|
|
|
| R2012a Documentation → Simulink | |
Learn more about Simulink |
|
| Contents | Index |
Math Operations
The Real-Imag to Complex block converts real and/or imaginary inputs to a complex-valued output signal.
The inputs can both be arrays (vectors or matrices) of equal dimensions, or one input can be an array and the other a scalar. If the block has an array input, the output is a complex array of the same dimensions. The elements of the real input map to the real parts of the corresponding complex output elements. The imaginary input similarly maps to the imaginary parts of the complex output signals. If one input is a scalar, it maps to the corresponding component (real or imaginary) of all the complex output signals.
The block accepts input signals of the following data types:
Floating point
Built-in integer
Fixed point
Complex fixed-point signals must have trivial slope and zero bias. For more information about support for fixed-point data types, see Scaling in the Simulink Fixed Point documentation.
Specify the kind of input: a real input, an imaginary input, or both.
This parameter appears only when you set Input to Real or Imag. If the input is a real-part signal, this parameter specifies the constant imaginary part of the output signal. If the input is the imaginary part, this parameter specifies the constant real part of the output signal. The title of this parameter changes to reflect its usage.
Specify the time interval between samples. To inherit the sample time, set this parameter to -1. See How to Specify the Sample Time in the online documentation for more information.
Direct Feedthrough | Yes |
Sample Time | Inherited from driving block |
Scalar Expansion | Yes, of the input when the function requires two inputs |
Dimensionalized | Yes |
Multidimensionalized | Yes |
Zero-Crossing Detection | No |
Learn more about Simulink through this collection of videos, articles, technical literature and the Getting Started with Simulink Guide.
| © 1984-2012- The MathWorks, Inc. - Site Help - Patents - Trademarks - Privacy Policy - Preventing Piracy - RSS |
