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geostrophy
- 用于海洋科学中计算地球流的一系列matlab程序，非常实用，主要包括地转流输运、地转流速- Collection of functions to calculate Geostrophic Currents # Contents of ocean/geostrophy geo_transp - function [ct,pv,lav,gpa1,gpa2] = geo_transp(p1,t1,s1,la1,p2,t2,s2,la2,pr) g
hlguestbook_v0.1
- 留言带验证码，支持回复留言。 后台修改管理员密码，默认用户/密码 admin 。 内置留言ubb代码： [a]网址[/a] [img]图片[/img] [s1][s2][s3][s4]...等等为表情-A message with a verification code, support the reply message. Modify the background administrator password, the default user/password ad
PLC-xiyijikongzhixitong
- 一）实训项目工艺要求：采用S7-300设计一个自动洗衣机控制系统，具体控制要求如下： 1.水位选择：按动按钮WS1次，水位选择为低，L0灯亮，再按动1次，水位选择为中，MI灯亮，再按动1次，水位选择为高，则HI灯亮，若继续按动，则选择为低水位，如此循环。 2.水位选择好后，按下启动按钮ST，1秒后进水电磁阀V1动作，水位上升（用电位计模拟水位，用模拟量输入模块采集水位信号）；到设定水位（低水位2v，中水位4v，高水位6v）后，进水阀关闭，2秒后，开始洗涤。 3.洗涤时，正转30秒，正
LED_controlled_by_keys
- 程序实现如下模拟彩灯，开发板从左至右4个按键分别为S1-S4，从上至下8个灯为L1-L8，按下S1键8只LED小灯以1HZ频率闪烁，按下S2键8只灯奇偶交替点亮，间隔0.3S，按下S3键，L1-L4与L5-L8灯交替点亮，间隔0.2s，按下S4键熄灭所有灯。-Lantern simulation program to achieve the following development board left to right are four buttons S1-S4, top to bot
xinhaofashengqi
- 按下S1从单片机第1个引脚上输出频率为1KHz的方波，再按下S1则停止输出方波； 方波频率误差小于1 。 晶振频率：11.0592MHz-Press S1 output the first one on the microcontroller pins 1KHz square wave frequency, and then press the square wave output S1 is stopped Square-wave frequency error is less
stopwatch
- 数码秒表设计:开发板上4键从左至右为S1-S4，上电后，开始时显示 0.0 ； 利用S1按键后启动计时；S2按键后停止计时；S3按键后计时归零；最大计时 为9.9秒。计时误差小于0.2秒，显示稳定。 晶振频率：11.0592MHz -Digital stopwatch design: 4 key development board left to right S1-S4, after power is displayed at the beginning of 0.0 S
LEDd
- 2-2-3 上电数码管显示1，每按一次s1,数码管显示加一，每按一次s2,数码管显示减一，最大显示为8，最小显示为1-The 2-2-3 electric digital tube display 1, each time you press the s1, digital tube display plus one, each time you press the s2, digital tube display minus one, the largest display of 8, min
LEDd
- 2-2-5上电数码管显示3，每按一次s2,数码管显示加2，每按一次S1，数码管显示减2，最大显示为b,最小显示为3-On the 2-2-5 electric digital tube display 3, each time you press the s2, digital tube display plus 2, each time you press the S1, digital tube display minus 2, biggest displayed as b, minimum
s1
- It s an music file and a letter sound.
projecttwo
- 8.编写一个函数，实现两个字符串的比较，即自己写一个stringcmp 函数：stringcmp(s1,s2)。如果s1=s2，返回置为0；如果s1≠s2，返回它们二者第一个不同字符的ASCII码差值（如“BOY“与”BAD“第二个字母不同，”O“和”A”之差为79-65=14）；如果s1>s2，则输出正值；如s1<s2，则输出负值，在主函数中输入字符串以及输出上述结果。（要求使用指针实现）- Write a function that compares two strings to
Final-Q2
- Two MSs are communicating with the same BS. The information to be sent by the two MSs is S1 = [1 -1 1 1] S2=[-11 -1 1] spread by spreading sequences c1 and c2. The radio channels between the MSs and BS are described by impulse responses h1 and h2
32X64led128
- 音乐频谱 控制卡使用说明： 1、按键S1 亮度控制 说明：一共有10极 按一下亮度加一级 2、按键S2 16分频与64分频切换 3、按键S3 切换柱条和漂浮点颜色 说明：显示颜色有 红柱绿漂 红柱黄漂 绿柱红漂 绿柱黄漂 4、按键S4 无功能-Music Spectrum- control card use: 1, brightness control buttons S1 Descr iption: A total of 10 pole Click add a bright
8-bit-Multiplier
- Multiplication is performed in three stages. After reset, the 8-bit operands are “loaded” and the product register is set to zero. In the second stage, s1, the actual serial-parallel multiplication takes place. In the third step, s2, the product is t
8-bit-Restoring-Divider
- Division is performed in four stages. After reset, the 8-bit numerator is “loaded” in the remainder register, the 6-bit denominator is loaded and aligned (by 2N− 1 for a N bit numerator), and the quotient register is set to zero. In the second a
ep3
- 北京理工大学面向对象程序设计第三次上机习题答案~-1. Define MyString class with demands as follows: 1.1 MyString can save any string 1.2 Overload operator+ to append string to another one 1.3 Define Find function to locate the position of searching
text
- 设集合S={x1,x2,…,xn}是一个正整数集合，c是一个正整数，子集和问题判定是否存在S的一个子集S1，使S1中的元素之和为c。试设计一个解子集和问题的回溯法。-Let the set S = {x1, x2, ..., xn} is a set of positive integers, c is a positive integer, a subset of the problem and determine whether there is a subset S S1,
Codigo-Arduino
- CODIGO ARDUINO PARA EL CONTROL DE UN AUTO DE JUGUETE MEDIANTE DISPOSITIVOS XBEE S1, INCLUYE UN PEQUEÑ O PAPER Y UNA PRESENTACIóN
led
- ADG706 is a low voltage CMOS Analog Multiplexers, built 16 single-channel. It according to the address identified by the 4-bit binary address lines A0, A1, A2 and A3, one of 16 inputs (S1-S16) to switch to a common output, D. The device provides the
scheduler
- ADG706 is a low voltage CMOS Analog Multiplexers, built 16 single-channel. It according to the address identified by the 4-bit binary address lines A0, A1, A2 and A3, one of 16 inputs (S1-S16) to switch to a common output, D. The device provides the
spi
- ADG706 is a low voltage CMOS Analog Multiplexers, built 16 single-channel. It according to the address identified by the 4-bit binary address lines A0, A1, A2 and A3, one of 16 inputs (S1-S16) to switch to a common output, D. The device provides the