Translations by Wang Jian

Wang Jian has submitted the following strings to this translation. Contributions are visually coded: currently used translations, unreviewed suggestions, rejected suggestions.

51100 of 851 results
51.
Whale Speed
2006-04-20
鲸鱼速度
52.
Wireframe
2006-04-20
线条框架
53.
Attraction
2006-04-20
吸引
54.
Ball Count
2006-04-20
小球数目
55.
Ball Mass
2006-04-20
小球质量
56.
Balls
2006-04-20
圆球
57.
Bounce Off Walls
2006-04-20
碰到墙壁会反弹
58.
Color Contrast
2006-04-20
颜色对比度
59.
Environmental Viscosity
2006-04-20
环境粘度
60.
Filled Splines
2006-04-20
实心的曲线多边形
61.
High
2006-04-20
62.
Ignore Screen Edges
2006-04-20
忽略屏幕边界
63.
Inward
2006-04-20
向内
64.
Like qix, this uses a simple simple motion model to generate many different display modes. The control points attract each other up to a certain distance, and then begin to repel each other. The attraction/repulsion is proportional to the distance between any two particles, similar to the strong and weak nuclear forces. One of the most interesting ways to watch this hack is simply as bouncing balls, because their motions and interactions with each other are so odd. Sometimes two balls will get into a tight orbit around each other, to be interrupted later by a third, or by the edge of the screen. It looks quite chaotic. Written by Jamie Zawinski, based on Lisp code by John Pezaris.
2006-04-20
象 qix 一样,这个程序用简单的运动模型产生很多不同的显示模式。控制点之间彼此吸引到一定距离,然后开始彼此排斥。任何两个粒子之间吸引/排斥的力度跟它们之间的距离成正比,这类似于原子核之间的强作用力和弱作用力。这个程序最有趣的现象之一,是观察它们和墙壁碰撞,因为它们的运动和彼此作用会变得如此奇怪。有时两个小球会进入绕彼此旋转的紧密轨道,然后被第三个球的介入或者屏幕边缘的碰撞打断,看起来相当混乱。由 Jamie Zawinski 编写,基于 John Pezaris 的 Lisp 代码。
65.
Lines
2006-04-20
线条
66.
Long
2006-04-20
67.
Low
2006-04-20
68.
Orbital Mode
2006-04-20
轨道模式
69.
Outward
2006-04-20
向外
70.
Polygons
2006-04-20
多边形
71.
Radius
2006-04-20
半径
72.
Repulsion Threshold
2006-04-20
排斥临界距离
73.
Short
2006-04-20
74.
Splines
2006-04-20
曲边多边形
75.
Tails
2006-04-20
轨迹
76.
Trail Length
2006-04-20
轨迹长度
77.
Blaster
2006-04-20
太空激战
78.
Draws a simulation of flying space-combat robots (cleverly disguised as colored circles) doing battle in front of a moving star field. Written by Jonathan Lin.
2006-04-20
仿真飞行中的宇宙空间战斗机器人(以有颜色的圆点表示)在移动中的星群之间进行战斗。由 Jonathan Lin 编写。
79.
Few
2006-04-20
80.
Lasers
2006-04-20
激光数
81.
Robots
2006-04-20
机器人数
82.
Stars
2006-04-20
星球数
83.
90° Rotation Speed
2006-04-20
90°旋转速度
84.
Bitmap to rotate
2006-04-20
要旋转的位图
85.
BlitSpin
2006-04-20
旋转拼图
86.
Fuzzy Rotation Speed
2006-04-20
模糊旋转速度
87.
Grab Screen
2006-04-20
抓取屏幕
88.
The ``blitspin'' hack repeatedly rotates a bitmap by 90 degrees by using logical operations: the bitmap is divided into quadrants, and the quadrants are shifted clockwise. Then the same thing is done again with progressively smaller quadrants, except that all sub-quadrants of a given size are rotated in parallel. Written by Jamie Zawinski based on some cool SmallTalk code seen in in Byte Magazine in 1981. As you watch it, the image appears to dissolve into static and then reconstitute itself, but rotated. You can provide the image to use, as an XBM or XPM file, or tell it to grab a screen image and rotate that.
2006-04-20
“旋转拼图”程序反复地用逻辑操作把位图图案旋转 90 度:位图被分成四等分,每等分按顺时针旋转。再对更小的四等分作同样的操作,只是所有给定大小的四等分小块都是并行旋转的。由 Jamie Zawinski 编写,基于 1981 年在“Byte”杂志上看到的很酷的 SmallTalk 代码。观察一下您会发现,图像似乎分解成静电噪声但随后又重新拼接成原样,只是旋转了一定角度。您可以提供自己的 XBM 或 XPM 图像文件,或者让它抓取屏幕图像进行旋转。
89.
Bouboule
2006-04-20
泡泡团
90.
Do Red/Blue 3D seperation
2006-04-20
为红/蓝立体眼镜分离图像
91.
Number of Spots
2006-04-20
斑点数
92.
This draws what looks like a spinning, deforming baloon with varying-sized spots painted on its invisible surface. Written by Jeremie Petit.
2006-04-20
这个程序画的象一个不断旋转、变形的气球,它看不见的外表面上画了很多大大小小的斑点。由 Jeremie Petit 编写。
93.
Animation Speed
2006-04-20
动画速度
94.
Boxed
2006-04-20
盒子
95.
Draws a box full of 3D bouncing balls that explode. Written by Sander van Grieken.
2006-04-20
绘制一满盒子的会爆炸的三维反弹球。由 Sander van Grieken 编写.
96.
Braid
2006-04-20
交织圆环
97.
Draws random color-cycling inter-braided concentric circles. Written by John Neil.
2006-04-20
绘制颜色不断随机变换而且编织在一起的同心圆。由 John Neil 编写。
98.
Duration
2006-04-20
持续时间
99.
Line Thickness
2006-04-20
线条粗细
100.
Max Rings
2006-04-20
最大圆环数目