The winner is

First I would like to change the title into The winner survivor is ,  but anyway, for those which survive the serious falling trend, they could be considered as winners.

For almost all the crytocurrencies holders, today is a moment that marked a bleak day. It seems that there is a “tsunami”in the cryto-market that flush away holders’good mood.

By 17:30 in Beijing, according to data from citicoin.com, the crytocurrencies market tends to take a dive, and it seems that the trend tends to be contagious. In fact, most of the top ten was down more than 10%.





However, today is a moment to celebrate or almost to feel relieved. Therefore, this article is going to find out the “lucky dogs” in the Top 100 which survive the wreck.



001:Bytecoin

In a time when the market is almost dominated by Bitcoin or one or two tokens that followed, Bytecoin is surely to be not so well-known, people even can’t find news or articles related to it. Then, Bytecoin, the “lucky dog” which is lucky enough to not had been wounded in this wreck, is a crytocurrency that launched in earlier 2012 and its total amount is 8 times larger than the Bitcoin’s.  Then it even once beated Steem and stayed in Top 10. Although Bytecoin is not so well-known as Bitcoin, it somehow ranks relatively high in Top 100 and that fact that it survive the widely-ranging wreck in the market somehow shows its potentials.


 

002:ICON(ICX)

ICON has nothing to do with the words like “icon” or “iconic”, but its icon could be its ambitions to be a trading platform that connects all the banks, securities,insurance, universities using block chain. It seems like it could make contributions to our social welfare. Never mind,just kidding. I think, it somehow brings convenience to our daily life in the real term, if the company could make it.




3. The winner is “Strong Augur”

The optimism in Augur stood in stark contrast to the gloom else where, where growth is dropping or even plunging. Augur actually is not a tokens, and it is a application affiliated to Ethereum that serves as a platform for users to predict the trend of the tokens price and helps them to make right choice, and the platform also has launched its own tokens called REP. 



4. The tough guy: SALT

As we all known, there always some fluctuations in the crytocurrencies price for they, in fact, are quiet vulnerable to changes in some factors in the markets and the data are rather volatile. There we can see SALT’s struggle in squeezing itself into Top 100

By 17:43 in Beijing, SALT was knocked down by other tokens in the market in the list, ranking 102, however, when the time comes to 17:59, it get back to No.100. Then up the now, it’s still rather unpredictable which tokens could be the No.100 and stand still on the first page in the website.

Never mind, we can appreciate SALT for its toughness. In a day when there is wide-ranging slump in trading volume. SALT is knocked down by the flood, however, it is not knocked out, far from it. Then, we hope SALT could in the end really becomes the salt of the earth.





                                   

#include<iostream> #include<iomanip> using namespace std; struct Boy// { int code; Boy*pNext; }; Boy*pFirt = 0;//第一个小孩指针 Boy*pCurrent = 0;//当前小孩指针 Boy*pivot = 0;//前一个小孩指针 void main(){ //游戏的初值 int numOfBoys, m; cout << "please input the number of boys,\n"//小孩数 << "m of counting:\n";//数小孩个数 cin >> numOfBoys >> m; //在圆圈中增加第一个小孩,在堆区中开辟一个空间 pFirt = new Boy; pFirt->code = 1; pFirt->pNext = NULL;//后面没有小孩 pCurrent = pFirt;//两个指向的地址一样。 //依次增加其他小孩 for (int i = 1; i < numOfBoys; i++){ pivot = pCurrent;//当前小孩变成前小孩 pCurrent = new Boy; pCurrent->code = i + 1;//小孩编号 pivot->pNext = pCurrent;//接到前一个小孩后面 } pCurrent->pNext = pFirt;//最后一个小孩指向第一个小孩 //输出圆圈中所有小孩 cout << setw(4) << pFirt->code;//输出当前小孩 pCurrent = pFirt->pNext; while (pCurrent != pFirt){ cout << setw(4) << pCurrent->code;//输出当前小孩 pCurrent = pCurrent->pNext; } cout << endl; pCurrent = pFirt; int j; while (pCurrent->pNext != pCurrent){ //需要数的小孩数j=m j = m; do{ //当前位置调整到下一个小孩 pivot = pCurrent;//当前小孩变成前一个小孩 pCurrent = pCurrent->pNext; j--; } while (j > 1);//当前小孩数1,再往后数m-1个 //第m个小孩离开 cout << setw(4) << pCurrent -> code; pivot->pNext = pCurrent->pNext;//当前小孩的下一个小孩跟在他前一个的后面 delete pCurrent;//脱离圆圈后删除 pCurrent = pivot->pNext;//离开小孩的下一个小孩变为当前小孩 } cout << "\n\nthe winner is" << pCurrent->code<<endl;//获胜者 delete pCurrent; system("pause"); }解释该代码
06-09
内容概要:本文详细介绍了如何利用Simulink进行自动代码生成,在STM32平台上实现带57次谐波抑制功能的霍尔场定向控制(FOC)。首先,文章讲解了所需的软件环境准备,包括MATLAB/Simulink及其硬件支持包的安装。接着,阐述了构建永磁同步电机(PMSM)霍尔FOC控制模型的具体步骤,涵盖电机模型、坐标变换模块(如Clark和Park变换)、PI调节器、SVPWM模块以及用于抑制特定谐波的陷波器的设计。随后,描述了硬件目标配置、代码生成过程中的注意事项,以及生成后的C代码结构。此外,还讨论了霍尔传感器的位置估算、谐波补偿器的实现细节、ADC配置技巧、PWM死区时间和换相逻辑的优化。最后,分享了一些实用的工程集成经验,并推荐了几篇有助于深入了解相关技术和优化控制效果的研究论文。 适合人群:从事电机控制系统开发的技术人员,尤其是那些希望掌握基于Simulink的自动代码生成技术,以提高开发效率和控制精度的专业人士。 使用场景及目标:适用于需要精确控制永磁同步电机的应用场合,特别是在面对高次谐波干扰导致的电流波形失真问题时。通过采用文中提供的解决方案,可以显著改善系统的稳定性和性能,降低噪声水平,提升用户体验。 其他说明:文中不仅提供了详细的理论解释和技术指导,还包括了许多实践经验教训,如霍尔传感器处理、谐波抑制策略的选择、代码生成配置等方面的实际案例。这对于初学者来说是非常宝贵的参考资料。
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