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Backtesting Crypto Trading Strategies with Python & C++ 2021
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Name:Backtesting Crypto Trading Strategies with Python & C++ 2021
Infohash: 570BA579DE7A4D7366621AA91D712557662095C9
Total Size: 2.78 GB
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Last Updated: 2026-01-04 10:04:52 (Update Now)
Torrent added: 2021-10-08 04:00:14
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[TutsNode.com] - Backtesting Crypto Trading Strategies with Python & C++ 2021 (Size: 2.78 GB) (Files: 163)
[TutsNode.com] - Backtesting Crypto Trading Strategies with Python & C++ 2021
6. High-performance Backtesting with C++
6. Resample the 1-minute Candlesticks.mp4
6. Resample the 1-minute Candlesticks.srt
5. Get the HDF5 Data.srt
11. Load Your C++ Library Into Python.srt
10. Parabolic SAR Coding.srt
4. Open and Close an HDF5 File With the C library.srt
7. SMA Cross-over Strategy Class.srt
1. Set Up the C++ Coding Environment (Windows users).srt
8. SMA Cross-over Strategy Execute the Backtest.srt
2. Set Up the C++ Coding Environment (Mac OS users).srt
3. Run Your First C++ Program.srt
9. Parabolic SAR Trading Strategy.srt
1.1 cmake_kit.json
11. Load Your C++ Library Into Python.mp4
5. Get the HDF5 Data.mp4
2. Set Up the C++ Coding Environment (Mac OS users).mp4
10. Parabolic SAR Coding.mp4
1. Set Up the C++ Coding Environment (Windows users).mp4
7. SMA Cross-over Strategy Class.mp4
4. Open and Close an HDF5 File With the C library.mp4
8. SMA Cross-over Strategy Execute the Backtest.mp4
3. Run Your First C++ Program.mp4
9. Parabolic SAR Trading Strategy.mp4
7. Backtesting Optimization
1. Introduction to Optimization and Genetic Algorithms.srt
7. Generate the Offspring Population.srt
3. Generate the Initial Population.srt
10. Implement the NSGA-2 Process.srt
5. Non-Dominated Sorting.srt
2. Prepare the Optimizer Module.srt
6. Crowding Distance Calculation.srt
9. Random Parameter Constraints.srt
8. Create the Next Generation.srt
4. Evaluate the Population.srt
7. Generate the Offspring Population.mp4
10. Implement the NSGA-2 Process.mp4
5. Non-Dominated Sorting.mp4
3. Generate the Initial Population.mp4
1. Introduction to Optimization and Genetic Algorithms.mp4
2. Prepare the Optimizer Module.mp4
6. Crowding Distance Calculation.mp4
4. Evaluate the Population.mp4
9. Random Parameter Constraints.mp4
8. Create the Next Generation.mp4
5. Strategy Backtesting With Python
8. Support & Resistance Coding Identify the Price Levels.srt
6. Ichimoku Coding.srt
4. On-Balance Volume Coding.srt
9. Support & Resistance Coding Check the Breakouts.srt
1. Introduction to Backtesting With Python.srt
11. Dynamically Input Your Parameters.srt
5. Ichimoku Trading Strategy.srt
2. On-Balance Volume Trading Strategy.srt
3. Backtesting Interface.srt
10. Support & Resistance Coding Open Close Positions.srt
7. Support & Resistance Trading Strategy.srt
13. Performance Indicator the Maximum Drawdown.srt
12. Speed Up Your Backtest With Numpy Arrays.srt
4. On-Balance Volume Coding.mp4
6. Ichimoku Coding.mp4
8. Support & Resistance Coding Identify the Price Levels.mp4
9. Support & Resistance Coding Check the Breakouts.mp4
1. Introduction to Backtesting With Python.mp4
11. Dynamically Input Your Parameters.mp4
3. Backtesting Interface.mp4
10. Support & Resistance Coding Open Close Positions.mp4
13. Performance Indicator the Maximum Drawdown.mp4
12. Speed Up Your Backtest With Numpy Arrays.mp4
2. On-Balance Volume Trading Strategy.mp4
5. Ichimoku Trading Strategy.mp4
7. Support & Resistance Trading Strategy.mp4
2. Setting Up the Coding Environment
1. Install Python 3.srt
3. Source Code for Each Lecture.html
2. Install and Configure PyCharm.srt
3.1 source_code.zip
2. Install and Configure PyCharm.mp4
1. Install Python 3.mp4
3. Market Data Collection
7. Collect the Full Price History of a Symbol (Part 1).srt
6. Request Historical Data From Any Crypto Exchange.srt
3. Create the Binance Client Class.srt
8. Collect the Full Price History of a Symbol (Part 2).srt
5. Request Historical Data From Binance.srt
4. Request the List of Symbols.srt
2. Create an Entry Point Logger Exchange Class.srt
1. What is an API and How to Use it.srt
6. Request Historical Data From Any Crypto Exchange.mp4
7. Collect the Full Price History of a Symbol (Part 1).mp4
8. Collect the Full Price History of a Symbol (Part 2).mp4
5. Request Historical Data From Binance.mp4
3. Create the Binance Client Class.mp4
4. Request the List of Symbols.mp4
1. What is an API and How to Use it.mp4
2. Create an Entry Point Logger Exchange Class.mp4
4. Storing the Market Data to an HDF5 Database
5. Fetch Data From a Dataset.srt
1. What Is HDF5 and Why Use it.srt
4. Get the MinMax Timestamp of the Dataset.srt
6. Convert 1-minute Candlesticks to any Timeframe.srt
3. Insert Data to a Dataset.srt
2. Create an HDF5 Dataset With h5py.srt
5. Fetch Data From a Dataset.mp4
4. Get the MinMax Timestamp of the Dataset.mp4
1. What Is HDF5 and Why Use it.mp4
6. Convert 1-minute Candlesticks to any Timeframe.mp4
3. Insert Data to a Dataset.mp4
2. Create an HDF5 Dataset With h5py.mp4
1. Introduction
2. Common Mistakes When Backtesting.srt
1. Why Is Backtesting Essential.srt
3. Course Organization.srt
2. Common Mistakes When Backtesting.mp4
1. Why Is Backtesting Essential.mp4
3. Course Organization.mp4
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