Windows (L): D:\jyugyou\ D:\jyugyou\ D:\jyugyou\ (N): en2 OK 2
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1 Windows C++ Microsoft Visual Studio 2010 C++ Microsoft C++ Microsoft Visual Studio 2010 Microsoft Visual Studio 2010 C++ C C++ Microsoft Visual Studio 2010 Professional Professional 1 Professional Professional Microsoft Visual Studio 2010 Express 1
2 Windows (L): D:\jyugyou\ D:\jyugyou\ D:\jyugyou\ (N): en2 OK 2
3 Microsoft Visual Studio 2010 Window Microsoft Visual Studio 2013 Window Windows Window Microsoft Visual Studio 2010 Microsoft Visual Studio 2013 VC Windows Visual C++ CTR CLR OK 3
4 WinFormApp Visual C++ UI Windows MyForm.h Form1.h 4
5 MyForm.h Windows main() MyForm.cpp MyForm.cpp WinFormApp.cpp WinFormApp. WinFormApp 5
6 WinFormApp V Windows(/SUBSYSTEM:WINDOW) 6
7 main OK 7
8 WinFormApp.cpp WinFormApp. #include "MyForm.h" using namespace WinFormApp; [STAThreadAttribute] int main() { 8
9 Application::Run(gcnew MyForm()); return 0; VC VC Form1 9
10 10
11 PictureBox Form1 Form1 Picture Box 11
12 12
13 paint 13
14 Form1.h Form1.h 14
15 private: System::Void picturebox1_paint(system::object^ System::Windows::Forms::PaintEventArgs^ e) { sender, { picturebox1 paint private: System::Void picturebox1_paint(system::object^ System::Windows::Forms::PaintEventArgs^ e) { Graphics^ g = e->graphics; Pen^ pen = gcnew Pen(Color::Blue); double pi = Math::PI; g->drawellipse(pen, 50, 50, 260, 260); for (double t=0; t<2*pi; t += pi/80) { sender, 15
16 g->drawline(pen, (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(2*t)), (int)( *sin(2*t))); Form1.h #include <math.h> Debug 16
17 Form1.h[ ] Form PictureBox Debug. private: System::Void picturebox1_paint(system::object^ sender, System::Windows::Forms::PaintEventArgs^ e) { Graphics^ g = e->graphics; Pen^ pen = gcnew Pen(Color::Blue); double pi = Math::PI; g->drawellipse(pen, 50, 50, 260, 260); for (double t=0; t<2*pi; t += pi/80) { g->drawline(pen, (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(2*t)), (int)( *sin(2*t))); picturebox1_paint PictureBox1 Graphics^ g = e->graphics; g PictureBox Pen^ pen = gcnew Pen(Color::Blue); Blue Pen^ pen = gcnew Pen(Color::Red, 2); Red Black, Yellow, Green, White,... 17
18 double pi = Math::PI; pi Math::PI Math::PI VC++ Math::PI pi g->drawellipse(pen, 50, 50, 260, 260); g->drawellipse() g g->kannsuu() g->drawellipse() pen Blue 50, , 50, 260, 260 (50, 50) g->drawellipse(pen, 50, 50, 260, 260); (180, 180) 130 for (double t=0; t<2*pi; t += pi/80) { g->drawline(pen, (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(2*t)), (int)( *sin(2*t))); (180, 180) 130 t 2t t 0 2*pi pi/80 for (double t=0; t<2*pi; t += pi/80) { for (double t=0; t 0 t<2*pi; t<2*pi (true) t += pi/80) t += pi/80 t pi/80 t += pi/80 t = t + pi/80 t<2*pi (true) t += pi/80) (true) t<2*pi (false) for for for ( ; ; ) { 18
19 g->drawline(pen, (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(2*t)), (int)( *sin(2*t))); g->drawline( pen (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(2*t)), (int)( *sin(2*t)) (int)(...) (...) *cos(t) double g->drawline() int float Error *cos(t) int (int)( *cos(t)) (int)( *cos(t)), (int)( *sin(t)) 180 (180,180) (int)( *sin(t)) - PictureBox1 cos() sin() cos() sin() VC++ Form1.h #include <math.h> cos() sin() math.h include math.h g->drawline(pen, (int)( *math::cos(t)), (int)( *math::sin(t)), (int)( *math::cos(2*t)), (int)( *math::sin(2*t))); namespace Math VC++ Math::PI Math::Sin() Math::Cos() #include <math.h> include 19
20 g->drawline(pen, (int)( *math::cos(t)), (int)( *math::sin(t)), (int)( *math::cos(3*t)), (int)( *math::sin(3*t))); 20
21 g->drawline(pen, (int)( *math::cos(2*t)), (int)( *math::sin(2*t)), (int)( *math::cos(5*t)), (int)( *math::sin(5*t))); 21
22 Python Pygame import pygame from math import * pygame.init() black = (0,0,0) white = (255, 255, 255) green = (0, 255, 0) red= (255, 0, 0) size = (700, 500) screen = pygame.display.set_mode(size) pi = atan(1.0)*4 done = False clock = pygame.time.clock() t = pi while done == False: for event in pygame.event.get(): if event.type == pygame.quit: done = True screen.fill(white) x = 0 22
23 while x <= 2*pi-2*t: pygame.draw.line(screen, green, [ *cos(x), *sin(x)],\ [ *cos(2*x), *sin(2*x)], 1) x += pi/40 t -= pi/40 pygame.display.flip() if t < 0: t = pi clock.tick(1) pygame.quit() Python Python youtube 15 on-line Simpson College Dr. Paul Vincent Craven Linux Pygame Python youtube Timer Visual C++ C++ Builder Visual C++ C++ Builder Raspberry Pi Python Python y=exp(x) 23
24 Windows (N): exp 24
25 OK Size 700,450 Enter 25
26 PictureBox 26
27 PictureBox size 500,400 Button 27
28 Text Next PictureBox1 Form1 Form1 Size 700,500 28
29 private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); Pen^ pen = gcnew Pen(Color::Blue, 2); g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); 29
30 int ox = (int)( * -5); int oy = (int)( * Math::Exp(-5)); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); Next y = exp(x) -5 <= x <= 5 private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); 30
31 Pen^ pen = gcnew Pen(Color::Blue, 2); g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); int ox = (int)( * -5); int oy = (int)( * Math::Exp(-5)); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); button1_click Button1 Graphics^ g = picturebox1->creategraphics(); PictureBox1 PictureBox1 g Pen^ pen = gcnew Pen(Color::Blue, 2); Blue g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); g->drawline() x y for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); g->drawline() 50 for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); x x=0, 50, 100, 150, 200, 250, 300, 350, 400, 450, 500 g->drawline(pen, x, 185, x, 215); 31
32 int ox = (int)( * -5); int oy = (int)( * Math::Exp(-5)); ox oy (250, 200) ox * -5 + oy * Math::Exp(-5) - + Math::Exp() double exp(double x) Form1.h #include <math.h> for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); y=exp(x) (ox, oy) g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); (ox, oy) int ox = (int)( * -5); int oy = (int)( * Math::Exp(-5)); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+0.1)), (int)(200-50*math::exp(x+0.1))); (int)(...) int float ox oy int (int)(...) VC
33 double dx = 0.1; for (double x=-5; x<=5; x += dx) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+dx)), (int)(200-50*math::exp(x+dx))); double dx = 0.1; 0.1 Next exp(x) double fact(double n) n+1 double expn(int n, double x) double fact(double n) { double r = 1; for (int i=1; i<= n; i++) r *= i; return r; double expn(int n, double x) { double s = 0; for (int i=0; i<=n; i++) s += Math::Pow(x, i)/fact(i); return s; private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { 33
34 Next n 0 1, 2, 3, 4, double expn(int n, double x) private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); Pen^ pen = gcnew Pen(Color::Blue, 2); g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); int ox = (int)( * -5); int oy = (int)( * Math::Exp(-5)); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); static int N = 0; Pen^ pen2 = gcnew Pen(Color::Red, 2); ox = * -5; oy = * expn(n,-5); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen2, ox, oy, *x, *expN(N, x)); ox = *x; 34
35 oy = *expN(N, x); N++; private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); Pen^ pen = gcnew Pen(Color::Blue, 2); g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); int ox = (int)( * -5); int oy = (int)( * Math::Exp(-5)); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen, ox, oy, *x, *Math::Exp(x)); ox = *x; oy = *Math::Exp(x); static int N = 0; Pen^ pen2 = gcnew Pen(Color::Red, 2); ox = * -5; oy = * expn(n,-5); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen2, ox, oy, *x, *expN(N, x)); ox = *x; oy = *expN(N, x); N++; 35
36 Next 36
37 Next Next 37
38 Next static int N = 0; Pen^ pen2 = gcnew Pen(Color::Red, 2); ox = * -5; oy = * expn(n,-5); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen2, ox, oy, *x, *expN(N, x)); ox = *x; oy = *expN(N, x); N++; 38
39 static int N = 0; N 0 static N N++; N N = 0 N N N = 0, 1, 2, 3, 4, 5,... Pen^ pen2 = gcnew Pen(Color::Red, 2); pen2 expn() pen2 ox = * -5; oy = * expn(n,-5); for (double x=-5; x<=5; x += 0.1) { g->drawline(pen2, ox, oy, *x, *expN(N, x)); ox = *x; oy = *expN(N, x); expn(n, x) double dx = 0.1; for (double x=-5; x<=5; x += dx) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+dx)), (int)(200-50*math::exp(x+dx))); for (double x=-5; x<=5; x += dx) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+dx)), (int)(200-50*math::exp(x+dx))); double dx = 0.1; double dx = 0.1; for (double x=-5; x<=5; x += dx) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+dx)), (int)(200-50*math::exp(x+dx))); 39
40 N++; N g->drawline() private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); Pen^ pen = gcnew Pen(Color::Blue, 2); g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); double dx = 0.1; for (double x=-5; x<=5; x += dx) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+dx)), (int)(200-50*math::exp(x+dx))); static int N = 0; Pen^ pen2 = gcnew Pen(Color::Red, 2); for (double x=-5; x<=5; x += dx) { g->drawline(pen2, (int)(250+50*x), (int)(200-50*expn(n, x)), (int)(250+50*(x+dx)), (int)(200-50*expn(n, x+dx))); N++; double fact(double n) double fact(double n) { double r = 1; for (int i=1; i<= n; i++) r *= i; return r; 4 ( ) { double fact double n n 40
41 double r = 1; for (int i=1; i<= n; i++) r *= i; return r; r (r 1 ) for i 0 int i=0 n i<=n i++ i i += 1 i = i + 1 i 1 n r for r n r return n! = 1 * 2 * 3 *... * n C++ Prolog Scheme double fact(double n) { if (n == 0) return 1; else return n * fact(n-1); if Scheme if ( ) { (true) if ( ) { else { (true) if ( ) { 41
42 if ( ) { else { if (n == 0) return 1; else return n * fact(n-1); { if (n == 0) return 1; else return n * fact(n-1); n == 0 n 0 (true) (false) n+1 double expn(int n, double x) double expn(int n, double x) { double s = 0; for (int i=0; i<=n; i++) s += Math::Pow(x, i)/fact(i); return s; double expn int n, double x n x, double s = 0; for (int i=0; i<=n; i++) s += Math::Pow(x, i)/fact(i); return s; s s 0 for i 0 int i=0 n i<=n i++ i i += 1 i = i + 1 s x i i s return Prolog Scheme double expn(int n, double x) { if (n == 0) 42
43 else return 0; return Math::Pow(x, n)/fact(n) + expn(n-1, x); Next Brush^ brush = gcnew SolidBrush(Color::White); g->fillrectangle(brush, 0, 0, 500, 400); 43
44 Brush^ brush = gcnew SolidBrush(Color::White); g->fillrectangle(brush, 0, 0, 500, 400); Brush^ brush = gcnew SolidBrush(Color::White); White g->fillrectangle(brush, 0, 0, 500, 400); g->fillrectangle() 0, 0, 500, 400 (0, 0) private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); Brush^ brush = gcnew SolidBrush(Color::White); g->fillrectangle(brush, 0, 0, 500, 400); Pen^ pen = gcnew Pen(Color::Blue, 2); g->drawline(pen, 0, 200, 500, 200); g->drawline(pen, 250,0, 250, 400); for (int x=0; x<=500; x += 50) g->drawline(pen, x, 185, x, 215); for (int y=0; y<=400; y += 50) g->drawline(pen, 235, y, 265, y); double dx = 0.1; for (double x=-5; x<=5; x += dx) { g->drawline(pen, (int)(250+50*x), (int)(200-50*math::exp(x)), (int)(250+50*(x+dx)), (int)(200-50*math::exp(x+dx))); static int N = 0; Pen^ pen2 = gcnew Pen(Color::Red, 2); for (double x=-5; x<=5; x += dx) { g->drawline(pen2, (int)(250+50*x), (int)(200-50*expn(n, x)), (int)(250+50*(x+dx)), (int)(200-50*expn(n, x+dx))); N++; sin(x) cos(x) r = 3sin(3 Microsoft Visual Studio
45 Windows (N): sanyousen 45
46 OK Size 600,450 PictureBox PictureBox size 350,350 46
47 paint r = 3sin(3 x( )=3sin(3 )cos( ), y( )=3sin(3 )sin( ) private: System::Void picturebox1_paint(system::object^ System::Windows::Forms::PaintEventArgs^ e) { sender, { double X(double t) { return 3*Math::Sin(3*t)*Math::Cos(t); double Y(double t) { return 3*Math::Sin(3*t)*Math::Sin(t); 47
48 private: System::Void picturebox1_paint(system::object^ System::Windows::Forms::PaintEventArgs^ e) { sender, { Graphics^ g = e->graphics; Pen^ pen = gcnew Pen(Color::Black, 1); g->drawline(pen, 0, 175, 350, 175); g->drawline(pen, 175,0, 175, 350); for (int x=25; x<=350; x += 50) g->drawline(pen, x, 170, x, 180); for (int y=25; y<=350; y += 50) g->drawline(pen, 170, y, 180, y); double dt = Math::PI/80; Pen^ pen2 = gcnew Pen(Color::Red, 2); for (double t=0; t<2*math::pi; t += dt) { g->drawline(pen2, (int)(175+50*x(t)), (int)(175-50*y(t)), (int)(175+50*x(t+dt)), (int)(175-50*y(t+dt))); 48
49 double X(double t) { return 3*Math::Sin(3*t)*Math::Cos(t); double Y(double t) { return 3*Math::Sin(3*t)*Math::Sin(t); private: System::Void picturebox1_paint(system::object^ sender, System::Windows::Forms::PaintEventArgs^ e) { Graphics^ g = e->graphics; Pen^ pen = gcnew Pen(Color::Black, 1); g->drawline(pen, 0, 175, 350, 175); g->drawline(pen, 175,0, 175, 350); for (int x=25; x<=350; x += 50) g->drawline(pen, x, 170, x, 180); for (int y=25; y<=350; y += 50) g->drawline(pen, 170, y, 180, y); double dt = Math::PI/80; Pen^ pen2 = gcnew Pen(Color::Red, 2); for (double t=0; t<2*math::pi; t += dt) { g->drawline(pen2, (int)(175+50*x(t)), (int)(175-50*y(t)), (int)(175+50*x(t+dt)), (int)(175-50*y(t+dt))); double X(double t) { return 3*Math::Sin(3*t)*Math::Cos(t); double Y(double t) { 49
50 return 3*Math::Sin(3*t)*Math::Sin(t); x( )=3sin(3 )cos( ), y( )=3sin(3 )sin( ) t Graphics^ g = e->graphics; Pen^ pen = gcnew Pen(Color::Black, 1); g->drawline(pen, 0, 175, 350, 175); g->drawline(pen, 175,0, 175, 350); for (int x=25; x<=350; x += 50) g->drawline(pen, x, 170, x, 180); for (int y=25; y<=350; y += 50) g->drawline(pen, 170, y, 180, y); double dt = Math::PI/80; Pen^ pen2 = gcnew Pen(Color::Red, 2); for (double t=0; t<2*math::pi; t += dt) { g->drawline(pen2, (int)(175+50*x(t)), (int)(175-50*y(t)), (int)(175+50*x(t+dt)), (int)(175-50*y(t+dt))); (175, 175) 50 x(t)=3sin(3t)cos(t), y(t)=3sin(3t)sin(t) t=0 2 /80 Microsoft Visual Studio 2010 Form PictureBox Button button1 private: System::Void button1_click(system::object^ System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); sender, 50
51 Brush^ brush = gcnew SolidBrush(Color::White); g->fillrectangle(brush, 0, 0, 360, 360); Pen^ pen = gcnew Pen(Color::Blue, 1); g->drawellipse(pen, 50, 50, 260, 260); double pi = Math::PI; for (double t=0; t<2*pi; t += pi/80) { g->drawline(pen, (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(2*t)), (int)( *sin(2*t))); button2 private: System::Void button2_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); Brush^ brush = gcnew SolidBrush(Color::Yellow); g->fillrectangle(brush, 0, 0, 360, 360); Pen^ pen = gcnew Pen(Color::Red, 1); g->drawellipse(pen, 50, 50, 260, 260); double pi = Math::PI; for (double t=0; t<2*pi; t += pi/80) { g->drawline(pen, (int)( *cos(t)), (int)( *sin(t)), (int)( *cos(3*t)), (int)( *sin(3*t))); Form1.h #include <math.h> 51
52 button1 button2 y = x sin x ( 5π x 5π) Form PictureBox 52
53 picturebox1 paint private: System::Void picturebox1_paint(system::object^ sender, System::Windows::Forms::PaintEventArgs^ e) { Graphics^ g = e->graphics; Pen^ pen = gcnew Pen(Color::Blue); double pi = Math::PI; g->drawline(pen, 0, 180, 360, 180); g->drawline(pen, 180, 0, 180, 360); int ox = (int)( *5*pi/ ); int oy = (int)(180-10*(-5*pi)*sin(-5*pi)); for (double t=-5*pi; t<=5*pi; t += pi/80) { g->drawline(pen, ox, oy, (int)( *t/ ), (int)(180-10*t*sin(t))); ox = (int)( *t/ ); oy = (int)(180-10*t*sin(t)); Form1.h #include <math.h> (1/2, 0) OP Form PictureBox 53
54 picturebox1 paint private: System::Void picturebox1_paint(system::object^ sender, System::Windows::Forms::PaintEventArgs^ e) { Graphics^ g = e->graphics; Pen^ pen1 = gcnew Pen(Color::Black); g->drawline(pen1, 0, 180, 360, 180); g->drawline(pen1, 180, 0, 180, 360); double pi = Math::PI; int K = 150; for (double t = 0; t<=2*pi; t += pi/20) { double x = 0.25+cos(t)/4.0; double y = sin(t)/4.0; int x1 = (int)(k*(x-sqrt(0.5+cos(t)/2.0)/2.0)+180); int y1 = (int)(k*(-y-sqrt(0.5+cos(t)/2.0)/2.0)+180); int x2 = (int)(k*sqrt(0.5+cos(t)/2.0)); int y2 = (int)(k*sqrt(0.5+cos(t)/2.0)); g->drawellipse(pen1, x1, y1, x2, y2); Form1.h #include <math.h> 54
55 Python and Pygame import pygame from math import * pygame.init() black = (0,0,0) white = (255, 255, 255) green = (0, 255, 0) red= (255, 0, 0) pi = size = (700, 500) screen = pygame.display.set_mode(size) pi = atan(1.0)*4 done = False clock = pygame.time.clock() theta = pi K = 200 while done == False: for event in pygame.event.get(): if event.type == pygame.quit: done = True screen.fill(white) t = 0 55
56 while t <= 2*pi - 2*theta: x = cos(t)/4.0 y = sin(t)/4.0 x1 = (int)(k * ( x - sqrt(0.5+cos(t)/2.0)/2.0) + 350) y1 = (int)(k * (-y - sqrt(0.5+cos(t)/2.0)/2.0) + 250) x2 = (int)(k * sqrt(0.5+cos(t)/2.0)) y2 = (int)(k * sqrt(0.5+cos(t)/2.0)) if x2 == 0 or y2 == 0: t += pi/20 continue pygame.draw.ellipse(screen, green, [x1, y1, x2, y2],2) t += pi/20 theta -= pi/20 pygame.display.flip() if theta < 0: theta = pi clock.tick(5) pygame.quit() a O b C O C P P O x A C OC θ Q P (x,y) P θ x = (a + b) cos θ b cos a + b b θ, y = (a + b) sin θ b sin a + b θ b Form PictureBox Button Label textbox 56
57 button1 private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); double a = System::Convert::ToDouble(textBox1->Text); double b; Double::TryParse(textBox2->Text, b); double K = 170/(a+2*b); Brush^ brush = gcnew SolidBrush(Color::White); g->fillrectangle(brush, 0, 0, 360, 360); Pen^ pen2 = gcnew Pen(Color::Red, 2); g->drawellipse(pen2, 180-(int)(K*a), 180-(int)(K*a), (int)(2*k*a), (int)(2*k*a)); Pen^ pen = gcnew Pen(Color::Blue, 2); double pi = Math::PI; int ox = (int)(180+k*((a+b)*cos(0.0)-b*cos(0.0))); int oy = (int)(180-k*((a+b)*sin(0.0)-b*sin(0.0))); for (double t=0; t<=2*pi*b; t += pi/80) { int nx = (int)(180+k*((a+b)*cos(t)-b*cos((a+b)*t/b))); int ny = (int)(180-k*((a+b)*sin(t)-b*sin((a+b)*t/b))); g->drawline(pen, ox, oy, nx, ny); ox = nx; oy = ny; Form1.h #include <math.h> 57
58 button1 private: System::Void button1_click(system::object^ sender, System::EventArgs^ e) { Graphics^ g = picturebox1->creategraphics(); double a = System::Convert::ToDouble(textBox1->Text); double b; Double::TryParse(textBox2->Text, b); double K = 170/(a+2*b); Brush^ brush = gcnew SolidBrush(Color::White); g->fillrectangle(brush, 0, 0, 360, 360); Pen^ pen2 = gcnew Pen(Color::Red, 2); g->drawellipse(pen2, 180-(int)(K*a), 180-(int)(K*a), (int)(2*k*a), (int)(2*k*a)); Pen^ pen = gcnew Pen(Color::Blue, 2); double pi = Math::PI; int ox = (int)(180+k*((a+b)*cos(0.0)-b*cos(0.0))); 58
59 int oy = (int)(180-k*((a+b)*sin(0.0)-b*sin(0.0))); for (double t=0; t<=2*pi*b; t += pi/80) { int nx = (int)(180+k*((a+b)*cos(t)-b*cos((a+b)*t/b))); int ny = (int)(180-k*((a+b)*sin(t)-b*sin((a+b)*t/b))); g->drawline(pen, ox, oy, nx, ny); ox = nx; oy = ny; double a = System::Convert::ToDouble(textBox1->Text); textbox1 double a double b; Double::TryParse(textBox2->Text, b); textbox2 double b import pygame from math import * pygame.init() black = (0,0,0) white = (255, 255, 255) green = (0, 255, 0) red= (255, 0, 0) blue = (0, 0, 255) pi = size = (700, 500) screen = pygame.display.set_mode(size) pi = atan(1.0)*4 done = False clock = pygame.time.clock() theta = 0 K = 20 a = 5 b = 2 59
60 while done == False: for event in pygame.event.get(): if event.type == pygame.quit: done = True screen.fill(white) pygame.draw.ellipse(screen, green, [350-K*a, 250-K*a, 2*K*a, 2*K*a]) x = (int)(k*((a+b)*cos(theta)-b)) y = (int)(k*((a+b)*sin(theta)+b)) pygame.draw.ellipse(screen, blue,[350+x,250-y, 2*K*b, 2*K*b]) x1 = (int)(350+k*((a+b)*cos(theta)-b*cos((a+b)*theta/b))) y1 = (int)(250-k*((a+b)*sin(theta)-b*sin((a+b)*theta/b))) x2 = (int)(350+k*((a+b)*cos(theta)+b*cos((a+b)*theta/b))) y2 = (int)(250-k*((a+b)*sin(theta)+b*sin((a+b)*theta/b))) pygame.draw.line(screen, black, [x1, y1], [x2, y2], 2) x1 = (int)(350+k*((a+b)*cos(theta)-b*cos((a+b)*theta/b+pi/2))) y1 = (int)(250-k*((a+b)*sin(theta)-b*sin((a+b)*theta/b+pi/2))) x2 = (int)(350+k*((a+b)*cos(theta)+b*cos((a+b)*theta/b+pi/2))) y2 = (int)(250-k*((a+b)*sin(theta)+b*sin((a+b)*theta/b+pi/2))) pygame.draw.line(screen, black, [x1, y1], [x2, y2], 2) t = 0 ox = (int)(350+k*((a+b)*cos(t)-b*cos((a+b)*t/b))) oy = (int)(250-k*((a+b)*sin(t)-b*sin((a+b)*t/b))) while t <= theta: nx = (int)(350+k*((a+b)*cos(t)-b*cos((a+b)*t/b))) ny = (int)(250-k*((a+b)*sin(t)-b*sin((a+b)*t/b))) pygame.draw.line(screen, red, [ox, oy], [nx, ny], 2) ox = nx oy = ny t += pi/100 theta += pi/25 if theta >= 2*pi*b: theta = 0 pygame.display.flip() clock.tick(5) pygame.quit() 60
61 a O b a > b > 0) C O C P P O x A C OC θ Q P (x,y) P θ x = (a b) cos θ + b cos a b b θ, y = (a b) sin θ b sin a b θ b r = a + b cos θ a = b r = a(1 + cos θ) 61
62 x = (a + b) cos θ c cos a + b b θ, y = (a + b) sin θ c sin a + b θ b x = (a b) cos θ + c cos a b b θ, y = (a b) sin θ c sin a b θ b 62
63 Windows8 63
Python3 Next 2
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PowerPoint プレゼンテーション
1 02 グラフゖックで簡単な図形を描く図形描画プログラム 1 今回作成するゕプリケーションの概要 ボタンをクリックすると図形を描くプログラム 行われる動作 [1] ボタンをクリック [2] そのボタンに対する図形を描く これを使用者とコンピュータの関係で描くと [ 使用者 コンピュータ ] ボタンをクリック [ 使用者 コンピュータ ] 図形を描画して見せる 使用者がコンピュータにすること ボタンをクリック
Python Speed Learning
Python Speed Learning 1 / 89 1 2 3 4 (import) 5 6 7 (for) (if) 8 9 10 ( ) 11 12 for 13 2 / 89 Contents 1 2 3 4 (import) 5 6 7 (for) (if) 8 9 10 ( ) 11 12 for 13 3 / 89 (def) (for) (if) etc. 1 4 / 89 Jupyter
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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
TOEIC
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GraphicsWithPlotFull.nb Plot[{( 1), ( ),...}, {( ), ( ), ( )}] Plot Plot Cos x Sin x, x, 5 Π, 5 Π, AxesLabel x, y x 1 Plot AxesLabel
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(一日目前半)2017SV演習C++CLI
第 1 日目 シミュレーション & ビジュアライゼーション演習 担当 : 泉教授 志賀助教 波田野助教 吉本助教 TA: 山脇 岩本 Supervised by 酒井教授 1 シミュレーション & ビジュアライゼーション演習 Microsoft Visual Studio 2012 を使用 現在は version 2017 が無償配布 1 動くもののシミュレーション 球の衝突 振動など 分子動力学
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グラフィックトレーニング 概要.NET のグラフィック描画は どんなことができるのでしょうか? グラフィックオブジェクトやグラフィック環境 概念を理解するためには クラスを使って馴れることが近道です 本 書に記載されているコードをカットアンドペーストして 一つ一つの機能を体験してください 前提 グラ
C# & VB 1 グラフィックトレーニング 概要.NET のグラフィック描画は どんなことができるのでしょうか? グラフィックオブジェクトやグラフィック環境 概念を理解するためには クラスを使って馴れることが近道です 本 書に記載されているコードをカットアンドペーストして 一つ一つの機能を体験してください 前提 グラフィックを行うためには Visual Studio の基本操作や C# または VB
PYTHON 資料 電脳梁山泊烏賊塾 PYTHON 入門 ゲームプログラミング スプライトの衝突判定 スプライトの衝突判定 スプライトの衝突判定の例として インベーダーゲームのコードを 下記に示す PYTHON3 #coding: utf-8 import pygame from pygame.lo
PYTHON 入門 ゲームプログラミング スプライトの衝突判定 スプライトの衝突判定 スプライトの衝突判定の例として インベーダーゲームのコードを 下記に示す #coding: utf-8 import pygame from pygame.locals import * import os import sys SCR_RECT = Rect(0, 0, 640, 480) def main():
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PowerPoint プレゼンテーション
1 03 簡単なゕニメーションを実現してみる正弦波描画プログラム 1 今回作成するゕプリケーションの概要 正弦波が円周上の点の動きから描かれることを表すプログラム 行われる動作 [1] 起動すると円と正弦波が描かれる [2] マウスで移動するスラダを動かすと円周上の点と正弦波上の点が連動して動く [3] ボタンをクリックすると 連動している二つの点がそれぞれ円周上と正弦波上を自動的に移動する 正弦波描画プログラム
1.3 2 gnuplot> set samples gnuplot> plot sin(x) sin gnuplot> plot [0:6.28] [-1.5:1.5] sin(x) gnuplot> plot [-6.28:6.28] [-1.5:1.5] sin(x),co
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1 matplotlib matplotlib Python matplotlib numpy matplotlib Installing A 2 pyplot matplotlib 1 matplotlib.pyplot matplotlib.pyplot plt import import nu
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Visual Studio2008 C# で JAN13 バーコードイメージを作成 xbase 言語をご利用の現場でバーコードの出力が必要なことが多々あります xbase 言語製品によっては 標準でバーコード描画機能が付加されているものもあるようで す C# では バーコードフォントを利用したりバー
Visual Studio2008 C# で JAN13 バーコードイメージを作成 xbase 言語をご利用の現場でバーコードの出力が必要なことが多々あります xbase 言語製品によっては 標準でバーコード描画機能が付加されているものもあるようで す C# では バーコードフォントを利用したりバーコード OCX や バーコード対応レ ポートツールが豊富にありますので それほど困ることは無いと思われます
BASICとVisual Basic
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掲示用ヒート表 第34回 藤沢市長杯 2017
34 8 4 2 Round 1 Round 2 SEMI FINAL 30 16 8 H1 H5 H1 H1 Red 12401821 2 Red 12601360 2 1-1 Red 12501915 1 1-1 Red 12501915 4 White 12900051 4 White 12600138 3 3-1 White 12802412 2 3-1 White 12801091 1 Yellow
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7 8, /3/, 5// http://nalab.mind.meiji.ac.jp/~mk/labo/text/furiko/ l (, simple pendulum) m g mlθ (t) = mg sin θ(t) () θ (t) + ω sin θ(t) =, ω := ( m ) ( θ ) sin θ θ θ (t) + ω θ(t) = ( ) ( ) g l θ(t) = C
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Python Speed Learning
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★結果★ 藤沢市長杯 掲示用ヒート表
AA 35 Round 1 8 4 Round 2 28 16 SEMI FINAL H1 H5 H1 H1 Red 12802015 1 Red 12802109 1 1-1 Red 12802015 2 1-1 Red 12702346 White 12800232 2 White 12702406 3 3-1 White 12702346 1 3-1 White 12802109 Yellow
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電気電子数学入門 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/073471 このサンプルページの内容は, 初版 1 刷発行当時のものです. i 14 (tool) [ ] IT ( ) PC (EXCEL) HP() 1 1 4 15 3 010 9 ii 1... 1 1.1 1 1.
Numerical Rosetta Stone 1 C, Java, Perl, Ruby, Python [ ] Hello world C: /* hello.c $> gcc hello.c $>./a.out */ #include <stdio.h> main(){ printf("hel
![Numerical Rosetta Stone 1 C, Java, Perl, Ruby, Python [ ] Hello world C: /* hello.c $> gcc hello.c $>./a.out */ #include <stdio.h> main(){ printf(hel](/thumbs/95/123187283.jpg "Numerical Rosetta Stone 1 C, Java, Perl, Ruby, Python [ ] Hello world C: /* hello.c $> gcc hello.c $>./a.out */ #include <stdio.h> main(){ printf(hel")
Numerical Rosetta Stone 1 C, Java, Perl, Ruby, Python [ ] Hello world C: /* hello.c $> gcc hello.c $>./a.out */ #include main(){ printf("hello world of C!\n"); Java: // hello.java $> javac hello.java