2 tbasic tbasic tbasic 1 tbasic tbasic N88-BASICQuick BASIC Windows Visual Basic Quick BASIC tbasic 1.1 (pixel) tbasic Windows
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1 Tiny Basic for Windows tbasic.org * 1 [ ] Tiny Basic for Windows 1 tbasic tbasic tbasic Cls PSet Line Circle Paint GLocate GPrint *1 1
2 2 tbasic tbasic tbasic 1 tbasic tbasic N88-BASICQuick BASIC Windows Visual Basic Quick BASIC tbasic 1.1 (pixel) tbasic Windows Windows
3 3 1.2 tbasic Print tbasic tbasic tbasic tbasic GScreen GScreen Graph Screen GScreen() 1.1 ( ). GScreen(600,400)
4 = ( ) x y (x, y) 0 (0, 0) (599, 399) OS (x, y) (0, 0) ( 3, 0) (3, 0) y = f (x) *2 3 x 3 (x, f (x)) (100x f (x) + 200) Window Window *2 ( 3, 2) (3, 2)
5 5 Window (x0,y0)-(x1,y1) (x0,y0)(x1,y1) x0<x1y0<y1 GScreen Window (x0,y0) (x1,y1) Window (-3,-2)-(3,2) *3 3 x 3 (x, f (x)) (x, f (x)) y (x, y) y MathGraph tbasic BASIC MathGraph MathGraph Off GScreen(600,400) Window(-3,-2)-(3,2) 3 x 3 (x, f (x)) (x, f (x)) 1.4 *3 GScreen(600,400) 3 : 2
6 6 CLS PSet Line Circle Paint GLocate GPrint tbasic 1.5 CloseGScreen tbasic CloseGScreen CloseGScreen CloseGScreen GScreen() GScreen tbasic GScreen
7 7 * 4 tbasic 1.6 tbasic (1) Alt+PrintScreen tbasic PC *4 tbasic
8 8 (2) tbasic tbasic SavePicture jpgpnggif bmp tbasic BASIC sample enseki.tbt Alt+PrintScreen SavePicture BASIC 2 tbasic 2.1 Paint
9 9 Cls 2 Cls 2 GBackColor GForeColor GBorderColor html : : : : 0 : Black 1 : Navy 2 : Green 3 : Teal 4 : Maroon 5 : Purple 6 : Olive 7 : Silver 8 : Gray 9 : Blue 10 : Lime 11 : Cyan(Aqua) 12 : Red 13 : Fuchsia 14 : Yellow 15 : White GBackColor=0 GBackColor="Black" html html RGB 16 FFCCAA GBackColor="#FFCCAA"
10 (1) (2) (3) (4) html RGB ( 3, 2)(3, 2) GBackColor="Navy" GForeColor="Cyan" GScreen(600,400) Window (-3,-2)-(3,2) 2.3 CLS PSet Line Circle Paint GLocate GPrint PSetLine Circle RND *5 (0, 0) (1, 1) *5 RND 0 RND < 1
11 11 GBackColor="Black" GForeColor="White" Window (0,0)-(1,1) 1000 PSet PSet Point Set PSet (x,y) *6 PSet (Rnd,Rnd) 1000 For GBackColor="Black" GForeColor="White" Window (0,0)-(1,1) For i=1 to 1000 PSet (Rnd,Rnd) GForeColor 3 j=((i-1) mod 3)+1 i=1,2,3,4,5,6,... j=1,2,3,1,2,3,... *6 PSet (x,y), c c
12 12 GForeColor GForeColor Sleep Dim CLR$(3) CLR$(1)="Yellow" CLR$(2)="Red" CLR$(3)="Cyan" GBackColor="Black" GForeColor="White" Window (0,0)-(1,1) For i=1 to 1000 Sleep(10) C$ = CLR$(((i-1) mod 3)+1) : 1,2,3 GForeColor= C$ PSet (Rnd,Rnd) C$ = CLR$(((i-1) mod 3)+1) i = 1, 2, 3,... C$ Yellow Red Cyan Line Line Line (x1,y1)-(x2,y2) (x1,y1) (x2,y2) Dim CLR$(6) CLR$(1)="White" : CLR$(2)="Green": CLR$(3)="Blue" CLR$(4)="Yellow": CLR$(5)="Red" : CLR$(6)="Cyan" BackColor="Black" ForeColor="White" Window (0,0)-(1,1) For i=1 to 100 Sleep(10) C$ = CLR$(((i-1) mod 6)+1) : 1,2,...,6 GForeColor= C$ Line (Rnd,Rnd)-(Rnd,Rnd)
13 13 CLR$(1)="White" : CLR$(2)="Green": CLR$(3)="Blue" CLR$(4)="Yellow": CLR$(5)="Red" : CLR$(6)="Cyan" : C$ = CLR$(((i-1) mod 6)+1) 6 C$ Line Line (x1,y1)-(x2,y2),,b (x1,y1) (x2,y2) * 7 Line B Dim CLR$(6) CLR$(1)="White" : CLR$(2)="Green": CLR$(3)="Blue" CLR$(4)="Yellow": CLR$(5)="Red" : CLR$(6)="Cyan" BackColor="Black" ForeColor="White" Window (0,0)-(1,1) For i=1 to 100 Sleep(10) C$ = CLR$(((i-1) mod 6)+1) : 1,2,...,6 GForeColor= C$ Line (Rnd,Rnd)-(Rnd,Rnd),,B Circle Circle Circle (x,y),r (x,y) r Circle (x,y),r,,,,,f (x,y) r *7 Line (x1,y1)-(x2,y2),,bf (x1,y1) (x2,y2)
14 14 html 20 Randomize * Dim CLR$(2) GBackColor="Black": GForeColor="White" : Window (0,0)-(1,1) Randomize For i=1 to 20 X=Rnd:Y=Rnd:R0=Rnd/80: CN=Int(Rnd * 3) For j=10 to 0 step -1 CLR$(CN)="FF" CLR$((CN+1) mod 3)=Right$("0"+Hex$(j*17),2) CLR$((CN+2) mod 3)=CLR$((CN+1) mod 3) C$="#"+CLR$(0)+CLR$(1)+CLR$(2) R=R0*(j+1) GForeColor= C$ Circle (x,y),r,,,,,f Next j CLR$(0)CLR$(1)CLR$(2) C$="#"+CLR$(0)+CLR$(1)+CLR$(2) html C$0,1,2 CN #FFAAAA, #FF9999,..., #FF1111, #FF0000 #AAFFAA, #99FF99,..., #11FF11, #00FF00 #AAAAFF, #9999FF,..., #1111FF, #0000FF C$GForeColor Hex$(j*17) Hex$16 17 = = 11(16 ) j=1,...,9 Hex$(j*17) 16 jj j=10 AA j=0 0 0 Right$("0"+Hex$(j*17),2) j=0,...,10 16 jj html *8 Randomize
15 CloseGScreen 3 (1) Cls (2) PSet (3) Line (4) Circle (5) Paint (6) GLocate GPrint
16 Cls Cls Clear Screen Cls 2 *9 Cls 2 Cls 2 GScreen GScreen GBackColor Cls 2 Cls 2 GBackColor Cls 2 Dim CLR$(2) For i=1 to 10 CN=Int(Rnd * 3) For j=15 to 0 step -1 Sleep(100) CLR$(CN)="FF" CLR$((CN+1) mod 3)=Right$("0"+Hex$(j*17),2) CLR$((CN+2) mod 3)=CLR$((CN+1) mod 3) C$="#"+CLR$(0)+CLR$(1)+CLR$(2) GBackColor= C$ Cls 2 Next j CLR$(0)CLR$(1)CLR$(2) CN=Int(Rnd * 3) 0,1,2 CLR$(CN)="FF" CLR$(CN) 2 CLR$((CN+1) mod 3) CLR$((CN+2) mod 3) #FFFFFF, #FFEEEE,..., #FF1111, #FF0000 #FFFFFF, #EEFFEE,..., #11FF11, #00FF00 #FFFFFF, #EEEEFF,..., #1111FF, #0000FF C$="#"+CLR$(0)+CLR$(1)+CLR$(2) html C$ *9 ClsCls 1 Cls 2 Cls 3
17 PSet PSet Point Set () PSet (x,y) * 10 (0,0) (1,1) 01 GBackColor = "Black" 02 GForeColor = "White" Window(0,0)-(1,1) For i=1 to x = RND 08 y = RND 09 If (xˆ2+yˆ2 <= 1) and ((x-1)ˆ2+(y-1)ˆ2 <=1) then 10 PSet (x,y) 11 if (0,0) (1,1) x, y 9 (xˆ2+yˆ2 <= 1) and ((x-1)ˆ2+(y-1)ˆ2 <=1) (0,0) (1,1) (x,y) 10 (x,y) html 16 0, 1, 2,..., D, E, F Hex$(16*RND) * 11 *10 C PSet (x,y),c GForeColor *11 x =16*RND 0 x < 16 x Hex$(x) 16
18 18 C$="#"+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND) C$ html GBackColor="Black" Window(0,0)-(1,1) For i=1 to x = RND y = RND If (xˆ2+yˆ2 <= 1) and ((x-1)ˆ2+(y-1)ˆ2 <=1) then C$="#"+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND)+Hex$(16*RND) ForeColor = C$ PSet (x,y) if 3.3 Line Line Line (x1,y1)-(x2,y2) (x1,y1) (x2,y2) Line (x1,y1)-(x2,y2),,b (x1,y1) (x2,y2) B Box Line (x1,y1)-(x2,y2),,bf (x1,y1) (x2,y2) BF Box Fill GForeColor * 12 *12 C Line (x1,y1)-(x2,y2),c (x1,y1) (x2,y2) C
19 19 Line 3.1 (). GBackColor="Black" Window (-2,-2)-(2,2) GForeColor = "Cyan" Line (-2,0)-(2,0) : x Line (0,-2)-(0,2) : y GForeColor = "White" xy n 3.2 (). n n=5 GBackColor="Black" Window (-2,-2)-(2,2) GForeColor = "Cyan" Line (-2,0)-(2,0) : x Line (0,-2)-(0,2) : y GForeColor = "#555555" Circle(0,0),1 ForeColor = "White" For i=0 to n-1 x0=cos(2*pi*i/n) y0=sin(2*pi*i/n) x1=cos(2*pi*(i+1)/n) y1=sin(2*pi*(i+1)/n) Line (x0,y0)-(x1,y1) n GForeColor = "#555555" 2*Pi n (x,y) Cos(2*Pi*i/n),Sin(2*Pi*i/n) Line
20 Circle Circle Circle (x,y),r (x,y) r 16 GForeColor GForeColor 3.3 (). GBackColor="Black" Window (-2,-2)-(2,2) GForeColor = "White" For i=0 to 2 x=cos(2*pi*i/3+pi/2)*0.6 y=sin(2*pi*i/3+pi/2)*0.6 Circle(x,y),1 Window (-2,-2)-(2,2) (0, 0) 4 1 (0, 0) 0.6 2π 3 2π 3 2π i/3 i = 0 x y π/2 x=cos(2*pi*i/3+pi/2)*0.6 y=sin(2*pi*i/3+pi/2)*0.6 (x, y)
21 Paint Paint Paint (x,y) (x,y) GBorderColor GForeColor * (). GBackColor="Black" Window (-2,-2)-(2,2) GForeColor = "White" For i=1 to 3 x=cos(2*pi*i/3+pi/2)*0.6 y=sin(2*pi*i/3+pi/2)*0.6 Circle(x,y),1 GBorderColor = "White" GForeColor ="#FF0000": Paint (Cos(Pi/2)*0.8,Sin(Pi/2)*0.8) GForeColor ="#00FF00": Paint (Cos(2*Pi/3+Pi/2)*0.8,Sin(2*Pi/3+Pi/2)*0.8) GForeColor ="#0000FF": Paint (Cos(2*Pi*2/3+Pi/2)*0.8,Sin(2*Pi*2/3+Pi/2)*0.8) GForeColor ="#FF00FF": Paint (Cos(Pi/3)*0.6,Sin(Pi/3)*0.6) GForeColor ="#FFFF00": Paint (Cos(2*Pi/3+Pi/3)*0.6,Sin(2*Pi/3+Pi/3)*0.6) GForeColor ="#00FFFF": Paint (Cos(2*Pi*2/3+Pi/3)*0.6,Sin(2*Pi*2/3+Pi/3)*0.6) GForeColor ="#FFFFFF": Paint (0,0) html "#FF0000" "#00FF00" "#0000FF" "#FF0000" "#00FF00""#FFFF00" "#FFFFFF" BorderColor *13
22 GLocate GPrint GPrint Graph Print GPrint GLocate Graph Locate GLocate (x,y) GPrint GForeColor = "Cyan" GLocate (-1.5,-1.5) GPrint " ()" "#FFFF00""#00FFFF""#00FF00"AND 3.5 (). GBackColor="White" Window (-2,-2)-(2,2) GForeColor = "Black" For i=1 to 3 x=cos(2*pi*i/3+pi/2)*0.6 y=sin(2*pi*i/3+pi/2)*0.6 Circle(x,y),1 GBorderColor = "Black" GForeColor ="#FFFF00": Paint (Cos(Pi/2)*0.8,Sin(Pi/2)*0.8) GForeColor ="#00FFFF": Paint (Cos(2*Pi/3+Pi/2)*0.8,Sin(2*Pi/3+Pi/2)*0.8) GForeColor ="#FF00FF": Paint (Cos(2*Pi*2/3+Pi/2)*0.8,Sin(2*Pi*2/3+Pi/2)*0.8) GForeColor ="#FF0000": Paint (Cos(Pi/3)*0.6,Sin(Pi/3)*0.6) GForeColor ="#00FF00": Paint (Cos(2*Pi/3+Pi/3)*0.6,Sin(2*Pi/3+Pi/3)*0.6) GForeColor ="#0000FF": Paint (Cos(2*Pi*2/3+Pi/3)*0.6,Sin(2*Pi*2/3+Pi/3)*0.6) GForeColor ="#000000": Paint (0,0) GForeColor = "Navy" GLocate (-1.5,-1.5) GPrint " ()"
23 23 4 y = f (x) x = x(t) y = y(t) 4.1 GScreen 1 : 1 2 : 1 Window * 14 x y 4.1 (). GBackColor="Navy" Window (-10,-10)-(10,10) GForeColor = "Cyan" Line (-10,0)-(10,0) : x Line (0,-10)-(0,10) : y GForeColor = "White" *14
24 pixcel xy y = f (x) x x (x, f (x)) y = sin(x) PSet 4.2 (sin(x) ). GBackColor = "Navy" Window (-10,-10)-(10,10) GForeColor = "Cyan" Line (-10,0)-(10,0) Line (0,-10)-(0,10) GForeColor = "White" For i=0 to 100 x = *i/10 y = Sin(x) PSet(x,y) 101 x = x x = i/10 y = sin(x) (x, y) * *15
25 * x 1, x 2 (x 1, f (x 1 )) (x 2, f (x 2 )) PSet Line (sin(x) ). GBackColor = "Navy" Window (-10,-10)-(10,10) GForeColor = "Cyan" Line (-10,0)-(10,0) Line (0,-10)-(0,10) GForeColor = "White" For i=0 to x1 = *i/10 y1 = Sin(x1) x2 = *(i+1)/10 y2 = Sin(x2) Line (x1,y1)-(x2,y2) x = 10 x = /100 = 2/10 i = 0 (x 1, x 2 ) = ( 10, /10)... i = (x 1, x 2 ) = ( /10, /10) = (10 2/10, 20) Line *16 π/2 tan(x)
26 For For i=0 to 20-1 For i=0 to 50-1 x1 = *i/2 x1 = *i/5 y1 = Sin(x1) y1 = Sin(x1) x2 = *(i+1)/2 x2 = *(i+1)/5 y2 = Sin(x2) y2 = Sin(x2) Line (x1,y1)-(x2,y2) Line (x1,y1)-(x2,y2)
27 27 tan(x) (tan(x) ). GBackColor = "Navy" Window (-10,-10)-(10,10) GForeColor = "Cyan" Line (-10,0)-(10,0) Line (0,-10)-(0,10) GForeColor = "White" For i=0 to x1 = *i/10 y1 = Tan(x1) x2 = *(i+1)/10 y2 = Tan(x2) Line (x1,y1)-(x2,y2) tan(x)..., π/2, π/2, 3π/2, * *17 PC
28 * 18 * 19 * 20 GWW GWH XLEFT x XRIGHT x YBOTTOM y YTOP y Function f(x) NLINES *18 *19 BASIC *20
29 () GWW = 300 GWH = 300 XLEFT = -10 XRIGHT = 10 YBOTTOM = -10 NLINES = 100 Function f(x) f = Sin(x) Function GBackColor = "Navy" GScreen(GWW,GWH) YTOP = GWH*(XRIGHT-XLEFT)/GWW + YBOTTOM Window (XLEFT,YBOTTOM)-(XRIGHT,YTOP) GForeColor = "Cyan" Line (XRIGHT,0)-(XLEFT,0) Line (0,YBOTTOM)-(0,YTOP) GForeColor = "White" For i=0 to NLINES-1 x1 = XLEFT + (XRIGHT-XLEFT)*i/NLINES y1 = f(x1) x2 = XLEFT + (XRIGHT-XLEFT)*(i+1)/NLINES y2 = f(x2) Line (x1,y1)-(x2,y2) [----] [] Function f = * t f (x) x(t)y(t) TSTATRTt TENDt Function x(t) Function y(t) *21 f (x) = sin(x) f = sin(x)
30 () GWW = 300 GWH = 300 XLEFT = -10 XRIGHT = 10 YBOTTOM = -10 TSTART = 0 TEND = 2*Pi NLINES = 200 Function x(t) x = 8*Sin(4*t) Function Function y(t) y = 5*Sin(5*t) Function BackColor = "Navy" GScreen(GWW,GWH) YTOP = GWH*(XRIGHT-XLEFT)/GWW + YBOTTOM Window (XLEFT,YBOTTOM)-(XRIGHT,YTOP) ForeColor = "Cyan" Line (XRIGHT,0)-(XLEFT,0) Line (0,YBOTTOM)-(0,YTOP) ForeColor = "White" For i=0 to NLINES-1 t1 = TSTART + (TEND-TSTART)*i/NLINES x1 = x(t1) y1 = y(t1) t2 = TSTART + (TEND-TSTART)*(i+1)/NLINES x2 = x(t2) y2 = y(t2) Line (x1,y1)-(x2,y2) Function x(t)function y(t) x = 8 sin(4t) y = 5 sin(5t) x = 4 (1 + cos(t)) cos(2t) y = 4 (1 + cos(t)) sin(2t)
31 r = f (θ) r = x 2 + y 2 t = θ x = f (t) cos(t)y = f (t) sin(t) Function r(s) r=5*(1+cos(s)) Function Function x(t) x=r(t)*cos(t) Function Function y(t) y=r(t)*sin(t) Function Function r(s)t r = s r = cos(2s) xy 4.6 PC tbasic
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橡Taro9-生徒の活動.PDF
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Excel ではじめる数値解析 サンプルページ この本の定価 判型などは, 以下の URL からご覧いただけます. このサンプルページの内容は, 初版 1 刷発行時のものです.
Excel ではじめる数値解析 サンプルページ この本の定価 判型などは, 以下の URL からご覧いただけます. http://www.morikita.co.jp/books/mid/009631 このサンプルページの内容は, 初版 1 刷発行時のものです. Excel URL http://www.morikita.co.jp/books/mid/009631 i Microsoft Windows
色彩 COLOR 言語データ分析の結果を表示するとき文字列の背景色や文字色を変えることがあり ます ここでは はじめにペイントを使って色を決定する変数と色の出力の関係を見 ます 次に 色相と明度 色相と彩度の組み合わせと赤 緑 青の混合を見ます ペイントの 色の編集 を使って 色彩の変数として使われ
色彩 COLOR 言語データ分析の結果を表示するとき文字列の背景色や文字色を変えることがあり ます ここでは はじめにペイントを使って色を決定する変数と色の出力の関係を見 ます 次に 色相と明度 色相と彩度の組み合わせと赤 緑 青の混合を見ます ペイントの 色の編集 を使って 色彩の変数として使われる 色相 (Hue) 彩度 (Saturation) 明度 (Luminance) と 赤 (Red)
情報プリント パソコンプログラミング
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