BASIC vs KoPpoMai

BASIC: THE FEELING OF THE GOOD OLD TIMES ! 10 INPUT A 20 B = SIN(A) 30 PRINT "ANSWER: ", B 40 END BASIC USER'S GUIDE: • PRINT 10 PRINT "HELLO WORLD !" 20 END • INPUT 10 INPUT “A=”, A 20 PRINT A 30 END • IF...THEN... Number Comparison: 10 INPUT A 20 IF A＞90 THEN B=“A” 30 PRINT B 40 END Conditional Operators: ＞ greater than ＜ less than ＞= greater than or equal to =＞ equal to or greater than ＜= less than or equal to =＜ equal to or less than = equal to == equal to ＜＞ not equal to != not equal to THEN can be followed by GOTO, GOSUB, INPUT, PRINT. String Comparison: 10 INPUT A 20 IF A=“TOM” THEN PRINT “BOY” 30 END Conditional Operators: = is == is ＜＞ is not != is not • FOR...NEXT... 10 FOR I=1 TO 4 STEP 2 20 PRINT “HELLO”, I 30 NEXT I 40 END STEP specifies the counter increment for each loop. If STEP doesn’t exit, the default increment is 1. FOR...NEXT... loop can be nested. 10 FOR I=1 TO 5 20 FOR J=1 TO 4 30 PRINT I, J 40 NEXT J 50 NEXT I 60 END • GOTO 10 ... 20 ... 30 ... 40 GOTO 10 50 ... • GOSUB 10 PRINT “H” 20 GOSUB 100 30 PRINT “L” 40 END 100 PRINT “A” 110 RETURN • SOUND 10 SOUND C, M, 0.5 The line 10 plays Middle C piano note for 0.5 seconds. Note: C, C#, D, D#, E, F, F#, G, G#, A, A#, B Pitch Range: L (low), M (middle), H (high) Lasting Time: specifies how long a note lasts. C, D, E, F, G, A, B can also be labeled as 1, 2, 3, 4, 5, 6, 7. (C# as 1#). • TEXT 10 TEXT “HELLO”, x, y, size (x,y): position of the string “HELLO”. • CIRCLE 10 CIRCLE x, y, radius (x,y): the center of the circle. • RECTANGLE 10 RECT x, y, width, height (x,y): top-left point of the rectangle. • LINE 10 LINE x1, y1, x2, y2 (x1,y1): the starting point of the line. (x2,y2): the ending point of the line. • POINT 10 POINT x, y (x,y): the position of the point. • CLR: clear the edit window. • CLS: clear the graph window. • DELAY 10 DELAY 0.5 0.5:lasting time in seconds This function is used to suspend execution of a program for a particular time. • CURVE 10 CURVE x, y, radius, 0, PI 0: starting angle PI: ending angle The curve draws clockwise with center (x,y). • Mathematical Functions: SIN(X), COS(X), TAN(X), COT(X), ASIN(X), ACOS(X), ATAN(X), SINH(X), COSH(X), TANH(X), ASINH(X), ACOSH(X), ATANH(X). SQR(X): square root of x. ABS(X): absolute value of x. FCT(X): x factorial. LOG(X): natural logarithm of x. LOG10(X): base-10 logarithm of x. LOG2(X) :base-2 logarithm of x. EXP(X): base-e exponential of x. ERF(X): the error function of x. ERFC(X): the complementary error function of x. ROUND(X) :integral nearest to x. CEIL(X): the smallest integral that is not less than x. FLOOR(X): the largest integral that is not greater than x. TGAMMA(X): the gamma function of x. LGAMMA(X): the natural logarithm of the absolute value of the gamma function of x. • Reserved Variables: INKEY : once a key is pressed, the value of INKEY changes. RND : a random number. PI : π • Some Tips: 1. Undo & Redo typing on iPhone with a shake. 2. Copy an Emoji or some character from other places (like Notes), then paste them on the edit window. 3. Exponentiation is expressed as X^Y.

(English follows Japanese.) マップストーリーテリングの制作を通じて、位置情報サービスやモバイルGISの基礎技術を実践的に学ぶことができる教育アプリです。 教育目的のみならず、自分の好きなイラストマップや写真を組み合わせ、1〜2時間程度でオリジナルのまち歩きアプリをつくることができます。 ※ 本アプリは、高校生や大学学部生向けのローコード開発学習キットです。基本的なパソコン操作の知識を要します。 アプリ内部の MyContent フォルダの中身（デジタルアセットやデータファイル）を編集することで、以下の機能を実装できます。 編集作業には、パソコン（Mac / Windows 推奨）との連携が必要です。 a) ユーザ位置に基づくイベント処理（ジオフェンシング）、およびそれを応用したデジタルスタンプラリー b) POI（Point of Interest：関心地物）のオーディオガイド、写真やテキストによる紹介 c) イラストマップ画像を経緯度と結びつけ、GPS と連動させるジオリファレンシング d) 移動軌跡の記録と見返し、ならびに動画ファイルとして出力・共有する機能（Travel Clip） 詳しい作り方は、サポートURLを参考にしてください。 大学・高校での講義や出前授業での活用実績があります。 授業利用に関する資料提供や導入相談をご希望の教育関係者の方は、サポートURLよりご連絡ください。 アプリ開発：秋田大学 情報データ科学部 有川研究室 --- This educational app enables users to learn the fundamentals of location-based services and mobile GIS through hands-on map storytelling creation. In addition to educational use, users can combine their own illustrated maps and photos to create an original walking tour app in about one to two hours. *This app is a low-code learning kit designed for high school and undergraduate university students. Basic computer operation skills are required.* By editing the contents of the MyContent folder within the app (digital assets and data files), users can implement the following features. Editing requires connection with a computer (Mac / Windows recommended). a) Location-based event processing (geofencing) and its application to digital stamp rallies b) Audio guides for Points of Interest (POIs), with photo and text descriptions c) Georeferencing illustrated map images by linking them to latitude and longitude coordinates and synchronizing with GPS d) Recording and reviewing movement trajectories, and exporting them as video files for sharing (Travel Clip) For detailed instructions, please refer to the support URL. The app has been used in university lectures and outreach classes for high school students. Educational professionals who wish to receive teaching materials or consult about classroom use are welcome to contact us via the support URL. App developed by: Arikawa Lab., Faculty of Informatics and Data Science, Akita University