//A.12 觀察者漫遊程式/*rotating cube with viewer movement from Chapter 5*//*cube definition and display similar to rotating-cubeprogram*//* We use the Lookat function in the display callback to pointthe viewer, whose position can be altered by the x,X,y,Y,
//A.3 三維Sierpinski鏤墊的遞迴程式/* Recursive subdivision of a tetrahedron to form 3D Sierpinski gasket *//* number of recursive steps given on command line */#include <stdlib.h>#include <GL/glut.h>/* initial tetrahedron */GLfloat v[4][3]={{0.0,
今天正在試圖敲寫以下代碼:>>> from django import template >>> t = template.Template('My name is {{ name }}.') >>> c = template.Context({'name': 'WHY'}) >>> print t.render(c) My name is WHY. >>> c =
//A.9 立方體旋轉程式/* Rotating cube with color interpolation *//* Demonstration of use of homogeneous coordinate transformations and simple data structure for representingcube from Chapter 4 *//* Colors are assigned to the vertices *//* cube is centered
//A.14 Mandelbrot集程式#include<stdio.h>#include<stdlib.h>#include<gl/glut.h>/* default data */#define CENTERX -0.5#define CENTERY 0.5#define HEIGHT 0.5#define WIDTH 0.5#define MAX_ITER 100/* N * M array to be generated
//A.2 產生Sierpinski鏤墊的遞迴程式/* Recursive subdivision of triangle to form Sierpinski gasket *//* number of recursive steps given on command line */#include <GL/glut.h>#include<stdlib.h>/* initial triangle */GLfloat v[3][2]={{-1.0, -0.58}, {1
//A.7 使用雙緩衝的程式/** double.c* This program demonstrates double buffering for* flicker-free animation. The left and middle mouse* buttons start and stop the spinning motion of the square.*/#include <GL/glut.h>#include