#function

lol guys dm me if yall got anything functions ima tryna get drunk this halloween come scoop me up #lowlvl #saturween

TEAM 19 OPPORTUNITY #9 Champions have WILL But they're also WILLING BE ABOUT IT! FUNCTION under CHAOS EXPECT IT. HANDLE IT. RESPOND! RESET. REFOCUS. NEXT PLAY. ADVERSITY DOES NOT DEFINE US OUR RESPONSE DOES! 4 QUARTERS OF 212° RESPONSE #4QFC #Will #Function #Respond

Piggy: REMAINS Build Mode! | 🔨 Remember how I mentioned that REMAINS would feature a Build Mode in the future? Well, here’s a quick teaser of some of its basic functions, including many new features not found in the original Build Mode! (It is still in early development ⚠️)

#Function and #math

Machine Learning Loss Functions ✍️

I built an absolute monster. My crazy idea to merge all the most powerful AI tools together made me $832 while I was asleep opus 5.5 + REA + Jev + Dots + Grok Bot + Obsidian Half a dozen utilities. A single unified ecosystem. Zero human intervention Opus 5.5 -> acts as the core intellect, designing every assignment Grok bot -> monitors X around the clock to spot emerging patterns REA -> conducts deep analysis on any subject within a four-minute window Jev -> executes concepts autonomously, turning them into reality Dots -> weaves all six components into a seamless workflow Obsidian -> functions as the archive containing 1,260 records with zero data loss Before heading to bed, I assigned it a single objective: discover a profitable market gap and launch a working product by sunrise, keeping the expenses under $15 I went to sleep at 11:40 PM, and here is what unfolded over the course of seven hours: 12:12 AM: Grok bot uncovers 1,900 distinct posts from delivery workers venting about a shared frustration: tracking their income across three separate platforms 1:05 AM: REA evaluates the competitive landscape, finding 14 existing paid solutions starting at $19 monthly, with users universally criticizing the exact same two software glitches 2:30 AM: Opus 5.5 drafts an application architecture designed to resolve both flaws, consisting of nine screens and a single database, without asking me a single question 4:10 AM: Jev programs the software, deploys it live, and writes the promotional landing page. 5:45 AM: Dots generates a 30-second promotional animation and publishes it alongside three forum threads 7:20 AM: Obsidian logs every single action, financial expense, and misstep along the way Upon waking up, I discovered a fully functioning application, 243 registrations, and 31 paying customers subscribed at $9 each, bringing in $832 before my morning meal The entire nightly overhead amounted to $5.10 for API tokens plus a $4 web domain, totaling $9.10 -> yielding a 91x return while I slept The system even exercised self-control: when Jev attempted to purchase a $55 web address, it hit the preset $15 threshold and automatically opted for a $4 alternative instead The primary misconception is that individuals turn to AI merely for answers: instead, I provided mine with a clear objective, a strict timeline, and a financial ceiling I did not author a single line of programming code, nor did I open a single browser tab: I simply went to sleep While everyone else is holding out for artificial general intelligence, I already have six autonomous utilities pulling the night shift

using math functions to make background music for a mid-level boss fight

wrote a chord progression on my graphing calculator

Types of Functions

going to no functions on halloween

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For those saying "just switch to Linux" to avoid being tracked, there's a hardware-level aspect you're missing. Switching to Linux doesn't stop your hardware from running code you never see. You're changing the OS, not the layers underneath it. Here's what most people overlook: • UEFI/BIOS: Runs before your OS even boots, initializing hardware and preparing the system to start. • Intel ME / AMD PSP: Dedicated security and management processors with their own firmware that operate separately from Linux. • CPU microcode: Low-level updates that change how the processor handles certain instructions and operations. • SSD, network cards, Wi-Fi and Bluetooth chips: Many contain their own processors and firmware, separate from your main operating system. These components have legitimate functions, but they also exist outside the layer Linux directly controls. Some have had real security vulnerabilities. And that's not the end of it. Your router and ISP can see certain information about your network activity. Websites can fingerprint your browser. Your accounts link activity to your identity. Apps, smart devices and cloud backups introduce other potential sources of data collection. None of this proves your PC is spying on you. The existence of these components isn't evidence of tracking. Linux is a good step toward privacy, but it's not a complete privacy solution. For most people, browser tracking, account activity and network exposure are more immediate concerns than hardware firmware. For high-risk users, firmware security deserves much closer attention. Your threat model determines how deep you need to go.

How The FBI Tracks Your VPN

THIS IS A F*CKING GOLDMINE I gave Grok Bot $180. it turned that into $4,217 in one trading session Wall Street pays $100,000+ to build trading bots like this. I built mine for FREE using the SpaceXAI team’s guides and GitHub repos made for trading 10 GitHub repos behind the setup: 01 / HyperGrok Trading Desk a Grok Bot desk with 7 specialist roles and 17 shared skills. covers market research, strategy testing, risk, and Hyperliquid execution with explicit trade approval 02 / TradingAgents analysts examine fundamentals, news, sentiment, and technicals before researchers debate the trade. useful for building the research process your bot follows 03 / OpenBB brings financial data into Python, APIs, and MCP tools, giving your bot a way to retrieve market information instead of guessing from memory 04 / CCXT one interface for exchange prices, balances, and order operations. use it to build the connection between your bot’s decisions and a supported crypto exchange 05 / Freqtrade a crypto trading engine with historical testing, dry-run trading, and position tracking. test your strategy before connecting real capital 06 / Hummingbot exchange connectors and reusable execution components for market making, arbitrage, and directional strategies, including tools for managing order lifecycles 07 / turn entry and exit rules into a historical test with commissions, trade statistics, and an equity chart you can inspect 08 / Qlib organizes datasets, prediction models, backtests, and evaluation into repeatable research workflows so strategy comparisons use a consistent process 09 / FinRL a financial reinforcement-learning framework for training and evaluating trading agents in market environments. useful for testing a learned policy alongside fixed rules 10 / LEAN an algorithmic trading engine for historical testing and live deployment across multiple asset classes, with Python and C# strategy support choose one execution engine, then add the data and testing tools your strategy needs. HyperGrok provides a Grok Bot setup; the other projects require their own installation and integration. free code still leaves hosting, data, API usage, and trading fees to account for save this. test the entry, the exit, and the failed request before leaving a bot with your balance the full course below shows how to build the Grok Bot terminal around these functions, from the first market snapshot to a managed position and a recorded result ↓

FPGA (Field Programmable Gate Array) is a reconfigurable semiconductor device that allows engineers to create custom digital circuits after manufacturing. Unlike a conventional processor that executes instructions sequentially, an FPGA can perform multiple hardware operations simultaneously. An FPGA contains thousands of configurable logic blocks (CLBs), programmable interconnections, and input/output blocks. Each logic block typically contains Look-Up Tables (LUTs) and Flip-Flops (FFs). LUTs implement combinational logic functions, while flip-flops store data and support sequential operations. Programmable routing connects these blocks to form complex digital systems. The FPGA design process begins with hardware description languages such as Verilog or VHDL. Engineers simulate the design, synthesize the logic, perform placement and routing, generate a configuration bitstream, and program the FPGA. FPGAs are widely used in wireless communication, radar, aerospace, industrial automation, automotive electronics, image processing, and cybersecurity. Their major advantages include parallel processing, low latency, hardware flexibility, and high-speed signal processing.

everyones at halloween functions while im literally just bumming around at home

Researchers in @ScienceAdvances have developed a multiplexed and implantable fiber sensor that monitors the bloodstream for real-time levels of sodium and potassium, two electrolytes that regulate important bodily functions like heart rhythm and fluid balance.

#Reflection needs #light in order to #function. #GetUp

தாய்மாமன்டா... மஞ்சள் நீராட்டு விழாவை திருவிழாவாக்கிய தாய்மாமன்... கரகாட்டம், டீஜே, அதகளத்துடன் ட்ராக்டரில் வந்த சீர்... #thoothukudi | #puberty | #function | #PolimerNews

Master the SQL concepts used in everyday data analysis, from filtering, JOINs, and aggregations to CTEs, window functions, subqueries, and conditional logic. Learn practical techniques to write efficient queries and solve real-world data problems. #SQL #DataAnalytics #DataScience #SQLTips #DataEngineering #Database #DataAnalyst

Learn essential SQL concepts with this practical cheatsheet covering commands, operators, JOINs, constraints, aggregate functions, and query examples. A useful reference for writing SQL queries, managing databases, and analyzing data. #SQL #DataAnalytics #DataScience #SQLTips #Database #DataEngineering #DataAnalyst

Graphs of Functions