for..in loops iterate over the entire prototype chain, which is virtually never what you want. Use Object.{keys,values,entries}, and iterate over the resulting array.

时间: 2023-03-31 07:00:26 浏览: 187
ZIP

Java-forloop:使用for循环显示结果

感谢您的提问。对于这个问题，我认为您是在讨论 JavaScript 中的循环问题。确实，使用 for..in 循环会遍历整个原型链，这通常不是我们想要的。相反，我们可以使用 Object.{keys,values,entries} 方法，然后遍历结果数组。这样可以避免遍历整个原型链，提高代码的效率和可读性。
阅读全文

相关推荐

zip

How to Use for-Loops to Visualize Data in MATLAB.zip

在MATLAB中，for循环是一种常用的编程结构，用于重复执行一段代码，特别是在处理数组或矩阵时，它能帮助我们高效地遍历数据并进行可视化。本教程将深入讲解如何利用for循环来可视化MATLAB中的数据。 首先，让我们...
docx

DELPHI与C#语法比较.docx

- C#的foreach循环可方便地遍历数组或集合，DELPHI则使用for...in类似功能。 7. 类和接口（Classes / Interfaces）： - 两者都支持类和接口，但C#的接口更灵活，可以包含默认实现。 - DELPHI的类支持多重继承...

讲以下内容翻译为中文："break" and "continue" are two keywords used in programming languages like C, C++, Java, Python, etc. They are used within loops (like "for", "while", "do-while") to control the flow of the loop. "break" is used to exit the loop immediately when a certain condition is met. For example, if we have a loop that iterates over an array and we want to exit the loop as soon as we find a certain element, we can use "break" to exit the loop immediately. "continue" is used to skip the current iteration of the loop and move on to the next iteration. For example, if we have a loop that iterates over an array and we want to skip the current iteration if the element is not what we are looking for, we can use "continue" to move on to the next iteration without executing the rest of the code for the current iteration.

它们通常用于循环结构（如"for"、"while"、"do-while"）中，用于控制循环的流程。 "break"用于在满足特定条件时立即退出循环。例如，如果我们有一个循环遍历一个数组，并且希望在找到特定元素时立即退出循环，我们...

use C program To delete a character that is the same as a character in a string, you need to use a character pointer as a function parameter. call the function in main. The function prototype is as follows: void delete_ character(char *str, char ch);

It loops through the string, copying each character to a new position in the string only if it's not equal to the character to delete. Finally, it adds a null terminator to the end of the new string ...

Use loops to create a matrix in which the value of each element is two times its row number minus three times its column number. For example, the value of element (2,5) is .

# Use loops to fill in the matrix values for i in range(num_rows): row = [] for j in range(num_cols): value = 2*i - 3*j row.append(value) matrix.append(row) # Print the matrix for row in matrix:...

Loops and flow control. Make function called loopTest(N) that loops through the values 1 through N and for each number n it should display ‘n is divisible by 2’, ‘n is divisible by 3’, ‘n is divisible by 2 AND 3’ or ‘n is NOT divisible by 2 or 3’. Use a for loop, the function mod or rem to figure out if a number is divisible by 2 or 3, and num2str to convert each number to a string for displaying. You can use any combination of if, else, and elseif.

Sure, here is the code for the loopTest function: function loopTest(N) %LOOPTEST Loops through the values 1 through N and displays whether each number is divisible by 2, 3, both, or neither. ...

Implement fastest_words, which returns which words each player typed fastest. This function is called once both players have finished typing. It takes in a game. The game argument is a game data abstraction, like the one returned in Problem 9. You can access words in the game with selectors word_at, which takes in a game and the word_index (an integer). You can access the time it took any player to type any word using the time function provided in cats.py. The fastest_words function returns a list of lists of words, one list for each player, and within each list the words they typed the fastest. In the case of a tie, consider the earliest player in the list (the smallest player index) to be the one who typed it the fastest. Be sure to use the accessor functions for the game data abstraction, rather than assuming a particular data format.其中game函数如下def game(words, times): """A data abstraction containing all words typed and their times.""" assert all([type(w) == str for w in words]), 'words should be a list of strings' assert all([type(t) == list for t in times]), 'times should be a list of lists' assert all([isinstance(i, (int, float)) for t in times for i in t]), 'times lists should contain numbers' assert all([len(t) == len(words) for t in times]), 'There should be one word per time.' return

It then loops through each word in the game and finds the player who typed the word the fastest. If there's a tie, the function considers the earliest player in the list to be the one who typed it ...

To rotate a letter (lowercase) means to shift it through the alphabet, wrapping around to the beginning if necessary, so ‘a’ rotated by 3 is ‘d’ and ‘a’ rotated by -1 is ‘z’. To rotate a word (all letters are lowercase), rotate each letter by the same amount. For example, “cheer” rotated by 7 is “jolly” and “melon” rotated by -10 is “cubed”. You might want to use the built-in function ord, which converts a character to a integer code, and chr, which converts integer codes to characters. Letters of the alphabet are encoded in alphabetical order, so for example: ord('c') - ord('a') == 2. Because 'c' is the two-eth letter of the alphabet. Input A string and an integer. Output A new string.

You want me to create a program that can rotate a lowercase string by a certain amount, which means shifting each letter through the alphabet by the same amount and wrapping around to the beginning ...

Using the fact that for_each returns the unary function passed as a parameter, write a function MyAccumulate that accepts as parameters a range of vector<int>::iterators and an initial value, then returns the sum of all of the values in the range, starting at the specified value. Do not use any loops – instead, use for_each and a custom functor class that performs the addition.

Sure, here is the implementation of the MyAccumulate function: c++ #include #include #include class AddFunctor { public: AddFunctor(int val) : sum(val) {} void operator()(int val) { sum ...

4. Write a function ExpungeLetter that accepts four parameters – two iterators delineating an input range of strings, one iterator delineating the start of an output range, and a character – then copies the strings in the input range that do not contain the specified character into the output range. The function should then return an iterator one past the last location written. Do not use loops. (Hint: Use the remove_copy_if algorithm and a custom functor).

Here's an implementation of the ExpungeLetter function you described: cpp #include #include struct ExpungeFunctor { char letter; bool operator()(const std::string& str) const { return str....

1. Given: Three DNA strings  in DNA.txt file Return: for each sequence 1) the complementary strand . 2) GC content. And store the output in the same file using attach model. (If you can’t write the loops, read the file or attach the file, just do it as far as you can.)

for i in range(3): # 读取当前序列的字符串 dna = lines[i].strip() # 计算GC含量 gc_content = (dna.count('G') + dna.count('C')) / len(dna) * 100 # 计算互补序列 complement = '' for base in dna: ...

用中文解释This is a MATLAB function that takes in a confusion matrix and a boolean variable called 'verbatim'. The confusion matrix is a 3x3 matrix that is the output of the MATLAB function 'confusionmat'. The function then computes various statistics based on this confusion matrix and returns them in a struct called 'stats'. The statistics computed are true positives (tp), false positives (fp), false negatives (fn), and true negatives (tn). These statistics are calculated for each class in the confusion matrix. The function loops through each class and computes the corresponding statistics. The 'verbose' variable controls whether the generated table is output to the command window. If 'verbose' is set to 1, the table is output. Otherwise, it is not. Overall, this function is useful for evaluating the performance of a classification algorithm by analyzing the confusion matrix.

这是一个MATLAB函数，它接受一个混淆矩阵和一个名为'verbose'的布尔变量作为输入。混淆矩阵是一个3x3矩阵，是MATLAB函数'confusionmat'的输出。该函数基于混淆矩阵计算各种统计数据，并将它们返回到名为'stats'的...

Complete the code for Differentially Private Stochastic Gradient Descent. a. Fill in the code for per-example clipping and adding Gaussian noise. b. Implement the privacy budget composition. Calculate the privacy budget of the training process, which means calculating $\epsilon$ based on the variance of Gaussian noise $\sigma^2$ and the given $\delta = 10^{-5}$ in different epochs. You can use basic composition to complete the code. If you correctly apply the Moments Accountant method, you will receive bonus points. import numpy as np from scipy import optimize from scipy.stats import norm import math """ Optionally you could use moments accountant to implement the epsilon calculation. """ def get_epsilon(epoch, delta, sigma, sensitivity, batch_size, training_nums): """ Compute epsilon with basic composition from given epoch, delta, sigma, sensitivity, batch_size and the number of training set. """ return epsilon

For each epoch, it loops over the training set in batches and computes the gradient of the loss function using the sigmoid function. It then clips the gradient per example, adds Gaussian noise to the...

## Problem 5: Remainder Generator Like functions, generators can also be higher-order. For this problem, we will be writing remainders_generator, which yields a series of generator objects. remainders_generator takes in an integer m, and yields m different generators. The first generator is a generator of multiples of m, i.e. numbers where the remainder is 0. The second is a generator of natural numbers with remainder 1 when divided by m. The last generator yields natural numbers with remainder m - 1 when divided by m. Note that different generators should not influence each other. > Hint: Consider defining an inner generator function. Each yielded generator varies only in that the elements of each generator have a particular remainder when divided by m. What does that tell you about the argument(s) that the inner function should take in? python def remainders_generator(m): """ Yields m generators. The ith yielded generator yields natural numbers whose remainder is i when divided by m. >>> import types >>> [isinstance(gen, types.GeneratorType) for gen in remainders_generator(5)] [True, True, True, True, True] >>> remainders_four = remainders_generator(4) >>> for i in range(4): ... print("First 3 natural numbers with remainder {0} when divided by 4:".format(i)) ... gen = next(remainders_four) ... for _ in range(3): ... print(next(gen)) First 3 natural numbers with remainder 0 when divided by 4: 4 8 12 First 3 natural numbers with remainder 1 when divided by 4: 1 5 9 First 3 natural numbers with remainder 2 when divided by 4: 2 6 10 First 3 natural numbers with remainder 3 when divided by 4: 3 7 11 """ "*** YOUR CODE HERE ***" Note that if you have implemented this correctly, each of the generators yielded by remainder_generator will be infinite - you can keep calling next on them forever without running into a StopIteration exception.

The remainders_generator function then loops over r from 0 to m-1 and yields m different instances of the inner_generator function, one for each possible remainder. Each yielded generator ...

如何解决Loading and preparing results... DONE (t=0.01s) creating index... index created! Running per image evaluation... Evaluate annotation type *bbox* DONE (t=0.53s). Accumulating evaluation results... Traceback (most recent call last): File "tools/train.py", line 133, in <module> main() File "tools/train.py", line 129, in main runner.train() File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/mmengine/runner/runner.py", line 1721, in train model = self.train_loop.run() # type: ignore File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/mmengine/runner/loops.py", line 102, in run self.runner.val_loop.run() File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/mmengine/runner/loops.py", line 366, in run metrics = self.evaluator.evaluate(len(self.dataloader.dataset)) File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/mmengine/evaluator/evaluator.py", line 79, in evaluate _results = metric.evaluate(size) File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/mmengine/evaluator/metric.py", line 133, in evaluate _metrics = self.compute_metrics(results) # type: ignore File "/home/wangbei/mmdetection(coco)/mmdet/evaluation/metrics/coco_metric.py", line 512, in compute_metrics coco_eval.accumulate() File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/pycocotools-2.0-py3.8-linux-x86_64.egg/pycocotools/cocoeval.py", line 378, in accumulate tp_sum = np.cumsum(tps, axis=1).astype(dtype=np.float) File "/home/wangbei/anaconda3/envs/Object_mmdetection/lib/python3.8/site-packages/numpy/__init__.py", line 305, in __getattr__ raise AttributeError(__former_attrs__[attr]) AttributeError: module 'numpy' has no attribute 'float'. np.float was a deprecated alias for the builtin float. To avoid this error in existing code, use float by itself. Doing this will not modify any behavior and is safe. If you specifically wanted the numpy scalar type, use np.float64 here. The aliases was originally deprecated in NumPy 1.20; for more details and guidance see the original release note at: https://numpy.org/devdocs/release/1.20.0-notes.html#deprecations WARNING:torch.distributed.elastic.multiprocessing.api:Sending process 30235 closing signal SIGTERM ERROR:torch.distributed.elastic.multiprocessing.api:failed (exitcode: 1) local_rank: 0 (pid: 30234) of binary: /home/wangbei/anaconda3/envs/Object_mmdetection/bin/python

这是一个错误日志，看起来是在运行目标检测模型时出现的。错误信息显示在使用numpy库时出现了问题，建议检查代码中是否有使用到numpy库的地方，尤其是是否有使用了np.float这个别名，如果有的话，应该使用float代替...

XDP™ 8-phase dual loop digital multiphase controller The XDP™ XDPE12284C is a digital dual-rail 8-phase controller that provides power for Intel VR13, VR13HC, IMVP8 and IMVP9 server, workstation, and high-end desktop applications. The controller offers flexible phase assignment between the two loops and can be configured in any of the following ways: 8+0, 7+1, ... ,4+4. The XDPE12284C controller utilizes digital technology to implement all control functions, providing the ultimate system solution in terms of flexibility and stability. Advanced control loop features, such as Active Transient Response (ATR) modulation and fast DVID response enable optimal response to high slew rate load transients. Programmable temperature compensation to current sense allows the designer to tailor the response for best load line accuracy over temperature. XDPE12284C also supports integrated power stages that provides integrated current sense and integrated temperature sense information.是什么意思

XDPE12284C是一款XDP™ 8相双环数字多相控制器，为英特尔VR13、VR13HC、IMVP8和IMVP9服务器、工作站和高端台式机等应用提供电源。该控制器提供了两个环之间的灵活相位分配，并可按以下任何方式配置：8+0、7+1、......

Create the Printer class. Write a contructor that initializes the attributes printQueue,stateIsRunning appropriately. The print queue should be big enough to handle five simultaneous jobs. You may want to implement this class as a Singleton. The printQueue attribute is a FIFO queue that holds all print jobs that have been posted to this printer. I have included the Java classes that you need for this data structure. Queue is an interface of FIFO queues. CircularQueue implements a fixed-length queue. The FullQueueException and EmptyQueueException are thrown by the addBack and removeFront methods respectively. Write a public, synchronized addJob method. This method might throw a FullQueueException. Write a private, synchronized getJob method. This method might throw a EmptyQueueException. Write the public, synchronized halt method. This method should set the stateIsRunning to false. Write the run method. This is the heart of the print manager. It must loop continueously, until it has been halted. It must retrieve a print job off the queue, print out that the job is starting (and give the name of the job), process the job (by sleeping a certain number of milliseconds per page; 500ms/page is a good value), and then print out that the job has completed. If no job is available, print out that the printer is waiting for a job.

In this implementation, we have a printQueue attribute which is an ArrayBlockingQueue of size 5. The addJob method adds a job to the queue and throws a FullQueueException if the queue is ...

1、Experiment purpose (1)Write the txt file. (2)Class definition. (3)Function application. (4)Selections. (5)Loops 2、Experiment task Project 1: Define the Rectangle2D class that contains: Two double data fields named x and y that specify the center of the rectangle with constant get functions and set functions. (Assume that the rectangle sides are parallel to x- or y-axes.) The double data fields width and height with constant get functions and set functions. A no-arg constructor that creates a default rectangle with (0, 0) for (x, y) and 1 for both width and height. A constructor that creates a rectangle with the specified x, y, width, and height. A constant function getArea() that returns the area of the rectangle. A constant function getPerimeter() that returns the perimeter of the rectangle. A constant function contains(double x, double y) that returns true if the specified point (x, y) is inside this rectangle. See Figure a. A constant function contains(const Rectangle2D &r) that returns true if the specified rectangle is inside this rectangle. See Figure b. A constant function overlaps(const Rectangle2D &r) that returns true if the specified rectangle overlaps with this rectangle. See Figure c. Draw the UML for the class. Implement the class. Write a test program that creates three Rectangle2D objects r1(2, 2, 5.5, 4.9), r2(4, 5, 10.5, 3.2)), and r3(3, 5, 2.3, 5.4), and displays r1’s area and perimeter, and displays the result of r1.contains(3, 3), r1.contains(r2), and r1.overlaps(r3). And save all these results in the txt file that is called Result.txt.写一段c++代码

if (outFile.is_open()) { outFile << "r1's area: " << r1.getArea() ; outFile << "r1's perimeter: " << r1.getPerimeter() ; outFile (3, 3): " (r1.contains(3, 3) ? "true" : "false") ; outFile (r1....
docx

伺服驱动器调试雷赛摆轮参数设置.docx

伺服驱动器调试雷赛摆轮参数设置.docx 伺服驱动器调试软件设置原点及定位值： 1、 调试需要1根雷赛调试电缆以及1根USB转RS232串口线； 2、 打开雷赛只能高压伺服调试软件，选择USB端口号，点连接，如下图所示：

最新推荐

recommend-type

AutoCAD_C#Net获取图案填充的边界线.docx

foreach (HatchLoop hl in hatch.Loops) { if (hl.IsOuter) { // 提取外部边界 ExtractLoopPoints(hl, isShpFormat); } else { // 提取内部边界（孤岛） ExtractLoopPoints(hl, !isShpFormat); } } ...
recommend-type

在Linux系统的服务器上使用Memtester进行内存压力测试.docx

在Linux环境中，对服务器的内存进行压力测试是确保系统稳定性和可靠性的重要环节。Memtester是一款专为此目的设计的开源工具，它能够有效地检测内存错误，包括那些可能导致数据损坏的坏位，以及检查内存的算术运算...
recommend-type

伺服驱动器调试雷赛摆轮参数设置.docx

伺服驱动器调试雷赛摆轮参数设置.docx 伺服驱动器调试软件设置原点及定位值： 1、 调试需要1根雷赛调试电缆以及1根USB转RS232串口线； 2、 打开雷赛只能高压伺服调试软件，选择USB端口号，点连接，如下图所示：
recommend-type

海风小店,商城,微信小开源程序商城管理后台,后台管理,VUE.zip

不用 Electron，直接web的，用这个链接https://github.com/iamdarcy/hioshop-admin-web海风小店，商城（后台管理端开源VUE）基于开源项目NideShop重建，开源了一些功能的同时完善了一些功能，并重新设计了UI数据测试来自上述开源项目服务端api基于Node.js+ThinkJS+MySQL后台管理基于VUE.js+element-ui基于海风小店开发上线的小程序视频教程https://www.bilibili.com/video/av89568075该项目综合微信小程序https://github.com/iamdarcy/hioshop-miniprogram服务端https://github.com/iamdarcy/hioshop-server网页版管理后台https://github.com/iamdarcy/hioshop-管理网线上演示https://demo.qilelab.com/hioshop用户名qilelab.com密码qilelab.com 阿里云主机低至2折立即去
recommend-type

Python中快速友好的MessagePack序列化库msgspec

资源摘要信息:"msgspec是一个针对Python语言的高效且用户友好的MessagePack序列化库。MessagePack是一种快速的二进制序列化格式，它旨在将结构化数据序列化成二进制格式，这样可以比JSON等文本格式更快且更小。msgspec库充分利用了Python的类型提示（type hints），它支持直接从Python类定义中生成序列化和反序列化的模式。对于开发者来说，这意味着使用msgspec时，可以减少手动编码序列化逻辑的工作量，同时保持代码的清晰和易于维护。 msgspec支持Python 3.8及以上版本，能够处理Python原生类型（如int、float、str和bool）以及更复杂的数据结构，如字典、列表、元组和用户定义的类。它还能处理可选字段和默认值，这在很多场景中都非常有用，尤其是当消息格式可能会随着时间发生变化时。 在msgspec中，开发者可以通过定义类来描述数据结构，并通过类继承自`msgspec.Struct`来实现。这样，类的属性就可以直接映射到消息的字段。在序列化时，对象会被转换为MessagePack格式的字节序列；在反序列化时，字节序列可以被转换回原始对象。除了基本的序列化和反序列化，msgspec还支持运行时消息验证，即可以在反序列化时检查消息是否符合预定义的模式。 msgspec的另一个重要特性是它能够处理空集合。例如，上面的例子中`User`类有一个名为`groups`的属性，它的默认值是一个空列表。这种能力意味着开发者不需要为集合中的每个字段编写额外的逻辑，以处理集合为空的情况。 msgspec的使用非常简单直观。例如，创建一个`User`对象并序列化它的代码片段显示了如何定义一个用户类，实例化该类，并将实例序列化为MessagePack格式。这种简洁性是msgspec库的一个主要优势，它减少了代码的复杂性，同时提供了高性能的序列化能力。 msgspec的设计哲学强调了性能和易用性的平衡。它利用了Python的类型提示来简化模式定义和验证的复杂性，同时提供了优化的内部实现来确保快速的序列化和反序列化过程。这种设计使得msgspec非常适合于那些需要高效、类型安全的消息处理的场景，比如网络通信、数据存储以及服务之间的轻量级消息传递。 总的来说，msgspec为Python开发者提供了一个强大的工具集，用于处理高性能的序列化和反序列化任务，特别是当涉及到复杂的对象和结构时。通过利用类型提示和用户定义的模式，msgspec能够简化代码并提高开发效率，同时通过运行时验证确保了数据的正确性。"
recommend-type

管理建模和仿真的文件

管理Boualem Benatallah引用此版本：布阿利姆·贝纳塔拉。管理建模和仿真。约瑟夫-傅立叶大学-格勒诺布尔第一大学，1996年。法语。NNT：电话：00345357HAL ID：电话：00345357https://theses.hal.science/tel-003453572008年12月9日提交HAL是一个多学科的开放存取档案馆，用于存放和传播科学研究论文，无论它们是否被公开。论文可以来自法国或国外的教学和研究机构，也可以来自公共或私人研究中心。L’archive ouverte pluridisciplinaire
recommend-type

STM32 HAL库函数手册精读：最佳实践与案例分析

![STM32 HAL库函数手册精读：最佳实践与案例分析](https://khuenguyencreator.com/wp-content/uploads/2020/07/bai11.jpg) 参考资源链接：[STM32CubeMX与STM32HAL库开发者指南](https://wenku.csdn.net/doc/6401ab9dcce7214c316e8df8?spm=1055.2635.3001.10343) # 1. STM32与HAL库概述 ## 1.1 STM32与HAL库的初识 STM32是一系列广泛使用的ARM Cortex-M微控制器，以其高性能、低功耗、丰富的外设接
recommend-type

如何利用FineReport提供的预览模式来优化报表设计，并确保最终用户获得最佳的交互体验？

针对FineReport预览模式的应用，这本《2020 FCRA报表工程师考试题库与答案详解》详细解读了不同预览模式的使用方法和场景，对于优化报表设计尤为关键。首先，设计报表时，建议利用FineReport的分页预览模式来检查报表的布局和排版是否准确，因为分页预览可以模拟报表在打印时的页面效果。其次，通过填报预览模式，可以帮助开发者验证用户交互和数据收集的准确性，这对于填报类型报表尤为重要。数据分析预览模式则适合于数据可视化报表，可以在这个模式下调整数据展示效果和交互设计，确保数据的易读性和分析的准确性。表单预览模式则更多关注于表单的逻辑和用户体验，可以用于检查表单的流程是否合理，以及数据录入
recommend-type

大学生社团管理系统设计与实现

资源摘要信息:"基于ssm+vue的大学生社团管理系统.zip" 该系统是基于Java语言开发的，使用了ssm框架和vue前端框架，主要面向大学生社团进行管理和运营，具备了丰富的功能和良好的用户体验。 首先，ssm框架是Spring、SpringMVC和MyBatis三个框架的整合，其中Spring是一个全面的企业级框架，可以处理企业的业务逻辑，实现对象的依赖注入和事务管理。SpringMVC是基于Servlet API的MVC框架，可以分离视图和模型，简化Web开发。MyBatis是一个支持定制化SQL、存储过程以及高级映射的持久层框架。 SpringBoot是一种全新的构建和部署应用程序的方式，通过使用SpringBoot，可以简化Spring应用的初始搭建以及开发过程。它使用了特定的方式来进行配置，从而使开发人员不再需要定义样板化的配置。 Vue.js是一个用于创建用户界面的渐进式JavaScript框架，它的核心库只关注视图层，易于上手，同时它的生态系统也十分丰富，提供了大量的工具和库。 系统主要功能包括社团信息管理、社团活动管理、社团成员管理、社团财务管理等。社团信息管理可以查看和编辑社团的基本信息，如社团名称、社团简介等；社团活动管理可以查看和编辑社团的活动信息，如活动时间、活动地点等；社团成员管理可以查看和编辑社团成员的信息，如成员姓名、成员角色等；社团财务管理可以查看和编辑社团的财务信息，如收入、支出等。 此外，该系统还可以通过微信小程序进行访问，微信小程序是一种不需要下载安装即可使用的应用，它实现了应用“触手可及”的梦想，用户扫一扫或者搜一下即可打开应用。同时，它也实现了应用“用完即走”的理念，用户不用关心是否安装太多应用的问题。应用将无处不在，随时可用，但又无需安装卸载。 总的来说，基于ssm+vue的大学生社团管理系统是一款功能丰富、操作简便、使用方便的社团管理工具，非常适合大学生社团的日常管理和运营。
recommend-type

"互动学习：行动中的多样性与论文攻读经历"

多样性她- 事实上SCI NCES你的时间表ECOLEDO C Tora SC和NCESPOUR l’Ingén学习互动，互动学习以行动为中心的强化学习学会互动，互动学习，以行动为中心的强化学习计算机科学博士论文于2021年9月28日在Villeneuve d'Asq公开支持马修·瑟林评审团主席法布里斯·勒菲弗尔阿维尼翁大学教授论文指导奥利维尔·皮耶昆谷歌研究教授：智囊团论文联合主任菲利普·普雷教授，大学。里尔/CRISTAL/因里亚报告员奥利维耶·西格德索邦大学报告员卢多维奇·德诺耶教授，Facebook /索邦大学审查员越南圣迈IMT Atlantic高级讲师邀请弗洛里安·斯特鲁布博士，Deepmind对于那些及时看到自己错误的人...3谢谢你首先，我要感谢我的两位博士生导师Olivier和Philippe。奥利维尔，"站在巨人的肩膀上"这句话对你来说完全有意义了。从科学上讲，你知道在这篇论文的（许多）错误中，你是我可以依