MATLAB Programming

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2 Data Types Infinity and NaN Functions (Continued) Function isfinite nan Description Detect finite elements of an array. Return the IEEE value for Not a Number. Type Identification Functions Function class isa isfloat isinteger isnumeric isreal whos Description Return data type (or class). Determine if input value is of the specified data type. Determine if input value is a floating-point array. Determine if input value is an integer array. Determine if input value is a numeric array. Determine if input value is real. Display the data type of input. Output Formatting Functions Function format Description Control display format for output. 2-32
Logical Types Logical Types The logical data type represents a logical true or false state using the numbers 1 and 0, respectively. Certain <strong>MATLAB</strong> functions and operators return logical true or false to indicate whether a certain condition was found to be true or not. For example, the statement (5 * 10) > 40 returns a logical true value. Logical data does not have to be scalar; <strong>MATLAB</strong> supports arrays of logical values as well. For example, the following statement returns a vector of logicals indicating false for the first two elements and true for the last three: [30 40 50 60 70] > 40 ans = 0 0 1 1 1 This section covers the following topics: • “Creating a Logical Array” on page 2-33 • “How Logical Arrays Are Used” on page 2-35 • “Identifying Logical Arrays” on page 2-37 Creating a Logical Array One way of creating an array of logicals is to just enter a true or false value for each element. The true function returns logical one; the false function returns logical zero: x = [true, true, false, true, false]; Logical OperationsonanArray Youcanalsoperformsomelogicaloperationonanarraythatyieldsanarray of logicals: x = magic(4) >= 9 x = 1 0 0 1 0 1 1 0 2-33
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MATLAB ® 7 Programming
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Revision History June 2004 First pr
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4 M-File Programming Function Argum
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6 Data Import and Export Working wi
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10 Scheduling Program Execution wit
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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 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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