在MATLAB环境中集成C代码是为了充分利用C语言的高效性能和MATLAB的便捷性。这个名为"Surdo-et-al-2017-Mouse-Ventricular-Model-with-Myofilament-Contraction"的项目，显然是一个关于小鼠心室模型的研究，其中涉及到心肌纤维收缩的模拟。下面将详细介绍如何在MATLAB中集成C代码以及该模型可能涉及的生物学和计算方面。
MATLAB的MEX功能允许用户编写C或C++代码，并将其编译为可以在MATLAB环境中直接调用的函数。这通常用于加速计算密集型任务，因为C语言通常比MATLAB原生代码执行更快。集成过程包括编写C/C++代码，配置编译器，创建MEX文件，最后在MATLAB中调用该函数。
1. **C代码编写**：在C代码中，你需要定义函数接口，使其与MATLAB的数据类型兼容，例如，输入和输出参数应是MATLAB数组（如`mxArray`）。函数内部可以实现复杂的数值计算，比如心脏模型中的生物力学模拟。
2. **配置编译器**：MATLAB提供了 mex 命令来配置编译器和链接器选项。你需要确保编译器安装正确，并且MATLAB能够找到它。在MATLAB命令行窗口中运行`mex -setup`可以配置默认的编译器。
3. **创建MEX文件**：使用`mex`命令编译C代码，生成MEX文件。例如，如果你有一个名为`mycode.c`的C源文件，可以运行`mex mycode.c`来创建可执行的MEX函数。
4. **在MATLAB中调用**：生成的MEX文件可以在MATLAB环境中像普通MATLAB函数一样调用。只需提供相应的输入参数，MATLAB会自动处理数据的转换。
在"Surdo-et-al-2017-Mouse-Ventricular-Model"项目中，研究可能涉及以下知识点：
- **心室模型**：这是一种数学模型，用来描述心脏心室的电生理行为和力学特性。它通常包括心肌细胞的电活动模型（如Hodgkin-Huxley模型）和心室整体的力学模型（如有限元模型）。
- **心肌纤维收缩**：涉及到肌节、肌丝滑动理论，其中钙离子浓度变化引发肌钙蛋白与肌球蛋白的相互作用，导致心肌细胞的收缩和舒张。
- **生物力学**：计算心脏的应力、应变，以及它们如何影响心室的泵血功能。这可能需要解决非线性偏微分方程。
- **开源系统**：该项目被标记为“系统开源”，意味着所有源代码和相关资料都是公开的，可供其他研究者复现、修改或扩展。
在深入研究这个项目时，你可能需要熟悉生物物理模型、数值方法（如欧拉方法、龙格-库塔法等）以及MATLAB的MEX编程。此外，阅读项目文档、理解代码结构和算法是理解模型工作原理的关键。
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Your mouse is slowing you down. The time you spend context switching between your editor and your consoles eats away at your productivity. Take control of your environment with tmux, a terminal multiplexer that you can tailor to your workflow. With this updated second edition for tmux 2.2, you'll customize, script, and leverage tmux's unique abilities to craft a productive terminal environment that lets you keep your fingers on your keyboard's home row.
You have a database console, web server, test runner, and text editor running at the same time, but switching between them and trying to find what you need takes up valuable time and breaks your concentration. By using tmux 2.2, you can improve your productivity and regain your focus. This book will show you how.
This second edition includes many features requested by readers, including how to integrate plugins into your workflow, how to integrate tmux with Vim for seamless navigation - oh, and how to use tmux on Windows 10.
Use tmux to manage multiple terminal sessions in a single window using only your keyboard. Manage and run programs side by side in panes, and create the perfect development environment with custom scripts so that when you're ready to work, your programs are waiting for you. Manipulate text with tmux's copy and paste buffers, so you can move text around freely between applications. Discover how easy it is to use tmux to collaborate remotely with others, and explore more advanced usage as you manage multiple tmux sessions, add custom scripts into the tmux status line, and integrate tmux with your system.
Whether you're an application developer or a system administrator, you'll find many useful tricks and techniques to help you take control of your terminal.
Table of Contents
Chapter 1. Learning the Basics
Chapter 2. Configuring tmux
Chapter 3. Scripting Customized tmux Environments
Chapter 4. Working With Text and Buffers
Chapter 5. Pair Programming with tmux
Chapter 6. Workflows
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