20101004-131639

基于STM32的跑马灯实验，使用C语言编程，STM32使用F1-103(The experiment of horse-running lamp based on STM32)

部分汇编程序拿出来和大家共享，我积攒了好长时间的，请珍惜(Part of the assembler and share out, I saved for a long time, please cherish)

UDF空化模型的定义，可编译的UDF文件，嵌入fluent，代替原有空化模型，计算质量转换(UDF definition of cavitation model can be compiled UDF files, embed fluent, instead of the original cavitation model to calculate the quality of conversion)

说明：  Bacom use mmc not test very fast

说明：  查找字符串数组中的最长公共前缀。 如果不存在公共前缀，返回空字符串 ""。(Find the longest common prefix in the string array. If there is no common prefix, return the empty string ".)

说明：  三、 实验要求 1. 使用 PL/0 语言编写程序，实现输出斐波那契数列前 20 项数值。 2. 从 PL/0 编译程序源码中抽出词法分析部分，构建 PL/0 独立词法分析程序。功能：输入为 PL/0 源程序， 输出为单词符号的序列；对于标识符和无符号整数，显示单词种别和单词自身的值两项内容；对于其他单词符 号，仅显示其单词种别。 3. 使用 AutoFlowchart 画出独立词法分析程序的程序流程图，并分析每部分的功能和特点。(Iii. Experimental requirements 1. Use PL/0 language to write programs to output the first 20 values of Fibonacci sequence. 2. Extract the part of lexical analysis from PL/0 compiler source code, and build PL/0 independent lexical analysis program. Function: Input as PL/0 source program, Output a sequence of word symbols; For identifiers and unsigned integers, the word class and the value of the word itself are displayed. For other word characters , showing only its word class. 3. Use AutoFlowchart to draw the program flow chart of the independent lexical analysis program and analyze the functions and characteristics of each part.)

微机课程及详细PPT，及各个实验如汇编程序、中断系统等程序，及个实验教材(Computer programs and PPT, and various experiments such as assembler, interrupt system and procedures, and experimental teaching materials)

说明：  有意思的小程序 自己多动手玩玩 呵呵呵(good)

Lattice boltzmann method 方柱扰流代码，C++(LBM Code for Square Column Spoiler)

真正的流水灯：（1）第1，3，5，7个灯半亮，其余的全亮。 （2）第1个亮1/8,第2个亮2/8,第3个亮3/8,第4个亮4/8,第5个亮5/8,第6个亮6/8,第7个亮7/8,第8个全亮。 （3）来点小难的，所有的灯逐渐从暗到全亮，再由全亮到暗。 （4）最难的：8个灯从第一个开始依次渐亮，直到最后一个。再从最后一个起渐暗，直到第一个。如此循环往复。这才是真正的流水灯。 (The real light of the water: (1), paragraphs 1, 3, 5, 7 semi-bright lights, the rest of the bright. (2) a bright 1/8, 2 bright 2/8, 3 bright 3/8, 4 bright 4/8, 5 bright 5/8, 6 bright 6/8 7 bright 7/8, 8 full-bright. (3) to a little difficult, all the lights gradually from dark to full brightness, and then from full bright to dark. (4) the hardest: 8 light from the first start in turn gradually brighter, until the last one. From the last one from the dark, until the first. So on ad infinitum. This is true of light water.)