TradingView.com.com is a popular online platform that provides a comprehensive suite of tools and resources for traders, investors, and analysts to analyze and trade financial markets. In this chapter, we will provide an overview of TradingView.com, its features, and its benefits, setting the stage for a deeper dive into the platform's capabilities in subsequent chapters.

What is TradingView.com?

TradingView.com is a cloud-based platform that enables users to analyze and trade financial markets, including stocks, forex, futures, and cryptocurrencies. Founded in 2011, TradingView.com has grown to become one of the largest and most popular trading communities in the world, with over 10 million registered users.

Key Features of TradingView.com

TradingView.com offers a wide range of features that make it an attractive platform for traders and analysts. Some of the key features include:
1. Charting and Technical Analysis: TradingView.com provides a powerful charting platform that allows users to create custom charts with various indicators, drawing tools, and annotations. Users can also access a vast library of pre-built indicators and templates.
2. Backtesting and Paper Trading: TradingView.com allows users to backtest and paper trade their strategies using historical data, enabling them to refine their trading ideas and test their performance.
3. Community and Social Trading: TradingView.com has a large and active community of users who share their ideas, strategies, and insights. Users can follow other traders, participate in discussions, and share their own ideas and insights.
4. Alerts and Notifications: TradingView.com provides a robust alert system that allows users to set custom alerts based on market conditions, technical indicators, and other criteria.
5. Data Feeds: TradingView.com offers a range of data feeds, including real-time and historical data, for various markets and instruments.
6. Scripting and Automation: TradingView.com's PineScript language allows users to create custom indicators, strategies, and automated trading systems.
7. Mobile Apps: TradingView.com offers mobile apps for iOS and Android devices, enabling users to access the platform on-the-go.

Benefits of Using TradingView.com

TradingView.com offers several benefits to its users, including:
1. Improved Trading Decisions: TradingView.com's charting and analysis tools enable users to make more informed trading decisions.
2. Access to a Large Community: TradingView.com's community provides users with access to a vast network of traders, analysts, and experts.
3. Customization and Automation: TradingView.com's scripting and automation capabilities allow users to create custom strategies and automate their trading.
4. Real-time Data and Alerts: TradingView.com's real-time data and alert system enable users to stay up-to-date with market movements and react quickly to market changes.
5. Cost-Effective: TradingView.com offers a range of pricing plans, including a free version, making it an accessible platform for traders and analysts.

Conclusion

In this chapter, we have provided an overview of TradingView.com, its features, and its benefits. TradingView.com is a powerful platform that offers a range of tools and resources for traders, analysts, and investors. Whether you are a seasoned trader or just starting out, TradingView.com provides a comprehensive suite of tools to help you analyze and trade financial markets. In the next chapter, we will delve deeper into the charting and technical analysis capabilities of TradingView.com.

Chapter 2: Creating an Account and Setting Up Your Profile

As a new user, creating an account and setting up your profile is the first step in exploring the world of [Platform/Service]. In this chapter, we will guide you through a step-by-step process to create an account and set up your profile, ensuring a seamless and enjoyable experience.

Section 1: Creating an Account

To create an account, follow these steps:
1. Visit the Sign-up Page: Go to the [Platform/Service] website and click on the "Sign Up" or "Create an Account" button. This will take you to the sign-up page.
2. Enter Your Email Address: Enter a valid email address to serve as your login credentials. Make sure to use a unique and memorable email address, as it will be used to reset your password if needed.
3. Choose a Username: Choose a unique and memorable username that will be used to identify you on the platform. This can be your real name, a nickname, or a combination of letters and numbers.
4. Create a Password: Create a strong and unique password for your account. A strong password should be at least 8 characters long and include a mix of uppercase and lowercase letters, numbers, and special characters.
5. Confirm Your Password: Re-enter your password to confirm it. This ensures that you have entered the correct password.
6. Verify Your Account: Click on the "Create Account" button to create your account. You will receive an email verification link to verify your email address.

Section 2: Setting Up Your Profile

Once you have created your account, it's time to set up your profile. Follow these steps:
1. Fill Out Your Profile Information: Fill out your profile information, including your name, birthday, and location. This information will be used to personalize your experience and connect with other users.
2. Add a Profile Picture: Upload a profile picture that represents you. This can be a photo of yourself, a logo, or an avatar.
3. Add a Bio: Write a brief bio that describes yourself, your interests, or your expertise. This will help others get to know you better and find common ground.
4. Customize Your Profile Settings: Customize your profile settings to control what information is visible to others and what notifications you receive.
5. Connect with Others: Start connecting with other users by sending friend requests or joining groups related to your interests.

Tips and Best Practices

· Use a strong and unique password for your account.
· Keep your profile information up-to-date and accurate.
· Be cautious when sharing personal information or connecting with strangers.
· Use the platform's built-in features to block or report suspicious or inappropriate behavior.
· Respect other users' privacy and boundaries.

Conclusion

Congratulations! You have successfully created an account and set up your profile. You are now ready to explore the world of [Platform/Service] and start connecting with others. Remember to keep your account information secure, be respectful of others, and have fun exploring the platform. In the next chapter, we will dive deeper into the features and functionality of [Platform/Service].

Chapter 3: Navigating the TradingView.com

Interface

As a trader or investor, it's essential to understand the TradingView.com interface to get the most out of this powerful platform. In this chapter, we'll take a comprehensive tour of the TradingView.com interface and its various components. By the end of this chapter, you'll be well-versed in navigating the platform and ready to start exploring its features.

Section 1: The TradingView.com

Dashboard

The TradingView.com dashboard is the main hub of the platform, providing an overview of your account, market data, and other essential features. Let's break down the key components of the dashboard:
1. Header Bar: The header bar at the top of the screen displays your username, account balance, and other account information.
2. Navigation Menu: The navigation menu allows you to access various sections of the platform, including your watchlists, charts, and settings.
3. Market Data: The market data section provides real-time quotes for various assets, including stocks, forex, and cryptocurrencies.
4. Alerts: The alerts section allows you to set custom alerts for specific market conditions, such as price movements or news events.
5. Watchlists: The watchlists section enables you to create and manage custom lists of symbols, making it easy to track your favorite assets.

Section 2: Charting and Analysis

TradingView.com is renowned for its powerful charting capabilities, allowing you to create custom charts with various indicators, studies, and drawing tools. Let's explore the key features of the charting interface:
1. Chart Types: TradingView.com offers a range of chart types, including line charts, candlestick charts, and Renko charts.
2. Indicators: The platform comes with a vast library of built-in indicators, including moving averages, RSI, and Bollinger Bands.
3. Drawing Tools: The drawing tools allow you to annotate your charts with lines, shapes, and text.
4. Studies: Studies are custom indicators created by the TradingView.com community, offering a wide range of trading strategies and techniques.
5. PineScript: PineScript is a programming language used to create custom indicators and strategies.

Section 3: Community and Social Trading

TradingView.com is more than just a trading platform – it's a community-driven platform where traders and investors share ideas, strategies, and insights. Let's explore the community features:
1. PineCoders: PineCoders is a community of developers who create custom indicators and strategies using PineScript.
2. TradingView.com Blog: The TradingView.com blog features articles, analysis, and insights from experienced traders and investors.
3. TradingView.com Forum: The forum is a hub for discussion, debate, and learning, where traders and investors share their experiences and ask questions.
4. Watchlists: Watchlists allow you to share your favorite symbols with others, making it easy to collaborate and learn from each other.
5. PineScript Challenges: PineScript challenges are community-driven initiatives where developers create custom indicators and strategies, and the community votes on the best submissions.

Section 4: Customization and Settings

As you become more comfortable with the TradingView.com interface, you'll want to customize your experience to suit your needs. Let's explore the customization options:
1. Theme: TradingView.com offers a range of themes, allowing you to personalize the look and feel of the platform.
2. Layout: The layout options enable you to customize the arrangement of the platform's components, such as the chart, indicators, and alerts.
3. Notifications: The notification settings allow you to customize the types of notifications you receive, including market data updates and alert notifications.
4. Security: The security settings enable you to set up two-factor authentication, password recovery, and other security measures to protect your account.

Conclusion

Navigating the TradingView.com interface is an essential step in unlocking the full potential of this powerful platform. By understanding the various components of the dashboard, charting and analysis tools, community features, and customization options, you'll be well-equipped to start exploring the platform and developing your trading skills. In the next chapter, we'll dive deeper into the world of PineScript, exploring the programming language and its applications in trading and investing.

Chapter 4: Understanding Charts and Time Frames

In this chapter, we will delve into the world of charts and time frames, a fundamental concept in technical analysis. We will explore the different types of charts, time frames, and how to use them effectively on TradingView.com. By the end of this chapter, you will have a solid understanding of how to use charts and time frames to analyze and trade the markets.

What are Charts and Time Frames?

Charts and time frames are the foundation of technical analysis. A chart is a graphical representation of a security's price action over a specific period. Time frames, on the other hand, refer to the duration of the data displayed on the chart. In other words, time frames determine how much data is displayed on the chart and how often the data is updated.

Types of Charts

There are several types of charts, each with its own strengths and weaknesses. The most common types of charts are:
1. Line Chart: A line chart connects the closing prices of a security over a specific period, creating a continuous line. This chart is useful for identifying trends and patterns.
2. Candlestick Chart: A candlestick chart displays the high, low, open, and close prices of a security over a specific period. Each candle represents a specific time period, and the color of the candle indicates whether the price closed higher or lower than the previous day's close.
3. Bar Chart: A bar chart is similar to a candlestick chart but does not display the open and close prices. Instead, it shows the high and low prices, as well as the open and close prices.
4. Renko Chart: A Renko chart is a type of chart that uses a unique algorithm to create a chart that is not based on time. Instead, it uses price movements to create a chart that is more focused on the price action.

Time Frames

Time frames determine the duration of the data displayed on the chart. Common time frames include:
1. 1-minute: A 1-minute chart displays the price action over a 1-minute period.
2. 5-minute: A 5-minute chart displays the price action over a 5-minute period.
3. 15-minute A 15-minute chart displays the price action over a 15-minute period.
4. 30-minute: A 30-minute chart displays the price action over a 30-minute period.
5. 1-hour: A 1-hour chart displays the price action over a 1-hour period.
6. 4-hour: A 4-hour chart displays the price action over a 4-hour period.
7. Daily: A daily chart displays the price action over a 1-day period.
8. Weekly: A weekly chart displays the price action over a 1-week period.
9. Monthly: A monthly chart displays the price action over a 1-month period.

Using Charts and Time Frames on TradingView.com

TradingView.com is a popular platform for charting and analyzing financial markets. Here's how to use charts and time frames on TradingView.com:
1. Creating a Chart: To create a chart on TradingView.com, go to the "Charts" tab and select the security you want to chart. Choose the chart type and time frame you want to use.
2. Customizing the Chart: Once you have created a chart, you can customize it by adding indicators, drawing tools, and other features.
3. Switching Time Frames: To switch time frames on TradingView.com, click on the "Time Frame" dropdown menu and select the desired time frame.
4. Zooming In and Out: To zoom in and out of a chart on TradingView.com, use the mouse wheel or the "Zoom" button.

Conclusion

In this chapter, we have covered the basics of charts and time frames, including the different types of charts and time frames. We have also explored how to use charts and time frames on TradingView.com. By mastering charts and time frames, you will be able to analyze and trade the markets more effectively. In the next chapter, we will explore the importance of indicators and how to use them to make informed trading decisions.

Chapter 5: Technical Indicators and Studies

In this chapter, we will delve into the world of technical indicators and studies available on TradingView.com. As a trader, it is essential to understand the various indicators and studies that can be used to analyze and predict market movements. This chapter will provide an overview of the different types of technical indicators and studies available on TradingView.com, their uses, and how to apply them in your trading strategy.

What are Technical Indicators and Studies?

Technical indicators and studies are mathematical calculations based on historical price data that help traders identify trends, patterns, and potential trading opportunities. These indicators and studies can be used to analyze and predict market movements, making it easier to make informed trading decisions.

Types of Technical Indicators and Studies

There are numerous types of technical indicators and studies available on TradingView.com, including:
1. Trend Indicators: These indicators help identify trends and potential trading opportunities. Examples include the Moving Average, Relative Strength Index (RSI), and Bollinger Bands.
2. Momentum Indicators: These indicators measure the rate of change of an asset's price over a given period. Examples include the RSI, Stochastic Oscillator, and Momentum Indicator.
3. Volatility Indicators: These indicators measure the degree of price movement or volatility. Examples include the Average True Range (ATR) and Bollinger Bands.
4. Pattern Recognition Indicators: These indicators help identify specific chart patterns, such as head and shoulders or triangles. Examples include the Ichimoku Cloud and the Keltner Channel.
5. Statistical Indicators: These indicators use statistical methods to analyze market data. Examples include the Exponential Moving Average (EMA) and the Simple Moving Average (SMA).

Popular Technical Indicators and Studies on TradingView.com

Some of the most popular technical indicators and studies available on TradingView.com include:
1. Moving Average: A simple moving average calculates the average price of an asset over a given period.
2. Relative Strength Index (RSI): The RSI measures the magnitude of recent price changes to determine overbought or oversold conditions.
3. Bollinger Bands: Bollinger Bands consist of a moving average and two standard deviations plotted above and below the average.
4. Stochastic Oscillator: The stochastic oscillator compares the closing price of an asset to its price range over a given period.
5. Ichimoku Cloud: The Ichimoku Cloud is a comprehensive technical analysis system that inclues multiple indicators, including the Tenkan-sen, Kijun-sen, and Senkou Span.
6. Keltner Channel: The Keltner Channel is a volatility-based indicator that plots two lines above and below a moving average.
7. Average True Range (ATR): The ATR measures the average true range of an asset over a given period.
8. Exponential Moving Average (EMA): The EMA is a type of moving average that gives more weight to recent price data.
9. Simple Moving Average (SMA): The SMA is a type of moving average that calculates the average price of an asset over a given period.
10. Stochastic Momentum Index (SMI): The SMI is a momentum indicator that measures the rate of change of an aset's price over a given period.

How to Use Technical Indicators and Studies

To get the most out of technical indicators and studies, it is essential to understand how to use them effectively. Here are some tips:
1. Combine Indicators: Combining multiple indicators can help confirm trading signals and reduce false positives.
2. Use Multiple Time Frames: Analyzing multiple time frames can help identify trends and patterns that may not be visible on a single time frame.
3. Adjust Parameters: Adjusting the parameters of an indicator can help tailor it to your specific trading strategy.
4. Use Indicators in Conjunction with Fundamental Analysis: Combining technical indicators with fundamental analysis can help provide a more comprehensive view of the market.
5. Backtest Indicators: Backtesting indicators can help evaluate their performance and identify potential biases.

Conclusion

Technical indicators and studies are powerful tools that can help traders analyze and predict market movements. By understanding the different types of indicators and studies available on TradingView.com, traders can develop a comprehensive trading strategy that incorporates multiple indicators and studies. Remember to combine indicators, use multiple time frames, adjust parameters, and backtest indicators to get the most out of technical indicators and studies.

Chapter 6: Creating and Customizing Charts

As a trader, having the right tools and information is crucial for making informed decisions. Charts are an essential component of any trading strategy, providing valuable insights into market trends and patterns. In this chapter, we will explore the process of creating and customizing charts on TradingView.com, a popular platform for traders and analysts.

Creating a Chart on TradingView.com

Creating a chart on TradingView.com is a straightforward process that can be completed in a few steps.
1. Log in to Your TradingView.com Account: Start by logging in to your TradingView.com account. If you don't have an account, you can create one by signing up on the TradingView.com website.
2. Select the Symbol: Once logged in, navigate to the "Symbols" tab and select the symbol you want to chart. You can search for symbols by typing in the symbol name or by using the "Search" function.
3. Create a New Chart: Click on the "Create a New Chart" button to create a new chart. You can also create a new chart by clicking on the "New Chart" button in the top-right corner of the TradingView.com window.
4. Select the Chart Type: Choose the type of chart you want to create. TradingView.com offers a variety of chart types, including line charts, candlestick charts, and more.
5. Customize the Chart Settings: Customize the chart settings to suit your needs. You can adjust the chart size, grid lines, and other settings to create a chart that meets your requirements.

Customizing Charts on TradingView.com

Customizing charts on TradingView.com is an essential step in creating a chart that meets your specific needs. Here are some tips for customizing your charts:
1. Add Indicators: Add indicators to your chart to gain insights into market trends and patterns. TradingView.com offers a wide range of indicators, including moving averages, RSI, and more.
2. Add Drawings: Add drawings to your chart to highlight specific patterns or trends. You can add lines, shapes, and other drawings to your chart to create a visual representation of your analysis.
3. Add Alerts: Set up alerts on your chart to notify you of specific market events or price movements. You can set up alerts based on price movements, volume, and other market indicators.
4. Customize the Chart Grid: Customize the chart grid to suit your needs. You can adjust the grid lines, grid spacing, and other settings to create a chart that meets your requirements.
5. Save and Share Your Chart: Save and share your chart with others. You can save your chart as a template or share it with other traders and analysts.

Advanced Chart Customization

In addition to the basic customization options, TradingView.com offers advanced customization options that allow you to create complex charts and indicators. Here are some tips for advanced chart customization:
1. Create Custom Indicators: Create custom indicators using the TradingView.com PineScript programming language. You can create custom indicators that meet your specific needs.
2. Use Custom Drawings: Use custom drawings to create complex patterns and shapes on your chart. You can create custom drawings using the TradingView.com drawing tools.
3. Customize the Chart Layout: Customize the chart layout to suit your needs. You can adjust the chart size, grid lines, and other settings to create a chart that meets your requirements.
4. Use Advanced Chart Settings: Use advanced chart settings to customize your chart further. You can adjust the chart settings to suit your specific needs.

Conclusion

Creating and customizing charts on TradingView.com is a powerful way to gain insights into market trends and patterns. By following the steps outlined in this chapter, you can create complex charts and indicators that meet your specific needs. Whether you're a seasoned trader or a beginner, TradingView.com offers a range of tools and features that can help you create charts that meet your specific needs.
Chapter 7:

Introduction to Trading Strategies

As a trader, having a solid understanding of various trading strategies is crucial for making informed decisions and maximizing profits. In this chapter, we will explore popular trading strategies, their underlying principles, and how to implement them on TradingView.com. By the end of this chapter, you will have a comprehensive understanding of various trading strategies and how to apply them using TradingView.com's powerful platform.

Introduction to Trading Strategies

Trading strategies are pre-defined rules or methods used to make trading decisions. These strategies are designed to help traders navigate the markets, identify profitable opportunities, and minimize losses. Trading strategies can be categorized into several types, including:
· Trend following strategies: These strategies aim to identify and ride the trend, whether it's an uptrend or a downtrend.
· Range trading strategies: These strategies focus on identifying and trading within a specific price range.
· Mean reversion strategies: These strategies rely on the idea that prices will revert to their historical means.
· Statistical arbitrage strategies: These strategies involve identifying mispricings in the market and exploiting them.

Popular Trading Strategies

2.1 Trend Following Strategies
Trend following strategies are designed to identify and ride the trend. These strategies involve identifying the direction of the market and trading in that direction. Some popular trend following strategies include:
· Moving Average Crossover (MAC): This strategy involves identifying the crossover of two moving averages to determine the direction of the trend.
· Relative Strength Index (RSI): This strategy involves identifying overbought or oversold conditions using the RSI indicator.
· Bollinger Bands: This strategy involves identifying breakouts above or below the bands to determine the direction of the trend.
2.2 Range Trading Strategies
Range trading strategies focus on identifying and trading within a specific price range. These strategies involve identifying support and resistance levels and trading within the range. Some popular range trading strategies include:
· Support and Resistance Trading: This strategy involves identifying key support and resistance levels and trading within the range.
· Channel Trading: This strategy involves identifying and trading within a specific price channel.
2.3 Mean Reversion Strategies
Mean reversion strategies rely on the idea that prices will revert to their historical means. These strategies involve identifying overbought or oversold conditions and trading in the opposite direction. Some popular mean reversion strategies include:
· Mean Reversion Trading: This strategy involves identifying overbought or oversold conditions and trading in the opposite direction.
· Statistical Arbitrage: This strategy involves identifying mispricings in the market and exploiting them.
2.4 Statistical Arbitrage Strategies
Statistical arbitrage strategies involve identifying mispricings in the market and exploiting them. These strategies involve analyzing historical data and identifying statistical anomalies. Some popular statistical arbitrage strategies include:
· Statistical Arbitrage: This strategy involves identifying mispricings in the market and exploiting them.
· Event-Driven Trading: This strategy involves identifying and trading on specific events, such as earnings announcements or mergers and acquisitions.

3.

Implementing Trading Strategies on TradingView.com

TradingView.com is a powerful platform that allows traders to implement and backtest various trading strategies. Here are some steps to follow when implementing trading strategies on TradingView.com:
1. Create a new chart: Open a new chart on TradingView.com and select the asset you want to trade.
2. Add indicators: Add the indicators you want to use for your trading strategy. For example, you may want to add a moving average crossover indicator.
3. Set parameters: Set the parameters for your indicators. For example, you may want to set the period for your moving average crossover indicator.
4. Backtest the strategy: Backtest your strategy by running a backtest on TradingView.com. This will allow you to evaluate the performance of your strategy.
5. Refine the strategy: Refine your strategy by adjusting the parameters and testing different scenarios.

Conclusion

In this chapter, we have explored popular trading strategies and how to implement them on TradingView.com. By understanding various trading strategies and how to apply them using TradingView.com, you can make informed trading decisions and maximize your profits. Remember to always backtest and refine your strategies to ensure optimal performance. In the next chapter, we will explore advanced trading strategies and how to use them to improve your trading performance.

Chapter 8:

Backtesting and Evaluating Trading Ideas

As a trader, it's essential to test and refine your trading ideas before implementing them in live markets. Backtesting and evaluating your trading ideas can help you identify potential flaws, optimize your strategy, and increase your chances of success. In this chapter, we'll explore the process of backtesting and evaluating trading ideas using TradingView.com, a popular platform for charting and backtesting trading strategies.

What is Backtesting?

Backtesting is the process of applying a trading strategy to historical market data to evaluate its performance. It allows you to test your trading idea on past data to see how it would have performed in real-time. By backtesting your strategy, you can:
1. Identify potential flaws in your strategy
2. Optimize your strategy for better performance
3. Refine your strategy to improve its accuracy
4. Evaluate the strategy's risk-reward ratio

Why Backtest?

Backtesting is crucial for several reasons:
1. Risk management: Backtesting helps you identify potential risks associated with your trading strategy.
2. Strategy optimization: Backtesting allows you to refine your strategy to improve its performance.
3. Performance evaluation: Backtesting enables you to evaluate the performance of your strategy and make data-driven decisions.
4. Confidence booster: Backtesting gives you confidence in your strategy, reducing the risk of emotional trading decisions.

How to Backtest on TradingView.com

TradingView.com offers a range of tools and features for backtesting trading ideas. Here's a step-by-step guide to get you started:
1. Create a new chart: Open TradingView.com and create a new chart for the asset you want to backtest.
2. Select the data range: Choose the time period for which you want to backtest your strategy. You can select a specific date range or use the default settings.
3. Add the strategy: Click on the "Indicators" tab and add the strategy you want to backtest. You can use built-in indicators or create your own custom indicators.
4. Set the parameters: Configure the strategy's parameters, such as the number of bars to look back, the number of trades to take, and the stop-loss levels.
5. Run the backtest: Click the "Run" button to start the backtest. TradingView.com will apply your strategy to the selected data range and provide performance metrics.
6. Analyze the results: Review the backtest results, including the strategy's profit/loss, drawdown, and other performance metrics.

Evaluating Trading Ideas

Evaluating your trading idea is a crucial step in the backtesting process. Here are some key metrics to consider:
1. Profit/Loss: Calculate the total profit or loss generated by your strategy.
2. Drawdown: Measure the maximum loss experienced by your strategy.
3. Sharpe Ratio: Calculate the Sharpe Ratio to evaluate the strategy's risk-adjusted performance.
4. Sortino Ratio: Use the Sortino Ratio to evaluate the strategy's risk-adjusted performance, focusing on the maximum drawdown.
5. Information Coefficient: Calculate the Information Coefficient to evaluate the strategy's ability to generate profits.

Best Practices for Backtesting

To get the most out of backtesting, follow these best practices:
1. Use a robust data set: Ensure your data is accurate and free from errors.
2. Test multiple scenarios: Test your strategy on different time frames, assets, and market conditions.
3. Monitor performance metrics: Keep track of your strategy's performance metrics and adjust as needed.
4. Refine your strategy: Continuously refine your strategy to improve its performance.
5. Avoid overfitting: Be cautious of overfitting, where your strategy performs well on the training data but poorly on new data.

Conclusion

Backtesting and evaluating trading ideas is a crucial step in the trading process. By using TradingView.com and following best practices, you can refine your trading strategy, optimize its performance, and increase your chances of success. Remember to evaluate your strategy's performance using relevant metrics and refine it continuously to improve its performance. With practice and patience, you'll develop a robust trading strategy that can withstand the challenges of the markets.

Microprocessor, also known as CPU (Central Processing Unit), is an electronic component that plays a central role in the circuit, acting as the "brain" of the system. It is made up of billions of tiny transistors integrated on a single microchip, capable of performing mathematical and logical calculations and processing information quickly and accurately.
Main functions of the microprocessor:
• Execute instructions: The microprocessor receives instructions from the program, decodes and executes them sequentially.
• Data processing: The microprocessor performs mathematical and logical operations on data, transforming information according to the program's requirements.
• System management: The microprocessor coordinates the operation of other components in the circuit, ensuring that the system operates stably and efficiently.
Microprocessor Classification by Function

1. General-purpose processors (GPP) are designed to perform a wide variety of tasks.

Central Processing Unit (CPU):
• Function: The "brain" of the computer, responsible for performing mathematical and logical calculations, processing data, and controlling the overall operation of the system.
• Characteristics:
o Multitasking capability: CPUs can perform multiple tasks at the same time, meeting the increasing usage demands of users.
o Compatibility: CPUs are supported by a wide range of operating systems and software, making it easy for users to choose and use.
o High performance: Modern CPUs have very fast processing speeds, meeting the demands of processing intensive tasks such as gaming, video editing, programming, etc.
o Applications: Personal computers, servers, workstations, etc.
o Popular CPU names:
 Intel: Core i9, Core i7, Core i5, Core i3, Pentium Gold, Celeron
 AMD: Ryzen 9, Ryzen 7, Ryzen 5, Ryzen 3, Athlon

1. Application-specific processors (ASPs) are designed to perform a specific task.

Microcontroller (MCU):
• Function: A simple, low-cost microprocessor used in embedded devices such as washing machines, refrigerators, microwaves, etc. MCUs have the ability to perform basic control and data processing tasks.
• Characteristics:
o Low cost: MCUs are cheaper than other types of microprocessors, making them suitable for low-cost applications.
o Power efficiency: MCUs consume less power, making them suitable for mobile and embedded devices.
o Easy to use: MCUs are easier to use and program than other types of microprocessors.
• Applications: Washing machines, refrigerators, microwaves, air conditioners, electronic toys, etc.
• Popular MCU names:
o Microchip: PIC16F88, PIC18F452, PIC24FJ64GB204,..
o STMicroelectronics: STM32F103C8T6, STM32F407VG, STM32L476RG,…
Graphics Processing Unit (GPU)
Function: Specialized in processing complex graphics tasks such as gaming, video editing, 3D graphics design, etc.
Characteristics:
• Powerful graphics performance: GPUs can handle millions of mathematical calculations per second, meeting the high graphics demands of modern applications.
• Video decoding capabilities: GPUs can decode high-quality video, providing a smooth video experience.
• Artificial intelligence support: GPUs are used in artificial intelligence applications such as machine learning, natural language processing, etc.
Applications: Gaming computers, graphics computers, render servers, cryptocurrency mining devices, etc.
Popular GPU names:
• NVIDIA: GeForce RTX 3090, GeForce RTX 3080, GeForce RTX 3070,…
• AMD: Radeon RX 6950 XT, Radeon RX 6900 XT, Radeon RX 6800 XT,…
Digital Signal Processor (DSP)
Function: Specialized in processing audio, video, and other digital signals. DSPs can perform mathematical and logical operations on digital signals quickly and efficiently.
Characteristics:
• Efficient digital signal processing: DSPs are designed to process digital signals with high accuracy and speed.
• Power efficiency: DSPs consume less power than other types of microprocessors, making them suitable for mobile and embedded applications.
• Programmability: DSPs can be programmed to perform various signal processing functions, meeting the diverse needs of users.
Applications: Mobile phones, televisions, digital cameras, medical devices, etc.
Popular DSP names:
• Analog Devices: SHARC ADSP-21489, Blackfin BF561, TigerSHARC ADSP-TS201S,…
• Texas Instruments: C6727, C6713, C6457,…
Network Processing Unit (NPU)
Function: Specialized in processing network tasks such as data transmission, routing, encryption, decryption, etc. NPUs can handle large amounts of network data quickly and efficiently.
Characteristics:
• High processing speed: NPUs can process millions of packets per second, meeting the ever-increasing data transmission demands.
• High energy efficiency: NPUs are designed to optimize power efficiency, helping to minimize operating costs.
• Programmability: NPUs can be programmed to perform various network functions, meeting the diverse needs of users.
Applications: Network devices such as routers, switches, network storage devices, etc.
Popular NPU names:
• Qualcomm: Snapdragon Hexagon 80 DSP, Snapdragon Hexagon 900 DSP,..
• Apple: Neural Engine (A11 Bionic chip and later)
Security Processing Unit (SPU)
Function: Specialized in processing security tasks such as encryption, decryption, authentication, etc. SPUs can perform complex security algorithms quickly and securely.
Characteristics:
• High level of security: SPUs are designed with advanced security features to protect data and systems from cyber threats.
• Powerful performance: SPUs can handle complex security algorithms quickly, meeting the ever-increasing security demands.
• Scalability: SPUs can be scaled to meet the growing security needs of the system.
Applications: Mobile devices, personal computers, servers, Internet of Things (IoT) devices, etc.
Popular SPU names:
• ARM: TrustZone
• NXP: Secure Element
Machine Learning Accelerator (MLU)
Function: Specialized in processing machine learning tasks such as classification, recognition, prediction, etc. MLUs can perform complex mathematical calculations related to machine learning quickly and efficiently.
Characteristics:
• High performance: MLUs can handle complex machine learning algorithms quickly, accelerating machine learning model training and deployment.
• Scalability: MLUs can be scaled to meet the growing machine learning demands of the system.
• Power efficiency: MLUs are designed to optimize power efficiency, helping to minimize operating costs.
Applications: Facial recognition systems, self-driving cars, robots, medical applications, etc.
Popular MLU names:
• Intel: Nervana Neural Network Accelerator
• AMD: MI25 Accelerator
IDEs and Programming Languages for Microprocessors
Choosing the right IDE and programming language for a microprocessor depends on several factors, including the type of microprocessor, the intended use, and the programmer's personal preferences. Here are some suggestions:
Microprocessor Type:
Intel:
• IDE: Visual Studio, Eclipse, Intel Microchip Studio
• Programming languages: C, C++, Assembly
NXP:
• IDE: CodeWarrior, Eclipse, Keil MDK
• Programming languages: C, C++
ARM:
• IDE: Visual Studio Code, Eclipse, Keil MDK, Arm Development Studio
• Programming languages: C, C++, Assembly
Arduino:
• IDE: Arduino IDE
• Programming language: C++ (Arduino)
Popular IDEs and Programming Languages for Microprocessors:
Visual Studio: A powerful IDE that supports multiple programming languages, including C, C++, and C#. Visual Studio is a popular choice for Windows and .NET application development.
Eclipse: A free and open-source IDE that supports multiple programming languages, including Java, C, and C++. Eclipse is a popular choice for Java and Android application development.
Arduino IDE: A free and easy-to-use IDE for Arduino programming. Arduino IDE supports the C++ (Arduino) programming language.
Keil MDK: A powerful IDE for ARM microcontroller programming. Keil MDK supports the C and Assembly programming languages.
Compilers for Microprocessors
Compilers translate programming code into a format that can be understood by a microprocessor. The specific compiler you need will depend on the type of microprocessor you are using. Here are some of the most popular compilers for different microprocessor architectures:
Intel:
• Intel C++ Compiler (ICC): This is a powerful and highly optimized C++ compiler for Intel CPUs. ICC supports many modern features such as C++20, AVX-512, and more.
• Intel Fortran Compiler (IFORT): IFORT is an efficient Fortran compiler for Intel CPUs. It supports many modern Fortran features, including Fortran 2018, OpenMP, and more.
• Intel Assembly Language (NASM): NASM is an assembly language compiler for Intel CPUs. It supports many different Intel architectures, from x86 to x86-64.
ARM:
• GNU Arm Compiler Collection (GCC): GCC is a popular free and open-source C/C++ compiler for ARM CPUs. It supports many modern C/C++ features and many different ARM architectures.
• Arm C Compiler and Integrated Development Environment (Arm IAR): Arm IAR is an integrated development environment (IDE) that provides a powerful C/C++ compiler for ARM CPUs. It supports many advanced features such as static analysis, debugging, and optimization.
• ARM Assembly Language (ARM Assembly): ARM Assembly is the assembly language for ARM CPUs. It supports many different ARM architectures and can be used to write highly efficient code.
Arduino:
• Arduino IDE: The Arduino IDE is a free and open-source integrated development environment (IDE) for Arduino. It includes a C/C++ compiler that is optimized for Arduino boards.
• PlatformIO: PlatformIO is an extension for the Visual Studio Code IDE that provides powerful support for Arduino development. It includes a C/C++ compiler and many other advanced features.
In addition, there are many other compiler tools for different microprocessors, such as:
• Microchip XC8: A C compiler for Microchip's PIC microcontrollers.
• Texas Instruments Code Composer Studio (CCS): An IDE that provides a C/C++ compiler for Texas Instruments' MSP430 and TMS320 microcontrollers.
• Renesas RX Compiler: A C++ compiler for Renesas' RX microcontrollers.
Choosing the Right Compiler:
The choice of the right compiler depends on many factors, including the microprocessor architecture, operating system, features needed, and your personal preferences. Some factors to consider when choosing a compiler include:
• Microprocessor architecture support: Make sure the compiler supports the microprocessor architecture you are using.
• Features: Identify the features you need, such as C/C++ support, performance optimization, debugging, etc.
• Operating system: Choose a compiler that is compatible with the operating system you are using.
• Ease of use: Choose a compiler that has an easy-to-use user interface and comprehensive documentation.
• Community: Consult the programming community for recommendations on suitable compilers.
Notes:
• Some compilers are free and open-source, while others may be paid.
• Some compilers come with an IDE, while others can be used as command-line tools.
• Please refer to the compiler's documentation for detailed usage instructions.
Methods for Programming Microprocessors
To program a microprocessor, you need to use the appropriate tool for that type of CPU. Here are some examples:
Intel CPUs:
• Programmers:
o JTAG: Commonly used for Atmel and Microchip chips.
o ISP: Commonly used for PIC chips.
o In-System Programming (ISP): Some Intel chips support programming directly through the JTAG or SWD port.
• USB Cables:
o USB JTAG Cable: Connects the JTAG programmer to the computer.
o USB ISP Cable: Connects the ISP programmer to the computer.
• Programming Software:
o Intel Flash Programming Tool (IFPT): Used for Intel FPGA and SoC chips.
o Intel Platform Flash Tool (IntelPFT): Used for Intel Atom and Celeron chips.
o Flash Programmer: Supports a variety of Intel chips.
ARM CPUs:
• Programmers:
o JTAG: The most common type for ARM chips.
o SWD: A newer and more efficient programming protocol than JTAG.
o Bootloader: Some ARM chips can be programmed through a bootloader.
• USB Cables:
o USB JTAG Cable: Connects the JTAG programmer to the computer.
o USB SWD Cable: Connects the SWD programmer to the computer.
• Programming Software:
o OpenOCD: Supports a variety of ARM chips.
o STMicroelectronics ST-Link: Used for STM32 chips.
o NXP LPCFlashProgrammer: Used for NXP LPC chips.
Arduino CPUs:
• USB Cable: Arduinos are programmed directly through a USB cable.
• Programming Software:
o Arduino IDE: The integrated development environment (IDE) for Arduino, which includes a built-in programmer.
Other CPUs:
In addition to the types of CPUs listed above, there are many other types of CPUs with their own programming tools. You will need to refer to the CPU manufacturer's documentation for more information.
Programming Software for Microprocessors
There are many different software programs used to program microprocessors, depending on the type of microprocessor and operating system you are using. Here are a few popular examples:
For Intel Microprocessors:
• Intel Flash Programming Tool (IFPT):This is Intel's official tool for programming firmware and flash memory on Intel microprocessors. IFPT is available for Windows, Linux, and macOS.
• Intel HEX Flash Utility:This is a simpler tool for flashing HEX files to Intel microprocessors. HEX Flash Utility is available for Windows.
For NXP (Nexperia) Microprocessors:
• NXP LPCFlashProgrammer: This is NXP's official tool for programming firmware and flash memory on NXP microprocessors. LPCFlashProgrammer is available for Windows, Linux, and macOS.
• OpenOCD:This is an open-source debugger and programmer that supports a variety of microprocessors, including NXP microprocessors. OpenOCD is available for Windows, Linux, and macOS.
For ARM Microprocessors:
• ARM Development Toolchain:ARM provides a free development toolchain that includes a programmer for ARM microprocessors. The ARM Development Toolchain is available for Windows, Linux, and macOS.
• OpenOCD: OpenOCD also supports a variety of ARM microprocessors.
For Arduino:
• Arduino IDE:The Arduino IDE includes a built-in programmer for flashing Arduino boards. The Arduino IDE is available for Windows, Linux, and macOS.
• Avrdude:Avrdude is a command-line tool for flashing AVR microcontrollers, including many of the microcontrollers used on Arduino boards. avrdude is available for Windows, Linux, and macOS.
There are many other programming software options available, depending on your specific needs. You can find more information about programming software on the microprocessor manufacturer's website or by searching online.
Note: Before programming a microprocessor, you must make sure that you have selected the correct software and have the appropriate configuration settings. Using the wrong software or settings can damage your microprocessor.
The microprocessor industry is a dynamic and ever-evolving industry that plays a critical role in the development of modern technology. With continuous advancements, microprocessors will continue to drive innovation in a wide range of fields, from computers and smartphones to automobiles and medical devices. Key trends for the future include:
• Miniaturization: The size of transistors on microprocessors is constantly shrinking, allowing for more transistors to be placed on a chip and improving performance.
• Increased Cores: Many modern microprocessors have multiple processing cores, enabling them to handle multiple tasks simultaneously and improve multitasking performance.
• Specialization: Different types of microprocessors are being designed for specific applications, such as graphics processing units (GPUs) for gaming and video editing, network processing units (NPUs) for networking devices, machine learning processors (MLUs) for artificial intelligence, and 3D processors for graphics rendering.
• 3D Processors: 3D processors will stack multiple layers of transistors on top of each other to increase the number of transistors on a chip and improve performance.
• Quantum Computing Systems: Quantum computers use the principles of quantum mechanics to perform calculations, with the potential to offer far superior performance than traditional computers.
• System-on-Chip (SoC): SoCs integrate various components such as CPUs, GPUs, memory, and peripheral controllers onto a single chip, reducing the size, cost, and power consumption of electronic devices.
• Artificial Intelligence (AI): AI will play a more significant role in designing and optimizing microprocessors, leading to improved performance and energy efficiency.
• New Material-Based Processors: New materials such as graphene and silicon photonics could be used to create faster and more energy-efficient microprocessors.
Many Sources

This is a paper I wrote for my genre class. Thought you guys might appreciate it.
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A Soulja Boy interpolation and unabashed, blaring computerized synths drives That Kid’s track “Kiss Me Thru the Phone” where he relies on the nostalgic interpolation singing, “I just wanna kiss you / But I can't right now / So baby kiss me thru the phone.” Lyrics likes these and glitchy, distorted vocals and beats provide a unique listening experience that asks little of the listener in terms of content and expression while asking for contemplation and reflection regarding form. Hyperpop has become a community-based genre, and a space, for independent queer artists to express themselves and develop culture from the sidelines. The genre is attractive because of the tension between its queerly-nostalgic, kitsch lyrical content and avant-garde musical production.
​
What is Hyperpop?
The microgenre has been covered by The New York Times and The Atlantic with the latter’s article title reading, “Noisy, Ugly, and Addictive.” Hyperpop as a genre began as a Spotify playlist whose relatively small following of about 450,000 currently that, according to The New York Times, followers add to their library at a rate rivaling that of some of the biggest playlists on the platform like “RapCaviar.” WXPN, a non-commercial, member-supported radio service of the University of Pennsylvania, describes hyperpop as “…a genre that takes modern mainstream pop concepts, crushes them up, spits them out, ingests them again, and spits them out again. Perhaps that’s an exaggeration. But not an egregious one.” Maximalist and exaggerative, hyperpop takes the conventions of the pop genre and pushes them to its extreme. Resulting in “surrealist lyrics, overblown bass and high pitch vocals” and “Glitches, metallic sound synths and distorted vocals” (Lucas De Lellis da Silva). Hyperpop is a genre that defies the genre label in its transformation of other genres such as hip-hop, trap, rock, and punk. Its punk influence can also be seen with “its alignment with queerness, anti-capitalist and environmentalist beliefs raises questions on our current notions of technology and issues of representation.”
​
The Paradox
Hyperpop music production is where it is most avant-garde. The genre imitates pop music and exaggerates it, pop music being an imitation in itself. In his essay, “Avant-Garde and Kitsch,” Clement Greenberg on the avant-garde says, “[According to] Aristotle, all art and literature are imitation, then what we have here is the imitation of imitating.” Greenberg describes Picasso paintings as avant-garde, where the reflection of the painting, the interpretation and deliberation on part of the audience, “are not immediately or externally present in Picasso's painting but must be projected into it by the spectator sensitive enough to react sufficiently to plastic qualities.” On the other hand, Greenberg (misattributing a painting to Repin) describes Repin as a kitsch artist. Greenberg says “the “reflected” effect having already been included in the picture, ready for the spectator's unreflective enjoyment.” Greenberg summarizes this point when he says, “If the avant-garde imitates the processes of art, kitsch, we now see, imitates its effects.” Both avant-garde and kitsch can be seen in hyperpop where the production is avant-garde, glitchy, distorted and experimental and the lyrics are kitsch, overt, and cliché.
There are class biases regarding high art (e.g. avant-garde) and low art (e.g. kitsch). On the material importance of class and aesthetics, Greenberg claims that

“No culture can develop without a social basis, without a source of stable income. And in the case of the avant-garde, this was provided by an elite among the ruling class of that society from which it assumed itself to be cut off, but to which it has always remained attached by an umbilical cord of gold. The paradox is real. And now this elite is rapidly shrinking” (8).

To Greenberg, and within the context of the time that his essay was published in 1961, the avant-garde belonged to the ruling class because they provided capital that allowed artists to survive and create the art that aligned with the taste of that class. However, because of the ubiquity in technology and specifically the accessibility of Digital Audio Workstations, hyperpop artists defy Greenberg’s expectations by being created and conceptualized by the working class, “a democratized option in the music industry” as Gazelle puts it.
On the effect the ruling class’s funding has on the artist, Greenberg says, “precisely because his content was determined in advance, the artist was free to concentrate on his medium. He needed not to be philosopher, or visionary, but simply artificer” (16). Being an artificer allowed artists to focus on their medium and its form. Because hyperpop music is not determined in advance by the ruling class, hyperpop artists instead must focus on form and content which has resulted in avant-garde production and a reliance on kitsch imagery in their lyrics.
Perhaps the most avant-garde, the acclaimed hyperpop song “ringtone remix [feat. Charli XCX, Rico Nasty, Kero Kero Bonito]” by 100 gecs demonstrates the paradox of being avant-garde and kitsch. The song displays a catchy hook with distorted sound effects and pitched up vocals, a rap passage over a rock instrumentation, an interlude asking Charli XCX to sing the hook again, and finally an outro that features whispers and a sparse electronic drums. The song pushes the boundaries of form. However, once again, the lyrics are kitschy; “spilling champagne” and “my boy’s got his own ringtone” which invokes the tradition of giving specific phone numbers particular ringtones popular in the 2000s.
​
Nostalgic Lyrics
Queer artists in the hyperpop genre have relied on nostalgic lyrics. This queer sensibility is not new or unique to hyperpop. In Time Binds, Elizabeth Freeman posits, “This stubborn lingering of pastness (whether it appears as anachronistic style, as the reappearance of bygone events in the symptom, or as arrested development) is a hallmark of queer affect: a ‘‘revolution’’ in the old sense of the word, as a turning back” (8). Hyperpop follows the queer tradition of expressing pastness in its references to Sidekick phones, Ronald Reagan’s 2004 death, and overall, a Year 2000 aesthetic. Freeman continues,

““Heather Love’s Feeling Backward, for instance, astutely diagnoses the ‘‘backwards’’ emotions elaborated by artists for whom the birth of the modern homosexual identity-form was constraining rather than liberating: shame, passivity, melancholy, and recoil, to name but a few, were ways of refusing the progressive logic by which becoming ever more visible was correlated with achieving ever more freedom” (8).

Hyperpop lyrics largely reminisces the 2000s, which goes against the typical notion of queerness valuing progressiveness and the striving for more freedom. The “backwards” emotions such as shame feel constraining to the modern queer-identifying person; nostalgia allows for them to escape that label to a time where things seem simpler, especially for the Gen-Z artists that make up the genre. In other words, Freeman is saying that “the discipline of ‘‘timing’’ engenders a sense of being and belonging that feels natural” (18). Because queer-identifying people face shame, they rely on a sense of time and timing that mirrors their marginalized lives which is also echoed in the glitchy vocals and musical production.
The genre also does not bend to the musical trends of the moment. A hyperpop artists does not need to constantly update their sound to match the current sonic landscapes because they are creating music that exaggerates a particular decade. Pastness allows for these artists to resist the “commodity-time of speedy manufacture and planned obsolescence,” (Freeman 9) aligning with the anti-capitalist values of the genre.
Nostalgia and kitsch are related. For example, even people that did not experience the 2000s the way Gen Z experienced it can relate and empathize with hyperpop lyrics because they are kitsch. In her essay Stephanie Brown says,

“These [kitsch] objects not only anchor the viewer's memory of a time that is past but also inspire "memories" of an era whose collective Zeitgeist has been so encapsulated as to be readily available, prepackaged, even to those whose individual experiences did not include firsthand knowledge of the phenomena of an earlier decade. The effect—to condense, flatten, and homogenize the discontinuous experiences of a heterogeneous group of people and then to sell these experiences back to them as if they were genuine—is… the inevitable result of the late-capitalist predilection for periodization…” (40).

This analysis reveals that kitsch is context dependent. For example, profile avatars, big computers, the “blue screen of death” are all imagery that one may find in cover art for a hyperpop album that also represent a 2000s aesthetic. One may find this flavor of American 2000s memorabilia nostalgic, and another may find them completely meaningless if they are not aware of the context that those objects existed in, the connotation they carry for the artists, or the effect that these depictions have on its intended audience.
​
Hyperpop’s Attraction
The hyperpop genre has a tension that can be stated as a capitalist predilection for its kitschy lyrics and an anti-capitalist predilection for its musical production. An example of this is Charli XCX’s recent song “Club classics” whose vapid lyrics convey little to nothing making it easy to consume, with a chorus repeating the lines “When I go to the club, I wanna hear those club classics / Club classics, club, club classics.” However, the production exaggerates the production conventions of traditional pop through minimalist moments of technologic vocals overlaid on a wobbling bass sound effect, a stuttering vocal in the background with orchestral synths at another moment, and shrill harmonies dotting the backend of the track.
Perhaps these lyrics are attractive exactly because they are “beyond the realm of “good taste.”” Paralleling kitsch, camp provides a supplementary set of standards to view art, not as good or bad, but as having meaning or being pure artifice. Brown states, “Camp is a sly celebration of bad taste and vulgarity from a position of privilege” (50). Brown gives an example of a position of privilege as men doing drag; them being men, even if queer, gives them the ability to dress as women and remain men and “enjoy a hegemonic superiority” (50). Perpendicular to camp, kitsch allows a consumer to enjoy art from the position of the underprivileged. Brown also states that enjoying kitsch is like it “is there to entertain us on the basest, most compromised of levels… Junk, like the drunk at the wedding, can get away with doing or saying anything because, by its very appearance, it is already in disgrace.”
The other relational dimension of the attraction to the genre is the rebellion that it provides listeners. Brown writes, “today's consumers look to kitsch consumption as a way of rejecting an aesthetic hierarchy forced upon them by economically determined and class-bound interests.” Listening and enjoying hyperpop for its lyrical content is a kind of revolt from the ruling class’s distinctions of what high and low art are. Hyperpop is both high and low art according to the ruling class. It is preoccupied, plays, and breaks form; in Greenberg’s words, it imitates the processes of art. It also is cliché and overt in its lyrical content, imitating effect. It is through the ambiguation that allows listeners to commit to appreciating it for its high art value, its low art value, or both.
​
The Future of Hyperpop
However, as the genre grows and opportunities befall hyperpop artists, it has been exploited. Greenberg says, “Capitalism in decline finds that whatever of quality is still capable of producing becomes almost invariably a threat to its own existence” (21). This is evident with artists like Camila Cabello (one of the most listened to artists of today with a powerful label backing her) making a genre switch from pop/Latin pop to hyperpop with her first single “I LUV IT” featuring Playboi Carti off her upcoming album. Other than being poorly received and deemed a Charli XCX rip off by hyperpop fans, Camila Cabello capitalizes and therefore, strips the genre of its underground roots, making even the production of the track redundant. “I LUV IT” is an imitation of an imitation of an imitation. If we were to take this song as a sign, an omen, for the genre, hope for hyperpop shall remain elusive.

I worked at an Internet Marketing company for 10 years straight out of college. Due to assorted reasons, I got made redundant though I have gotten a good reference and it was made clear it was not due to my work being sub-par.
My issue is, I was one of only two programmers at the company and the atmosphere at the job was pretty carefree. I self-learned Python mostly (other guy was Java and worked with completely different stuff then I did) with a lot of my work being developing pipelines and maintaining stuff on AWS. I also dipped my toes into Django, docker-compose and Flask but I would not consider myself experienced with all of them.
My point being a lot of my experience was self-thought and I felt I was not really connected with the greater programming world, I treated the job like a normal 9-5 and didn't do any studying or such outside of working hours. As such, I'm worried my work would be sub-par compared to programmers who worked in large dev teams who worked in Agile and the like. I do not feel like a programmer with 10 years experience.
I'm starting my job hunt now but I have some concerns moving forward. How can I make myself more presentable to employers when my career was in one job for 10 years?
Some ideas I have:

• Putting simple examples of my work on Github. It isn't ground-breaking work, really just some modular scripts for specific functionality. A lot of the repos I contributed too were private on a shared company repo. my personal github was just for following stuf I used for my work and does not have any projects on it.
• Start studying AI and machine-learning. It feels like every job I apply to is asking for this
• Go all-in on one of the above subjects and become specialized

I would love to hear some advice on how to proceed. Its early days yet so I am hopeful but I am going to start taking steps outside of just firing out C.Vs like confetti.

The profusion of identical green tents at this spring’s anti-Israel protests struck many as odd. “Why is everybody’s tent the same?,” asked New York mayor Eric Adams. Like others, the mayor suspected “a well-concerted organizing effort” driving the protests. More recent reporting shows a concerted push behind the Gaza protest movement. But it is not as simple as a single organization secretly rallying protesters or buying tents. Instead, the movement’s most determined activists represent a network of loosely linked far-left groups. Some are openly affiliated with well-known progressive nonprofits; others work in the shadows.
The movement also draws on diverse but generous sources of financial backing. Those funding streams may soon be augmented by the federal government. As I chronicled last year in a Manhattan Institute report, “The Big Squeeze: How Biden’s Environmental Justice Agenda Hurts the Economy and the Environment,” the administration’s massive program of environmental justice grants seems designed to prioritize the funding of highly ideological local groups. The Inflation Reduction Act, for example, earmarks $3 billion for “environmental and climate justice block grants” intended for local nonprofits. Today, hundreds of far-left political groups include language about environmental issues and “climate justice” in their mission statements. If just a fraction of planned grants flows to such groups, the effect will be a gusher of new funding for radical causes.
As the Gaza protests spread across U.S. college campuses, many observers noted an eerie uniformity among them. From one campus to the next, protesters operated in disciplined cadres, keeping their faces covered and using identical rote phrases as they refused to talk with reporters. The Atlantic noted the strangeness of seeing elite college students “chanting like automatons.” Students held up keffiyeh scarves or umbrellas to block the view of prying cameras and linked arms to halt the movements of outsiders. At Columbia University and elsewhere, protesters formed “liberated zones,” from which “Zionists” were excluded. Around the edges of the encampments, the more militaristic activists donned helmets and goggles and carried crude weapons, apparently eager to mix it up with police or counter-protesters. We’ve seen these tactics before—notably during the “mostly peaceful” Black Lives Matter protests of 2020, when full-time agitators helped ignite riots, set up a police-free (and violence-plagued) zone in Seattle, and laid nightly siege to Portland, Oregon’s federal courthouse.
In a remarkable work of reporting, Park MacDougald recently traced the tangled roots of organizations backing pro-jihad protests, both on and off campuses. These include Antifa and other networks of anonymous anarchists, along with “various communist and Marxist-Leninist groups, including the Maoist Revolutionary Communist Party, the Party for Socialism and Liberation (PSL), and the International ANSWER coalition,” MacDougald writes. Higher up the food chain, we find groups openly supported by America’s growing class of super-rich tech execs or the anti-capitalist heirs of great fortunes. For example, retired tech mogul Neville Roy Singham, who is married to Code Pink founder Jodie Evans, funds The People’s Forum, a lavish Manhattan resource center for far-left groups. As the Columbia protests intensified, the center urged members to head uptown to “support our students.” Following the money trail of other protest groups, MacDougald finds connections to the Rockefeller Brothers Fund, the Ford Foundation, and—surprising no one—the George Soros-backed Tides Foundation.
Of course, the current wave of anti-Israel protests also involves alliances with pro-Hamas organizations such as Students for Justice in Palestine. Last November, Jonathan Schanzer of the Foundation for Defense of Democracies testified to the House Ways and Means Committee that SJP and similar groups have deep ties to global terrorist organizations, including Hamas.
For many keffiyeh-wearing protestors, however, a recently professed concern for Palestinians is just the latest in a long list of causes they believe justify taking over streets and college quads. In Unherd, Mary Harrington dubs this medley of political beliefs the “omnicause,” writing that “all contemporary radical causes seem somehow to have been absorbed into one.” Today’s leftist activists share an interlocking worldview that sees racism, income inequality, trans intolerance, climate change, alleged police violence, and Israeli-Palestinian conflicts all as products of capitalism and “colonialism.” Therefore, the stated rationale for any individual protest is a stand-in for the real battle: attacking Western society and its institutions.
In the U.S., this type of general-purpose uprising goes back at least to the riots at the 1999 meeting of the World Trade Organization in Seattle. In those protests, mainstream liberal factions—including labor unions and environmentalists—were joined by “black bloc” anarchists and other radicals eager to engage in “direct action” against police. That pattern—relatively moderate demonstrators providing a friendly envelope for hard-core disruptors—formed the template for many later protests: the Occupy Wall Street encampments in 2011, demonstrations following the police shooting of Michael Brown in 2014, 2016’s Standing Rock anti-pipeline movement, and of course, the calamitous summer of 2020.
These uprisings were not entirely spontaneous. In some cases, activists spend months planning mass actions—for example, against economic summits or political conventions—and can recruit street fighters from across the country. In others, an event, such as George Floyd’s death, sparks popular protests involving neophyte demonstrators. Those attract far-left activists, who swoop in to organize and expand the struggle, often tilting it toward more radical action.
That has certainly been the case at the college Gaza-paloozas. At Columbia, the New York Times spotted a woman old enough to be a student’s grandmother in the thick of the action as protesters barricaded that school’s Hamilton Hall. The woman was 63-year-old Lisa Fithian, a lifetime activist, who Portland’s alternative weekly Street Roots approvingly calls “a trainer of mass rebellion.” A counter-protester trying to block the pro-Hamas demonstrators told NBC News, “She was right in the middle of it, instructing them how to better set up the barriers.” Fithian told the Times she’d been invited to train students in protest safety and “general logistics.” She claims to have taken part in almost every major U.S. protest movement going back to the 1999 “Battle in Seattle.”
America’s radical network has plenty of Lisa Fithians, with the time and resources to travel the country educating newcomers about the “logistics” of disruptive protests. And these activists appear to have played key roles in the college occupations. The New York City Police Department says nearly half the demonstrators arrested on the Columbia and City University of New York (CUNY) campuses on April 30 were not affiliated with the schools. One hooded Hamilton Hall occupier—photographed scuffling with a Columbia custodian before getting arrested—turned out to be 40-year-old James Carlson, heir to a large advertising fortune. According to the New York Post, Carlson lives in a $2.3 million Park Slope townhouse and has a long rap sheet. For example, in 2005, he was arrested in San Francisco during the violent “West Coast Anti-Capitalist Mobilization and March Against the G8.” (Those charges were dropped.)
For a quarter-century now, Antifa and other anarchist networks have worked to refine tactics and share lessons following each major action. At Columbia, UCLA, and other schools, authorities found printouts of a “Do-It Yourself Occupation Guide” and similar documents. The young campus radicals are eager to learn from their more experienced elders. And, like the high-achieving students they are, they follow directions carefully. MacDougald asked Kyle Shideler, the director for homeland security and counterterrorism at the Center for Security Policy, about the mystery of the identical tents. There was no need for a central group to distribute hundreds of tents, Shideler said. Instead, “the organizers told [students] to buy a tent, and sent around a Google Doc with a link to that specific tent on Amazon. So they all went out and bought the same tent.”
In other words, America’s radical class has gotten very skilled at recruiting and instructing new activists—even from among the ranks of elite college students with a good deal to lose. How much more could this movement accomplish with hundreds of millions in federal dollars flooding activist groups around the country?
From its first week in office, the Biden administration has trumpeted its goal to funnel more environmental spending toward “disadvantaged communities that have been historically marginalized,” partly by issuing grants to grassroots organizations. Previous environmental justice (EJ) grant programs were small in scope. But, with the passage of the Inflation Reduction Act (IRA) in August 2022, a huge pool of grant money became available. EPA administrator Michael Regan told reporters, “We’re going from tens of thousands of dollars to developing and designing a program that will distribute billions.”
More than a year and a half later, it remains hard to nail down just where the Biden administration’s billions in EJ grants will wind up. Money is being distributed through a confusing variety of programs, and the process of identifying recipients is ongoing. To help outsource the job of sifting through proposals, the EPA last year designated 11 institutions as “Environmental Justice Thriving Communities Grantmakers.” These groups are empowered to make subgrants directly to community organizations, under streamlined EPA oversight. In all, the Biden administration has entrusted these outfits with distributing a staggering $600 million in funding. The money is expected to start flowing this summer.
The EPA’s grantmakers include a number of educational institutions and left-leaning nonprofits. For example, the EPA chose Fordham University as its lead grantmaker in the New York region. Fordham, in turn, lists as partners two nonprofits that oppose immigration enforcement. (One, the New Jersey Alliance for Immigrant Justice, states on its website: “NJAIJ believes in the human right to migrate, regardless of citizenship or political status.”) Neither group claims expertise in environmental issues. Given that the IRA’s eligibility requirements for EJ grants are extremely vague, however, perhaps that’s not a problem. Almost any activity that could help “spur economic opportunity for disadvantaged communities” (in the words of Biden’s EJ executive order) might qualify.
Perhaps the most prominent—and problematic—EPA grantmaker is the Berkeley, California-based Climate Justice Alliance. The CJA is a consortium of mostly far-left activist groups. It describes its mission as working for “regenerative economic solutions and ecological justice—under a framework that challenges capitalism and both white supremacy and hetero-patriarchy.” The group is a vigorous proponent of the omnicause, embracing almost every left-wing concern as a manifestation of climate change. For example, the CJA website proclaims: “The path to climate justice travels through a free Palestine.” MacDougald notes that the Grassroots Global Justice Alliance, one of CJA’s affiliated groups, “organized an illegal anti-Israel protest in the Capitol Rotunda in December at which more than 50 activists were arrested.”
The CJA website also includes a section dedicated to the cause known as Stop Cop City. It refers to an effort to halt the construction of an 85-acre police and firefighter training center outside Atlanta. Rag-tag activists from around the country have gathered around the facility since 2021. They have repeatedly battled with police—sometimes with fireworks and Molotov cocktails—and used bolt cutters to enter the site and torch construction equipment. (CJA’s Stop Cop City page features a cartoon illustration of three childlike activists; one brandishes bolt cutters.) The group also backs a legal defense fund for activists arrested in attacks on the training center or in other protests. For those looking for more inspiration, CJA links to an interview with former Black Panther and self-described revolutionary Angela Davis.
The Alliance is not an ideological outlier in Biden’s EJ coalition. On the contrary, when the White House assembled its White House Environmental Justice Advisory Council (WHEJAC), a panel of outside experts meant to provide “horizon-expanding EJ advice and recommendations,” it chose CJA co-chair Elizabeth Yeampierre to help lead the committee. Like other members of the panel, she sees environmental issues through an ideological, not a scientific, lens. “Climate change is the result of a legacy of extraction, of colonialism, of slavery,” Yeampierre told Yale Environment 360. As a group, radical EJ activists tend not to focus on pragmatic ways to reduce pollution and carbon emissions; for them, the real goal is overturning what they see as an exploitative economic and political system. Since these are the voices the White House chose to help shape its EJ policies, we can assume this worldview will dominate grantmaking decisions.
In February 2023, House Oversight Committee chairman James Comer, along with fellow committee member Pat Fallon, wrote to EPA administrator Regan asking for more information on the EPA’s grant programs. They noted that the EPA’s own studies of EJ grants issued in previous years showed sloppy supervision. According to an EPA report, an earlier version of the program funded projects that did “not logically lead to the desired environmental and/or public health [result].” Without better oversight and more clearly defined goals, the congressmen wrote, the EPA’s EJ grant machine risks becoming simply a “slush fund for far-left organizations.”
Since then, the administration has done little to reassure skeptics. To the contrary, the EPA has put at least one far-left organization—CJA—in charge of distributing $50 million in grant money. No doubt, many of the EPA grants will go to worthwhile projects. But money is fungible. A group that gets a large grant to, say, clean up dirty parks or teach children about recycling will also be able to hire more staff and divert more resources to political action.
With graduation behind them, most of the anti-Israel college protesters have stowed away their keffiyehs and moved on to summer vacations or internships. But the peripatetic activists who helped guide and intensify those uprisings are doubtless already planning their next actions. After all, two political conventions are looming. This fall, the college protests will likely flare up again, though by then perhaps focused on a different facet of the omnicause. And, with hundreds of millions in fresh funding flowing through the activist ecosystem, the groups that quietly nurture extremists—like those who firebombed “Cop City,” or who chant “Intifada Revolution!,” or who block bridges in the name of “climate”—will be more emboldened than ever.
A Slush Fund for Radical Protesters? City Journal (city-journal.org)
​

Can you give me some examples of pop culture references that 4kids added to the dub script of Yugioh? One example that I can think of is that in episode 95, there was a Pee Wee Herman reference that the dub added when explaining Marik’s backstory.

I'm flying a lot of VFR in places where there is hardly ever a controller online. Can I treat the airspace as class G? I'm referring mostly to the ability to switch from VFR to IFR and back, if visiblity changes. Also in class G I'm not required to stricly adhere to any IFR flight plan. Is it OK to do all that and if yes, if ATC then comes online, how should I communicate to them what I did?
An example might explain this better: I'm flying from Bella Coola (CYBD) to Ketchikan (PAKT). CYBD is in class G. I'm taking off VFR, fly along the valley, but when I climb to fly over the mountains, I encounter IMC. I am now in class E airspace. Because no controller is online, I obviously can't get clearance, but do I need to file a flight plan and adhere to it? If I was still in class G, I could just continue on my way as long as I'm at or above the minimum safe altitude, even going out of my way to find holes in the clouds to get back into VMC. But in class E, I'm required to fly along airways or at least direct fix to fix.
Am I overthinking this? Do controllers even care if we actually are flying in VMC if we squawk 1200?

My view of Hamas and other groups in Gaza/Palestine is that they are guerilla fighters, not a separate distinct force but living as part of the population and fulfilling whatever roles are necessary in order to fight their fight.
This means that they live where they live, and not in some military complex. It means they go to their local shops and don't get dedicated supplies etc
So when I hear claims that they are "hiding" among the civilian population it seems to be twisting the actual nature of life in that kind of situation, what it means to be a civilian, what it means to be a guerilla fighter. It also seems to miss that plenty of actual military locations around the world are within civilian areas. London for example has many barracks and installations, including one I used to live down the road from.
If someone bombed this barracks and I was caught in the blast along with other non military people would the British army be accused of "hiding among civilians"? Would they say they had "used me as a human shield?"
As for human shields, this seems to be applied in retrospect.
As above, if people are in a camp and identified as combatants they aren't actively doing anything with those around them, so when there is collateral it's hardly a result of their actions.
My thoughts on an actual human shield would be a soldier using a person in close proximity, almost like a temporary hostage, to avoid being fired at.
In the case of Hamas Et Al I don't think that simply being close to people who are caught in their strike as collateral qualifies - it's obvious that Israel/IDF wouldn't care either way, and the "shields" aren't actually preventing anything at all.
I refer better with the term collateral damage, people who were caught in a sad radius, but not an active action against them by someone "using them". I think to change my view I'd be interested in seeing any operations which were actually called off/changed to avoid collateral damage, ie the theoretical human shield actually effectively shielding.
I'm open to any other relevant discussions but please keep it specific to my post, as this is an easy topic to digress in! Referencing back to specific parts of my post and things I've said will go a long way!
Thank you!

Hello
I'm in process of signing an employment contract for a developer job and I'm planning to contact an IP Lawyer about this on Monday (or do you think an employment lawyer is also okay?)
Here's the clause:

All worldwide rights in respect of works, inventions, (... bunch of other stuff, all related to what I do and want to protect) (also referred to below as "Intellectual Property") that Employee created, independently or not, will be transferred to [COMPANY], whether or not it was created during the term of the employment contract, and also regardless of whether creating the Intellectual Property is directly or indirectly related to Employee's duties.

So I challenged this, saying this doesn't have a deadline, no context limitation and is overreaching beyond my potential employment. The response I got was something along the lines of "yes but we won't go after the content that is rightfully yours, we want to protect the work and company sensitive information for the work you do in the future that may use knowledge derived from your employment here". Protecting derivatives from "what I may have learned" this way feels like saying "oh you learned a specific way to hold a pen in our office, now we own every brush stroke you do" (analogy and dramatic example, I know) That just leaves me to trust their word and after signing this the line that separates what's mine and what's theirs kinda blurs out for an indefinite time, no?
They're also offering a different agreement for additional activities, I don't know the contents of that agreement but I do believe it waives these IP stuff for that. However, being a dev and being capable of doing lots of other things (especially after the employment ends) I don't think this is the right solution here
I've been in many companies and have read all the IP clauses, also read horror stories online but I've never seen one so overreaching especially beyond the employment duration without any context limitation. What they're saying makes sense to some degree but at the same time it feels completely crazy
In a sense this feels like, say I take this job and leave after a year. This clause says the X thing I start creating 5 years later is potentially still theirs? It sounds unreasonable and unenforceable?
Let me know if I'm making an insanely big deal out of this, ideally I don't want to let this opportunity go away but I don't want to get myself into a neverending legal chokehold because of this thing
PS: This is under Dutch law

Hello reddit!
I am in the process of leasing my mother's home. Our renter owns a handyman business and we are including a reduction in rent for ongoing services. The advice we received is to have him outline the projects he will do and his full hourly rate for these, then total the cost and split over the 12-month lease to come up with the monthly reduction in rent in exchange for these services.
Does anyone have advice or a good example of how to draw this up properly? In case it helps, we are in Texas. Would this be an additional clause or addendum added onto the lease agreement and reference within? I am having a hard time searching the internet for best practice here as my search results turn up lots of questions around tenants wanting to ask their landlord for a one-time reduction vs an agreement built in.
Thank you!

Hey everyone,
I've been having a blast coding in Godot, but I'm struggling with finding the best structure for my nodes and scenes. Specifically, I'm working on a turn-based auto battler and I'm facing challenges with inheritance and scene organization.

My Project Details:

I'm building a turn-based auto battler with different maps that use various tile maps. For example, I have tile maps for farmland and caves:

• Tile Maps: TileMap_Farmland, TileMap_Cave
• Maps: Map_Cave01, Map_Cave02, Map_Farmland01, Map_Farmland02

Current Approach:

I thought of creating a parent scene for each type of tile map to set up custom data like "walkable":

• Base Scenes: BaseCave.tscn, BaseFarmland.tscn

For specific maps, I would create a new scene inheriting from the base scene (e.g., Map_Cave01 inheriting from BaseCave.tscn).

Challenges:

I initially added nodes directly to the tile maps (e.g., Line2D for paths, AStarGrid2D for grids, Unit_Spawner for unit creation). However, this means duplicating setup steps for each new tile map type, which seems inefficient.

Proposed Structure:

Here's my current thought process for structuring the scenes:
[MainMenu] -> [WorldView] -> (Triggers a Battle) -> [Battle.tscn]
Battle.tscn
- Battle (Root: Node2D)
- Map_Cave01 (TileMap, linked scene)
- NavigationGrid (AStarGrid2D, linked scene)
- PathLine (Line2D for unit path, just a node)
- UnitSpawner (Node, logic to spawn units, linked scene (But wait, this is a class*)
- Enemies (Node, for adding enemy units)
- Player (Node, for adding player units)

Specific Questions:

0) Is this a good approach?^^ 1) Linked Scenes vs. Nodes: Should components like PathLine be their own scenes or just nodes within Battle.tscn 2) UnitSpawner Design: Is it better to use signals to communicate with the UnitSpawner to decouple it from the tile map?
\I included* UnitSpawner in the scene tree mainly to reference the tile map for unit placement. However, I feel it might be better to decouple it using signals, though I'm uncertain how to effectively structure this.
Any advice, best practices, or wisdom on structuring nodes and scenes in Godot would be greatly appreciated!
I'm eager to code but finding the optimal structure has been challenging.

Hi redditors, im finishing a marketing degree online and am taking summer courses (I have 30 credit hours left!).
I need to interveiw someone who works professionally in advertising for a school project, I need to complete the interveiw by Sunday. It will be 30-35 minutes. I will need to provide your business card or e-contact information to my professor for reference, but she probably will not check. The interveiw will be done over zoom.
Anyone available Saturday or Sunday between 12PM -12 AM Central??^^
Note: If you work in designing, creating, or marketing an advertising campaign in ANY size company thats good enough
Here is an example of some questions I will ask (Minus all the buzzwords probably):

• What recent trends do you see emerging in advertising, and how do you anticipate they will impact campaign strategies?
• Can you share a successful campaign you've worked on recently? What made it effective?
• How do you approach targeting specific demographics or audiences in advertising campaigns?
• What metrics do you prioritize when measuring the success of an advertising campaign, and why?
• How do you integrate digital and traditional advertising channels to create a cohesive campaign strategy?

hi, this is my first time posting so sorry if its not formatted/written very well & also sorry if i rambled too much
TDLR: thinking of mobility aids bc of joint pain & fatigue/lightheadness, not currently seeing any docs or anything, unsure how to speak to parents about it????
im not currently diagnosed w/anything or regularly seeing any kind of doctomedical professional, ive seen the physio about my left knee twice [once in 2023 and once last week, housemaids knee, i think? keeps coming back. got given a sheet of exercises for it]
i am also on the waiting list to see a cardiologist bc i have symptoms that seem more or less consistent with POTS? [palpatitions & high heart rate standing up, lightheadedness, vision going out, tempreture issues, nausea, etc. not self diagnosing just using to help give a picture of it] but i dont even have an appointment date yet
i have had blood tests done as well as an ecg regarding that ^^^^ & all the results were normal
i also have some kind of joint pain/issues [worst in my ankles/wrists, and my left knee & right hip], as well as fatigue and minor-ish balance issues. all of my issues are like, inconsistent in severity
i have been thinking about getting a mobility aid of some sort for a while, but recently much more, as ive been hurting my knee more, like basically any time i walk more than mile [or even less, sometimes].
& also because i regularly get tired/lightheaded and have to sit down [and usually end up sitting on the ground]. i find standing largely uncomfortable, and it usually becomes painful within 10 minutes
i try to exercise but its difficult all considered [also have a circadian rythmn disorder so im not regularly awake in daylight hours :/] & i think a mobility aid could help me? especially bc i find myself leaning on things a lot
right now i use knee & ankle supports semi-regularly, which has helped a lot in reducing the pain/keeping it from getting worse. imo im being more active since getting them
i am [kind of irrationally, maybe?] very nervous about talking to my parents
they have largely been supportive in the past about accommodating me & letting me persue my interests. everyone picked up fingerspelling & a couple signs bc i sometimes dont/cant speak verbally, for example
though its only in the past year that ive realised im physically disabled [had all the symptoms before, just didnt realise it was wasnt everyones experience], i did a lot of that discovery thru having conversations with them about it, & i regularly talk thru stuff with them to help get an idea of which things i experience are considered abnormal/concerning
they seem to understand, at least, that i have a lot of trouble with doing things. my mother is the one who bought the knee brace for me. shes also an occupational therapist [stopped practicing after having kids but recently re-registered], so she knows more than the average person about this kinda thing
they are not always immediately great about things, but theyre willing to discuss and actually listen, so a lot of times its about how well i can articulate myself when i explain. their general attitude is that i should be able to make my own decisions, and that if it helps me then its worth at least discussing
i have previously suggested that ive thought about the subject, but not necessarily for myself [spoken about my friends disabilities and mobility aids & stuff]. i'm unsure of how to bring it up & anxious even tho the worst thing theyre likely be is kinda skeptical, in which case its pretty likely i would be able to talk them into it?
for reference the things im most drawn to personally are forearm crutches and those canes w/the seats? not sure if theyre called smthn specific. a lot of places we go have pretty rough floors/no paths so it seems most practical to me. im also currently a minor [turning 18 next year], if thats relevent at all.
i am willing/would kinda prefer? to see a medical professional about it and get suggestions of what would be best first, so thats not an issue [except for actually getting access to that, bc nhs waiting lists are ridiculously long and private is so expensive]
but again id need to talk abt it first to be able to have my parents arrange that for me [have selective/situational mutism so need someone with me on doctors visits]
idk. thoughts?? suggestions on how to bring all this up? thanks for reading in any case & once again sorry this ended up so long!!

I need to interveiw someone who works professionally in advertising for a school project, I need to complete the interveiw by Sunday. It will be 30-35 minutes. I will need to provide your business card or e-contact information to my professor for reference, but she probably will not check. The interveiw will be done over zoom.
Anyone available Saturday or Sunday between 12PM -12 AM Central U.S??^^
Note: If you work in designing, creating, or marketing an advertising campaign in ANY size company thats good enough
Here is an example of some questions I will ask (Minus all the buzzwords probably):

• What recent trends do you see emerging in advertising, and how do you anticipate they will impact campaign strategies?
• Can you share a successful campaign you've worked on recently? What made it effective?
• How do you approach targeting specific demographics or audiences in advertising campaigns?
• What metrics do you prioritize when measuring the success of an advertising campaign, and why?
• How do you integrate digital and traditional advertising channels to create a

Hi redditors, im finishing a marketing degree online and am taking summer courses (I have 30 credit hours left!).
I need to interveiw someone who works professionally in advertising for a school project, I need to complete the interveiw by Sunday. It will be 30-35 minutes. I will need to provide your business card or e-contact information to my professor for reference, but she probably will not check. The interveiw will be done over zoom.
Anyone available Saturday or Sunday between 12PM -12 AM Central??^^
Note: If you work in designing, creating, or marketing an advertising campaign in ANY size company thats good enough
Here is an example of some questions I will ask (Minus all the buzzwords probably):

• What recent trends do you see emerging in advertising, and how do you anticipate they will impact campaign strategies?
• Can you share a successful campaign you've worked on recently? What made it effective?
• How do you approach targeting specific demographics or audiences in advertising campaigns?
• What metrics do you prioritize when measuring the success of an advertising campaign, and why?
• How do you integrate digital and traditional advertising channels to create a cohesive campaign strategy?

Hi Steam Deck Users! I'm currently considering purchasing a 512GB OLED but I have a couple concerns which I would love to hear from users of the device (or even the older LCD version haha I would assume some things apply too). I'm coming from a Nintendo Switch OLED which I do enjoy but don't fully utilize the library (mainly bought it for Animal Crossing + Super Smash bros) and do have a Thinkpad, though that can only play games like Minecraft, Hades, and Stardew before it starts heating up or skip frames.
My main concern for the device is its longevity of the hardware - specifically the analog sticks, buttons, and battery. As I am from Malaysia and stuff like IFixIt isn't as widely available and the controllers are not as easily replaceable as something like the Switch, I'm worried about the wear and tear of the device. I'm hoping to at least see a 5 year usage from the device (though I'm not actually sure if that's a fair amount considering it is tech, but I'm using my PSP as a reference lol) and am worried that there'll be a lot of device maintenance etc.
I'm not too harsh on my devices and would generally get cases, screen protectors, and joystick covers but am still anxious on breaking it somehow haha. Is there anything I should take note of before I purchase it? It is quite pricey especially comparing it to the Switch or even a laptop so would love to hear experiences of those that have had it for a longer time!
If it helps, the games I play and want to play are mostly pretty chill! Some examples are Stardew, Hollow Knight, and Disco Elysium. But I do want to venture into more demanding games like Palworld and Baldur's Gate as well.
Anyways, thanks for reading my lengthy post - please excuse my language or punctuation. I don't have much excuse except to say my grammar is just bad hahaha.