MATLAB Programming

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4 M-File Programming Create two equivalent anonymous function handles: h1 = @(x) sin(x); h2 = h1; isequal(h1, h2) ans = 1 Save each to a different MAT-file: save fname1 h1; save fname2 h2; Clear the MATLAB workspace and then load the function handles back into the workspace: clear all load fname1 load fname2 The function handles are no longer equal: isequal(h1, h2) ans = 0 Note however that equal anonymous and nested function handles that you savetothesameMAT-fileareequalwhenloadedbackintoMATLAB: h1 = @(x) sin(x); h2 = h1; isequal(h1, h2) ans = 1 save fname h1 h2; clear all load fname 4-30
Function Handles isequal(h1, h2) ans = 1 Additional Information on Function Handles This section covers the following topics: • “Maximum Length of a Function Name” on page 4-31 • “How MATLAB Constructs a Function Handle” on page 4-31 • “Saving and Loading Function Handles” on page 4-32 Maximum Length of a Function Name Function names used in handles are unique up to N characters, where N is the number returned by the function namelengthmax. If the function name exceeds that length, MATLAB truncates the latter part of the name. For function handles created for Java constructors, the length of any segment of the package name or class name must not exceed namelengthmax characters. (The term segment refers to any portion of the name that lies before, between, or after a dot. For example, java.lang.String has three segments). The overall length of the string specifying the package and class has no limit. How MATLAB Constructs a Function Handle Atthetimeyoucreateafunctionhandle,MATLABmapsthehandletooneor more implementations of the function specified in the constructor statement: fhandle = @functionname In selecting which function(s) to map to, MATLAB considers • Scope — The function named must be on the MATLAB path at the time the handle is constructed. • Precedence — MATLAB selects which function(s) to map to according to the function precedence rules described under “How MATLAB Determines Which Method to Call” on page 9-72. 4-31
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MATLAB ® 7 Programming
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Revision History June 2004 First pr
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Operating on Diagonal Matrices ....
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A External Interfaces Finding the D
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3 Basic Program Components Symbol R
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6 Data Import and Export Working wi
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9 Classes and Objects Classes and O
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10 Scheduling Program Execution wit
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12 Programming Tips Starting MATLAB
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A External Interfaces A-2
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Index arithmetic operators 3-17 ove
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Index debugging 9-6 designing 9-9 j
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Index string, vector of input 2-70
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Index internet 6-116 downloading fr
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Index overloaded 5-37 function work
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Index I if and empty arrays 3-89 ex
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Index scalar 1-47 See also matrices
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Index inheritance multiple 9-40 sim
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Index reading HDF4 data 7-52 from t
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Index rotating matrices 1-34 S save
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Index T semicolon ; 3-106 single qu
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MATLAB Programming

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