user can select multiple line segment types through the second menu ( For example, a dotted chain line, a dotted line), so that the multiple non-selectable interval ranges have different line segment types.
在步驟S21之後，接著進入步驟S22。若步驟S20的判斷結果為否定時，則直接進入步驟S22。 After step S21, proceed to step S22. If the judgment result of step S20 is negative, then go directly to step S22.
在步驟S22，以該處理器判斷該地圖設定介面是否接收到一第三指令，其中該第三指令為設定多個已選區間範圍於地圖設定介面。其中各已選區間範圍介於兩個節點之間，而已選區間範圍所對應的兩個節點之間連接有一線段。若步驟S22的判斷結果為肯定，則進入步驟S23，以處理器指示區間選擇器標記多個已選區間範圍於節點地圖。 In step S22, the processor determines whether the map setting interface receives a third instruction, wherein the third instruction is to set a plurality of selected interval ranges on the map setting interface. Among them, each selected interval range is between two nodes, and a line segment is connected between the two nodes corresponding to the selected interval range. If the judgment result of step S22 is affirmative, then step S23 is entered, and the processor instructs the interval selector to mark a plurality of selected interval ranges on the node map.
若步驟S22之判斷結果為否定，則進入步驟S24。在步驟S24中，以該處理器判斷該地圖設定介面是否接收到一第四指令，其中該第四指令為設定一個已選區間範圍於地圖設定介面。若步驟S24的判斷結果為肯定，則進入步驟S25，以處理器指示區間選擇器標記一個已選區間範圍於節點地圖。若步驟S24的判斷結果為否定，則結束方法。 If the judgment result of step S22 is negative, go to step S24. In step S24, the processor is used to determine whether the map setting interface receives a fourth instruction, where the fourth instruction is to set a selected interval range on the map setting interface. If the judgment result of step S24 is affirmative, step S25 is entered, and the processor instructs the interval selector to mark a selected interval range on the node map. If the judgment result of step S24 is negative, the method ends.
圖4係繪示圖3的步驟23的詳細步驟圖。如圖4所示，在步驟S231，以區間選擇器依據該些已選區間範圍產生多個不同的起點與終點標籤對。在步驟S232，以處理器指示區間選擇器將該些起點與終點標籤對分別標記於該些已選區間範圍所對應的已選節點對。具體而言，若已選區間範圍設定於第三節點與第四節點之間，則第三節點以及第四節點屬於已選節點對。在步驟S233，以處理器指示區間選擇器改變各已選節點對中的一節點的顯示狀態以及各已選節點對之間的一線段之顯示狀態。上述改變的顯示狀態可包含已選節點對中的節點的顏色之改變以及已選節點對之間的線段的顏色、厚度或線條類型的改變。 FIG. 4 is a detailed step diagram of step 23 in FIG. 3. As shown in FIG. 4, in step S231, the interval selector is used to generate a plurality of different start and end label pairs according to the selected interval ranges. In step S232, the processor instructs the interval selector to mark the start and end label pairs respectively on the selected node pairs corresponding to the selected interval ranges. Specifically, if the selected interval range is set between the third node and the fourth node, the third node and the fourth node belong to the selected node pair. In step S233, the processor instructs the interval selector to change the display state of a node in each selected node pair and the display state of a line segment between each selected node pair. The above-mentioned changed display state may include the change of the color of the node in the selected node pair and the change of the color, thickness or line type of the line segment between the selected node pair.
圖5係繪示依據圖1與圖3的方法所產生的節點地圖的一實施例的示意圖。如圖5所示，節點地圖上包含有一已選區間範圍，該已選區間範圍介於第一節點(8：00)與第二節點(8：30)之間，起點標籤標記於第一節點，而終點標籤標記於第二節點。節點地圖上還包含有三個不可選區間範圍，第一不可選區間範圍介於第三節點(9：00)與第四節點(9：30)之間。第二不可選區間範圍介於第九節點(12：00)與第十三節點(14：00)之間。第三不可選區間範圍介於第十五節點(15：00)與第十七節點(16：00)之間。節點地圖還包含多個可選區間範圍，第一可選區間範圍介於第二節點(8：30)與第三節點(9：00)之間。第二可選區間範圍介於第四節點(9：30)至第九節點(12：00)之間。第三可選區間範圍介於第十三節點(14：00)與第十五節點(15：00)之間。第四可選區間範圍介於第十七節點(16：00)與第二十節點(17：30)之間。該已選區間範圍內的線段為具有第一顏色的實線且起始標籤所標記的節點的內部為填滿狀態。可選區間範圍內的線段為具有第二顏色的實線且可選區間範圍內的各節點的內部為未填滿狀態。第一不可選區間範圍內的線段為具有第三顏色的虛線，第二不可選區間範圍內的線段為具有第四顏色的虛線，而第三不可選區間範圍內的線段為具有第四顏色的虛線。 FIG. 5 is a schematic diagram showing an embodiment of a node map generated according to the method of FIG. 1 and FIG. 3. As shown in Figure 5, the node map contains a selected interval range, the selected interval range is between the first node (8:00) and the second node (8:30), and the starting point label is marked on the first node , And the end label is marked on the second node. The node map also contains three non-selectable interval ranges. The first non-selectable interval range is between the third node (9:00) and the fourth node (9:30). The second non-selectable interval range is between the ninth node (12:00) and the thirteenth node (14:00). The third non-selectable interval range is between the fifteenth node (15:00) and the seventeenth node (16:00). The node map also includes multiple selectable interval ranges, and the first selectable interval range is between the second node (8:30) and the third node (9:00). The second optional interval range is between the fourth node (9:30) and the ninth node (12:00). The third optional interval range is between the thirteenth node (14:00) and the fifteenth node (15:00). The fourth optional interval range is between the seventeenth node (16:00) and the twentieth node (17:30). The line segment within the selected interval is a solid line with the first color, and the interior of the node marked by the start label is in a filled state. The line segment in the range of the selectable interval is a solid line with the second color, and the interior of each node in the range of the selectable interval is in an unfilled state. The line segment within the first non-selectable interval is a dashed line with the third color, the line segment within the second non-selectable interval is a dashed line with the fourth color, and the line segment within the third non-selectable interval is a fourth color dotted line.
圖6係繪示依據圖1與圖3的方法所產生的節點地圖的另一實施例的示意圖。如圖6所示，節點地圖上具有兩個已選區間範圍，第一已選區間範圍介於第一節點(8：00)與第二節點(8：30)之間。第二已選區間範圍介於第九節點(12：00)與第十一節點(13：00)之間。第一起點標籤與第一終點標籤分別標記於第一節點與第二節點，而第二起點標籤與第二終點標籤分別標記於第九節點與第十一節點。節點地圖上還包括多個可選區間範圍，第一可選區間範圍介於第二節點(8：30)與第九節點(12：00)之間，而第二個可選區間範圍介於第十一節點(13：00)與第二十節點(17：30)之間。各已選區間範圍內的線段為具有第一顏色的實線且起始標籤所標記的節點的內 部為填滿狀態。可選區間範圍內的線段為具有第二顏色的實線且可選區間範圍內的各節點的內部為未填滿狀態。 FIG. 6 is a schematic diagram showing another embodiment of the node map generated according to the method of FIG. 1 and FIG. 3. As shown in FIG. 6, there are two selected interval ranges on the node map, and the first selected interval range is between the first node (8:00) and the second node (8:30). The second selected interval range is between the ninth node (12:00) and the eleventh node (13:00). The first starting point label and the first ending point label are respectively marked on the first node and the second node, and the second starting point label and the second ending point label are respectively marked on the ninth node and the eleventh node. The node map also includes multiple optional interval ranges. The first optional interval range is between the second node (8:30) and the ninth node (12:00), and the second optional interval range is between Between the eleventh node (13:00) and the twentieth node (17:30). The line segment in each selected interval is the solid line with the first color and the inner part of the node marked by the start label. The part is filled up. The line segment in the range of the selectable interval is a solid line with the second color, and the interior of each node in the range of the selectable interval is in an unfilled state.
在一實施例中，節點地圖上的一第一標籤與一第二標籤標記於一已選區間範圍。當區間選擇器移動第一標籤至節點地圖上的相鄰第一節點以及第二節點之間時，以區間選擇器判斷第一標籤分別與第一節點之間的第一距離以及與第二節點之間的第二距離，當第一距離小於第二距離時，標記第一標籤於第一節點；當第二距離小於第一距離時，標記第一標籤於該第二節點。 In an embodiment, a first label and a second label on the node map are marked in a selected interval range. When the interval selector moves the first label to the adjacent first node and the second node on the node map, the interval selector is used to determine the first distance between the first label and the first node and the distance between the first label and the second node. When the first distance is less than the second distance, the first label is marked on the first node; when the second distance is less than the first distance, the first label is marked on the second node.
當區間選擇器標記完第一標籤於第一節點或第二節點後，以區間選擇器判斷第一節點與二節點之間是否屬於不可選區間範圍，若第一節點與第二節點之間屬於不可選區間範圍，則區間選擇器進一步判斷所移動的第一標籤是否為一起始標籤。當第一標籤為起始標籤且標記於第一節點時，以區間選擇器移動第一標籤至第二節點，接著移動第二標籤至節點地圖上的第三節點，而第三節點相鄰於第二節點。當第一標籤為起始標籤且標記於第二節點時，以區間選擇器移動第二標籤至節點地圖上的第三節點。當第一標籤不為起始標籤且標記於第一節點時，即表示第一標籤為終點標籤，而第二標籤為起點標籤，則以區間選擇器先移動第一標籤至第三節點，接著移動第二標籤至該第二節點。當第一標籤不為起始標籤且標記於第二節點時，以區間選擇器先移動第一標籤至第三節點，接著移動第二標籤至第二節點。 After the interval selector has marked the first label on the first node or the second node, the interval selector is used to determine whether the interval between the first node and the second node belongs to the non-selectable interval range. If the interval between the first node and the second node belongs to If the interval range is not selectable, the interval selector further judges whether the moved first label is a starting label. When the first label is the start label and is marked on the first node, move the first label to the second node with the interval selector, and then move the second label to the third node on the node map, and the third node is adjacent to The second node. When the first label is the start label and is marked on the second node, the second label is moved to the third node on the node map with the interval selector. When the first label is not the start label and is marked on the first node, it means that the first label is the end label and the second label is the start label. The interval selector is used to first move the first label to the third node, and then Move the second label to the second node. When the first label is not the start label and is marked on the second node, the interval selector is used to first move the first label to the third node, and then move the second label to the second node.
綜上所述，本發明所揭露的區間選擇器的處理方法，可以根據使用者的不同需求，自行定義節點地圖的節點類型、節點數量以及地圖軌跡類型。對於節點地圖上的不可選區間範圍，可經由地圖設定介面調整不可選區間範圍的線段類型以及線段顏色。對於節點地圖上的已選區間範圍，也可經由地圖設定介面調整已選區間範圍的線段類型、線段顏色以及節點狀態。由此可知，依據本發明的方法可產生適合各種不同領域的節點 地圖，明顯具有較高的實用性。 In summary, the processing method of the interval selector disclosed in the present invention can self-define the node type, the number of nodes, and the map track type of the node map according to the different needs of users. For the non-selectable range on the node map, the line segment type and line color of the non-selectable range can be adjusted through the map setting interface. For the selected interval range on the node map, the line segment type, line color and node status of the selected interval range can also be adjusted through the map setting interface. It can be seen that the method according to the present invention can generate nodes suitable for various fields The map is obviously of higher practicability.
雖然本發明以前述之實施例揭露如上，然其並非用以限定本發明。在不脫離本發明之精神和範圍內，所為之更動與潤飾，均屬本發明之專利保護範圍。關於本發明所界定之保護範圍請參考所附之申請專利範圍。 Although the present invention is disclosed in the foregoing embodiments, it is not intended to limit the present invention. All changes and modifications made without departing from the spirit and scope of the present invention fall within the scope of the patent protection of the present invention. For the scope of protection defined by the present invention, please refer to the attached scope of patent application.
S10~S14:步驟 S10~S14: steps
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