This week's post has been triggered by question recently posted on this blog regarding Masking and Variant Subsystems. If you look at this exchange I had with Xiaojun Yang, you will see that it... 更多内容 >>
In R2011b, we are trying to make it easier to interface the parameters of a masked subsystem with the parameters of the blocks under this mask. We call this Promoting Block Parameters. Let's see how... 更多内容 >>
Today I will illustrate how to combine two features I like: Subsystem Variants and Masking. The Question I created a subsystem with two variants and I have specific masks for each... 更多内容 >>
Last week the MathWorks released the R2009b family of
products. There are many new capabilities in the latest release and with this
blog post, I want to highlight a some of the features in Simulink... 更多内容 >>
Most Simulink models use workspace variable to define the important parameters. For example, setting the gain value to K and then defining K in the workspace. I wrote about initializing these... 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 >>
