MATLAB Programming

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10 Scheduling Program Execution with Timers Finding All Timer Objects in Memory To find all the timer objects that exist in memory, use the timerfind function. This function returns an array of timer objects. If you leave off the semicolon, and there are multiple timer objects in the array, timerfind displays summary information in a table: t1 = timer; t2 = timer; t3 = timer; t_array = timerfind Timer Object Array Index: ExecutionMode: Period: TimerFcn: Name: 1 singleShot 1 '' timer-3 2 singleShot 1 '' timer-4 3 singleShot 1 '' timer-5 Using timerfind to determine all the timer objects that exist in memory can be helpful when deleting timer objects. See “Deleting All Existing Timer Objects” on page 10-23 for an example. Finding Invisible Timer Objects If you set the value of a timer object’s ObjectVisibility property to 'off', the timer object does not appear in listings of existing timer objects returned by timerfind. TheObjectVisibility property provides a way for application developers to prevent end-user access to the timer objects created by their application. Objects that are not visible are still valid. If you have access to the object (for example, from within the M-file that created it), you can set its properties. To retrieve a list of all the timer objects in memory, including invisible ones, use the timerfindall function. 10-24
11 Improving Performance and Memory Usage Analyzing Your Program’s Performance (p. 11-2) Techniques for Improving Performance (p. 11-4) Using Memory Efficiently (p. 11-12) Resolving “Out of Memory” Errors (p. 11-21) What tools are provided by <strong>MATLAB</strong> to measure the performance of your programs and identify where the bottlenecks are How to improve M-file performance by vectorizing loops, preallocating arrays, etc. Conserving memory; platform-specific memory handling; "Out of Memory" errors What to do when if you get a "Out of Memory" error
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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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Creating a Cell Array .............
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12 Programming Tips Command and Fun
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Converting Between Strings and Cell
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A External Interfaces Finding the D
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1 Data Structures Empty Matrices, S
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1 Data Structures A{2,2} = 7; B{1,1
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1 Data Structures Summary of Matrix
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2 Data Types Cell Arrays (p. 2-94)
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2 Data Types Date Strings There are
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2 Data Types datestr(d) ans = 01-Ma
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3 Basic Program Components Symbol R
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4 M-File Programming Function Argum
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4 M-File Programming Saving the Pro
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4 M-File Programming Improving Perf
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4 M-File Programming Working with M
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5 Types of Functions Overview of MA
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5 Types of Functions 0.6667 filt2(1
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6 Data Import and Export Working wi
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7 Working with Scientific Data Form
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8 Error Handling Checking for Error
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8 Error Handling Handling and Recov
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8 Error Handling X = A * B catch di
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8 Error Handling matrixMultiply(A,
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8 Error Handling Message Identifier
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8 Error Handling error('msg_id', 'e
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8 Error Handling Warnings Like erro
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8 Error Handling s(2) ans = identif
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8 Error Handling end function f2(x)
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8 Error Handling Debugging Errors a
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9 Classes and Objects Classes and O
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12 Programming Tips -- METHOD #1 --
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12 Programming Tips Starting MATLAB
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12 Programming Tips Finding the MAT
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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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