One of the ways I think of Simulink is as a graphical interface to the solvers.  Moreover, when I think of the solvers, I usually think of the continuous time solvers and the integrator block.  In... 更多内容 >>

My recent posts have focused on the different elements required to build a library block.  There is the conceptual design of the block, the dynamic dialog, and the mask initialization code.  In each... 更多内容 >>

In previous posts, I introduced advanced masking concepts and discussed how to build a masked library block with a dynamic mask dialog.   In this post, I will show how the example Saturation... 更多内容 >>

When configuring a Simulink block, you usually use a graphical user interface (GUI).  In this post I’m going to investigate the basics of programming a dynamic GUI using the mask editor. The... 更多内容 >>

Masking does more than just put a professional interface on your algorithm.  Simulink blocksets provide elaborate graphical user interfaces (GUIs) to control the behavior of blocks.  The block... 更多内容 >>

Today I want to introduce a fundamental Simulink concept: masking a block.  Masking provides you with a way to put an interface on an algorithm.  This can centralize the system parameters for... 更多内容 >>

I just downloaded and installed the R2008b prerelease, and you can too! Currently licensed users of MathWorks products have access to download and install the R2008b prerelease here... 更多内容 >>

Have you ever noticed the same block constructs occurring repeatedly in your model?  Simulink libraries provide you with a way to capture the template for an algorithm, and then reuse that template... 更多内容 >>

I once faced a problem where Simulink reported, “Cannot solve algebraic loops...” Algebraic loops can be solved by Simulink, but often slow down the simulation. For this reason, we have the... 更多内容 >>

In a recent post, I kicked off the discussion of Simulink workflow accelerators. The comments for that post were a great look at ways people work with Simulink. The discussion reminded me of... 更多内容 >>