TW200535651A - Program construction device and program construction method - Google Patents
Program construction device and program construction method Download PDFInfo
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- TW200535651A TW200535651A TW093119389A TW93119389A TW200535651A TW 200535651 A TW200535651 A TW 200535651A TW 093119389 A TW093119389 A TW 093119389A TW 93119389 A TW93119389 A TW 93119389A TW 200535651 A TW200535651 A TW 200535651A
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Description
200535651 九、發明說明: i 【發明所屬之技術領域】 本發明為關於使用電腦之程式製作裝置及程式製作方 法,例如為對於和告j - U置,檢查裝置’或關於測定裝置等 置及程式製作方法,制為對於指定為註除\ 二:"::二程式中插入註解而使程式暫停,本文中稱為 :主,公域或έ主除目標物(C。瞭nt 〇ut 〇bject)之程式可以‘ t述其代用程式之程式製作裝置及程式製作方法β 【先前技術】 _ 第46圖表不白用之—般的圖形程式設計(抑phicai pr〇g’in_g)顯示例說明圖。通常於圖形程式設計為由顯 裝置(,.肩7F旦面)之目標物(〇bject)的收集(⑶i iecti〇n) -12中選擇需要的目標物,將該目標物配置於顯示裝置之編 ,領域13,然後對所配置之目標物間之關係以連接線14 4附注其相關關係而記述程式。 例如於圖形程式設計為, (a) *私圖b守,目標物為「開始(start)」或「條件分支 (conditional branch)」等, (b) 方塊圖時,目標物為各種「資料收集(data collection)」或各種「過濾器、濾波器(piiter)」等, (c) 可私式控制為之多級程式(iadder pr〇gram)時,目標物 為「接點」或「線圈(c〇il)」等, ⑷可程式顯示器之畫面程式設計時,目標物為各種「圖形 記號」等, 315962 5 200535651 (e)系統組態(system configuration)之設定時,目標物為 各種「硬體」等。 ~ _ 第47圖表示一般將程式變換而實行之形態的說明 _.圖。如目所*,製作之程式為由控_器或測定機器動作 ,.時,為將上述程式變換為控制機器或測定機器上所能實行 一之形式(編譯(compile)形式時為編譯後之實行碼,解譯 (interpreter)形式時為其所對應之描述程式(script)或 _中間碼),然後傳送至控制機器或測定機器供其實行。裎 製作裝置15與其程式實行手段16有獨 二 化形成的狀態。 ^ 第48圖表示一般程式製作裝置與程式實行手段之 係的說明圖。第48(a)圖表示程式製作裝置15與程式實 手段16為獨立形成之例’第48(b)圖表示程式製作裝置 與程式實行裝置16為一體化的狀態。 、200535651 IX. Description of the invention: i [Technical field to which the invention belongs] The present invention relates to a program making device and a program making method using a computer, for example, a device for setting a test device, an inspection device, or a device and a program for measuring devices. The production method is to make the program paused by inserting a comment into the program designated as "II": " :: II. It is called in this article: main, public domain, or master to remove the target (C. nt 〇ut 〇 The program of bject) can be used to describe the program creation device and program creation method of its substitute program. [Previous technology] _ 46th chart is not used in general—the general graphic program design (suppresses picai pr〇g'in_g). Illustration. Usually, the required object is selected from the collection of the target object (〇bject) -12 in the graphic program designed by the display device (, shoulder 7F denier), and the target object is arranged in the display device. Edit, field 13, and then describe the relationship between the arranged objects with a connection line 14 4 and describe the relevant relationship. For example, in graphic programming, (a) * private map b guard, the target object is "start" or "conditional branch", etc. (b) when the block diagram, the target object is various "data collection (Data collection) "or various" filters "(piiter)", etc. (c) When the multi-level program (iadder prgram) can be privately controlled, the target is "contact" or "coil ( c〇il) ", etc. ⑷ When programming the screen of a programmable display, the target object is various" graphic symbols ", etc. 315962 5 200535651 (e) When the system configuration is set, the target object is various" hard Body "and so on. ~ _ Fig. 47 is a diagram explaining the general form of program conversion. As stated in the project *, the program produced is operated by the controller or measuring machine. In order to transform the above program into a form that can be implemented on the controlling machine or measuring machine (compile form is the compiled version) The execution code is interpreted in the form of a corresponding script or _middle code, and then transmitted to the control machine or measuring machine for execution.裎 The state where the production device 15 and its program execution means 16 are independent. ^ Fig. 48 is an explanatory diagram showing the relationship between a general program creation device and program execution means. Fig. 48 (a) shows an example where the program creation device 15 and the program implementation means 16 are formed independently. 'Fig. 48 (b) shows a state where the program creation device and the program execution device 16 are integrated. ,
程式乂作裝置除上述圖形程式設計之外亦有文字程式 設計(text Pr0gramming)。為圖得編輯程式的效率化^二 =字程式(C程式,Basic程式等)備有將暫時不使用的部分 予以註除(c_entout)的功能。該功能 除去不使用部分之文字後,欲田〜 ㈣邊域 人年番…… 再度使用该部分文字時需由 人手重新輸入元全相同文字之非效率動作而設。 於實行註除時,使用者必需注意文字程式的 只能實行不違反文法的註除。^由Μ / 因此將成為文法之單位(即一行單位)予二:兀 谷易不違反文法的實行註除。 4 ^ 315962 6 200535651 第49圖表示習用之c程式之 態。如圖所示,|了科程式中之/牙式貝订句余的狀 η*牙Λ 丫〈 a = D + c ;暫時八 於其前插入註除開始記號/* 叫牙',乃 %卜 /、佼插入註除終了記號 第5〇圖表示習用之c程式之文字程 ‘ 例。如圖所示,為了將程式中之㈣化.斬日士^之另— 為—在a,c;之前插入’;更換 入註除終了記號V,再於其後插人於其後插 被註除的部分於將程式變 為避免因實行註除以致在文法上丁將被忽略。 略被註除部分後之文字程式檢查在文二是否對忽 以下說明上述文字程式之註 計時的狀態。例如於專利文獻形程式設 為了實現在圖面中寫入二:理裝置中開示有 定予以註除的領域= :;f:在程式編輯職指 /…、不對4 7員域貫行編碼的方法。 專文獻1]專利第2851 852號說明查。 [發明所欲解決的課題] " 吏理Γ=Γ對於程式中之目標物當做指令(_一 免里π ’為使用在程式編輯領域 對不在註除領域中之日押此— 疋。卩示頃域,然俊只 行註除時,則盥文字^订編碼的手段。使用者於實 _文法:即==?同樣的需注意圖形程式 只仃e主除不能有違反文法的狀能。 塊圖圖及FBD(iunctlon biock❿咖]功能方 “要素之目標物互相間的關係為由線等連接 315962 7 200535651 广成牙式之狀怨則少有不違反文法而指定註除領域的壯 為如第51圖所示,為避免因指定註除二= 广加編輯處理。於此如欲解除註除而恢復原 •.未W式守,則*但解除指定為註除部分 …要對力^編輯的内容為不違反文法的恢復原來的程=有必 -nt34作業時’只有作業者本人瞭解程式中之那 μ :解繼部:作Γ對第3者有困難 的ϋ^ 其作業#關於註除領域 的二除之二=而超出只將不需要 實行編輯的作業 亦卩其作業關擴及對程式本身 曹手Π52圖所示’對於註除部分記述其代用之程式雖 '、’、Μ吏其不違反文法並非不可能。然 圖:明瞭,程式中之那-部分為實行註除又為更換二:的 :Γ:;Γ業者本人可明瞭。因此對第3者很難正確理 1V,=:眼即可瞭解記述内容為崎^ 式的飞伽ΐ圖形之註除方法’但對於註除之代用程 η =提供可一目瞭然其記述内容之圖形的表現方 4 、、耘式之—部分的註除,或對於註除之部分的程式 來狀態的作業仍為由實行削除及再輸人達成。因: 存在有削除前之程式的消失,實行再輸入手續,及復元不 確實等的問題。 及復兀不 又如第53圖所示’於可程式顯示器之 依其性質,所配置之目標程式之位置及^即為ί =本 315962 8 200535651 身,即所配置之目標物間㈣ρ 物大多為密接的配置,u、亚卜以連接線相連,目標 註除然後記述其代用的程柄習將某特定的目標物 除後所加編輯之部分則只有作章=中之那一部分為因註 第3者不能正確理解而4=本人明瞭。因而存在有 用程式(代用目標物)雖欲m〜又對於註除部分之代, 同的位置並寫成相同大小,但事註除:目標物相、 此外也有不存在有可配 声、子不可能的問題。 ❿ 目標物)的問題。 ‘主除部分之代用程式(代用 式二方特別在檢查裝置等使用之表形 輯部分只有作f者本^ =那一部分為因註除後所加的編 理解而作業的=明瞭。因此存在有第3者無法正確 【發明内容】 μ7明為解決上述的問題,以提供對於被指定為言主In addition to the above graphic programming, the programming operating device also has text programming (text Pr0gramming). To make editing programs more efficient ^ 2 = Word programs (C program, Basic program, etc.) are equipped with a function that can temporarily remove unused parts (c_entout). This function removes the unused part of the text, and it is set to be a non-efficient action by manually re-entering the same text when you use this part of the text again. When implementing annotations, users must note that the text program can only implement annotations that do not violate grammar. ^ M / will therefore become the unit of the grammar (that is, a unit of one line) to the second: Wu Guyi does not violate the implementation of the grammar. 4 ^ 315962 6 200535651 Figure 49 shows the state of the conventional c-program. As shown in the figure, the state of the / dental shell set sentence in the scientific program η * 牙 Λ YA <a = D + c; temporarily insert a note before the start of the sign / * called teeth ', which is% Bu /, the best way to insert the end of the note is shown in Figure 50, which shows the example of the routine of the c program. As shown in the figure, in order to transform the program into a slasher. Cut the sun ^ ^ the other-is-before a, c; insert '; replace the injection to remove the final mark V, and then insert people after The part of the comment is to change the formula to avoid the grammar will be ignored due to the implementation of the division. The text program after the part that has been omitted is checked to see if it is ignored in the text. The following describes the state of the note timing of the text program. For example, in the patent document, the program is set to realize writing in the drawing 2: the field that is to be marked out is displayed in the management device =:; f: in the program editor's index / ..., the 4-7 member field is not coded continuously method. Special Document 1] Patent No. 2851 852 explains. [Problems to be solved by the invention] " Li Li Γ = Γ as a command for the target object in the program (_ 一 免 里 π 'is used for the day when it is not used in the field of program editing field 注 —. 卩In the display field, when Ran Jun only remarks, the user can customize the coding method. The user needs to pay attention to the grammar: ie ==? The same need to pay attention to the graphics program. Only e can not have the ability to violate the grammar. Block diagram and FBD (iunctlon biock) functional side "The relationship between the targets of the elements is connected by lines, etc. 315962 7 200535651 Guangcheng teeth-like complaints are rare, and it does not violate the grammar to specify the strongest area of the comment. As shown in Figure 51, in order to avoid the designated remark 2 = extensive editing process. If you want to cancel the remark and restore the original •. If the W-type is not defended, then * but the re-designation is the remark part ... Li ^ The content of the edit is to restore the original process without violating the grammar. = It must be -nt34 when working. 'Only the operator knows that in the program. Μ: Xie Jibu: Doing Γ is difficult for the third person 其 ^ 其 工作 #about Note that the two divisions of the field are divided by two = and the assignments beyond which only editing is not required The expansion of its work and the program itself Cao Shou Π52 picture shows' Although it is not impossible to violate the grammar, it is not impossible to describe the substitute program for the comment part. Rantu: clear, that part of the program In order to implement the note division, it is also necessary to replace the second one: Γ :; Γ The industry can understand it. Therefore, it is difficult for the third person to correctly understand 1V, =: the eye can understand the description of the description of the saga ^ style Feijiao graphics. "Removal method", but for the replacement process of the annotation η = provides a clear expression of the description of the content of the description method4, and the type of the-part of the removal, or the operation of the part of the removal of the part of the program is still the reason Removal and re-entry were achieved. Because: there are problems such as the disappearance of the program before removal, the re-entry procedure, and the incomplete recovery, etc., and the restoration is not as shown in Figure 53. By its nature, the location of the target program and ^ are ί = 本 315962 8 200535651 body, that is, most of the target objects are placed in close configuration. U and Yabu are connected by connecting lines, and the target annotation is then removed. Cheng Xixi The edited part after the fixed target is added only after the chapter = part of the part is because the third person can not understand correctly and 4 = I understand. Therefore, there is a useful program (substitute the target). The generations of the deleted parts are written at the same position and the same size, but the things are removed: the target phase, and there is no problem that there is a sound that can be matched, and the child is impossible. ❿ The problem of the target). Substitute program (The substitutive formula used by the second party especially for inspection devices and so on is only for the author. ^ = That part is operated because of the comprehension added after the comment is removed. Therefore, there is a third person who cannot Correct [Contents of the Invention] μ7 is intended to solve the above problems in order to provide
除目標物之程式可記述其代用程式之程式製作 置及程式製作方法為目的。 [解決課題的手段] 、^毛明之程式製作裝置含有用於指定註除領域之註除 ^扣疋手^又,將上述註除領域指定手段指定之註除領域 依每項域予以保持之註除領域保持手段,以及設定並保持 上述依每註除領域被註除時之代用值之代用值設定保持手 段,而於上述領域被註除時,則以上述代用值設定保持手 段保持之該領域的代用值實行其程式。 9 3】5962 200535651 本發明亦為含有用於指定註除領域之註除領域指定手 寸上c左除領域指疋手段指定之註除領域依每領域予 .以保持之註除領域保持技,以錢定並保持上述依每註 •._域被註除時之代用程式之代用程式設定料手段,而 ,·於上述領域被註除時,則以上述代用程式設定保持手段保 “持之該領域的代用程式實行其程式。 二本發明亦為含有對於程式之要素的目標物設定其為是 .否錢之註除設定手段,將上述註除設定手段對於上述每 目標物所做是否註除之設定予以保持之註除設定保持手 奴’以及设定並保持依每一設定之註除目標物於被註除時 •之代用程式之代用程式設定保持手段,而於上述註除 物被a主除時,以保持於上述代用程式設定保持 之該目標物之代用程式實行。 斤保持In addition to the program of the target object, it is possible to describe the program creation method and program creation method of the substitute program. [Means for solving problems], ^ Mao Ming's program creation device includes a note for specifying the area to be excluded ^ withdrawing a hand ^, and maintains the area of the area specified by the above means for specifying the area to be excluded for each field. Deletion field holding means, and setting and maintaining the above-mentioned substitution value setting holding means according to the substitution value when each deduction field is depleted, and when the above-mentioned field is deregistered, using the above-mentioned substitution value setting holding means to maintain the field The substitute value implements its program. 9 3】 5962 200535651 The present invention also includes a betting area designated by the left handing area designation means on the position of the betting area designated for the designated betting area. Use money to determine and maintain the above-mentioned alternative program setting means for each note when the .__ domain is excluded, and, when the above-mentioned fields are excluded, use the above-mentioned alternative program setting maintaining means to maintain the "holding of The substitute program in this field implements its program. The present invention also sets whether the target object that contains the elements of the program is set to Yes. If the money is not set, it means whether or not the above-mentioned set-up method is used for each target. The setting of the deletion is maintained. The deduction setting keeps the slave 'and sets and maintains the deduction target according to each setting. a When the master is removed, the substitute program of the target object maintained at the above-mentioned substitute program setting is implemented.
本發明之程式製 置製作程式者。 [發明之效果] 作方法則為使用本發明之程式 製作裝 '依本發明之程式製作裝置及程式製作方法時,由於 被指^為註除領域或註除目標物之程式的代用程式可9 述,因此可提高註除時之作業效率。 【實施方式】 第1實施形態 第i圖表示本發明第J實施形g之㈣製 用例說明圖。第2圖表示料笛〗囬— '^適 …、 對乐1圖指定註除領域之狀鲅沾 說明圖。弟3圖表示將第2冃夕;4立μ丄 弟2圖之連接線去除後之狀態的說 315962 200535651 月圖第4圖表不對於第2圖之連接線設定代用值之狀態 的說明圖。第5圖表示對連接線設定代用值之另一例。第 6圖表不對連接線設定以代用值之又一例。第8圖表示適 用第^實施形態之程式製作裝置之可程式檢查裝置的方塊, 圖。第9圖表示第丨實施形態之可程式檢查裝置之構成的, 方塊圖。各圖中之相同符號表示相同或相當的部分。 、 第8圖之可程式檢查裝置含有搬入機17,檢查站μ, ,出機1 9 ’及控制該等之可程式檢查裝置2〇。實施檢查 :可耘式;^查裝置2 〇控制搬入機1 7將檢查對象21搬入 檢查站18。於檢查站18對檢查對象21以夾具等將其安裝 使檢查對121與可程式檢查裝f2〇做電性連接,施行例、 如記述於表形式程式之檢查項目的檢查。檢查完了之檢查 對象21則由搬出機19自檢查站18搬出。檢查之進行狀況 可於可程式檢查裝置2〇之顯示晝面上確認。 上述可程式檢查裝置一般而言,其硬體資源備有 23 R〇M24 ’ RAM25 ’顯示裝置26,輸入裝置27, 1/028,籲 A29及A/D30。該等為經由匯流排連接。R〇M24記存有 、1用於乙制作業系統(operating system)及系統之動作 的程^。RAM25記存有使用者製成之檢查程式及檢查時輸 ^之二料。CPU23則依記存在R0M24之控制系統之動作的 私式實行各種功能。 ,CPU23與頻示裝置26形成顯示手段,而與輸入裝置π 形=作手段。CPU23與臟4及RAM25共形成流程圖實 仃奴’表形式程式實行手段,功能方塊(fUnctlon bl(Dc]〇 315962 200535651 實行手段,及多級(ladder)實行手段。再且,cpu23與細 形成程式保持手段,與ί/〇28及A/J)3〇共形成輸入手段, ’與1/028及D/A 29共形成輸出手段。 - 顯不裝置26例如為由液晶顯示裝置LCD形成,可顯示 A查程式之進行狀況。顯示裝置26可顯示檢查判定之基準 值,顯示計測之值並顯示判定結果。輸入裝置例如為二建 二π叭及貼在LCD上之觸板(touch panel)形成而用於指 不檢查程式之開始實行等。並且可變更判定合袼的基準 值。 土 以下參照第1至7圖說明第i實施形態的程式製作裝 置。程式製作裝置可⑽於可程式檢查裝置,形成為連接 方;可程式檢查^之個人電腦亦可。以下對程式製作The programmer of the program system of the present invention. [Effects of the invention] The method is to use the program production device of the present invention when the program production device and the program production method according to the present invention. Therefore, the operation efficiency during injection can be improved. [Embodiment] First Embodiment Fig. I is a diagram for explaining an example of the manufacturing method of the jth embodiment g of the present invention. Figure 2 shows the material flute. 回 — '^^…, the description of the area of the designated note in the music 1 figure. Figure 3 shows the state after removing the second line; Figure 4 shows the state after removing the connection line in Figure 2. 315962 200535651 The illustration in Figure 4 of the month chart does not set a substitute value for the connection line in Figure 2. FIG. 5 shows another example of setting a substitute value for the connection line. Fig. 6 shows another example in which a substitute value is not set for a connection line. Fig. 8 is a block diagram of a programmable inspection device to which the programming device of the third embodiment is applied. Fig. 9 is a block diagram showing the structure of a programmable inspection device according to the first embodiment. The same symbols in the drawings represent the same or equivalent parts. The programmable inspection device of FIG. 8 includes a loading machine 17, an inspection station μ, and an outgoing machine 19 ', and a programmable inspection device 20 for controlling the same. Carrying out inspections: sturdy type; ^ inspection device 2 〇 control the loading machine 17 to carry the inspection object 21 into the inspection station 18. At the inspection station 18, the inspection object 21 is mounted with a jig or the like. The inspection pair 121 is electrically connected to the programmable inspection device f20, and the inspection items described in a table-type program are executed as an example. After the inspection, the inspection object 21 is removed from the inspection station 18 by the unloading machine 19. The progress of the inspection can be confirmed on the display of the programmable inspection device 20 on the day. Generally speaking, the above-mentioned programmable inspection device has 23 ROM24 'RAM25' display device 26, input device 27, 1/028, A29 and A / D30. These are connected via a bus. The ROM24 stores a program of 1 for the operating system and the operation of the system ^. RAM25 stores the inspection program made by the user and the second data input during the inspection. The CPU23 performs various functions according to the private type of the operation of the control system stored in the ROM24. CPU23 and frequency display device 26 form a display means, and π-shaped = input means with the input means. The CPU23, the dirty 4 and the RAM25 form a flowchart to implement the program execution method, function block (fUnctlon bl (Dc) 〇315962 200535651 implementation method, and multi-level (ladder) implementation method. In addition, cpu23 and thin form The program retention means forms input means together with ί / 〇28 and A / J) 30, and the output means forms with 1/028 and D / A 29.-The display device 26 is formed by a liquid crystal display device LCD, for example. The progress status of the A check program can be displayed. The display device 26 can display the reference value of the inspection judgment, display the measured value, and display the judgment result. The input device is, for example, two built-in π-pads and a touch panel attached to the LCD. It is used to refer to the start of execution without checking the program, etc., and the reference value for judging the combination can be changed. The following describes the program making device of the i-th embodiment with reference to Figures 1 to 7. The program making device can be used for program check Device, forming the connected party; personal computers that can program check ^ also possible.
= = ^FBD(BLD:blQckdiagram)程式設計為例做 弟®中13為顯不裝置(個人電腦之顯示畫面或顯 二 =6的顯示畫面)之編輯領域。依方塊圖之程式,目 二二資料實施該目標物具有的演算,然後輸出資 ==物間之連接線31具有將目標物輸出之資料授 /、八-人之目標物的效用。 在程式設計途中,或因目標物1的部分未完成,但又 ::::!”目標物2及目標物3時,則以含有目標物「的 …又疋保持註除領域。上述狀態如第2圖所示。 接2於註除領域構成將連接線切斷(連接線之—方的連 狀二::Γ广另—方之連接端點則未被註除)的狀態’依此 將(包含註除領域)目標物1忽略時,將構成文法錯 315962 ]2 200535651 誤,於此雖然將連接 身實行編輯,而不〜 卩示即可,但如此則為對程式本 為註除功能。其狀態如第3圓所- …斷時) = : = = (連接線3丨受註除領 &、 于可使用的代用值(將:a: π中、 持),於實行註除時為實行該代用值 ^ 1保.. 目標程式1輪屮之挂杻μ 、兄又法I曰玦。對於 以干 接線因對程式之實行無任何影塑,阴 此無品特別處理通常亦不構成錯誤。 ” e Q、 同樣的如第5圖所示另一例,對連接 持實行註除時使用之代用值,實 兀叹疋亚保 —、 貝仃5主除時則以該代用值會 订以避免當作文法錯誤。又同樣如第6圖所示另一例+ 連接線33㈣定並保持實行註除時使用之代用值,於i 註除時則以該代用值實行以避免當作文法錯誤。 '貝仃 第7圖表示第1實施形態之程式製作裳置之操 的流程圖。 ' ^ 第1步驟 計。 第2步驟 第3步驟 代用值。 第4步驟 域〇 程式設計者依習用技術進行圖形程式設 對於連接線具有之代用值設定有初期值。 程式設計者因應必要而設定連接線所有之 程式設計者因應必要而設定並保持註除領 第5步驟:程式設計者操作指示程式的編碼。 第6步驟:程式之編碼手段對於, •含在註除領域之目標物予以忽略。 315962 200535651 •通常之目標物依平常進行編碼。 &、領域切斷之連Hx該連接、線且有代用 .值實行的狀態予以編碼。 L、有之代用 •送友、另· Γ =連接線則按平常(將某目標物之輸出值傳 楚方;另一目標物之輸入)編碼。 如上所述,依第】眚 〜 之註除領域指定手二二=具備用以指定註除領域 上:丁領域予以保持之註除領域保持手段,及依 值設:保二::域設定並保持其被註除時之代用值的代用 設^保接年又’而於^述領域被註除時為以上述代用值 口又’、、又斤保持之該領域的代用值實行處理。 ▲於圖形权式之連接線由上述註除領域指定手段指定之 註除領域分斷時,上土成讲田 ^代用值故疋保持手段保持對應於該 、之Γ用值為上述註除領域之代用值·,而於該領域被= = ^ FBD (BLD: blQckdiagram) is used as an example for programming. Brother® 13 is the editing area of display device (display screen of personal computer or display screen of display 2 = 6). According to the formula of the block diagram, the calculation of the target object is performed by the target data, and then the output data == the connection line between objects 31 has the effect of granting the output data of the target object to the target object of eight people. In the process of programming, or because the part of target object 1 is not completed but :::: !! "target object 2 and target object 3, the target area" ... "is also used to keep the exclusion field. The above state is as follows It is shown in Fig. 2. The state where the connection line is cut off (the connection side of the connection side of the side of the connection line: 2: Γ and the other side of the connection side is not excluded) is followed by the field of the annotation. Ignoring (including the comment field) the target object 1 will constitute a grammatical error 315962] 2 200535651 error, although the link body will be edited without ~ instructions, but in this case, it is a comment to the program Function. Its status is as shown in the third circle-… when it is off) =: = = (connecting line 3 丨 is subject to bets &, a substitute value that can be used (will: a: π in, hold), the implementation of the note In order to implement the substitute value ^ 1 guarantee when the division is performed. The target program 1 round of the 杻 μ, brother and law I said. There is no effect on the implementation of the program by dry wiring, and there is no special treatment. It does not constitute an error. "E Q. Similarly, as shown in Figure 5, another example, the substitute value used in the connection to implement the deduction, really lament Yabao—, when the main division is 5, the substitute value will be set to avoid being regarded as a grammatical error. Similarly, another example shown in Figure 6 + the connection line 33 sets and maintains the substitute value used in the implementation of the division, At the time of i's comment, the substitute value is used to avoid grammatical errors. 'Beijing Figure 7 shows the flow chart of the procedure of making the clothes in the program of the first embodiment.' ^ The first step is counted. The second step Substitute value in step 3. Step 4 field 0 The programmer performs graphic programming based on customary techniques. Initial values are set for the substitute values that the connection line has. The programmer sets the connection line as necessary. All programmers set up the connection line as necessary. Set and maintain the deduction collar. Step 5: The programmer instructs the coding of the program. Step 6: The coding method of the program is to ignore the objects included in the deduction field. 315962 200535651 • The usual objects are normal. Encoding. &Amp;, Field-cut connection Hx The connection, line, and the status of the substitution. The value is coded. L, Some substitutions • Send friends, another · Γ = The connection line is normal (will be The output value of the target object is passed to Chu Fang; the input of the other target object) is coded. Deprecation field maintenance means and setting by value: Baoer 2 :: Substitute device that sets and maintains its substitute value at the time of being deprecated. ^ Guarantee year again ', and when the deprecation of the above field is deprecated, the above substitute value The substitute value of the field maintained by the mouth is also processed. ▲ When the connection area of the graphic weight type is divided by the above-mentioned area specified by the above-mentioned method of specifying the area to be decomposed, Ueda Chengda has a substitute value. The 疋 holding means keeps the value corresponding to the value of Γ and the substitute value of the above-mentioned deduction field.
• 1:為:對應於該連接線之代用值實行。其結果於BLD 只仃。主除4 ’ 一方之連接端點被註除,另一方之連接端點 會有不被註除的狀態,然不去除該連接線(即對原來的程式 ^任何變更),而以代用值(預設(default)值)代用即可 提咼註除之作業效率。 苐2實施形態 第2貫施形態亦同樣的以適用於FBD(BLD)程式設計為 例做說明。第10圖表示第2實施形態之程式製作裝置的說 明圖。第11圖表示第2實施形態之另一程式製作裝置的說 明圖。第12圖表示第2實施形態又一程式製作裝置的說明 315962 14 200535651• 1: is: the substitute value corresponding to the connection line is implemented. The result is only in BLD. Divide by 4 'The connection endpoint of one party is de-registered, and the connection endpoint of the other party will not be de-registered, but the connection line will not be removed (that is, any change to the original program ^), and the substitute value ( Substitute the default value) to improve the efficiency of the operation.苐 2 Implementation Mode The second implementation mode is similarly described by taking FBD (BLD) programming as an example. Fig. 10 is an explanatory diagram of a program creation device according to a second embodiment. Fig. 11 is an explanatory diagram of another program creation device according to the second embodiment. FIG. 12 shows an explanation of another program creation device according to the second embodiment. 315962 14 200535651
對於第i實施形態之另-解決對策為如第1〇圖所示對 註除領域設置預設值(被註除時使用之代用值)(即預先設 定保持)’而於註除時即以其預設值實行以避免文法錯誤。 於此之註除領域等價的為更換為常數輸出目標物。 '如第11圖所示,以註除領域指定手段所指定之註除領 域=4使圖形程式之複數的連接線31、32分斷時,代用值 設定保持手段將分別對應於該連接線3卜犯之代用值1, 代用值ιι(預設值卜預設值⑴保持以做註除領域34之 代用值,而於該領域被註除時則對連接線3卜犯各以對應 之代用值卜代用值U(預設值卜預設值⑴實行處理: 士同樣的如帛12圖所示,圖形程式之連接線%被分斷 時,保持對應於連接線33之代用值(預設值)為註除領域 35的代用值’而於該領域被註除時則以對應於該連接線犯 的代用值(預設值)實行處理。 、、“第13圖表示第2實施形態之程式製作裝置的操作順序 流程圖。 第21步驟:程式設計者依習用技術進行圖形程 計。 第Μ步驟·程式設計者13應必要而設定並保持註除領 域0 、 。、第23纟驟·對程式實行掃描,由註除領域分斷之圖形 :式之連接線數求得註除領域分斷之圖形程式的連接線 數,以預設值設定各代用值。 315962 200535651 第2 4步驟· p 用值。 式設計者因應必要而設定註除領域之代 =26 : .裎式設計者操作指示對於裎弋 ,# 26步驟:裎式之編碼手段對於、^的編瑪。 ' ··::註除領域之目標物予以忽略。 - 1 *之目標物為照常實行編碼。 •注除領域為輸出其代用值 • •被註除領域分斷之連㈣上、的予以編碼。 輪入另:,之輪入值的狀態=:除領域之輪出值 :-目標::::::為:,(某目標物之❹值為輸人 弟3實施形態 弟3貫施形態之程式製作裝置 卿汕),及多級電路圖(SFC:sequ 广、;“王圖, 進行說明。第U圖表# $ 3action chart) 明圖。第15圖表示對:第二^ # ^ ^ ^ η 圖各疋注除領域而連接有連 的,兄明圖。第16圖表示對於第14圖之 ::二代用程式之狀態的說明圖。第17圖表示對第“圖 之叫領域設定其他之代用程式之狀態的說明圖。第Μ 圖表示對第14圖之註除領域再設其他之代用程式之狀熊 的祝明圖。第19圖表示對註除領域再設定代用程式之狀態 的說明圖。 ^ 第20、21、22圖各表示對註除領域設定代用程式之狀 態的說明圖。第23、24圖亦為各表示對註除領域設定代用 315962 16 200535651 程式之狀態的說明圖。 分未所示’於程式開發途中,有闕目標物2的苟 2註:成而欲暫時先試目標物】及目標物3時,將目“ h =1圖所示,於BLD時欲將目標物1之_直直接 幸刖入目標物3時,或於流程圖的狀能 知出值直接 接於目編時,如在該狀態忽略桿:; = = 欠 誤,雖然於此連接以連接線 目聋成文法在曰 註除功能。 PT但如此則不能言具有 ^ ^ 37 αΓ; J Γ;1ί,, ^ # ^ " 圖時則稱為代用流程圖),而於註除;為實 ::免文法錯誤。當然對代用程式需檢查以確定其無: 如第Π圖所示’欲將目標物2註除而以目標 ;,則將目標物4記述並保持為代用電路,用該代用電: 37實行以避免文法錯誤。同樣的如第18圖所 , 目標物4及目標物5記述為代用電路”等’即容复=將 如第19圖所示,註除領域38具有之輸入出 註除所分斷之連接線的數。於設定保持代用程+ = 連接線。、同樣的’如第20、21圖適用於多級電路圖;= 注除領域40、42設定並保持以代用程式41、幻。 · 適用於多級電路圖時,特別如第22圖所示,對於;二: 3]5962 17 200535651 以上之註除領域44則設定並保持註除時之代用程式❹, 於此可實行以上的記述。 同未的如為適用方《$ p「雷γ欠同士 力、包路圖時,如第23圖所示,例 • >將目標物2以註除領域46將其註除時,則設定並保持代 -鳥式47。同樣的適用於SFC電路圖時,如第24圖所示 ^奴將目I物2及存在於其前之遷移條件!以註除領域^ :除時,其代用程式49為含有遷移條件】,的狀態設定保 _符。 弟2 5圖表示第3實施开^能夕& 流程圖。 au、之私式製作裝置之操作順序 計。第31步驟:程式設計者依習用技術進行圖形程式設 域。第32步驟:程式設計者應於必要設定並保持註除領 n步驟:由掃描程式之中被註除領域分斷 線數。 ⑽⑼之_程式的連接 第34步驟:程式設計者因應必要 之圖形程式的連接線為利用於註除領域中將所分斷 記述代用程式,對應於各註除領域備有之:用=的狀態 在代用程式設定保持手段。 私式為保持 第35步驟:程式設計者操作指示程式的編碼。 第36步驟:程式之編碼手段對於, ‘’、、 •含於註除領域之目標物予以忽略。 31他? ]8 200535651 .通$之目標物依平常對其實行編碼。 έ主除領域内以代用程式實行編碼。 傳送於註斷之連接線為將某目標物之輸出值 傳送於另-: 狀態’並將註除領域之輪出值. 知物的狀恶貫行編碼。 另-目二二連接線依平常(某目標物之輸出值輪入為 另之輸入值)實行編碼。 】為 第3男' 施形態為如上所述,含有用 — 註除領域指定手段,將註除領域指 曰^主除領域之 :每一領域將其保持之註除領域保持手段,領= 設定保持手段,而於持其代用程式之代用程式 保持手段保持之該領域:=;主:時則 設定並保持之代用"按對於每註除領域 領域被註除時,從二以上的代用呈式以ΐ,於該 可。 ^八τ璉擇任一實行亦 其結果使得於BLD,流程圖或多級電_ 時,雖然發生-方之連接點被註除,而另貝丁― 被註除的狀態,但其連㈣不 之連接點不 弋、,U苁ffi铲彳接L (即不變更原來的程 式)以代用私式#代而可提高實行註除 容許使用者設定代用程式,實^文率。由方; 代用程式的功能。 只見了 ^己返替代註除部分之 第4實施形態 * 第4實施形態之程式製作裝置特別為適用於流程圖, 15962 19 200535651 BLD(FBD),及多級電路圖進 Μ 一 形態之程式製作F ϋ 。弟26圖表示第4實施 衣作衣置的έ兄明圖。第27 之另一程式製作裝置例的說明;::貫:形態 ,'實施形態其他程式製作裝置的說明圖。θ又為第4 ‘依被註除之電路圖(流程圖)的 程伽動的設定。例如於二兄,其代用電她 出數為相同時,可將其 :::圖:輸入數與輸 而可節省使用去_ L 及輸出早為亚聯的電路替代 即錢用者輸人代用電路的 註除領域35註除之㊉踗入、士弟26圖所不,以 單以將並、鱼姐 輸入數及輸出數同為-時,則 早以將其連接之❹程式50代^實行處理。 以注除領域38註除之雷玖同 以上的㈣料,雖㈣以將及輸出數為二 圖形資料具有其:Γ:γ:於圖形程式設計時,二次元 的連接線之輪入為連接上 圖中將上面 序並聯連接的處理。面之連接線的輸㈣狀態實行順 -同樣的如為適用於多級電路圖時,如第28、 域40、42實行註除時,可記述代用程式52斤、 適用於多級電路圖而特別如第30圖對二RUNg =:主ΓΓ44將其註除時,可記述註除代用程式54。 同,的如為適用於SFC電路圖時,如第31圖所示,例如對 Μ示物2 Μ除領域46實行註除時,可記述代用程式 又同樣的適用於SFC電路圖時,如第32圖所示,例如以1 除領域48將包含存在於目標物2前之遷移條件以註除領域 315962 20 200535651 48註除時,可記述代用程式%。 流程ί則表…實施形態之程式製作裝置之操作順序 叶。弟41步驟:程式設計者依習用技術進行圖形程式設 弟42步驟:程式設計者應於必要設定註除領域。. 第43步驟:求得被註除 分 數的手段由W…w 私式之連接線 該數。“㈣找分斷之®形程式的連接線數求得 之代驟:程式設計者因應必要而記述對於註除領域 借;操作以指示代用程式的自咖 段。除韻備有之代用程式為保持在❹程式以保持手 =45步驟.程式設計者操作以指示程式的編碼。 弟46步驟:程式之編碼手段對於, •含在註除領域之目標物予以忽略。 •通常之目標物依平常實行編碼。 •註除領域内以代用程式實行編碼。 值僂'、,·註除領域内被分斷的連接線為將某目標物之輸出 傳輪=註除領域之輸人值的狀態,註除領域之輸出值為 、另一目標物之輸入值的狀態實行編碼。Another solution to the i-th embodiment is to set a preset value (substitute value used when being removed) (that is, a preset hold) for the betting area as shown in FIG. 10, and use the Its default value is implemented to avoid grammatical errors. In this case, the replacement field is equivalent to a constant output target. 'As shown in FIG. 11, when the denomination area designated by the denomination area designation means = 4 breaks the plural connection lines 31 and 32 of the graphic program, the substitute value setting holding means will correspond to the connection line 3 respectively. Substitute value 1 for substituting crimes, Substitute value ιι (preset value Substitute value 预设 is maintained as a substituting value for note field 34, and when the field is deprecated, each connection line 3 is used as a substitute value The value U substitutes the value U (the default value is the default value. The processing is performed as follows: As shown in Figure 12), when the connection line% of the graphics program is broken, the substitute value corresponding to the connection line 33 is maintained (default Value) is the substitute value of the deduction field 35. When the deduction is made in the field, the substitute value (preset value) corresponding to the commit of the connection line is executed. ", Fig. 13 shows the second embodiment. Flow chart of the operation sequence of the program creation device. Step 21: The programmer performs graphic programming according to customary techniques. Step M. The programmer 13 sets and maintains the exclusion field 0, if necessary, and step 23. Scan the program, and cut off the graph by the annotation field: the connection of the formula Calculate the number of connecting lines of the graphic program that breaks the field, and set each substitute value with the default value. 315962 200535651 Step 2 4 · Use the value of p. The formula designer sets the generation of the field to be excluded as necessary = 26 :. 裎 式 Designer operation instructions for 裎 弋, # 26 Step: The coding method of 对于 for ^, the editing of ^. '... :: The target in the field of note is ignored.-1 * The target is as usual Encoding is performed. • Annotating a field is to output its substitute value. • • It is coded on the continuum that is separated by an annotated field. Rotation: The status of the rotation value =: Except the rotation value of the field:- Objectives :::::: is: (the target value of a target object is the program making device Qingshan, which is the 3rd implementation mode, the 3rd implementation mode, and the multilevel circuit diagram (SFC: sequ Guang ;; "King Figure, for illustration. U chart # $ 3action chart) Ming chart. Figure 15 shows the pair: the second ^ # ^ ^ ^ η Figures in each note are connected and connected, brother Ming chart. Figure 16 shows Figure 14: An illustration of the state of the second-generation program. Figure 17 shows how to set other substitute programs for the area called "Figure". The illustration of the state. Fig. M shows the best wishes of the bearer in Fig. 14 and other alternative programs. Fig. 19 shows the state of the alternative program in the note area. ^ Figures 20, 21, and 22 each show an explanation of the state of the substitution field setting alternative program. Figures 23 and 24 also show each of the states of the substitution field setting alternative 315962 16 200535651 program. Show 'During the development of the program, there are two targets of target 2] Note: When you want to test the target for the time being] and target 3, you will see "h = 1", and you want to set target 1 in BLD. __ Fortunately, when you enter the target 3 directly, or when the value of the flowchart can be directly connected to the catalog, if you ignore the bar in this state:; = = erroneous, although connected here to connect the line The deaf grammar has the function of note removal. PT, but this cannot be said to have ^ ^ 37 αΓ; J Γ; 1ί, ^ # ^ " is referred to as an alternative flowchart when drawing), and it is true in the comment; Of course, the substitute program needs to be checked to determine its absence: As shown in Figure ii, 'If you want to divide the target 2 and use the target; then describe and keep the target 4 as a substitute circuit, use the substitute power: 37 to implement Avoid grammatical errors. Similarly, as shown in FIG. 18, the target object 4 and the target object 5 are described as alternative circuits. “Etc. Use the same value as the setting to maintain the substitution process + = the connection line. The same 'as in Figures 20 and 21 applies to multi-level circuit diagrams; = Note Except areas 40 and 42 are set and maintained with alternative programs 41 and magic. · Applicable to multiple In the second-level circuit diagram, especially as shown in Figure 22, for the second two: 3] 5962 17 200535651 and above, the field 44 for the deduction and deletion is set and maintains the substitution program 注 at the time of deduction, and the above description can be implemented here. If it is the applicable party, "$ p", "Ray γ owes to the same force, and the road map, as shown in Figure 23, for example. ≫ When the target 2 is removed by the exclusion field 46, set and keep the code. -Bird formula 47. The same applies to the SFC circuit diagram, as shown in Figure 24. ^ Slave head I 2 and the migration conditions that existed before it! In addition to the field of note ^: When it is divided, its substitution program 49 contains Migration conditions], the state is set to __. The younger figure 2 5 shows the third implementation of the opening ^ energy evening & flow chart. AU 、 之 私 式The operation sequence of the device is calculated. Step 31: The program designer sets the domain of the graphic program according to customary techniques. Step 32: The program designer should set and maintain the annotations as necessary. Step n: be excluded from the scanning program. The number of broken lines in the field. ⑽⑼ 之 _Program connection Step 34: The programmer needs to use the connecting lines of the graphic program to describe the broken program in the comment field. There is a corresponding program for each comment field. Of: Use the state of = to set the retention means in the substitute program. The private mode is to maintain. Step 35: The programmer operates the coding of the instruction program. Step 36: The coding method of the program. The target object is ignored. 31 he?] 8 200535651. The target object that passes $ is coded as usual. The coding is performed by an alternative program in the main division field. The connection line transmitted to the note is the output of a target object. The value is transmitted in another-: state 'and the value of the reversal field is excluded. The status of the known thing is continuously encoded. The other-header 22 connection line is normal (the output value of a target object is rotated as another input) Value) implement coding.] For the third male, the form of application is as described above, and it includes the method of specifying the field to be depleted. Means, collar = set holding means, and the field held by the substitute program holding means holding its substitute program: =; master: the time to set and maintain the substitute " according to the field for each bet field, Two or more alternative expressions are given by ΐ, which can be used. ^ Eight τ 琏 choose any implementation and the result is that when BLD, flowchart or multi-level electricity _ occurs, although the connection point of-side is excluded, and the other Bedin-the state of being cancelled, but the connection point of its connection is not correct. U 苁 ffi can be connected to L (that is, the original program is not changed). Substituting the private # for substitution can improve the implementation of the allowable use. Set the proxy program, real text rate. You Fang; the function of the proxy program. I saw ^ The fourth embodiment of the alternative replacement part * The program creation device of the fourth embodiment is particularly suitable for flowcharts, 15962 19 200535651 BLD (FBD), and multi-level circuit diagrams into the first form of the program F ϋ. Brother 26 shows the fourth figure of the fourth implementation. Explanation of another example of a program making device of the 27th; ::: 贯: morphology, 'Illustration diagram of another program making device of an implementation form. θ is the setting of the process gamma of the circuit diagram (flow chart) according to the 4th ‘Rejected’. For example, in the second brother, when the number of substitute electricity is the same, you can use it :::: Figure: Input number and output can be saved to use _ L and the output is already replaced by the Asian Union circuit, that is, the money user loses the substitute. The circuit's annotation field is not included in the 35 field, and the disciples are not shown in the figure 26. When the number of inputs and outputs of the union and the fish sister are the same-, then the 50th generation of the connection program is used. Carry out processing. It is the same as the above data, except that the note 38 is the same as the above. Although the number of output data is two, the graphic data has the following: Γ: γ: In the graphic programming, the rotation of the connection line of the second element is used as the connection In the figure above, the processes in the above order are connected in parallel. The input state of the above-mentioned connection line is implemented in the same way-the same as if it is suitable for multi-level circuit diagrams, such as the 28th, the 40th, 42th, the implementation of the division, you can write an alternative program 52 kg, suitable for multi-level circuit diagrams, and especially In Fig. 30, when the two RUNg =: main ΓΓ44 are eliminated, the replacement program 54 can be described. In the same way, if it is applicable to the SFC circuit diagram, as shown in FIG. 31, for example, when the M display 2 is divided into the M division area 46, the substitution program can be described and the same applies to the SFC circuit diagram, as shown in FIG. 32. As shown, for example, when dividing the field 48 by 1 and including the migration conditions existing before the target 2 to delete the field 315962 20 200535651 48, the substitution formula% can be described. The flow chart is the operation sequence of the program making device of the embodiment. Step 41: The programmer uses the techniques to perform graphic programming. Step 42: The programmer should set the comment field if necessary. Step 43: The means to obtain the deducted points is the number from the W ... w private connection line. "㈣Find the number of steps to find the number of lines of the broken ® shape program: the programmer should write the borrowed field for the comment; if necessary, the operation should indicate the self-cooking section of the substitute program. Keep in the program to keep the hand = 45 steps. The programmer operates to instruct the coding of the program. Step 46: The coding method of the program is for: • The target object included in the remarks field is ignored. • The usual target object is normal. Encoding is performed. • Encoding is performed by an alternative program in the deduction field. Value 偻 ',, ·· The disconnected connection line in the deduction field is the state where the output of a target object is transferred to the input value of the deduction field. Note The state of the output value of the exclusion field and the input value of the other object are coded.
二通常之連接線為依平常(某目標物之輸出值為傳 〜—目標物之輸入值)的狀態實行編碼。 ^ κ施形恶為如上所述,含有求得被註除領域指定 315962 21 200535651 手段指定之註除領域分斷之圖形連接線數的手段,人 於輸入上述註除領域之連接線數與由上述註除 .連接線數相同時,對於上述註除領域自動的設定並 . ' =入與輸出以直線連結之代用程式的代用程式設定保: , #結果於BLD’流程圖’或多級電路圖實行,主除日士 雖然發生-方的連接端點被註除,而另之丁°除日” .二=狀怨’但其連接線可不去除(即依原來程: =吏ΓΓ程式替代即可提高有關註除的作業效率。 代之;代用程式可實現對於註除部分可記述替 戈用私式的功能,由此可更提高作業效率。 第3=圖表,第5實施形態之程式製作裝置之說明圖。 第34 5實施形態另—程式製料置之說明圖。如 用+二不’對注除領域35言免定並保持一種類以上之抑 :。電路(代用程式)’各代用程式心A :: 域3 5式的編碼時,由制於註除領 個以上的代用程式57、58 用程式57、58中指定欲代用 二種別Α、β之代 註除領域35之π 以 種別後貝仃編碼時,將包括 私式受換為實行形式之變換手段在夫n、 有對應於指定種別之註料上吳于祝在未记述 當㈣領域未記述有該:種,==時(有時對該 為對註J之代用耘式的狀態),則變換 動設定變換為代替《自 式的貫行程式,又於記述有對應於指定之 22 200535651 種別的代用程式57、58時,則使 注除_35之程式變換為實行形式。《Μ式以代替 5 Ά的程式设計者在操作裎式的 裝置對程式判定並 '〕、,扁碼日守,程式製作 述有對應於於定^ 於此之判定手段在未記 後之程式全部或使用自動設== 程式全部進行判定,又於記述 &式後的, 領域的代用程式時,則對使用指定:代二=註除 領域之程式全部進行判定。 代用転式以代替註除 之二:土:::者操作程式的編碼時’對適用於註除領域 由二;卜一^ 炉々、袁置/、彳日疋一種,然對於大規模程式一般為將 ⑷刀割製作’因此以分割製作之程式單位指定亦可。 如第35圖所示’於程式製作裝置指定「種別 =體全體為使用「種別々即對分割製 及 =均為使。用「種“ 」對私式2為指定「種別=B」時,則對程式i中所含 之註除領域全部使用「種別=A」之代用程式,對程式2中 所含^註除領域全部為使用「種別=β」之代用程式。 第%圖表示第5實施形態之程式製作裝置之操作 流程圖。 第51步驟·程式設計者依習用技術進行圖形程式設 計。 第52步驟:程式設計者應於必要設定註除領域。 315962 23 200535651 弟53步驟:求得註除領域 的手段對程式實行掃描以求得被註θ形程式之連接線數 .之連接線數。 D *領域分斷之圖形程式 . 第54步~ .程式設計者應於 •用程式的⑽m記述制n i對叫㈣指定其代 .程式之操作。對應於各註::仃心示自動認識代用 代用程式設定保持手段。備有之代用程式為保持在 第55㈣κ設計者操作# 應必要而指定代用程式之_。 大之、.扁碼。柄因 第56步驟:程式之編碼手段對於, .含在註除領域之目標物予以忽略。 •通常之目標物依平常實行編碼。 ·=:域内之指定種別的代用程式實行編碼。 傳送於註:==之連接線為將某目標物之輸出值 傳送於另一:物入::狀態,及註除領域之輸出值為 另目軚物之輸入值的狀態實行編碼。 ….通常之連接線為依平常(某目標物之輪出值_ 运於另一目標物之輪入值的狀態)實行編碼。 ’、’、 依第5實施形態為如上所說明,代用程式 =註除領域被註除時使用之代用程式設定並^有複 二=有由上述代用程式之複數種別中指定一個種: 的才日疋手奴,於變換含有上述註除領域之程 _ 如無記述有對應於上述指定手段所指定之種 ;主除領域的代用程式時,則將上述註除領域之程式忽略= 315962 24 200535651 矛王式或將自動的設定 述有對應於上述指定換為^程式,又於記 代用程式時,則使用 曰疋之種別之上述註除領域的 以將程式㈣騎㈣式。 ^料之私式 第5 K %形恶,其代用程式設定保持手段對 領域被註除時使用之补田# ^ 幵亍奴對5主除· 有由上述❹^ Μ科脸制,並具· 王1之複數種別中指定一個種別的指定手 = 除領域之程式判定其文法是否正確 心除領域之程式的 域用自動的设定之代用程式的程式全體實行判 :二Γ述有對應於上述指定手段所指定之種別之上述 二 =的代用程式時,則對上述註除領域之程式以代用 耘式代替之程式全體實行判定。 其結果由於能夠記述一種以上之複數種別的代用程 式’因而更能提高有關註除的作業效率。又如於上級具備 由一種以上複數的代用程式巾統籌指定使狀代用程式, 則可瘤=每一註除領域一一指定代用程式的手續,如此 更可提咼貫行註除時之作業效率。 第6實施形態 第6實施形態之程式製作褒置之註除方式並非由領域 的指定,而為依各個指定的方式做說明。又本實施形態之 ,式設計語言―(prQgramming language)使用表形式記述。 第37圖表示第6實施形態之程式製作裝置之適用例的說明 315962 25 200535651 圖。苐38 ®表示g 6實施形態之程 第39、40圖夂声干笫R者 > 衣作政置的說明圖。 說明圖。表以6,施形態之程式製作裝置其他例的 p = 解,在程式《途巾_目標物2的部分 -未凡成’但有需暫時先試目 時為要將目掉物2,主除“… 目私物3的狀態。此 u Z .主H于'(依以上所述實施 除領域,而斟八力兮席# ^ 八U兩由心疋在 向對s在錢域的目標物註 對欲註除的目標物2直 1式做㈣)’為 置保持其各個是否卩對各目標程式設 亏/、Q個疋否叹疋為註除的手段,即程式 標物為單位設定其是否為註除。 ° 如第38圖所示,註除之代用 ^ ^ ^ p 式59為依母目標物設 疋保存。即本實施形態對第1 j λ 乐1至5男、轭形態之註除領域的 同為“…物具備,其他則與第…實施形態相Second, the normal connection line is coded according to the normal state (the output value of a target object is passed to the input value of the target object). ^ κ is defined as described above, and it includes the means for obtaining the number of graphic connection lines in the field of the commented out area specified by means of the specified field 315962 21 200535651. If the number of connecting lines is the same, the above setting will be automatically set in the above-mentioned area. '= The substitute program setting guarantee of the substitute program where the input and output are connected in a straight line:, #Result in BLD'flow chart' or multilevel circuit diagram In practice, although the end-of-party connection between the Japanese and the Japanese is eliminated, and the other is divided by the day, "the second is the" complaint ", but its connection line can not be removed (that is, according to the original process: = ΓΓΓ program instead, that is, Can improve the efficiency of the operation of attention. Instead, the substitution program can realize the private function for describing the part of the comment, so that the efficiency of the operation can be further improved. The illustration of the device. The 34th 5th embodiment is another—the illustration of the programming system. If you use + two no 'to eliminate the field of 35 words and keep more than one kind of suppression: the circuit (alternative program)' each Alternate Programming Heart A :: Domain 3 5 Style At the time of the code, two or more alternative programs 57, 58 are specified in the program, and the programs 57 and 58 are used to designate two types of substitution A, β to substitute the field 35 and π. When coding by type, the private code will be included. The method of transforming the form into the form of implementation is on the n, and there is a note corresponding to the specified species. Wu Yuzhu does not describe this in the undocumented field: when, == (sometimes this is a substitute for the note J. State), then the conversion setting is changed to replace the "through-stroke type of self-style", and when there are descriptions of other alternative programs 57 and 58 corresponding to the specified 22 200535651, the program of note _35 is changed to Implementation form. "M-type instead of 5 Ά programmers judge the program by operating the 裎 -type device ']," Bianma Rishou ", the programming of the program has a judgment method corresponding to this. All the written programs are judged by using the automatic setting == program, and when the substitution program in the field after the & formula is described, the use designation: generation 2 = note all the programs in the field are judged. Instead of note 2: 土 ::: 者 操The coding of the program is 'applicable to the remarking field by two; Bu Yi ^ furnace 々, Yuan Zhi /, 彳 日 疋 one, but for large-scale programs are generally made by cutting the knife', so it is specified by the program unit produced Also, as shown in Fig. 35, 'specify the type = the whole body is used in the program making device, and use the' species', that is, the division system and = are both used. Use the "species" to specify the "species = B for private type 2" ”, All alternative types of“ species = A ”are used for the descriptive fields contained in the formula i, and all alternative types of“ species = β ”are used for the ^ notified fields contained in the formula 2. Figure% It shows the operation flowchart of the program making device of the fifth embodiment. Step 51: The program designer designs the graphic program according to the technique. Step 52: The programmer should set the comment field if necessary. 315962 23 200535651 Step 53: Obtain the method of remarking the area to scan the program to find the number of connecting lines of the θ-shaped program. D * Graphical program for field segmentation. Step 54. The programmer should use the ⑽m description of the program to designate the operation of the program by specifying the generation of i. Corresponds to each note: 仃 Heart shows automatic recognition of alternatives. The provided surrogate program is maintained at the 55th ㈣κdesigner's operation # Specify the surrogate program_ as necessary. Dazhi, .Flat code. Reason Step 56: The coding method of the program ignores the target objects included in the exclusion field. • Normal targets are coded as usual. · =: The specified types of proxy programs in the domain are coded. The connection line transmitted in Note: == is used to transmit the output value of a target object to another: Into :: Status, and the status of the output value in the Note field is encoded as the status of the input value of the other object. …. Usually the connection line is coded as usual (the state of the turn-in value of one target _ transported to the turn-in value of another target). ',', According to the fifth embodiment, as described above, the substitution program = the setting of the substitution program used when the comment field is deleted and ^ has plural two = there is a specified one of the plural types of the substitution program: Sundial Slaves, in the process of transforming the domain containing the above-mentioned remarks _ If there is no description corresponding to the species specified by the above-mentioned designated means; when replacing the substitution program in the domain, the program in the remarking domain is ignored = 315962 24 200535651 The King of Spears style may describe the automatic setting corresponding to the above-mentioned designation as the ^ program, and when recording a substitute program, the above-mentioned remarking field of the type of 疋 is used to change the program ㈣ riding style. ^ The private 5th percentile of the material is evil, and its substitute program sets the means of complementing the field used when the field is annotated. · One of the designated types in Wang 1's plural types = the program in the domain is judged whether its grammar is correct. The domain of the program in the domain is automatically determined. The program of the substitute program is automatically set for all the programs. In the case of the above-mentioned two = substitute programs designated by the above-mentioned designation means, all the programs in the above-mentioned excluded field are replaced by substitutive programs. As a result, it is possible to describe one or more kinds of alternative formulas', so that it is possible to further improve the efficiency of the operation of attention. Another example is if the superior has a designated replacement program that is coordinated by more than one type of replacement program towel, then it can be == one procedure for specifying the replacement program for each field of injection, which can further improve the efficiency of the operation during continuous injection. . Sixth Embodiment The method of making and removing the program setting device of the sixth embodiment is not specified by the field, but will be explained in accordance with each specified method. In the form of this embodiment, a prQgramming language is described in a table format. Fig. 37 is a diagram illustrating an example of application of the program creation device according to the sixth embodiment 315962 25 200535651.苐 38 ® shows the process of the g 6 embodiment. Figures 39 and 40 explain how to dry the R > Illustrating. The table uses p = solution for other examples of the program making device in the application form. In the program "Tubana _ Target 2-Wei Fancheng ', but if you need to test for the first time, you need to check the object 2, the main In addition to "... the status of the private object 3. This is the main implementation of the above-mentioned division of the field, and pour eight power Xi seats # ^ 八 U two from the heart to the target object in the money field Note: The target object 2 to be removed is straight-lined. (1) ') is to set whether to keep each of them. Set a loss for each target program / Q Q. No sigh is a means of cancellation, that is, the program target is set as a unit. Whether it is an annotation. ° As shown in Fig. 38, the substitution of the annotation is replaced by ^ ^ ^ p Formula 59 is stored according to the mother target. That is, this embodiment of the first j λ music 1 to 5 male, yoke form Except in the field, the same is "... possessed, the others are similar to the first embodiment.
第41圖表示第6實施形態 的流程圖。 之程式製作裝置之操作順序 計 第61步驟 程式設計者依習用技術進行® $ u- 第62步驟:每個目標物於初期狀態均在非註除狀態。 —第63步驟:程式設計者因應必要而對各個之目標物設Fig. 41 shows a flowchart of the sixth embodiment. The operation sequence of the programming device is calculated. Step 61: The programmer performs according to customary techniques ® $ u- Step 62: Each target is in a non-rejected state in the initial state. — Step 63: The programmer sets each target object as necessary
定為註除狀態。 °X 第64步驟:程式料者因應必要而對被註除的目標物 指定(與第5實施形態的狀態同)代用程式的種別後,記述 代用式(如第3貫施形g )’或操作以指示代用程式 315962 26 200535651 動$忍識(如繁A ^ 程式為保持在^ g)°對應於各註除程式備有之代用 ^ 、在代用程式設定保持手段。 第65步驟··程式設計者择作 因應必要而# 1 ^作4 ^式之編碼。此時 ^曰疋代用程式之種別。 弟Μ步驟··程式之編碼手段對於, 含在註除目標物之目標物予以忽略。 通常之目標物依平常實行編碼。 碼0 註除目標物内以指定之種別的代用程式實行編 值傳送於二斷的連接線為將某目標物之輸出 為傳廷於另一目標物之輸入值的狀態實行編碼。 入另—之連接線為依平常(某目標物之輸出值為輪 另目標物之輸入值的狀態)實行編碼。 第6 #施形態可適用於全部的圖形程式設計,特 程::程式設計則只能使用此方法實行註除作業。表形式 為於可程式檢查裝置用於記述檢查内容的程式。 王式貫行手段為依據記述在表形式程式之合否判定徐 2否的衫。又為因應記述在表形式程式的内容二寫I ^ 或因應合否判定結果而切換所實行之處理。 又與第6實施形態同樣的適用於表形式程式時, 如第39圖所示。註除之代用記述(代用程式) 一 一 :(每單元(cell))設定保持。特別在表形式程式時,二= 版構造為設有行管理目標物及列管理目標物,而為由其保 315962 27 200535651 有目標物的結構,由而能提供以行單 的功能。第4°圖只記載列管理目標物,二; _標物亦相同。 傅I 5丁灯g理目 .第6實施形態為如上所述,具有 設定其是否為註除之註除設定手段,按:一= 除設定保持手段,以及對:::::::定=持之註 保持其被註除時使用之代用程式的代 段,而於上述註除目標物被註除時,為以保持在上 程式段之該目標物的代用程式實行處理,用 之圖形程式之連接線數的手段,並2二二“標物 標物之連接線數與由上述註除 'π 述5主除目 時,為自動的設定並保持將= 之代用程式之代用程式設定保持手段。 、,表連接 又代用程式設定保持手段對於註除目標物為— 持複數種別之其被註除時之代用程式 =疋並保 程式之複數種別中指定一種之指定手段述代用 曝之程式變換為實行形式時,如無記述對二 別的上述註除目標物之代用程式:時,:ΐ k。*目軲物之程式或將自動的設定、 為實行形式’又如記述有對應於上述指換 的上述註除目標物之代用程式時,則對上述二=別 程式為使用代用程式之程式變換為實行形式。示物之 315962 28 200535651 式設定保持手段對於 人1人用程 持複數種別之其被註除時之代用程式,:為設定並保 程式之複數種別中指定一種之指定手段,於判=述代用 除目匕標物之程式在文法上是否正確時,如無記註 遮指定手段指定之種別的上述註 、l於上 對勿略卜、f , 丨示目私物之代用程式時, : 除目標物之程式的程式全體或對使用丄 故疋之代用程式的程式全體實行判定,又如 ^力的 二繼手段指定之種別的上述註除目標物之代用=於 ^則對上述5主除目標物之程式以使用代$ρ" 體實行判定。 式之程式全 士經由上述種種的結果,即使按目標物為單位 %,亦能得到如第丨至5實施形態 ▲ d除 物指定註除,特別對於表 功=能以目標 單元(ce⑴單位的註除,统籌行= 主除功糾,能實行 代用程式之記述均二二及列單位之註除,其 查條件等時,能以單—的摔# 組又更才欢 率。 〇知作戶、仃其變更,可提高作業效 第7實施形態 第7貫施形態之程式製作凡 器之製圖程式為例記述。第、計語言為顯示 製作裝置的適用例說明圖===形態之程式 式製作裝置說明圖。第4=3圖“ 7實施形態之程 裝置另-例的說明圖圖表不弟7實施形態之程式製作 在私式開毛途中’有目標物1之部分未完成而欲暫時 3J5962 29 200535651 试目標物1以外之 如第42圈所物的狀態。此時將目標物1註除。 BLD等之指定日ρ ^ 〇式5又,由於無如於流程圖及 ,于、之目標物予以忽略即可。 u此/、要對被δ主 - 如不單為註除,而對姑1 |1八 標物時,則如第433所_ 2示目標物需代用以別的目 設定保持以代用領域輕註除之目標物 此時由;^n = …''後以該代用目標物實行處理。 小為直接使用被註除之目桿物之之位置與大 物具有由内含置與大小。即註除目標 枓而做為由使用者指定 直”大】的貝 定之w η 代用^之位置與大小之值而設 力月匕。例如第44圖所示。 第45圖表示第7實施形態之程式萝作奘w ^ 的流程圖。 式衣作破置之#作順序 計 第71步驟:程式設計者依習用技術進行圖形程式設 態 第72步驟:每個目標物在初期狀態為在非註除的狀 弟7 3步驟·程式設計者因康必敢 宏甘达 1可义要而對各個之目標物設 疋其為註除的狀態。 第74步驟:程式設計者因應必要而對被註除之目俨物 指定代用程式之種別後(如第5實施形態),記述代用: (如第3實施形態)。此時由被註除之目標物取得並利^ 為代用程式之位置或大小或其雙方。被註除之目標物備有 315962 30 200535651 之制程式為保持在代用程式設定保持手段。 此時應 方-必步程式設計者操作指示程式之編碼 方;必要而“定代用程式之種別。 第76步驟··程式之編碼手段對於, 3在5主除領域之目標物予以忽略。 •通常之目標物依平常實行編碼。 •註除領域内為以指定之種別的代用程式實行編It is set to be de-rejected. ° X Step 64: The formulator designates the type of the substitution program (the same as the state of the fifth embodiment) for the target to be excluded, if necessary, and then writes the substitution formula (such as the third embodiment g) 'or The operation is to instruct the substitute program 315962 26 200535651 to move (for example, the complex A ^ program is kept at ^ g) ° Corresponds to the substitute ^ provided in each note program, and the holding means is set in the substitute program. Step 65 · The programmer chooses to make # 1 ^ encoding 4 ^ as necessary. At this time, ^ said the type of alternative program. Step M. The coding method of the program ignores the targets contained in the target. The usual target is coded as usual. Code 0 Note: In addition to the target, a specified alternative program is used to carry out the coding. The value is transmitted to the second broken connection line to encode the state of the output of one target as the input value of another target. Into the other-the connection line is coded as usual (the state where the output value of a target is the input value of another target). The # 6 application form can be applied to all graphic programming. Special process :: Programming can only use this method to perform the injection and removal operation. The table format is a program used by the programmable inspection device to describe inspection contents. The Wang-style running method is a shirt that judges Xu 2 No based on the suitability of the table formula. It also writes I ^ in response to the content described in the tabular program or switches the processing to be performed in accordance with the result of the suitability determination. When it is applied to a tabular program similarly to the sixth embodiment, it is shown in FIG. 39. Note the replacement description (alternative program) 1 1: (per cell) The setting is maintained. Especially in tabular programs, the second edition is structured to have row management targets and column management targets, and to protect it 315962 27 200535651 has a target structure, so it can provide the function of line order. Figure 4 ° only lists the management targets, two; _ The target is the same. Fu I 5 Deng Deng g. The sixth embodiment is as described above, and has a setting method for setting whether to set it as a note. Pressing: a = setting setting holding means, and ::::::: 定= Note holds the segment of the substitute program used when it was removed, and when the above-mentioned removal target is removed, it is used to execute the process with the replacement program of the target maintained in the previous block. Means of the number of connecting lines of the program, and the number of connecting lines of the “22” and “2” objects are automatically set and maintained when the 5 main divisions are eliminated by the above note. Retention means. The table connection and the substitute program set the retention means for the target object to be dejected—the substitution program that holds the plural types when it is depleted = 疋 and the designated method that specifies one of the plural types of the program. When the program is changed to the execution form, if there is no description, substitute the above-mentioned alternative program for the above-mentioned descriptive object: Hours: ΐ k. * The program of the head object may be automatically set as the execution form. In the above mentioned target of the above mentioned swap, When using a program, the above two = other programs are replaced with programs that use alternative programs to implement the form. The 315962 28 200535651 display setting retention means holds multiple types of alternative programs when one person uses the program. : In order to set and maintain the designated means of specifying one of the plural types of formulas, when judging whether the formula that substitutes the eye-marking object is grammatically correct, if there is no note covering the above-mentioned notes designated by the designated means, l In the above, for the alternative programs of Fulbo, f, 丨 showing private items, the whole program except for the program of the target object or the entire program using the substitute program of 丄 故 疋 is judged. Substitute for the above-mentioned descriptive target of the type specified by the means = Yu ^ implements the judgment of the above 5 main target-determination programs using the substitution $ ρ " system. The formula of the formula is based on the above-mentioned results, even if the target For the unit%, you can also get the specified form of the implementation as described in Sections 1-5. ▲ In addition to the specified removal of the removal object, especially for table power = can be removed by the target unit (ce⑴ unit, unified line = main division work correction, can be substituted) The descriptions of the formulas are all the exceptions of the second and second units. When checking the conditions, etc., you can use the single-throw # group to increase the popularity. 〇 Knowing the household and changing it can improve the work efficiency. The seventh implementation form The 7th embodiment of the program making drawing program is described as an example. The first and second language is the application example of the display production device. Figure === The description of the program production device of the form. 4 = 3 Figure "7 Implementation The process of the form of the device is another example of the diagram. Figure 7 shows the implementation of the program of the form. In the private style, the part with the target 1 is not completed and I want to temporarily 3J5962 29 200535651 Try the target 1 as shown in lap 42. The state of the object. At this time, the target object 1 is excluded. The designated day of the BLD and so on is ρ ^ 〇 Equation 5 Also, because it is not as good as the flow chart and the target object of the Yu and Yu can be ignored. uThis / 、 To the owner of δ-if it is not only a note, but for the target of 1 | 1 eight, as shown in No. 433 _ 2 the target needs to be substituted for another purpose setting to maintain a light note in the substitute field The target object to be divided is at this time; ^ n = ...... '' and then the substitute target object is used for processing. The small and direct objects use the position and size of the removed eyepiece. That is, the target 枓 is eliminated and the user specifies the position and size of w η instead of ^, which is designated by the user. The example is shown in Fig. 44. Fig. 45 shows the seventh embodiment The flow chart of the program Luo Zuo 奘 w ^. 式 衣 作 破 置 之 # Operation sequence count Step 71: The programmer uses the techniques to set the graphical program state. Step 72: Each target is in the initial state. The 3rd step of the remarks: The programmer has set the state of remarks for each target because Kangbi Danghong Ganda 1 is right. Step 74: The programmer needs to correct the After specifying the type of the substitute program (such as the fifth embodiment), the item to be excluded is described as the substitute: (such as the third embodiment). At this time, the object to be removed is obtained and used as the location of the substitute program or Size or both of them. The object to be excluded has a 315962 30 200535651 program to maintain the setting in the substitute program. At this time, the responder-required programmer should instruct the programmer of the program; if necessary, The type of program. Step 76: The coding method of the program ignores the target of 3 in 5 divisions. • Normal targets are coded as usual. • Notes in the field are edited with a specified alternative program
-依弟7實施形態對顯示器程式可行 ρ 而& π有關註除之作聿效率。 除之目沪榀^ 忭系效羊。又於頒不器程式對於 其代用程式可由使用者設定,由此可實現 :述^記述代用程式的功能。又由於對被註除之目標 物’其代用程式之位w7 作業效率。 1及大小可自動的設定而能更加提, 【圖式簡單說明】-According to the implementation form of the 7th embodiment, the display program is feasible ρ and & π has a focus on the division efficiency. In addition to the head of the Shanghai 榀 ^ 忭 is a sheep. In addition, the program can be set by the user for its proxy program, so that the function of describing the proxy program can be described. It is also due to the efficiency of the alternative program position w7 for the object to be excluded. 1 and size can be set automatically to improve the quality, [Schematic description]
弟1圖表示本發 顯示例說明圖。 明第1實施形態之程式製作裝置之適Figure 1 shows the illustration of the display example. Applicability of the programming device of the first embodiment
^圖表示對第1圖指定註除領域之狀態的說明圖。 第3圖表示削除第2圖中之連接線之狀態的說明圖。 第4圖表示2圖之連接線設定代用值之狀態的說 第5圖表不對第1實施形態之連接線設定代用值之另 一例。 第6圖表示對第丨實施形態之連接線設定代用值之又 315962 31 200535651 一例。 第7圖表示第丨實施形態之程式製作裝置之操作順广 _的流程圖。 、予 — 第8圖表示可適用第1實施形態之程式製作裝置之口 程式檢查裝置之方塊圖。 可 • 第9圖表示第1實施形態之可程式檢查裝置之構 塊圖。 • 第10圖表示第2實施形態之程式製作裝置的說明圖。 第11圖表示第2實施形態之另一程式製作裝置的說明 圖。 第1 2圖表示第2實施形態又一程式製作裝置的說明 圖。 第13圖表示第2實施形態之程式製作裝置之操作順序 的流程圖。 第14圖表示第3實施形態之程式製作裝置的說明圖。 » 第15圖表示對第14圖指定註除領域並連接以連接線 之狀態的說明圖。 第16圖表示對第14圖之註除領域設定代用程式之狀 態的說明圖。 第17圖表示對第14圖之註除領域設定另一代用程式 之狀態的說明圖。 第18圖表示對第14圖之註除領域設定又一代用程式 之狀態的說明圖。 第19圖表示第3實施形態之註除領域再設定代用程式 315962 32 200535651 之狀態的說明圖。 第20圖表示對第3實施形態之註除領域設定代用程式 之狀態的說明圖。 第21圖表示對第3實施形態之註除領域設定代用程式 之狀態的說明圖。 第22圖表示對第3實施形態之註除領域設定代用程式 之狀態的說明圖。 第23圖表示對第3實施形態之註除領域設定代用程式 之狀態的說明圖。 第24圖表示對第3實施形態之註除領域設定代用程式 之狀態的說明圖。 第25圖表示對第3實施形態之程式製作裝置之操作順 序的流程圖。 第26圖表示第4實施形態之程式製作裝置之說明圖。 第27圖表示第4實施形態之程式製作裝置之另一例的 說明圖。 第28圖表示第4實施形態之程式製作裝置之又一例的 說明圖。 第29圖表示第4實施形態之程式製作裝置之又一例的 說明圖。 第30圖表示第4實施形態之程式製作裝置之又一例的 說明圖。 第31圖表示第4實施形態之程式製作裝置之又一例的 說明圖。 3]5962 200535651 第32圖表示第4實施形態之程式製作裝置之又一例的 說明圖。 _ 第33圖表示第4實施形態之程式製作裝置之操作順序 的流程圖。 - 弟3 4圖表不弟5貫施形悲之程式製作裝置的說明圖。 _ 第35圖表示第5實施形態另一程式製作裝置的說明 圖。 0 第36圖表示第5實施形態之程式製作裝置之操作順序 的流程圖。 第37圖表示第6實施形態之程式製作裝置之適用例的 說明圖。 第38圖表示第6實施形態之程式製作裝置的說明圖。 第39圖表示第6實施形態之程式製作裝置之另一例的 說明圖。 第40圖表示第6實施形態之程式製作裝置之另一例的 籲說明圖。 第41圖表示第6實施形態之程式製作裝置之操作順序 的流程圖。 第42圖表示第7實施形態之程式製作裝置之適用例的 說明圖。 第43圖表示第7實施形態之程式製作裝置的說明圖。 第44圖表示第7實施形態之程式製作裝置另一例的說 明圖。 第45圖表示第7實施形態之程式製作裝置之操作順序 315962 200535651 的流程圖。 第46圖表示習用之一般的圖形程 說明圖。 计之頌不例的 第47圖表示一般將程式變換 圖。 式又換而-仃之狀態的說明 之程式製作裝置與- 般 第48圖(a)及第48圖(b)表示 程式實行手段之關係的說明圖。 第49圖表示習用之註除例。 第50圖表示習用之另一註除例。 第51圖表示指定註除領域而不違 — 編輯的狀態。 法的狀怨貫行 第52圖表示指定註除 輯的狀態。 个延反文法的狀態實行編 第53圖表示習用之被註 標單元的例。 除之目標早元及其代用之目 第54圖表示於習用之表 除的部分而增加之編輯部分的說=以…狀態,隨註 【主要元件符號說明】 ° 12 14 16 18 20 23 13 15 17 19 21 24 目標物之收集 連接線 程式實行手段 檢查站 可程式檢查裝置Figure ^ is an explanatory diagram showing the state of the designated remark area in Figure 1. FIG. 3 is an explanatory diagram showing a state in which a connecting line in FIG. 2 is removed. Fig. 4 shows a state in which a substitute value is set for the connection line in Fig. 2. Fig. 5 shows another example in which a substitute value is not set for the connection line in the first embodiment. Fig. 6 shows an example of setting a substitute value for the connection line of the first embodiment 315962 31 200535651. FIG. 7 shows a flowchart of the operation of the program creation device of the first embodiment. And — — Figure 8 shows a block diagram of a program inspection device that can be used with the program creation device of the first embodiment. Yes • Fig. 9 shows a block diagram of the programmable inspection device of the first embodiment. • Fig. 10 is an explanatory diagram of a program creation device according to the second embodiment. Fig. 11 is an explanatory diagram of another program creation device according to the second embodiment. Fig. 12 is an explanatory view showing still another program creation device according to the second embodiment. Fig. 13 is a flowchart showing the operation procedure of the program creation device of the second embodiment. Fig. 14 is an explanatory diagram of a program creation device according to a third embodiment. »Fig. 15 is an explanatory diagram showing a state in which a note area is specified in Fig. 14 and a connection line is connected. Fig. 16 is an explanatory diagram showing a state of setting an alternative program to the depletion field of Fig. 14; Fig. 17 is an explanatory diagram showing a state in which another substitute program is set to the exclusion area of Fig. 14; Fig. 18 is an explanatory diagram showing a state of setting another generation program for the exclusion field of Fig. 14; FIG. 19 is an explanatory diagram showing a state of the replacement domain replacement program 315962 32 200535651 in the third embodiment. Fig. 20 is an explanatory diagram showing a state of the substitution field setting proxy program according to the third embodiment. Fig. 21 is an explanatory diagram showing a state of a replacement domain setting proxy program according to the third embodiment. Fig. 22 is an explanatory diagram showing a state of a replacement domain setting proxy program according to the third embodiment. Fig. 23 is an explanatory diagram showing a state of the substitution field setting proxy program according to the third embodiment. Fig. 24 is an explanatory diagram showing a state of the substitution field setting proxy program of the third embodiment. Fig. 25 is a flowchart showing the operation procedure of the program creation device of the third embodiment. Fig. 26 is an explanatory diagram of a program creation device according to a fourth embodiment. Fig. 27 is an explanatory diagram showing another example of the program creation device of the fourth embodiment. Fig. 28 is an explanatory diagram showing still another example of the program creation device of the fourth embodiment. Fig. 29 is an explanatory diagram showing still another example of the program creation device of the fourth embodiment. Fig. 30 is an explanatory diagram showing still another example of the program creation device of the fourth embodiment. Fig. 31 is an explanatory diagram showing still another example of the program creation device of the fourth embodiment. 3] 5962 200535651 Fig. 32 is an explanatory diagram showing still another example of the program creation device of the fourth embodiment. _ Fig. 33 is a flowchart showing the operation procedure of the program creation device of the fourth embodiment. -Brother 3 4 diagrams and brothers 5 consistent illustration of the device to create the program. _ Fig. 35 is an explanatory diagram of another program creation device according to the fifth embodiment. 0 Fig. 36 is a flowchart showing the operation procedure of the program creation device of the fifth embodiment. Fig. 37 is an explanatory diagram showing an application example of the program creation device of the sixth embodiment. Fig. 38 is an explanatory diagram of a program creation device according to a sixth embodiment. Fig. 39 is an explanatory diagram showing another example of the program creation device of the sixth embodiment. Fig. 40 is an explanatory diagram showing another example of the program creation device of the sixth embodiment. Fig. 41 is a flowchart showing the operation procedure of the program creation device of the sixth embodiment. Fig. 42 is an explanatory diagram showing an application example of the program creation device of the seventh embodiment. Fig. 43 is an explanatory diagram of a program creation device according to a seventh embodiment. Fig. 44 is a diagram for explaining another example of the program creation device of the seventh embodiment. Fig. 45 is a flowchart showing the operation sequence of the program creation device 315962 200535651 of the seventh embodiment. Fig. 46 is a diagram for explaining a general graphic routine. Figure 47 shows a general example of the program conversion. The formula is changed to-the description of the state of 仃 The program making device and-General Figures 48 (a) and 48 (b) are explanatory diagrams showing the relationship between program execution means. Figure 49 shows an example of a conventional note. Fig. 50 shows another example of the exception. Figure 51 shows the status of the edited comment field without compromising — editing. Figure 52 shows the status of the designated comment. The state implementation of a deferred grammar. Figure 53 shows an example of the marked unit used. The goal of the division of the early element and its replacement Figure 54 shows the edited part added to the conventional part of the table = in the state, with the note [Description of the main component symbols] ° 12 14 16 18 20 23 13 15 17 19 21 24 Collection and connection of target objects Threaded execution means Programmable inspection device at inspection station
CPU 編輯領域 程式製作裝置 搬入機 搬出機 檢查對象 ROM 35 200535651 25 RAM 26 顯示裝置 27 輸入裝 置 28 I/O 29 D/A 30 A/D 31、 32 、 33 、 36 連接線 34、 35 、 38 、 40、 42、 44、 46 、48註除領域 37、 • 39 、 4卜 43、 ,45、 47、 •49 至59代用程式CPU Editing area Program creation device Loader Loader Loader inspection target ROM 35 200535651 25 RAM 26 Display device 27 Input device 28 I / O 29 D / A 30 A / D 31, 32, 33, 36 Connecting cables 34, 35, 38, 40, 42, 44, 46, 48 Note areas 37, • 39, 4 and 43, 43, 45, 47, and 49 to 59
36 31596236 315962
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JP2004122986A JP2005309593A (en) | 2004-04-19 | 2004-04-19 | Program preparation device and program preparation method |
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TWI254866B TWI254866B (en) | 2006-05-11 |
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KR (1) | KR100642906B1 (en) |
CN (1) | CN100390733C (en) |
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WO2007109921A1 (en) * | 2006-03-28 | 2007-10-04 | Intel Corporation | Methods and apparatus to implement annotation based thunking |
TWI408602B (en) * | 2008-06-06 | 2013-09-11 | Univ Taipei Chengshih Science | Autolisp debugging system |
JP5182807B2 (en) * | 2008-06-20 | 2013-04-17 | インターナショナル・ビジネス・マシーンズ・コーポレーション | Computer system, method and computer program for editing state transition diagram on graphic programming tool |
JP5086296B2 (en) * | 2009-03-19 | 2012-11-28 | 株式会社日立産機システム | Programmable controller control program creation method and programmable controller control program creation system |
JP5144816B2 (en) * | 2011-03-02 | 2013-02-13 | 三菱電機株式会社 | Programmable display and method for creating drawing data |
TWI448965B (en) * | 2011-06-15 | 2014-08-11 | Tatung Co | Method for analyzing program code |
JP6045716B2 (en) * | 2013-10-31 | 2016-12-14 | 三菱電機株式会社 | Program creation device, program creation method, and program |
US10073680B2 (en) | 2014-06-25 | 2018-09-11 | Rakuten, Inc. | Information processing device, information processing method, program, and storage medium |
WO2018012348A1 (en) * | 2016-07-13 | 2018-01-18 | 三菱電機株式会社 | Program creation device, program creation execution device, and program creation method |
JP7219868B2 (en) * | 2020-12-18 | 2023-02-09 | カシオ計算機株式会社 | Modeling support method, information processing device, and program |
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JPH04153737A (en) * | 1990-10-18 | 1992-05-27 | Nec Corp | Output system for compile updating information |
JPH05113880A (en) * | 1991-02-25 | 1993-05-07 | Hitachi Ltd | Method for inputting and outputting comment text |
JPH05127885A (en) * | 1991-11-05 | 1993-05-25 | Nec Corp | Processing flow chart conversion system |
JP3166996B2 (en) * | 1993-06-30 | 2001-05-14 | キヤノン株式会社 | Comment giving method and document processing device |
JPH09198241A (en) * | 1996-01-19 | 1997-07-31 | Hitachi Ltd | Source code generating method capable of restoring deleted part |
JP2000222213A (en) * | 1999-02-02 | 2000-08-11 | Meidensha Corp | Program preparing tool |
US6951010B2 (en) * | 2000-09-19 | 2005-09-27 | Fujitsu Limited | Program specification generating system |
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CN1690956A (en) | 2005-11-02 |
KR20050101520A (en) | 2005-10-24 |
TWI254866B (en) | 2006-05-11 |
JP2005309593A (en) | 2005-11-04 |
KR100642906B1 (en) | 2006-11-03 |
HK1083373A1 (en) | 2006-06-30 |
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