# Origami Documentation

## Origami Documentation

- [Introduction](https://docs.origami.tech/explore-origami-tech/introduction.md)
- [Core Concepts](https://docs.origami.tech/explore-origami-tech/core-concepts.md): This section describes the main entities that make up the Origami Tech platform.
- [Key Terms](https://docs.origami.tech/explore-origami-tech/key-terms.md): This glossary provides definitions of the key terms used throughout the platform, as well as general trading terminology.
- [Set Up Your Profile](https://docs.origami.tech/user-guide/set-up-your-profile.md)
- [Create Project](https://docs.origami.tech/user-guide/quickstart.md)
- [Add accounts](https://docs.origami.tech/user-guide/add-accounts.md)
- [API Key Creation](https://docs.origami.tech/user-guide/api-key-creation.md): Follow detailed steps to create and connect exchange API keys to Origami Tech for automated data access, account management, and trade execution.
- [Hyperliquid](https://docs.origami.tech/user-guide/api-key-creation/hyperliquid.md): Learn how to connect your Web3 wallet to Hyperliquid and link it to Origami Tech's crypto trading bot platform for seamless automated crypto trading on a decentralized exchange (DEX).
- [Binance](https://docs.origami.tech/user-guide/api-key-creation/binance.md): Follow this guide to create and connect Binance API keys to Origami Tech, enabling secure automated trading and data synchronization.
- [Bybit](https://docs.origami.tech/user-guide/api-key-creation/bybit.md): Step-by-step guide to creating and integrating Bybit API keys with Origami Tech for secure, automated trading and account management.
- [OKX](https://docs.origami.tech/user-guide/api-key-creation/okx.md): Follow this guide to create OKX API keys and connect them to Origami Tech for secure trading automation and multi-market execution.
- [Gate io](https://docs.origami.tech/user-guide/api-key-creation/gate-io.md): Guide to creating and linking Gate.io API keys with Origami Tech, enabling seamless automated trading and exchange account management.
- [Mexc](https://docs.origami.tech/user-guide/api-key-creation/mexc.md): Learn how to generate and connect Mexc API keys to Origami Tech for secure, automated trading and real-time account synchronization.
- [Kucoin](https://docs.origami.tech/user-guide/api-key-creation/kucoin.md): Learn how to create and integrate Kucoin API keys with Origami Tech for safe, automated trading and cross-exchange account management.
- [BingX](https://docs.origami.tech/user-guide/api-key-creation/bingx.md): Learn how to create BingX API keys and connect them to Origami Tech for automated strategy deployment and account synchronization.
- [Bitget](https://docs.origami.tech/user-guide/api-key-creation/bitget.md): Learn how to generate and link Bitget API keys with Origami Tech to enable secure trading automation and multi-exchange account access.
- [BitMart](https://docs.origami.tech/user-guide/api-key-creation/bitmart.md): Step-by-step instructions for connecting BitMart API keys to Origami Tech to enable automated trading and secure account access.
- [Bitrue](https://docs.origami.tech/user-guide/api-key-creation/bitrue.md)
- [Coinstore](https://docs.origami.tech/user-guide/api-key-creation/coinstore.md)
- [CoinW](https://docs.origami.tech/user-guide/api-key-creation/coinw.md)
- [Deepcoin](https://docs.origami.tech/user-guide/api-key-creation/deepcoin.md)
- [DigiFinex](https://docs.origami.tech/user-guide/api-key-creation/digifinex.md)
- [HitBtc](https://docs.origami.tech/user-guide/api-key-creation/hitbtc.md)
- [LBank](https://docs.origami.tech/user-guide/api-key-creation/lbank.md)
- [P2b](https://docs.origami.tech/user-guide/api-key-creation/p2b.md)
- [Poloniex](https://docs.origami.tech/user-guide/api-key-creation/poloniex.md)
- [ProBit](https://docs.origami.tech/user-guide/api-key-creation/probit.md)
- [Set Up First Bot](https://docs.origami.tech/user-guide/set-up-first-bot.md)
- [Create Spot Bot](https://docs.origami.tech/user-guide/create-spot-bot.md): Follow a complete guide to build, configure, and deploy a Spot trading bot in Origami Tech, automate trading logic, and monitor performance effectively.
- [Create Futures Bot](https://docs.origami.tech/user-guide/create-futures-bot.md): Build and manage a futures trading bot in Origami Tech. Learn to define leverage, margin settings, and position logic for automated strategy execution.
- [Create Grid](https://docs.origami.tech/user-guide/create-grid.md): Learn how to design and configure grid strategies in Origami Tech. Create dynamic order placement logic for market-making and trading automation.
- [Grids Examples](https://docs.origami.tech/user-guide/grids-examples.md): Discover multiple grid trading examples in Origami Tech that demonstrate strategy structure, order placement, and optimization for various market conditions.
- [Selling at the Best Price with Minimum Price and Balance Constraints](https://docs.origami.tech/user-guide/grids-examples/selling-at-the-best-price-with-minimum-price-and-balance-constraints.md): Learn to configure Origami Tech grid strategies to sell assets at optimal prices while maintaining defined balance and price constraints.
- [Selling at the Best Price Considering Historical Data](https://docs.origami.tech/user-guide/grids-examples/selling-at-the-best-price-considering-historical-data.md): Learn how to configure Origami Tech grid strategies that optimize sell orders based on historical data analysis and performance tracking.
- [Buying at the Best Price with Maximum Price and Balance Constraints](https://docs.origami.tech/user-guide/grids-examples/buying-at-the-best-price-with-maximum-price-and-balance-constraints.md): Learn how to create Origami Tech grid strategies that execute buy orders efficiently while respecting price and balance limitations.
- [Buying at the Best Price Considering Historical Data](https://docs.origami.tech/user-guide/grids-examples/buying-at-the-best-price-considering-historical-data.md): Configure grid trading in Origami Tech to optimize buy orders using historical data patterns and backtested performance insights.
- [Placing Orders at the Best Price or with a Minimum Spread](https://docs.origami.tech/user-guide/grids-examples/placing-orders-at-the-best-price-or-with-a-minimum-spread.md): Explore how to configure grid strategies in Origami Tech that place orders efficiently using optimal pricing or minimum spread constraints.
- [Placing Orders with a Spread Based on Historical Data](https://docs.origami.tech/user-guide/grids-examples/placing-orders-with-a-spread-based-on-historical-data.md): Learn how to create Origami grid strategies that adjust spreads dynamically based on historical volatility and price performance.
- [Placing Buy and Sell Orders Based on RSI of 15-Minute Candlesticks](https://docs.origami.tech/user-guide/grids-examples/placing-buy-and-sell-orders-based-on-rsi-of-15-minute-candlesticks.md): Explore an Origami Tech example showing how to place automated buy and sell orders based on RSI signals from 15-minute candlestick data.
- [Buying and Selling When the 15-Minute RSI Exits a Defined Range](https://docs.origami.tech/user-guide/grids-examples/buying-and-selling-when-the-15-minute-rsi-exits-a-defined-range.md): Explore an Origami Tech grid example using RSI-based triggers to automate buy and sell orders when indicators exit defined thresholds.
- [Required parameters](https://docs.origami.tech/function/required-parameters.md): Essential parameters that must be configured for the grid to function correctly.
- [Buy Orders Count](https://docs.origami.tech/function/required-parameters/buy-orders-count.md): The parameter responsible for the number of buy orders placed.
- [Sell Orders Count](https://docs.origami.tech/function/required-parameters/sell-orders-count.md): The parameter responsible for the number of sell orders placed.
- [Execute Price](https://docs.origami.tech/function/required-parameters/execute-price.md): The parameter that determines the price of the orders being placed.
- [Execute Volume](https://docs.origami.tech/function/required-parameters/execute-volume.md): The parameter that specifies the amount to be placed, denominated in the base token.
- [Base logic](https://docs.origami.tech/function/base-logic.md): Understand Origami Tech’s base logic structure used to build dynamic, rule-based trading strategies with logical conditions and data processing functions.
- [Optional parameters](https://docs.origami.tech/function/optional-parameters.md): Additional parameters that can be used for additional grid settings.
- [Time Between Orders](https://docs.origami.tech/function/optional-parameters/time-between-orders.md): Execute orders one by one with delay in seconds
- [Sleep After Seconds](https://docs.origami.tech/function/optional-parameters/sleep-after-seconds.md): Time to sleep after grid execution in seconds.
- [Is Buy First](https://docs.origami.tech/function/optional-parameters/is-buy-first.md): Should buy orders place first or not.
- [Functions](https://docs.origami.tech/function/functions.md): Functions that can be called inside the grid parameters.
- [Ticker](https://docs.origami.tech/function/functions/ticker.md): Current market price of latest trade on exchange.
- [Orderbook](https://docs.origami.tech/function/functions/orderbook.md): An order book is a comprehensive record maintained by a trading platform, documenting the buy and sell orders that reflect the interests of market participants.
- [Candles](https://docs.origami.tech/function/functions/candles.md): A candlestick is a type of price chart that represents the high, low, opening, and closing prices of a token over a defined time frame.
- [Organic](https://docs.origami.tech/function/functions/organic.md): An order book with excluded self orders.
- [VWAP](https://docs.origami.tech/function/functions/vwap.md): The volume-weighted average price is a metric that represents the ratio of the total traded value of a token to the aggregate trading volume during a specific session.
- [Amount Before Price](https://docs.origami.tech/function/functions/amount-before-price.md): The Amount Before Price function in Origami Tech measures cumulative liquidity before a price level, useful for order book and slippage analysis.
- [Amount Threshold Index](https://docs.origami.tech/function/functions/amount-threshold-index.md): The Amount Threshold Index function in Origami Tech identifies liquidity zones in order books, helping optimize trade entry and execution logic.
- [Symbol](https://docs.origami.tech/function/functions/symbol.md): An exchange meta-information regarding ticker symbol parameters, associated fees, and the precision of data.
- [Balance](https://docs.origami.tech/function/functions/balance.md): Explore how the Balance function in Origami Tech retrieves and processes account balances, asset values, and portfolio data for trading automation.
- [Saved Balance](https://docs.origami.tech/function/functions/saved-balance.md): Learn how to use the Saved Balance function in Origami Tech to reference previously stored account balances in automated trading strateg
- [Group Balance](https://docs.origami.tech/function/functions/group-balance.md): Understand how the Group Balance function in Origami Tech aggregates balances across multiple accounts or assets for consolidated reporting.
- [Mean](https://docs.origami.tech/function/functions/mean.md): Learn how to use the Mean function in Origami Tech to calculate average values from data sets for technical indicators and performance metrics.
- [Median](https://docs.origami.tech/function/functions/median.md): The Median function in Origami Tech identifies the central numeric value in a dataset, useful for trend smoothing and statistical modeling.
- [Max](https://docs.origami.tech/function/functions/max.md): The Max function in Origami Tech identifies the largest numeric value from inputs, useful for conditional checks and dynamic trading calculations.
- [Min](https://docs.origami.tech/function/functions/min.md): The Min function in Origami Tech identifies the smallest numeric value from a data set, ideal for comparison and threshold-based trading logic.
- [Exp](https://docs.origami.tech/function/functions/exp.md): Learn how the Exp function in Origami Tech performs exponential calculations to build advanced formulas and algorithmic trading strategies.
- [Abs](https://docs.origami.tech/function/functions/abs.md): The Abs function in Origami Tech returns the absolute value of a number, useful for managing signals, risk, and calculations in trading logic.
- [Logn](https://docs.origami.tech/function/functions/logn.md): The Logn function in Origami Tech calculates natural logarithmic values for advanced algorithmic and statistical analysis.
- [Count](https://docs.origami.tech/function/functions/count.md): Learn how to use the Count function in Origami Tech to count data entries, signal events, or conditions within your automated strategies.
- [Random](https://docs.origami.tech/function/functions/random.md): Learn how to use the Random function in Origami Tech to generate random values for simulations, strategy testing, or stochastic model creation.
- [Sum](https://docs.origami.tech/function/functions/sum.md): The Sum function in Origami Tech adds multiple numeric values, ideal for portfolio aggregation, position sizing, and performance metrics.
- [Cached](https://docs.origami.tech/function/functions/cached.md): Understand how the Cached function in Origami Tech temporarily stores computed data to reduce recalculation time and optimize strategy performance.
- [Remove NaN](https://docs.origami.tech/function/functions/remove-nan.md): Deleting NaN values in the list.
- [Is NaN](https://docs.origami.tech/function/functions/is-nan.md): Learn how to use the Is NaN function in Origami Tech to check for missing or invalid numeric values, ensuring data accuracy in trading scripts.
- [Var](https://docs.origami.tech/function/functions/var.md): The Var function in Origami Tech calculates statistical variance to analyze data dispersion, volatility, and performance consistency in trading models.
- [Technical analysis](https://docs.origami.tech/function/technical-analysis.md): Technical analysis is a collection of tools used for forecasting probability price movements based on patterns in historical price changes.
- [Relative Strenght Index](https://docs.origami.tech/function/technical-analysis/relative-strenght-index.md): The Relative Strength Index (RSI) employed to identify shifts in momentum and the potential direction of asset prices.
- [RSI to price](https://docs.origami.tech/function/technical-analysis/rsi-to-price.md): It yields the price at which the anticipated RSI value will be attained.
- [Average True Range](https://docs.origami.tech/function/technical-analysis/average-true-range.md): Learn how to use the Average True Range indicator in Origami Tech to measure price volatility and improve stop-loss and risk management.
- [Bollinger Bands](https://docs.origami.tech/function/technical-analysis/bollinger-bands.md): Understand how Bollinger Bands in Origami Tech help detect volatility, breakout potential, and overbought or oversold market conditions.
- [Donchian Channel](https://docs.origami.tech/function/technical-analysis/donchian-channel.md): Donchian channels are a widely-used technical analysis tool, primarily employed to identify breakout points in price movements—critical for traders seeking to capture significant trends.
- [Exponential Moving Average](https://docs.origami.tech/function/technical-analysis/exponential-moving-average.md): The Exponential Moving Average in Origami Tech applies weighted smoothing to price data, ideal for momentum and crossover strategies.
- [Kaufman Efficiency Indicator](https://docs.origami.tech/function/technical-analysis/kaufman-efficiency-indicator.md): Learn how to use the Kaufman Efficiency Indicator in Origami Tech to measure trend efficiency and identify stable, low-noise market conditions.
- [Kaufman's Adaptive Moving Average](https://docs.origami.tech/function/technical-analysis/kaufmans-adaptive-moving-average.md): Learn how Kaufman’s Adaptive Moving Average in Origami Tech adapts to market noise, providing smoother and more accurate trend tracking.
- [Keltner Channels](https://docs.origami.tech/function/technical-analysis/keltner-channels.md): Explore Keltner Channels in Origami Tech to analyze volatility and trend direction, enhancing entry and exit conditions in trading strategies.
- [Momentum Breakout Bands](https://docs.origami.tech/function/technical-analysis/momentum-breakout-bands.md): Learn how Momentum Breakout Bands in Origami Tech detect volatility expansion and breakout conditions for active trading strategies.
- [Pivot Points](https://docs.origami.tech/function/technical-analysis/pivot-points.md): Pivot Points in Origami Tech calculate potential support and resistance levels to optimize trading entry and exit points automatically.
- [Percentage Price Oscillator](https://docs.origami.tech/function/technical-analysis/percentage-price-oscillator.md): Explore how the Percentage Price Oscillator in Origami Tech tracks the difference between moving averages to gauge market momentum.
- [Percent B](https://docs.origami.tech/function/technical-analysis/percent-b.md): Understand the Percent B indicator in Origami Tech, which measures price relative to Bollinger Bands to signal overbought or oversold zones.
- [Stop-and-Reverse](https://docs.origami.tech/function/technical-analysis/stop-and-reverse.md): Learn how to use the Stop and Reverse (SAR) indicator in Origami Tech to detect potential trend reversals and manage automated trading positions.
- [Stochastic Oscillator %K](https://docs.origami.tech/function/technical-analysis/stochastic-oscillator-k.md): The Stochastic Oscillator %K in Origami Tech measures momentum by comparing closing prices to recent ranges for trading signal generation.
- [Stochastic RSI](https://docs.origami.tech/function/technical-analysis/stochastic-rsi.md): Learn how the Stochastic RSI indicator in Origami Tech combines RSI and stochastic methods to identify market momentum and overbought conditions.
- [True Range](https://docs.origami.tech/function/technical-analysis/true-range.md): The True Range indicator in Origami Tech measures intraday volatility, helping traders set dynamic stop levels and assess price movement.
- [Triple Exponential Moving Average Oscillator](https://docs.origami.tech/function/technical-analysis/triple-exponential-moving-average-oscillator.md): Explore the TEMA Oscillator in Origami Tech, designed to minimize lag and enhance signal precision in momentum-based trading systems.
- [Volume Adjusted Moving Average](https://docs.origami.tech/function/technical-analysis/volume-adjusted-moving-average.md): Explore how the Volume Adjusted Moving Average in Origami Tech smooths trends by weighting prices with traded volume for accurate signal detection.
- [Structures](https://docs.origami.tech/function/structures.md): The type and format of the returned data by the functions.
- [Balance](https://docs.origami.tech/function/structures/balance.md): The Balance structure in Origami Tech defines account assets, quantities, and valuation, essential for portfolio and strategy calculations.
- [GroupBalance](https://docs.origami.tech/function/structures/groupbalance.md): The GroupBalance structure in Origami Tech defines grouped balance data for multi-account tracking, reporting, and portfolio management.
- [GroupBalance](https://docs.origami.tech/function/structures/groupbalance-1.md)
- [Orderbook](https://docs.origami.tech/function/structures/orderbook.md): The Orderbook structure in Origami Tech represents live bid and ask data, providing a foundation for liquidity and market depth analysis.
- [OrderBookUnit](https://docs.origami.tech/function/structures/orderbookunit.md): The OrderBookUnit structure in Origami Tech represents individual order entries, capturing price, amount, and side for market modeling.
- [Symbol](https://docs.origami.tech/function/structures/symbol.md): The Symbol structure in Origami Tech represents trading pairs and market identifiers, essential for defining strategy scope and assets.
- [Candle](https://docs.origami.tech/function/structures/candle.md): The Candle structure in Origami Tech represents OHLC market data, providing access to price, volume, and time intervals for analysis.
- [Shortcuts](https://docs.origami.tech/function/shortcuts.md): Abbreviations that can be used in functions to unify the code.
- [Base](https://docs.origami.tech/function/shortcuts/base.md): The Base shortcut in Origami Tech defines reusable foundational logic components for building structured, modular trading strategies.
- [Counter](https://docs.origami.tech/function/shortcuts/counter.md): Learn to use the Counter shortcut in Origami Tech to track iterations, loops, or sequential calculations within trading strategy logic.
- [Exchanges list](https://docs.origami.tech/function/exchanges-list.md): Explore all exchanges supported by Origami Tech and learn how to connect accounts securely for automated trading and data-driven strategy execution.
- [Pre-defined parameters](https://docs.origami.tech/function/pre-defined-parameters.md): The parameters utilized in grids to place multiple orders within a single grid.
- [Order Pos](https://docs.origami.tech/function/pre-defined-parameters/order-pos.md): Understand the Order Pos parameter in Origami Tech, defining order position within grid or strategy logic for structured trade execution.
- [Side](https://docs.origami.tech/function/pre-defined-parameters/side.md): The Side predefined parameter in Origami Tech defines order direction, helping specify buy or sell logic within automated strategies.
- [Overview](https://docs.origami.tech/referral-program/overview.md)
- [How to Compete in Grid Leagues](https://docs.origami.tech/crypto-trading-competitions/how-to-compete-in-grid-leagues.md)
- [v3.2.1](https://docs.origami.tech/v3.2.1.md): Release 01.07.2026
- [v3.2.0](https://docs.origami.tech/v3.2.0.md): Release 22.06.2026
- [v3.1.0](https://docs.origami.tech/v3.1.0.md): Release 18.06.2026
- [V3.0.0](https://docs.origami.tech/v3.0.0.md): Release 02.06.2026
- [v2.2.0](https://docs.origami.tech/v2.2.0.md): Release 25.05.2026
- [v2.1.0](https://docs.origami.tech/v2.1.0.md): Updated 14th May 2026
- [v2.0.0](https://docs.origami.tech/v2.0.0.md): Updated 28th April 2026
- [v1.3.1](https://docs.origami.tech/v1.3.1.md): Updated 17th April 2026
- [v1.3.0](https://docs.origami.tech/v1.3.0.md): Updated 13th April 2026
- [v1.2.1](https://docs.origami.tech/v1.2.1.md): Updated 24th February 2026
- [v1.2.0](https://docs.origami.tech/v1.2.0.md): Updated 6th February 2026