(octave.info)Function Index


Function Index
**************

[index]

abs: Complex Arithmetic. (line 9)
accumarray: Accumulation. (line 10)
accumarray <1>: Accumulation. (line 11)
accumdim: Accumulation. (line 101)
acos: Trigonometry. (line 108)
acosd: Trigonometry. (line 260)
acosh: Trigonometry. (line 171)
acot: Trigonometry. (line 128)
acotd: Trigonometry. (line 286)
acoth: Trigonometry. (line 191)
acsc: Trigonometry. (line 123)
acscd: Trigonometry. (line 281)
acsch: Trigonometry. (line 186)
addlistener: Object Groups. (line 122)
addpath: Manipulating the Load Path.
addpath <1>: Manipulating the Load Path.
addpref: User-Defined Preferences.
addpref <1>: User-Defined Preferences.
addproperty: Object Groups. (line 51)
addproperty <1>: Object Groups. (line 52)
addtodate: Timing Utilities. (line 683)
add_input_event_hook: Parser. (line 15)
add_input_event_hook <1>: Parser. (line 16)
airy: Special Functions. (line 6)
all: Finding Elements and Checking Conditions.
all <1>: Finding Elements and Checking Conditions.
allchild: Graphics Objects. (line 562)
amd: Mathematical Considerations.
amd <1>: Mathematical Considerations.
ancestor: Graphics Objects. (line 545)
ancestor <1>: Graphics Objects. (line 546)
and: Element-by-element Boolean Operators.
and <1>: Element-by-element Boolean Operators.
angle: Complex Arithmetic. (line 22)
annotation: Plot Annotations. (line 355)
annotation <1>: Plot Annotations. (line 356)
annotation <2>: Plot Annotations. (line 357)
annotation <3>: Plot Annotations. (line 358)
annotation <4>: Plot Annotations. (line 359)
annotation <5>: Plot Annotations. (line 360)
annotation <6>: Plot Annotations. (line 361)
annotation <7>: Plot Annotations. (line 362)
annotation <8>: Plot Annotations. (line 363)
annotation <9>: Plot Annotations. (line 364)
annotation <10>: Plot Annotations. (line 365)
any: Finding Elements and Checking Conditions.
any <1>: Finding Elements and Checking Conditions.
arch_fit: Signal Processing. (line 385)
arch_rnd: Signal Processing. (line 408)
arch_test: Signal Processing. (line 420)
area: Two-Dimensional Plots.
area <1>: Two-Dimensional Plots.
area <2>: Two-Dimensional Plots.
area <3>: Two-Dimensional Plots.
area <4>: Two-Dimensional Plots.
area <5>: Two-Dimensional Plots.
arg: Complex Arithmetic. (line 21)
argnames: Inline Functions. (line 47)
argv: Command Line Options.
arma_rnd: Signal Processing. (line 451)
arrayfun: Function Application.
arrayfun <1>: Function Application.
arrayfun <2>: Function Application.
arrayfun <3>: Function Application.
arrayfun <4>: Function Application.
arrayfun <5>: Function Application.
ascii: FTP Objects. (line 83)
asctime: Timing Utilities. (line 165)
asec: Trigonometry. (line 118)
asecd: Trigonometry. (line 276)
asech: Trigonometry. (line 181)
asin: Trigonometry. (line 103)
asind: Trigonometry. (line 255)
asinh: Trigonometry. (line 166)
assert: Test Functions. (line 413)
assert <1>: Test Functions. (line 414)
assert <2>: Test Functions. (line 415)
assert <3>: Test Functions. (line 416)
assert <4>: Test Functions. (line 417)
assert <5>: Test Functions. (line 418)
assignin: Evaluation in a Different Context.
atan: Trigonometry. (line 113)
atan2: Trigonometry. (line 196)
atan2d: Trigonometry. (line 270)
atand: Trigonometry. (line 265)
atanh: Trigonometry. (line 176)
atexit: Quitting Octave. (line 31)
atexit <1>: Quitting Octave. (line 32)
audiodevinfo: Audio Device Information.
audiodevinfo <1>: Audio Device Information.
audiodevinfo <2>: Audio Device Information.
audiodevinfo <3>: Audio Device Information.
audiodevinfo <4>: Audio Device Information.
audiodevinfo <5>: Audio Device Information.
audioformats: Audio File Utilities.
audioformats <1>: Audio File Utilities.
audioinfo: Audio File Utilities.
audioplayer: Audio Player. (line 12)
audioplayer <1>: Audio Player. (line 13)
audioplayer <2>: Audio Player. (line 14)
audioplayer <3>: Audio Player. (line 15)
audioplayer <4>: Audio Player. (line 16)
audioread: Audio File Utilities.
audioread <1>: Audio File Utilities.
audioread <2>: Audio File Utilities.
audioread <3>: Audio File Utilities.
audiorecorder: Audio Recorder. (line 13)
audiorecorder <1>: Audio Recorder. (line 14)
audiorecorder <2>: Audio Recorder. (line 15)
audiowrite: Audio File Utilities.
audiowrite <1>: Audio File Utilities.
autoload: Overloading and Autoloading.
autoload <1>: Overloading and Autoloading.
autoload <2>: Overloading and Autoloading.
autoreg_matrix: Signal Processing. (line 467)
autumn: Representing Images.
autumn <1>: Representing Images.
available_graphics_toolkits: Graphics Toolkits. (line 26)
axes: Graphics Objects. (line 59)
axes <1>: Graphics Objects. (line 60)
axes <2>: Graphics Objects. (line 61)
axes <3>: Graphics Objects. (line 62)
axis: Axis Configuration. (line 10)
axis <1>: Axis Configuration. (line 11)
axis <2>: Axis Configuration. (line 12)
axis <3>: Axis Configuration. (line 13)
axis <4>: Axis Configuration. (line 14)
axis <5>: Axis Configuration. (line 15)
axis <6>: Axis Configuration. (line 16)
axis <7>: Axis Configuration. (line 17)
axis <8>: Axis Configuration. (line 18)
balance: Basic Matrix Functions.
balance <1>: Basic Matrix Functions.
balance <2>: Basic Matrix Functions.
balance <3>: Basic Matrix Functions.
balance <4>: Basic Matrix Functions.
bandwidth: Basic Matrix Functions.
bandwidth <1>: Basic Matrix Functions.
bar: Two-Dimensional Plots.
bar <1>: Two-Dimensional Plots.
bar <2>: Two-Dimensional Plots.
bar <3>: Two-Dimensional Plots.
bar <4>: Two-Dimensional Plots.
bar <5>: Two-Dimensional Plots.
bar <6>: Two-Dimensional Plots.
barh: Two-Dimensional Plots.
barh <1>: Two-Dimensional Plots.
barh <2>: Two-Dimensional Plots.
barh <3>: Two-Dimensional Plots.
barh <4>: Two-Dimensional Plots.
barh <5>: Two-Dimensional Plots.
barh <6>: Two-Dimensional Plots.
bartlett: Signal Processing. (line 478)
base2dec: String Conversions. (line 120)
base64_decode: Base64 and Binary Data Transmission.
base64_decode <1>: Base64 and Binary Data Transmission.
base64_encode: Base64 and Binary Data Transmission.
beep: Raising Errors. (line 145)
beep_on_error: Raising Errors. (line 155)
beep_on_error <1>: Raising Errors. (line 156)
beep_on_error <2>: Raising Errors. (line 157)
besselh: Special Functions. (line 196)
besselh <1>: Special Functions. (line 197)
besselh <2>: Special Functions. (line 198)
besselh <3>: Special Functions. (line 199)
besseli: Special Functions. (line 117)
besseli <1>: Special Functions. (line 118)
besseli <2>: Special Functions. (line 119)
besselj: Special Functions. (line 39)
besselj <1>: Special Functions. (line 40)
besselj <2>: Special Functions. (line 41)
besselk: Special Functions. (line 156)
besselk <1>: Special Functions. (line 157)
besselk <2>: Special Functions. (line 158)
bessely: Special Functions. (line 78)
bessely <1>: Special Functions. (line 79)
bessely <2>: Special Functions. (line 80)
beta: Special Functions. (line 237)
betainc: Special Functions. (line 252)
betainc <1>: Special Functions. (line 253)
betaincinv: Special Functions. (line 287)
betaincinv <1>: Special Functions. (line 288)
betaincinv <2>: Special Functions. (line 289)
betaln: Special Functions. (line 322)
bicg: Specialized Solvers.
bicg <1>: Specialized Solvers.
bicg <2>: Specialized Solvers.
bicg <3>: Specialized Solvers.
bicg <4>: Specialized Solvers.
bicg <5>: Specialized Solvers.
bicg <6>: Specialized Solvers.
bicg <7>: Specialized Solvers.
bicg <8>: Specialized Solvers.
bicg <9>: Specialized Solvers.
bicgstab: Specialized Solvers.
bicgstab <1>: Specialized Solvers.
bicgstab <2>: Specialized Solvers.
bin2dec: String Conversions. (line 13)
binary: FTP Objects. (line 92)
bincoeff: Special Functions. (line 339)
bitand: Bit Manipulations. (line 66)
bitcmp: Bit Manipulations. (line 97)
bitget: Bit Manipulations. (line 25)
bitor: Bit Manipulations. (line 76)
bitpack: Built-in Data Types.
bitset: Bit Manipulations. (line 10)
bitset <1>: Bit Manipulations. (line 11)
bitshift: Bit Manipulations. (line 117)
bitshift <1>: Bit Manipulations. (line 118)
bitunpack: Built-in Data Types.
bitxor: Bit Manipulations. (line 84)
blackman: Signal Processing. (line 485)
blackman <1>: Signal Processing. (line 486)
blackman <2>: Signal Processing. (line 487)
blanks: Creating Strings. (line 12)
blkdiag: Rearranging Matrices.
blkmm: Functions of a Matrix.
bone: Representing Images.
bone <1>: Representing Images.
bounds: Descriptive Statistics.
bounds <1>: Descriptive Statistics.
bounds <2>: Descriptive Statistics.
box: Plot Annotations. (line 247)
box <1>: Plot Annotations. (line 248)
box <2>: Plot Annotations. (line 249)
box <3>: Plot Annotations. (line 250)
brighten: Representing Images.
brighten <1>: Representing Images.
brighten <2>: Representing Images.
brighten <3>: Representing Images.
bsxfun: Broadcasting. (line 85)
builtin: Overloading and Autoloading.
built_in_docstrings_file: Getting Help. (line 225)
built_in_docstrings_file <1>: Getting Help. (line 226)
built_in_docstrings_file <2>: Getting Help. (line 227)
bunzip2: File Archiving Utilities.
bunzip2 <1>: File Archiving Utilities.
byte_size: Matrices and Arrays in Oct-Files.
bzip2: File Archiving Utilities.
bzip2 <1>: File Archiving Utilities.
calendar: Timing Utilities. (line 692)
calendar <1>: Timing Utilities. (line 693)
calendar <2>: Timing Utilities. (line 694)
calendar <3>: Timing Utilities. (line 695)
camlight: Three-Dimensional Plots.
camlight <1>: Three-Dimensional Plots.
camlight <2>: Three-Dimensional Plots.
camlight <3>: Three-Dimensional Plots.
camlight <4>: Three-Dimensional Plots.
camlight <5>: Three-Dimensional Plots.
camlight <6>: Three-Dimensional Plots.
camlight <7>: Three-Dimensional Plots.
camlookat: Three-Dimensional Plots.
camlookat <1>: Three-Dimensional Plots.
camlookat <2>: Three-Dimensional Plots.
camlookat <3>: Three-Dimensional Plots.
camorbit: Three-Dimensional Plots.
camorbit <1>: Three-Dimensional Plots.
camorbit <2>: Three-Dimensional Plots.
camorbit <3>: Three-Dimensional Plots.
camorbit <4>: Three-Dimensional Plots.
camorbit <5>: Three-Dimensional Plots.
camorbit <6>: Three-Dimensional Plots.
camorbit <7>: Three-Dimensional Plots.
camorbit <8>: Three-Dimensional Plots.
camorbit <9>: Three-Dimensional Plots.
campos: Three-Dimensional Plots.
campos <1>: Three-Dimensional Plots.
campos <2>: Three-Dimensional Plots.
campos <3>: Three-Dimensional Plots.
campos <4>: Three-Dimensional Plots.
camroll: Three-Dimensional Plots.
camroll <1>: Three-Dimensional Plots.
camtarget: Three-Dimensional Plots.
camtarget <1>: Three-Dimensional Plots.
camtarget <2>: Three-Dimensional Plots.
camtarget <3>: Three-Dimensional Plots.
camtarget <4>: Three-Dimensional Plots.
camup: Three-Dimensional Plots.
camup <1>: Three-Dimensional Plots.
camup <2>: Three-Dimensional Plots.
camup <3>: Three-Dimensional Plots.
camup <4>: Three-Dimensional Plots.
camva: Three-Dimensional Plots.
camva <1>: Three-Dimensional Plots.
camva <2>: Three-Dimensional Plots.
camva <3>: Three-Dimensional Plots.
camva <4>: Three-Dimensional Plots.
camzoom: Three-Dimensional Plots.
camzoom <1>: Three-Dimensional Plots.
canonicalize_file_name: Filesystem Utilities.
cart2pol: Coordinate Transformations.
cart2pol <1>: Coordinate Transformations.
cart2pol <2>: Coordinate Transformations.
cart2pol <3>: Coordinate Transformations.
cart2pol <4>: Coordinate Transformations.
cart2sph: Coordinate Transformations.
cart2sph <1>: Coordinate Transformations.
cart2sph <2>: Coordinate Transformations.
cast: Built-in Data Types.
cat: Rearranging Matrices.
caxis: Axis Configuration. (line 121)
caxis <1>: Axis Configuration. (line 122)
caxis <2>: Axis Configuration. (line 123)
caxis <3>: Axis Configuration. (line 124)
caxis <4>: Axis Configuration. (line 125)
cbrt: Exponents and Logarithms.
ccolamd: Mathematical Considerations.
ccolamd <1>: Mathematical Considerations.
ccolamd <2>: Mathematical Considerations.
ccolamd <3>: Mathematical Considerations.
cd: FTP Objects. (line 64)
cd <1>: FTP Objects. (line 65)
cd <2>: Current Working Directory.
cd <3>: Current Working Directory.
cd <4>: Current Working Directory.
ceil: Utility Functions. (line 6)
cell: Creating Cell Arrays.
cell <1>: Creating Cell Arrays.
cell <2>: Creating Cell Arrays.
cell <3>: Creating Cell Arrays.
cell2mat: Processing Data in Cell Arrays.
cell2struct: Processing Data in Cell Arrays.
cell2struct <1>: Processing Data in Cell Arrays.
celldisp: Basic Usage of Cell Arrays.
celldisp <1>: Basic Usage of Cell Arrays.
cellfun: Function Application.
cellfun <1>: Function Application.
cellfun <2>: Function Application.
cellfun <3>: Function Application.
cellfun <4>: Function Application.
cellfun <5>: Function Application.
cellfun <6>: Function Application.
cellfun <7>: Function Application.
cellindexmat: Indexing Cell Arrays.
cellslices: Creating Cell Arrays.
cellstr: Cell Arrays of Strings.
center: Basic Statistical Functions.
center <1>: Basic Statistical Functions.
cgs: Specialized Solvers.
cgs <1>: Specialized Solvers.
cgs <2>: Specialized Solvers.
char: Concatenating Strings.
char <1>: Concatenating Strings.
char <2>: Concatenating Strings.
char <3>: Concatenating Strings.
chdir: Current Working Directory.
chol: Matrix Factorizations.
chol <1>: Matrix Factorizations.
chol <2>: Matrix Factorizations.
chol <3>: Matrix Factorizations.
chol <4>: Matrix Factorizations.
chol <5>: Matrix Factorizations.
chol2inv: Matrix Factorizations.
choldelete: Matrix Factorizations.
cholinsert: Matrix Factorizations.
cholinsert <1>: Matrix Factorizations.
cholinv: Matrix Factorizations.
cholshift: Matrix Factorizations.
cholupdate: Matrix Factorizations.
circshift: Rearranging Matrices.
circshift <1>: Rearranging Matrices.
citation: Citing Octave in Publications.
citation <1>: Citing Octave in Publications.
cla: Manipulation of Plot Windows.
cla <1>: Manipulation of Plot Windows.
cla <2>: Manipulation of Plot Windows.
cla <3>: Manipulation of Plot Windows.
clabel: Plot Annotations. (line 206)
clabel <1>: Plot Annotations. (line 207)
clabel <2>: Plot Annotations. (line 208)
clabel <3>: Plot Annotations. (line 209)
clabel <4>: Plot Annotations. (line 210)
clabel <5>: Plot Annotations. (line 211)
class: Built-in Data Types.
class <1>: Built-in Data Types.
class <2>: Built-in Data Types.
clc: Cursor Motion. (line 59)
clear: Status of Variables.
clf: Manipulation of Plot Windows.
clf <1>: Manipulation of Plot Windows.
clf <2>: Manipulation of Plot Windows.
clf <3>: Manipulation of Plot Windows.
clf <4>: Manipulation of Plot Windows.
clock: Timing Utilities. (line 347)
close: Manipulation of Plot Windows.
close <1>: Manipulation of Plot Windows.
close <2>: Manipulation of Plot Windows.
close <3>: Manipulation of Plot Windows.
close <4>: Manipulation of Plot Windows.
close <5>: Manipulation of Plot Windows.
close <6>: FTP Objects. (line 35)
closereq: Manipulation of Plot Windows.
cmpermute: Representing Images.
cmpermute <1>: Representing Images.
cmunique: Representing Images.
cmunique <1>: Representing Images.
cmunique <2>: Representing Images.
colamd: Mathematical Considerations.
colamd <1>: Mathematical Considerations.
colamd <2>: Mathematical Considerations.
colamd <3>: Mathematical Considerations.
colloc: Orthogonal Collocation.
colon: Defining Indexing And Indexed Assignment.
colon <1>: Defining Indexing And Indexed Assignment.
colorbar: Plot Annotations. (line 286)
colorbar <1>: Plot Annotations. (line 287)
colorbar <2>: Plot Annotations. (line 288)
colorbar <3>: Plot Annotations. (line 289)
colorbar <4>: Plot Annotations. (line 290)
colorbar <5>: Plot Annotations. (line 291)
colorbar <6>: Plot Annotations. (line 292)
colorbar <7>: Plot Annotations. (line 293)
colorbar <8>: Plot Annotations. (line 294)
colorcube: Representing Images.
colorcube <1>: Representing Images.
colormap: Representing Images.
colormap <1>: Representing Images.
colormap <2>: Representing Images.
colormap <3>: Representing Images.
colormap <4>: Representing Images.
colormap <5>: Representing Images.
colperm: Mathematical Considerations.
colstyle: Marker Styles. (line 27)
columns: Object Sizes. (line 23)
comet: Two-Dimensional Plots.
comet <1>: Two-Dimensional Plots.
comet <2>: Two-Dimensional Plots.
comet <3>: Two-Dimensional Plots.
comet3: Two-Dimensional Plots.
comet3 <1>: Two-Dimensional Plots.
comet3 <2>: Two-Dimensional Plots.
comet3 <3>: Two-Dimensional Plots.
command_line_path: Manipulating the Load Path.
common_size: Finding Elements and Checking Conditions.
commutation_matrix: Special Functions. (line 361)
compan: Finding Roots. (line 55)
compare_versions: System Information. (line 211)
compass: Two-Dimensional Plots.
compass <1>: Two-Dimensional Plots.
compass <2>: Two-Dimensional Plots.
compass <3>: Two-Dimensional Plots.
compass <4>: Two-Dimensional Plots.
completion_append_char: Commands for Completion.
completion_append_char <1>: Commands for Completion.
completion_append_char <2>: Commands for Completion.
completion_matches: Commands for Completion.
complex: Numeric Data Types. (line 64)
complex <1>: Numeric Data Types. (line 65)
computer: System Information. (line 6)
computer <1>: System Information. (line 7)
computer <2>: System Information. (line 8)
computer <3>: System Information. (line 9)
computer <4>: System Information. (line 10)
cond: Basic Matrix Functions.
cond <1>: Basic Matrix Functions.
condeig: Basic Matrix Functions.
condeig <1>: Basic Matrix Functions.
condest: Sparse Linear Algebra.
condest <1>: Sparse Linear Algebra.
condest <2>: Sparse Linear Algebra.
condest <3>: Sparse Linear Algebra.
condest <4>: Sparse Linear Algebra.
confirm_recursive_rmdir: Filesystem Utilities.
confirm_recursive_rmdir <1>: Filesystem Utilities.
confirm_recursive_rmdir <2>: Filesystem Utilities.
conj: Complex Arithmetic. (line 34)
containers.Map: containers. Map. (line 6)
containers.Map <1>: containers. Map. (line 7)
containers.Map <2>: containers. Map. (line 8)
containers.Map <3>: containers. Map. (line 9)
contour: Two-Dimensional Plots.
contour <1>: Two-Dimensional Plots.
contour <2>: Two-Dimensional Plots.
contour <3>: Two-Dimensional Plots.
contour <4>: Two-Dimensional Plots.
contour <5>: Two-Dimensional Plots.
contour <6>: Two-Dimensional Plots.
contour3: Two-Dimensional Plots.
contour3 <1>: Two-Dimensional Plots.
contour3 <2>: Two-Dimensional Plots.
contour3 <3>: Two-Dimensional Plots.
contour3 <4>: Two-Dimensional Plots.
contour3 <5>: Two-Dimensional Plots.
contour3 <6>: Two-Dimensional Plots.
contourc: Two-Dimensional Plots.
contourc <1>: Two-Dimensional Plots.
contourc <2>: Two-Dimensional Plots.
contourc <3>: Two-Dimensional Plots.
contourf: Two-Dimensional Plots.
contourf <1>: Two-Dimensional Plots.
contourf <2>: Two-Dimensional Plots.
contourf <3>: Two-Dimensional Plots.
contourf <4>: Two-Dimensional Plots.
contourf <5>: Two-Dimensional Plots.
contourf <6>: Two-Dimensional Plots.
contrast: Representing Images.
contrast <1>: Representing Images.
conv: Products of Polynomials.
conv <1>: Products of Polynomials.
conv2: Products of Polynomials.
conv2 <1>: Products of Polynomials.
conv2 <2>: Products of Polynomials.
convhull: Convex Hull. (line 11)
convhull <1>: Convex Hull. (line 12)
convhulln: Convex Hull. (line 32)
convhulln <1>: Convex Hull. (line 33)
convhulln <2>: Convex Hull. (line 34)
convn: Products of Polynomials.
convn <1>: Products of Polynomials.
cool: Representing Images.
cool <1>: Representing Images.
copper: Representing Images.
copper <1>: Representing Images.
copyfile: Filesystem Utilities.
copyfile <1>: Filesystem Utilities.
copyfile <2>: Filesystem Utilities.
copyfile <3>: Filesystem Utilities.
copyfile <4>: Filesystem Utilities.
copyobj: Graphics Objects. (line 625)
copyobj <1>: Graphics Objects. (line 626)
corr: Correlation and Regression Analysis.
corr <1>: Correlation and Regression Analysis.
corrcoef: Correlation and Regression Analysis.
corrcoef <1>: Correlation and Regression Analysis.
corrcoef <2>: Correlation and Regression Analysis.
corrcoef <3>: Correlation and Regression Analysis.
corrcoef <4>: Correlation and Regression Analysis.
cos: Trigonometry. (line 73)
cosd: Trigonometry. (line 225)
cosh: Trigonometry. (line 139)
cosint: Special Functions. (line 371)
cot: Trigonometry. (line 97)
cotd: Trigonometry. (line 250)
coth: Trigonometry. (line 161)
cov: Correlation and Regression Analysis.
cov <1>: Correlation and Regression Analysis.
cov <2>: Correlation and Regression Analysis.
cov <3>: Correlation and Regression Analysis.
cplxpair: Complex Arithmetic. (line 41)
cplxpair <1>: Complex Arithmetic. (line 42)
cplxpair <2>: Complex Arithmetic. (line 43)
cputime: Timing Utilities. (line 395)
crash_dumps_octave_core: Saving Data on Unexpected Exits.
crash_dumps_octave_core <1>: Saving Data on Unexpected Exits.
crash_dumps_octave_core <2>: Saving Data on Unexpected Exits.
cross: Utility Functions. (line 279)
cross <1>: Utility Functions. (line 280)
csc: Trigonometry. (line 91)
cscd: Trigonometry. (line 245)
csch: Trigonometry. (line 156)
cstrcat: Concatenating Strings.
csvread: Simple File I/O. (line 462)
csvread <1>: Simple File I/O. (line 463)
csvwrite: Simple File I/O. (line 446)
csvwrite <1>: Simple File I/O. (line 447)
csymamd: Mathematical Considerations.
csymamd <1>: Mathematical Considerations.
csymamd <2>: Mathematical Considerations.
csymamd <3>: Mathematical Considerations.
ctime: Timing Utilities. (line 78)
ctranspose: Arithmetic Ops. (line 121)
cubehelix: Representing Images.
cubehelix <1>: Representing Images.
cummax: Utility Functions. (line 165)
cummax <1>: Utility Functions. (line 166)
cummax <2>: Utility Functions. (line 167)
cummin: Utility Functions. (line 187)
cummin <1>: Utility Functions. (line 188)
cummin <2>: Utility Functions. (line 189)
cumprod: Sums and Products. (line 87)
cumprod <1>: Sums and Products. (line 88)
cumsum: Sums and Products. (line 68)
cumsum <1>: Sums and Products. (line 69)
cumsum <2>: Sums and Products. (line 70)
cumsum <3>: Sums and Products. (line 71)
cumtrapz: Functions of One Variable.
cumtrapz <1>: Functions of One Variable.
cumtrapz <2>: Functions of One Variable.
curl: Utility Functions. (line 315)
curl <1>: Utility Functions. (line 316)
curl <2>: Utility Functions. (line 317)
curl <3>: Utility Functions. (line 318)
curl <4>: Utility Functions. (line 319)
cylinder: Three-dimensional Geometric Shapes.
cylinder <1>: Three-dimensional Geometric Shapes.
cylinder <2>: Three-dimensional Geometric Shapes.
cylinder <3>: Three-dimensional Geometric Shapes.
cylinder <4>: Three-dimensional Geometric Shapes.
daspect: Aspect Ratio. (line 10)
daspect <1>: Aspect Ratio. (line 11)
daspect <2>: Aspect Ratio. (line 12)
daspect <3>: Aspect Ratio. (line 13)
daspect <4>: Aspect Ratio. (line 14)
daspk: Differential-Algebraic Equations.
daspk_options: Differential-Algebraic Equations.
daspk_options <1>: Differential-Algebraic Equations.
daspk_options <2>: Differential-Algebraic Equations.
dasrt: Differential-Algebraic Equations.
dasrt <1>: Differential-Algebraic Equations.
dasrt <2>: Differential-Algebraic Equations.
dasrt <3>: Differential-Algebraic Equations.
dasrt_options: Differential-Algebraic Equations.
dasrt_options <1>: Differential-Algebraic Equations.
dasrt_options <2>: Differential-Algebraic Equations.
dassl: Differential-Algebraic Equations.
dassl_options: Differential-Algebraic Equations.
dassl_options <1>: Differential-Algebraic Equations.
dassl_options <2>: Differential-Algebraic Equations.
date: Timing Utilities. (line 366)
datenum: Timing Utilities. (line 505)
datenum <1>: Timing Utilities. (line 506)
datenum <2>: Timing Utilities. (line 507)
datenum <3>: Timing Utilities. (line 508)
datenum <4>: Timing Utilities. (line 509)
datenum <5>: Timing Utilities. (line 510)
datenum <6>: Timing Utilities. (line 511)
datenum <7>: Timing Utilities. (line 512)
datenum <8>: Timing Utilities. (line 513)
datestr: Timing Utilities. (line 569)
datestr <1>: Timing Utilities. (line 570)
datestr <2>: Timing Utilities. (line 571)
datetick: Timing Utilities. (line 745)
datetick <1>: Timing Utilities. (line 746)
datetick <2>: Timing Utilities. (line 747)
datetick <3>: Timing Utilities. (line 748)
datetick <4>: Timing Utilities. (line 749)
datetick <5>: Timing Utilities. (line 750)
datetick <6>: Timing Utilities. (line 751)
datevec: Timing Utilities. (line 657)
datevec <1>: Timing Utilities. (line 658)
datevec <2>: Timing Utilities. (line 659)
datevec <3>: Timing Utilities. (line 660)
datevec <4>: Timing Utilities. (line 661)
dawson: Special Functions. (line 406)
dbclear: Breakpoints. (line 161)
dbclear <1>: Breakpoints. (line 162)
dbclear <2>: Breakpoints. (line 163)
dbclear <3>: Breakpoints. (line 164)
dbclear <4>: Breakpoints. (line 165)
dbclear <5>: Breakpoints. (line 166)
dbclear <6>: Breakpoints. (line 167)
dbclear <7>: Breakpoints. (line 168)
dbclear <8>: Breakpoints. (line 169)
dbclear <9>: Breakpoints. (line 170)
dbclear <10>: Breakpoints. (line 171)
dbclear <11>: Breakpoints. (line 172)
dbclear <12>: Breakpoints. (line 173)
dbclear <13>: Breakpoints. (line 174)
dbcont: Leaving Debug Mode. (line 9)
dbdown: Call Stack. (line 64)
dbdown <1>: Call Stack. (line 65)
dblist: Debug Mode. (line 42)
dblist <1>: Debug Mode. (line 43)
dblquad: Functions of Multiple Variables.
dblquad <1>: Functions of Multiple Variables.
dblquad <2>: Functions of Multiple Variables.
dblquad <3>: Functions of Multiple Variables.
dbnext: Debug Mode. (line 68)
dbquit: Leaving Debug Mode. (line 18)
dbstack: Call Stack. (line 14)
dbstack <1>: Call Stack. (line 15)
dbstack <2>: Call Stack. (line 16)
dbstack <3>: Call Stack. (line 17)
dbstatus: Breakpoints. (line 118)
dbstatus <1>: Breakpoints. (line 119)
dbstatus <2>: Breakpoints. (line 120)
dbstep: Debug Mode. (line 64)
dbstep <1>: Debug Mode. (line 65)
dbstep <2>: Debug Mode. (line 66)
dbstep <3>: Debug Mode. (line 67)
dbstop: Breakpoints. (line 9)
dbstop <1>: Breakpoints. (line 10)
dbstop <2>: Breakpoints. (line 11)
dbstop <3>: Breakpoints. (line 12)
dbstop <4>: Breakpoints. (line 13)
dbstop <5>: Breakpoints. (line 14)
dbstop <6>: Breakpoints. (line 15)
dbstop <7>: Breakpoints. (line 16)
dbstop <8>: Breakpoints. (line 17)
dbstop <9>: Breakpoints. (line 18)
dbstop <10>: Breakpoints. (line 19)
dbtype: Debug Mode. (line 19)
dbtype <1>: Debug Mode. (line 20)
dbtype <2>: Debug Mode. (line 21)
dbtype <3>: Debug Mode. (line 22)
dbtype <4>: Debug Mode. (line 23)
dbtype <5>: Debug Mode. (line 24)
dbtype <6>: Debug Mode. (line 25)
dbtype <7>: Debug Mode. (line 26)
dbup: Call Stack. (line 56)
dbup <1>: Call Stack. (line 57)
dbwhere: Debug Mode. (line 11)
deal: Variable-length Return Lists.
deal <1>: Variable-length Return Lists.
deblank: Manipulating Strings.
debug_java: Java Interface Functions.
debug_java <1>: Java Interface Functions.
debug_java <2>: Java Interface Functions.
debug_jit: JIT Compiler. (line 77)
debug_jit <1>: JIT Compiler. (line 78)
debug_jit <2>: JIT Compiler. (line 79)
debug_on_error: Entering Debug Mode.
debug_on_error <1>: Entering Debug Mode.
debug_on_error <2>: Entering Debug Mode.
debug_on_interrupt: Entering Debug Mode.
debug_on_interrupt <1>: Entering Debug Mode.
debug_on_interrupt <2>: Entering Debug Mode.
debug_on_warning: Entering Debug Mode.
debug_on_warning <1>: Entering Debug Mode.
debug_on_warning <2>: Entering Debug Mode.
dec2base: String Conversions. (line 95)
dec2base <1>: String Conversions. (line 96)
dec2bin: String Conversions. (line 37)
dec2hex: String Conversions. (line 56)
decic: Matlab-compatible solvers.
decic <1>: Matlab-compatible solvers.
decic <2>: Matlab-compatible solvers.
deconv: Products of Polynomials.
deconv <1>: Products of Polynomials.
deg2rad: Trigonometry. (line 29)
del2: Utility Functions. (line 337)
del2 <1>: Utility Functions. (line 338)
del2 <2>: Utility Functions. (line 339)
delaunay: Delaunay Triangulation.
delaunay <1>: Delaunay Triangulation.
delaunay <2>: Delaunay Triangulation.
delaunay <3>: Delaunay Triangulation.
delaunayn: Delaunay Triangulation.
delaunayn <1>: Delaunay Triangulation.
delete: Manipulation of Plot Windows.
delete <1>: Manipulation of Plot Windows.
delete <2>: Manipulation of Plot Windows.
delete <3>: FTP Objects. (line 100)
dellistener: Object Groups. (line 152)
demo: Demonstration Functions.
demo <1>: Demonstration Functions.
demo <2>: Demonstration Functions.
demo <3>: Demonstration Functions.
det: Basic Matrix Functions.
det <1>: Basic Matrix Functions.
detrend: Signal Processing. (line 498)
diag: Rearranging Matrices.
diag <1>: Rearranging Matrices.
diag <2>: Rearranging Matrices.
diag <3>: Rearranging Matrices.
diag <4>: Rearranging Matrices.
dialog: I/O Dialogs. (line 398)
dialog <1>: I/O Dialogs. (line 399)
diary: A Sample Command Description.
diary <1>: A Sample Command Description.
diary <2>: A Sample Command Description.
diary <3>: A Sample Command Description.
diary <4>: A Sample Command Description.
diary <5>: Diary and Echo Commands.
diary <6>: Diary and Echo Commands.
diary <7>: Diary and Echo Commands.
diary <8>: Diary and Echo Commands.
diary <9>: Diary and Echo Commands.
diff: Finding Elements and Checking Conditions.
diff <1>: Finding Elements and Checking Conditions.
diff <2>: Finding Elements and Checking Conditions.
diffpara: Signal Processing. (line 514)
diffuse: Three-Dimensional Plots.
dims: Matrices and Arrays in Oct-Files.
dir: FTP Objects. (line 77)
dir <1>: Current Working Directory.
dir <2>: Current Working Directory.
dir <3>: Current Working Directory.
dir_in_loadpath: Manipulating the Load Path.
dir_in_loadpath <1>: Manipulating the Load Path.
disable_diagonal_matrix: Basic Usage. (line 24)
disable_diagonal_matrix <1>: Basic Usage. (line 25)
disable_diagonal_matrix <2>: Basic Usage. (line 26)
disable_permutation_matrix: Basic Usage. (line 41)
disable_permutation_matrix <1>: Basic Usage. (line 42)
disable_permutation_matrix <2>: Basic Usage. (line 43)
disable_range: Ranges. (line 44)
disable_range <1>: Ranges. (line 45)
disable_range <2>: Ranges. (line 46)
discrete_cdf: Distributions. (line 26)
discrete_inv: Distributions. (line 31)
discrete_pdf: Distributions. (line 21)
discrete_rnd: Random Number Generation.
discrete_rnd <1>: Random Number Generation.
discrete_rnd <2>: Random Number Generation.
discrete_rnd <3>: Random Number Generation.
disp: Terminal Output. (line 21)
disp <1>: Terminal Output. (line 22)
display: Inheritance and Aggregation.
divergence: Utility Functions. (line 298)
divergence <1>: Utility Functions. (line 299)
divergence <2>: Utility Functions. (line 300)
divergence <3>: Utility Functions. (line 301)
dlmread: Simple File I/O. (line 414)
dlmread <1>: Simple File I/O. (line 415)
dlmread <2>: Simple File I/O. (line 416)
dlmread <3>: Simple File I/O. (line 417)
dlmread <4>: Simple File I/O. (line 418)
dlmwrite: Simple File I/O. (line 360)
dlmwrite <1>: Simple File I/O. (line 361)
dlmwrite <2>: Simple File I/O. (line 362)
dlmwrite <3>: Simple File I/O. (line 363)
dlmwrite <4>: Simple File I/O. (line 364)
dmperm: Mathematical Considerations.
dmperm <1>: Mathematical Considerations.
doc: Getting Help. (line 41)
doc <1>: Getting Help. (line 42)
doc_cache_create: Getting Help. (line 259)
doc_cache_create <1>: Getting Help. (line 260)
doc_cache_create <2>: Getting Help. (line 261)
doc_cache_file: Getting Help. (line 198)
doc_cache_file <1>: Getting Help. (line 199)
doc_cache_file <2>: Getting Help. (line 200)
dos: Controlling Subprocesses.
dos <1>: Controlling Subprocesses.
dos <2>: Controlling Subprocesses.
dos <3>: Controlling Subprocesses.
dot: Utility Functions. (line 264)
double: Numeric Data Types. (line 59)
do_string_escapes: String Conversions. (line 364)
drawnow: Manipulation of Plot Windows.
drawnow <1>: Manipulation of Plot Windows.
drawnow <2>: Manipulation of Plot Windows.
dsearch: Identifying Points in Triangulation.
dsearch <1>: Identifying Points in Triangulation.
dsearchn: Identifying Points in Triangulation.
dsearchn <1>: Identifying Points in Triangulation.
dsearchn <2>: Identifying Points in Triangulation.
dsearchn <3>: Identifying Points in Triangulation.
dup2: Controlling Subprocesses.
duplication_matrix: Special Functions. (line 398)
durbinlevinson: Signal Processing. (line 532)
e: Mathematical Constants.
e <1>: Mathematical Constants.
e <2>: Mathematical Constants.
e <3>: Mathematical Constants.
e <4>: Mathematical Constants.
echo: Diary and Echo Commands.
echo <1>: Diary and Echo Commands.
echo <2>: Diary and Echo Commands.
echo <3>: Diary and Echo Commands.
echo <4>: Diary and Echo Commands.
echo <5>: Diary and Echo Commands.
echo <6>: Diary and Echo Commands.
edit: Function Files. (line 51)
edit <1>: Function Files. (line 52)
edit <2>: Function Files. (line 53)
edit <3>: Function Files. (line 54)
EDITOR: Commands for History.
EDITOR <1>: Commands for History.
EDITOR <2>: Commands for History.
edit_history: Commands for History.
edit_history <1>: Commands for History.
edit_history <2>: Commands for History.
eig: Basic Matrix Functions.
eig <1>: Basic Matrix Functions.
eig <2>: Basic Matrix Functions.
eig <3>: Basic Matrix Functions.
eig <4>: Basic Matrix Functions.
eig <5>: Basic Matrix Functions.
eig <6>: Basic Matrix Functions.
eig <7>: Basic Matrix Functions.
eig <8>: Basic Matrix Functions.
eigs: Sparse Linear Algebra.
eigs <1>: Sparse Linear Algebra.
eigs <2>: Sparse Linear Algebra.
eigs <3>: Sparse Linear Algebra.
eigs <4>: Sparse Linear Algebra.
eigs <5>: Sparse Linear Algebra.
eigs <6>: Sparse Linear Algebra.
eigs <7>: Sparse Linear Algebra.
eigs <8>: Sparse Linear Algebra.
eigs <9>: Sparse Linear Algebra.
eigs <10>: Sparse Linear Algebra.
eigs <11>: Sparse Linear Algebra.
eigs <12>: Sparse Linear Algebra.
eigs <13>: Sparse Linear Algebra.
eigs <14>: Sparse Linear Algebra.
eigs <15>: Sparse Linear Algebra.
eigs <16>: Sparse Linear Algebra.
eigs <17>: Sparse Linear Algebra.
eigs <18>: Sparse Linear Algebra.
eigs <19>: Sparse Linear Algebra.
elem: Matrices and Arrays in Oct-Files.
ellipj: Special Functions. (line 417)
ellipj <1>: Special Functions. (line 418)
ellipke: Special Functions. (line 448)
ellipke <1>: Special Functions. (line 449)
ellipke <2>: Special Functions. (line 450)
ellipsoid: Three-dimensional Geometric Shapes.
ellipsoid <1>: Three-dimensional Geometric Shapes.
ellipsoid <2>: Three-dimensional Geometric Shapes.
ellipsoid <3>: Three-dimensional Geometric Shapes.
empirical_cdf: Distributions. (line 41)
empirical_inv: Distributions. (line 46)
empirical_pdf: Distributions. (line 36)
empirical_rnd: Random Number Generation.
empirical_rnd <1>: Random Number Generation.
empirical_rnd <2>: Random Number Generation.
empirical_rnd <3>: Random Number Generation.
endgrent: Group Database Functions.
endpwent: Password Database Functions.
eomday: Timing Utilities. (line 738)
eps: Mathematical Constants.
eps <1>: Mathematical Constants.
eps <2>: Mathematical Constants.
eps <3>: Mathematical Constants.
eps <4>: Mathematical Constants.
eq: Comparison Ops. (line 53)
erase: Manipulating Strings.
erf: Special Functions. (line 486)
erfc: Special Functions. (line 501)
erfcinv: Special Functions. (line 543)
erfcx: Special Functions. (line 510)
erfi: Special Functions. (line 521)
erfinv: Special Functions. (line 532)
errno: Catching Errors. (line 183)
errno <1>: Catching Errors. (line 184)
errno <2>: Catching Errors. (line 185)
errno_list: Catching Errors. (line 200)
error: Raising Errors. (line 29)
error <1>: Raising Errors. (line 30)
errorbar: Two-Dimensional Plots.
errorbar <1>: Two-Dimensional Plots.
errorbar <2>: Two-Dimensional Plots.
errorbar <3>: Two-Dimensional Plots.
errorbar <4>: Two-Dimensional Plots.
errorbar <5>: Two-Dimensional Plots.
errorbar <6>: Two-Dimensional Plots.
errorbar <7>: Two-Dimensional Plots.
errorbar <8>: Two-Dimensional Plots.
errorbar <9>: Two-Dimensional Plots.
errordlg: I/O Dialogs. (line 117)
errordlg <1>: I/O Dialogs. (line 118)
errordlg <2>: I/O Dialogs. (line 119)
errordlg <3>: I/O Dialogs. (line 120)
etime: Timing Utilities. (line 378)
etree: Information. (line 137)
etree <1>: Information. (line 138)
etree <2>: Information. (line 139)
etreeplot: Information. (line 152)
etreeplot <1>: Information. (line 153)
eval: Evaluation. (line 14)
eval <1>: Evaluation. (line 15)
evalc: Evaluation. (line 50)
evalc <1>: Evaluation. (line 51)
evalin: Evaluation in a Different Context.
evalin <1>: Evaluation in a Different Context.
example: Demonstration Functions.
example <1>: Demonstration Functions.
example <2>: Demonstration Functions.
example <3>: Demonstration Functions.
example <4>: Demonstration Functions.
exec: Controlling Subprocesses.
EXEC_PATH: Controlling Subprocesses.
EXEC_PATH <1>: Controlling Subprocesses.
EXEC_PATH <2>: Controlling Subprocesses.
exist: Status of Variables.
exist <1>: Status of Variables.
exit: Quitting Octave. (line 14)
exit <1>: Quitting Octave. (line 15)
exp: Exponents and Logarithms.
expint: Special Functions. (line 554)
expm: Functions of a Matrix.
expm1: Exponents and Logarithms.
eye: Special Utility Matrices.
eye <1>: Special Utility Matrices.
eye <2>: Special Utility Matrices.
eye <3>: Special Utility Matrices.
ezcontour: Two-dimensional Function Plotting.
ezcontour <1>: Two-dimensional Function Plotting.
ezcontour <2>: Two-dimensional Function Plotting.
ezcontour <3>: Two-dimensional Function Plotting.
ezcontour <4>: Two-dimensional Function Plotting.
ezcontourf: Two-dimensional Function Plotting.
ezcontourf <1>: Two-dimensional Function Plotting.
ezcontourf <2>: Two-dimensional Function Plotting.
ezcontourf <3>: Two-dimensional Function Plotting.
ezcontourf <4>: Two-dimensional Function Plotting.
ezmesh: Three-dimensional Function Plotting.
ezmesh <1>: Three-dimensional Function Plotting.
ezmesh <2>: Three-dimensional Function Plotting.
ezmesh <3>: Three-dimensional Function Plotting.
ezmesh <4>: Three-dimensional Function Plotting.
ezmesh <5>: Three-dimensional Function Plotting.
ezmesh <6>: Three-dimensional Function Plotting.
ezmeshc: Three-dimensional Function Plotting.
ezmeshc <1>: Three-dimensional Function Plotting.
ezmeshc <2>: Three-dimensional Function Plotting.
ezmeshc <3>: Three-dimensional Function Plotting.
ezmeshc <4>: Three-dimensional Function Plotting.
ezmeshc <5>: Three-dimensional Function Plotting.
ezmeshc <6>: Three-dimensional Function Plotting.
ezplot: Two-dimensional Function Plotting.
ezplot <1>: Two-dimensional Function Plotting.
ezplot <2>: Two-dimensional Function Plotting.
ezplot <3>: Two-dimensional Function Plotting.
ezplot <4>: Two-dimensional Function Plotting.
ezplot <5>: Two-dimensional Function Plotting.
ezplot <6>: Two-dimensional Function Plotting.
ezplot3: Three-dimensional Function Plotting.
ezplot3 <1>: Three-dimensional Function Plotting.
ezplot3 <2>: Three-dimensional Function Plotting.
ezplot3 <3>: Three-dimensional Function Plotting.
ezplot3 <4>: Three-dimensional Function Plotting.
ezplot3 <5>: Three-dimensional Function Plotting.
ezpolar: Two-dimensional Function Plotting.
ezpolar <1>: Two-dimensional Function Plotting.
ezpolar <2>: Two-dimensional Function Plotting.
ezpolar <3>: Two-dimensional Function Plotting.
ezpolar <4>: Two-dimensional Function Plotting.
ezsurf: Three-dimensional Function Plotting.
ezsurf <1>: Three-dimensional Function Plotting.
ezsurf <2>: Three-dimensional Function Plotting.
ezsurf <3>: Three-dimensional Function Plotting.
ezsurf <4>: Three-dimensional Function Plotting.
ezsurf <5>: Three-dimensional Function Plotting.
ezsurf <6>: Three-dimensional Function Plotting.
ezsurfc: Three-dimensional Function Plotting.
ezsurfc <1>: Three-dimensional Function Plotting.
ezsurfc <2>: Three-dimensional Function Plotting.
ezsurfc <3>: Three-dimensional Function Plotting.
ezsurfc <4>: Three-dimensional Function Plotting.
ezsurfc <5>: Three-dimensional Function Plotting.
ezsurfc <6>: Three-dimensional Function Plotting.
factor: Utility Functions. (line 390)
factor <1>: Utility Functions. (line 391)
factorial: Utility Functions. (line 375)
fail: Test Functions. (line 461)
fail <1>: Test Functions. (line 462)
fail <2>: Test Functions. (line 463)
fail <3>: Test Functions. (line 464)
false: Logical Values. (line 63)
false <1>: Logical Values. (line 64)
false <2>: Logical Values. (line 65)
fclear: EOF and Errors. (line 56)
fclose: Opening and Closing Files.
fclose <1>: Opening and Closing Files.
fclose <2>: Opening and Closing Files.
fcntl: Controlling Subprocesses.
fdisp: Simple File I/O. (line 343)
feather: Two-Dimensional Plots.
feather <1>: Two-Dimensional Plots.
feather <2>: Two-Dimensional Plots.
feather <3>: Two-Dimensional Plots.
feather <4>: Two-Dimensional Plots.
feof: EOF and Errors. (line 24)
ferror: EOF and Errors. (line 35)
ferror <1>: EOF and Errors. (line 36)
ferror <2>: EOF and Errors. (line 37)
feval: Calling a Function by its Name.
fflush: Paging Screen Output.
fft: Signal Processing. (line 10)
fft <1>: Signal Processing. (line 11)
fft <2>: Signal Processing. (line 12)
fft2: Signal Processing. (line 57)
fft2 <1>: Signal Processing. (line 58)
fftconv: Signal Processing. (line 216)
fftconv <1>: Signal Processing. (line 217)
fftfilt: Signal Processing. (line 231)
fftfilt <1>: Signal Processing. (line 232)
fftn: Signal Processing. (line 87)
fftn <1>: Signal Processing. (line 88)
fftshift: Signal Processing. (line 542)
fftshift <1>: Signal Processing. (line 543)
fftw: Signal Processing. (line 129)
fftw <1>: Signal Processing. (line 130)
fftw <2>: Signal Processing. (line 131)
fftw <3>: Signal Processing. (line 132)
fftw <4>: Signal Processing. (line 133)
fftw <5>: Signal Processing. (line 134)
fgetl: Line-Oriented Input.
fgetl <1>: Line-Oriented Input.
fgets: Line-Oriented Input.
fgets <1>: Line-Oriented Input.
fieldnames: Manipulating Structures.
fieldnames <1>: Manipulating Structures.
fieldnames <2>: Manipulating Structures.
fieldnames <3>: Manipulating Structures.
figure: Multiple Plot Windows.
figure <1>: Multiple Plot Windows.
figure <2>: Multiple Plot Windows.
figure <3>: Multiple Plot Windows.
figure <4>: Multiple Plot Windows.
fileattrib: Filesystem Utilities.
fileattrib <1>: Filesystem Utilities.
fileattrib <2>: Filesystem Utilities.
fileparts: Filesystem Utilities.
fileread: Simple File I/O. (line 321)
filesep: Filesystem Utilities.
filesep <1>: Filesystem Utilities.
file_in_loadpath: Manipulating the Load Path.
file_in_loadpath <1>: Manipulating the Load Path.
file_in_path: Filesystem Utilities.
file_in_path <1>: Filesystem Utilities.
fill: Two-Dimensional Plots.
fill <1>: Two-Dimensional Plots.
fill <2>: Two-Dimensional Plots.
fill <3>: Two-Dimensional Plots.
fill <4>: Two-Dimensional Plots.
filter: Signal Processing. (line 246)
filter <1>: Signal Processing. (line 247)
filter <2>: Signal Processing. (line 248)
filter <3>: Signal Processing. (line 249)
filter2: Signal Processing. (line 292)
filter2 <1>: Signal Processing. (line 293)
find: Finding Elements and Checking Conditions.
find <1>: Finding Elements and Checking Conditions.
find <2>: Finding Elements and Checking Conditions.
find <3>: Finding Elements and Checking Conditions.
find <4>: Finding Elements and Checking Conditions.
findall: Searching Properties.
findall <1>: Searching Properties.
findall <2>: Searching Properties.
findall <3>: Searching Properties.
findall <4>: Searching Properties.
findall <5>: Searching Properties.
findall <6>: Searching Properties.
findall <7>: Searching Properties.
findfigs: Graphics Objects. (line 575)
findobj: Searching Properties.
findobj <1>: Searching Properties.
findobj <2>: Searching Properties.
findobj <3>: Searching Properties.
findobj <4>: Searching Properties.
findobj <5>: Searching Properties.
findobj <6>: Searching Properties.
findobj <7>: Searching Properties.
findstr: Manipulating Strings.
findstr <1>: Manipulating Strings.
fix: Utility Functions. (line 19)
fixed_point_format: Matrices. (line 198)
fixed_point_format <1>: Matrices. (line 199)
fixed_point_format <2>: Matrices. (line 200)
flag: Representing Images.
flag <1>: Representing Images.
flintmax: Integer Data Types. (line 162)
flintmax <1>: Integer Data Types. (line 163)
flintmax <2>: Integer Data Types. (line 164)
flip: Rearranging Matrices.
flip <1>: Rearranging Matrices.
fliplr: Rearranging Matrices.
flipud: Rearranging Matrices.
floor: Utility Functions. (line 31)
fminbnd: Minimizers. (line 19)
fminsearch: Minimizers. (line 120)
fminsearch <1>: Minimizers. (line 121)
fminsearch <2>: Minimizers. (line 122)
fminsearch <3>: Minimizers. (line 123)
fminunc: Minimizers. (line 50)
fminunc <1>: Minimizers. (line 51)
fminunc <2>: Minimizers. (line 52)
foo: A Sample Function Description.
foo <1>: A Sample Function Description.
foo <2>: A Sample Function Description.
fopen: Opening and Closing Files.
fopen <1>: Opening and Closing Files.
fopen <2>: Opening and Closing Files.
fopen <3>: Opening and Closing Files.
fopen <4>: Opening and Closing Files.
fopen <5>: Opening and Closing Files.
fork: Controlling Subprocesses.
format: Terminal Output. (line 74)
format <1>: Terminal Output. (line 75)
format <2>: Terminal Output. (line 76)
formula: Inline Functions. (line 54)
fortran_vec: Matrices and Arrays in Oct-Files.
fplot: Two-dimensional Function Plotting.
fplot <1>: Two-dimensional Function Plotting.
fplot <2>: Two-dimensional Function Plotting.
fplot <3>: Two-dimensional Function Plotting.
fplot <4>: Two-dimensional Function Plotting.
fprintf: Formatted Output. (line 33)
fprintf <1>: Formatted Output. (line 34)
fprintf <2>: Formatted Output. (line 35)
fputs: Simple Output. (line 16)
fputs <1>: Simple Output. (line 17)
fractdiff: Signal Processing. (line 572)
frame2im: Representing Images.
fread: Binary I/O. (line 12)
fread <1>: Binary I/O. (line 13)
fread <2>: Binary I/O. (line 14)
fread <3>: Binary I/O. (line 15)
fread <4>: Binary I/O. (line 16)
fread <5>: Binary I/O. (line 17)
freport: EOF and Errors. (line 62)
freqz: Signal Processing. (line 313)
freqz <1>: Signal Processing. (line 314)
freqz <2>: Signal Processing. (line 315)
freqz <3>: Signal Processing. (line 316)
freqz <4>: Signal Processing. (line 317)
freqz <5>: Signal Processing. (line 318)
freqz <6>: Signal Processing. (line 319)
freqz_plot: Signal Processing. (line 358)
freqz_plot <1>: Signal Processing. (line 359)
frewind: File Positioning. (line 58)
frewind <1>: File Positioning. (line 59)
fscanf: Formatted Input. (line 11)
fscanf <1>: Formatted Input. (line 12)
fseek: File Positioning. (line 16)
fseek <1>: File Positioning. (line 17)
fseek <2>: File Positioning. (line 18)
fskipl: Line-Oriented Input.
fskipl <1>: Line-Oriented Input.
fskipl <2>: Line-Oriented Input.
fsolve: Solvers. (line 15)
fsolve <1>: Solvers. (line 16)
ftell: File Positioning. (line 9)
ftp: FTP Objects. (line 10)
ftp <1>: FTP Objects. (line 11)
full: Creating Sparse Matrices.
fullfile: Filesystem Utilities.
fullfile <1>: Filesystem Utilities.
func2str: Function Handles. (line 84)
functions: Function Handles. (line 42)
fwrite: Binary I/O. (line 159)
fwrite <1>: Binary I/O. (line 160)
fwrite <2>: Binary I/O. (line 161)
fwrite <3>: Binary I/O. (line 162)
fwrite <4>: Binary I/O. (line 163)
fzero: Solvers. (line 182)
fzero <1>: Solvers. (line 183)
fzero <2>: Solvers. (line 184)
gallery: Famous Matrices. (line 8)
gallery <1>: Famous Matrices. (line 9)
gallery <2>: Famous Matrices. (line 12)
gallery <3>: Famous Matrices. (line 13)
gallery <4>: Famous Matrices. (line 16)
gallery <5>: Famous Matrices. (line 17)
gallery <6>: Famous Matrices. (line 20)
gallery <7>: Famous Matrices. (line 21)
gallery <8>: Famous Matrices. (line 24)
gallery <9>: Famous Matrices. (line 25)
gallery <10>: Famous Matrices. (line 26)
gallery <11>: Famous Matrices. (line 29)
gallery <12>: Famous Matrices. (line 32)
gallery <13>: Famous Matrices. (line 33)
gallery <14>: Famous Matrices. (line 36)
gallery <15>: Famous Matrices. (line 37)
gallery <16>: Famous Matrices. (line 40)
gallery <17>: Famous Matrices. (line 41)
gallery <18>: Famous Matrices. (line 42)
gallery <19>: Famous Matrices. (line 45)
gallery <20>: Famous Matrices. (line 46)
gallery <21>: Famous Matrices. (line 47)
gallery <22>: Famous Matrices. (line 50)
gallery <23>: Famous Matrices. (line 51)
gallery <24>: Famous Matrices. (line 52)
gallery <25>: Famous Matrices. (line 55)
gallery <26>: Famous Matrices. (line 56)
gallery <27>: Famous Matrices. (line 59)
gallery <28>: Famous Matrices. (line 62)
gallery <29>: Famous Matrices. (line 63)
gallery <30>: Famous Matrices. (line 64)
gallery <31>: Famous Matrices. (line 67)
gallery <32>: Famous Matrices. (line 68)
gallery <33>: Famous Matrices. (line 71)
gallery <34>: Famous Matrices. (line 78)
gallery <35>: Famous Matrices. (line 79)
gallery <36>: Famous Matrices. (line 80)
gallery <37>: Famous Matrices. (line 83)
gallery <38>: Famous Matrices. (line 84)
gallery <39>: Famous Matrices. (line 87)
gallery <40>: Famous Matrices. (line 88)
gallery <41>: Famous Matrices. (line 92)
gallery <42>: Famous Matrices. (line 93)
gallery <43>: Famous Matrices. (line 96)
gallery <44>: Famous Matrices. (line 97)
gallery <45>: Famous Matrices. (line 98)
gallery <46>: Famous Matrices. (line 99)
gallery <47>: Famous Matrices. (line 100)
gallery <48>: Famous Matrices. (line 117)
gallery <49>: Famous Matrices. (line 118)
gallery <50>: Famous Matrices. (line 121)
gallery <51>: Famous Matrices. (line 124)
gallery <52>: Famous Matrices. (line 125)
gallery <53>: Famous Matrices. (line 128)
gallery <54>: Famous Matrices. (line 129)
gallery <55>: Famous Matrices. (line 132)
gallery <56>: Famous Matrices. (line 133)
gallery <57>: Famous Matrices. (line 134)
gallery <58>: Famous Matrices. (line 137)
gallery <59>: Famous Matrices. (line 138)
gallery <60>: Famous Matrices. (line 141)
gallery <61>: Famous Matrices. (line 142)
gallery <62>: Famous Matrices. (line 143)
gallery <63>: Famous Matrices. (line 146)
gallery <64>: Famous Matrices. (line 147)
gallery <65>: Famous Matrices. (line 150)
gallery <66>: Famous Matrices. (line 153)
gallery <67>: Famous Matrices. (line 156)
gallery <68>: Famous Matrices. (line 159)
gallery <69>: Famous Matrices. (line 162)
gallery <70>: Famous Matrices. (line 163)
gallery <71>: Famous Matrices. (line 166)
gallery <72>: Famous Matrices. (line 170)
gallery <73>: Famous Matrices. (line 171)
gallery <74>: Famous Matrices. (line 172)
gallery <75>: Famous Matrices. (line 188)
gallery <76>: Famous Matrices. (line 189)
gallery <77>: Famous Matrices. (line 192)
gallery <78>: Famous Matrices. (line 196)
gallery <79>: Famous Matrices. (line 197)
gallery <80>: Famous Matrices. (line 200)
gallery <81>: Famous Matrices. (line 203)
gallery <82>: Famous Matrices. (line 204)
gallery <83>: Famous Matrices. (line 208)
gallery <84>: Famous Matrices. (line 211)
gallery <85>: Famous Matrices. (line 212)
gallery <86>: Famous Matrices. (line 215)
gallery <87>: Famous Matrices. (line 216)
gallery <88>: Famous Matrices. (line 217)
gallery <89>: Famous Matrices. (line 218)
gallery <90>: Famous Matrices. (line 219)
gallery <91>: Famous Matrices. (line 222)
gallery <92>: Famous Matrices. (line 226)
gallery <93>: Famous Matrices. (line 229)
gallery <94>: Famous Matrices. (line 232)
gallery <95>: Famous Matrices. (line 233)
gallery <96>: Famous Matrices. (line 236)
gallery <97>: Famous Matrices. (line 237)
gallery <98>: Famous Matrices. (line 238)
gallery <99>: Famous Matrices. (line 239)
gallery <100>: Famous Matrices. (line 242)
gallery <101>: Famous Matrices. (line 243)
gallery <102>: Famous Matrices. (line 244)
gallery <103>: Famous Matrices. (line 245)
gallery <104>: Famous Matrices. (line 246)
gallery <105>: Famous Matrices. (line 247)
gallery <106>: Famous Matrices. (line 250)
gallery <107>: Famous Matrices. (line 251)
gallery <108>: Famous Matrices. (line 252)
gallery <109>: Famous Matrices. (line 255)
gallery <110>: Famous Matrices. (line 256)
gallery <111>: Famous Matrices. (line 257)
gallery <112>: Famous Matrices. (line 261)
gallery <113>: Famous Matrices. (line 262)
gallery <114>: Famous Matrices. (line 263)
gallery <115>: Famous Matrices. (line 279)
gallery <116>: Famous Matrices. (line 280)
gallery <117>: Famous Matrices. (line 283)
gamma: Special Functions. (line 593)
gammainc: Special Functions. (line 613)
gammainc <1>: Special Functions. (line 614)
gammaincinv: Special Functions. (line 659)
gammaincinv <1>: Special Functions. (line 660)
gammaln: Special Functions. (line 762)
gca: Graphics Objects. (line 376)
gcbf: Callbacks. (line 110)
gcbo: Callbacks. (line 92)
gcbo <1>: Callbacks. (line 93)
gcd: Utility Functions. (line 406)
gcd <1>: Utility Functions. (line 407)
gcf: Graphics Objects. (line 348)
gco: Graphics Objects. (line 402)
gco <1>: Graphics Objects. (line 403)
ge: Comparison Ops. (line 62)
genpath: Manipulating the Load Path.
genpath <1>: Manipulating the Load Path.
genvarname: Variables. (line 60)
genvarname <1>: Variables. (line 61)
get: Graphics Objects. (line 475)
get <1>: Graphics Objects. (line 476)
get <2>: Player Properties. (line 9)
get <3>: Player Properties. (line 10)
get <4>: Recorder Properties.
get <5>: Recorder Properties.
getappdata: Application-defined Data.
getappdata <1>: Application-defined Data.
getaudiodata: Data Retrieval. (line 9)
getaudiodata <1>: Data Retrieval. (line 10)
getegid: Process ID Information.
getenv: Environment Variables.
geteuid: Process ID Information.
getfield: Manipulating Structures.
getfield <1>: Manipulating Structures.
getframe: Representing Images.
getframe <1>: Representing Images.
getframe <2>: Representing Images.
getframe <3>: Representing Images.
getgid: Process ID Information.
getgrent: Group Database Functions.
getgrgid: Group Database Functions.
getgrnam: Group Database Functions.
gethostname: Networking Utilities.
getpgrp: Process ID Information.
getpid: Process ID Information.
getplayer: Data Retrieval. (line 18)
getppid: Process ID Information.
getpref: User-Defined Preferences.
getpref <1>: User-Defined Preferences.
getpref <2>: User-Defined Preferences.
getpref <3>: User-Defined Preferences.
getpref <4>: User-Defined Preferences.
getpwent: Password Database Functions.
getpwnam: Password Database Functions.
getpwuid: Password Database Functions.
getrusage: System Information. (line 287)
getuid: Process ID Information.
get_first_help_sentence: Getting Help. (line 296)
get_first_help_sentence <1>: Getting Help. (line 297)
get_first_help_sentence <2>: Getting Help. (line 298)
get_help_text: Getting Help. (line 277)
get_help_text_from_file: Getting Help. (line 287)
get_home_directory: Environment Variables.
ginput: Interacting with Plots.
ginput <1>: Interacting with Plots.
givens: Basic Matrix Functions.
givens <1>: Basic Matrix Functions.
glob: Filesystem Utilities.
glpk: Linear Programming. (line 15)
gls: Linear Least Squares.
gmres: Specialized Solvers.
gmres <1>: Specialized Solvers.
gmres <2>: Specialized Solvers.
gmtime: Timing Utilities. (line 92)
gnuplot_binary: Customizing Toolkit Behavior.
gnuplot_binary <1>: Customizing Toolkit Behavior.
gnuplot_binary <2>: Customizing Toolkit Behavior.
gplot: Information. (line 162)
gplot <1>: Information. (line 163)
gplot <2>: Information. (line 164)
grabcode: Publish Octave Script Files.
grabcode <1>: Publish Octave Script Files.
grabcode <2>: Publish Octave Script Files.
gradient: Utility Functions. (line 223)
gradient <1>: Utility Functions. (line 224)
gradient <2>: Utility Functions. (line 225)
gradient <3>: Utility Functions. (line 226)
gradient <4>: Utility Functions. (line 227)
gradient <5>: Utility Functions. (line 228)
gradient <6>: Utility Functions. (line 229)
graphics_toolkit: Graphics Toolkits. (line 6)
graphics_toolkit <1>: Graphics Toolkits. (line 7)
graphics_toolkit <2>: Graphics Toolkits. (line 8)
graphics_toolkit <3>: Graphics Toolkits. (line 9)
gray: Representing Images.
gray <1>: Representing Images.
gray2ind: Representing Images.
gray2ind <1>: Representing Images.
gray2ind <2>: Representing Images.
gray2ind <3>: Representing Images.
gray2ind <4>: Representing Images.
grid: Plot Annotations. (line 261)
grid <1>: Plot Annotations. (line 262)
grid <2>: Plot Annotations. (line 263)
grid <3>: Plot Annotations. (line 264)
grid <4>: Plot Annotations. (line 265)
grid <5>: Plot Annotations. (line 266)
grid <6>: Plot Annotations. (line 267)
griddata: Interpolation on Scattered Data.
griddata <1>: Interpolation on Scattered Data.
griddata <2>: Interpolation on Scattered Data.
griddata3: Interpolation on Scattered Data.
griddata3 <1>: Interpolation on Scattered Data.
griddata3 <2>: Interpolation on Scattered Data.
griddatan: Interpolation on Scattered Data.
griddatan <1>: Interpolation on Scattered Data.
griddatan <2>: Interpolation on Scattered Data.
groot: Graphics Objects. (line 316)
gsvd: Basic Matrix Functions.
gsvd <1>: Basic Matrix Functions.
gsvd <2>: Basic Matrix Functions.
gt: Comparison Ops. (line 68)
gtext: Interacting with Plots.
gtext <1>: Interacting with Plots.
gtext <2>: Interacting with Plots.
gtext <3>: Interacting with Plots.
gtext <4>: Interacting with Plots.
guidata: GUI Utility Functions.
guidata <1>: GUI Utility Functions.
guihandles: GUI Utility Functions.
guihandles <1>: GUI Utility Functions.
gunzip: File Archiving Utilities.
gunzip <1>: File Archiving Utilities.
gzip: File Archiving Utilities.
gzip <1>: File Archiving Utilities.
hadamard: Famous Matrices. (line 286)
hamming: Signal Processing. (line 576)
hamming <1>: Signal Processing. (line 577)
hamming <2>: Signal Processing. (line 578)
hankel: Famous Matrices. (line 313)
hankel <1>: Famous Matrices. (line 314)
hanning: Signal Processing. (line 589)
hanning <1>: Signal Processing. (line 590)
hanning <2>: Signal Processing. (line 591)
hash: Hashing Functions. (line 21)
have_window_system: GUI Utility Functions.
hdl2struct: Graphics Objects. (line 595)
help: Getting Help. (line 14)
help <1>: Getting Help. (line 15)
help <2>: Getting Help. (line 16)
help <3>: Getting Help. (line 17)
helpdlg: I/O Dialogs. (line 148)
helpdlg <1>: I/O Dialogs. (line 149)
helpdlg <2>: I/O Dialogs. (line 150)
hess: Matrix Factorizations.
hess <1>: Matrix Factorizations.
hex2dec: String Conversions. (line 75)
hex2num: String Conversions. (line 170)
hex2num <1>: String Conversions. (line 171)
hggroup: Object Groups. (line 12)
hggroup <1>: Object Groups. (line 13)
hggroup <2>: Object Groups. (line 14)
hggroup <3>: Object Groups. (line 15)
hgload: Printing and Saving Plots.
hgsave: Printing and Saving Plots.
hgsave <1>: Printing and Saving Plots.
hgsave <2>: Printing and Saving Plots.
hgtransform: Transform Groups. (line 6)
hgtransform <1>: Transform Groups. (line 7)
hgtransform <2>: Transform Groups. (line 8)
hidden: Three-Dimensional Plots.
hidden <1>: Three-Dimensional Plots.
hidden <2>: Three-Dimensional Plots.
hidden <3>: Three-Dimensional Plots.
hilb: Famous Matrices. (line 331)
hist: Two-Dimensional Plots.
hist <1>: Two-Dimensional Plots.
hist <2>: Two-Dimensional Plots.
hist <3>: Two-Dimensional Plots.
hist <4>: Two-Dimensional Plots.
hist <5>: Two-Dimensional Plots.
hist <6>: Two-Dimensional Plots.
histc: Basic Statistical Functions.
histc <1>: Basic Statistical Functions.
histc <2>: Basic Statistical Functions.
history: Commands for History.
history <1>: Commands for History.
history <2>: Commands for History.
history <3>: Commands for History.
history_control: Commands for History.
history_control <1>: Commands for History.
history_file: Commands for History.
history_file <1>: Commands for History.
history_save: Commands for History.
history_save <1>: Commands for History.
history_save <2>: Commands for History.
history_size: Commands for History.
history_size <1>: Commands for History.
history_timestamp_format_string: Commands for History.
history_timestamp_format_string <1>: Commands for History.
history_timestamp_format_string <2>: Commands for History.
hold: Manipulation of Plot Windows.
hold <1>: Manipulation of Plot Windows.
hold <2>: Manipulation of Plot Windows.
hold <3>: Manipulation of Plot Windows.
home: Cursor Motion. (line 60)
horzcat: Rearranging Matrices.
hot: Representing Images.
hot <1>: Representing Images.
housh: Matrix Factorizations.
hsv: Representing Images.
hsv2rgb: Color Conversion. (line 28)
hsv2rgb <1>: Color Conversion. (line 29)
humps: Minimizers. (line 175)
humps <1>: Minimizers. (line 176)
hurst: Signal Processing. (line 602)
hypot: Utility Functions. (line 209)
hypot <1>: Utility Functions. (line 210)
i: Mathematical Constants.
I: Mathematical Constants.
I <1>: Mathematical Constants.
I <2>: Mathematical Constants.
I <3>: Mathematical Constants.
I <4>: Mathematical Constants.
ichol: Iterative Techniques.
ichol <1>: Iterative Techniques.
idivide: Integer Arithmetic. (line 25)
ifelse: Short-circuit Boolean Operators.
ifft: Signal Processing. (line 33)
ifft <1>: Signal Processing. (line 34)
ifft <2>: Signal Processing. (line 35)
ifft2: Signal Processing. (line 72)
ifft2 <1>: Signal Processing. (line 73)
ifftn: Signal Processing. (line 102)
ifftn <1>: Signal Processing. (line 103)
ifftshift: Signal Processing. (line 563)
ifftshift <1>: Signal Processing. (line 564)
ignore_function_time_stamp: Function Files. (line 158)
ignore_function_time_stamp <1>: Function Files. (line 159)
ilu: Iterative Techniques.
ilu <1>: Iterative Techniques.
ilu <2>: Iterative Techniques.
ilu <3>: Iterative Techniques.
im2double: Representing Images.
im2double <1>: Representing Images.
im2frame: Representing Images.
im2frame <1>: Representing Images.
imag: Complex Arithmetic. (line 67)
image: Displaying Images. (line 59)
image <1>: Displaying Images. (line 60)
image <2>: Displaying Images. (line 61)
image <3>: Displaying Images. (line 62)
image <4>: Displaying Images. (line 63)
imagesc: Displaying Images. (line 103)
imagesc <1>: Displaying Images. (line 104)
imagesc <2>: Displaying Images. (line 105)
imagesc <3>: Displaying Images. (line 106)
imagesc <4>: Displaying Images. (line 107)
imagesc <5>: Displaying Images. (line 108)
imagesc <6>: Displaying Images. (line 109)
IMAGE_PATH: Loading and Saving Images.
IMAGE_PATH <1>: Loading and Saving Images.
IMAGE_PATH <2>: Loading and Saving Images.
imfinfo: Loading and Saving Images.
imfinfo <1>: Loading and Saving Images.
imfinfo <2>: Loading and Saving Images.
imformats: Loading and Saving Images.
imformats <1>: Loading and Saving Images.
imformats <2>: Loading and Saving Images.
imformats <3>: Loading and Saving Images.
imformats <4>: Loading and Saving Images.
imformats <5>: Loading and Saving Images.
imformats <6>: Loading and Saving Images.
importdata: Simple File I/O. (line 808)
importdata <1>: Simple File I/O. (line 809)
importdata <2>: Simple File I/O. (line 810)
importdata <3>: Simple File I/O. (line 811)
importdata <4>: Simple File I/O. (line 812)
imread: Loading and Saving Images.
imread <1>: Loading and Saving Images.
imread <2>: Loading and Saving Images.
imread <3>: Loading and Saving Images.
imread <4>: Loading and Saving Images.
imshow: Displaying Images. (line 10)
imshow <1>: Displaying Images. (line 11)
imshow <2>: Displaying Images. (line 12)
imshow <3>: Displaying Images. (line 13)
imshow <4>: Displaying Images. (line 14)
imshow <5>: Displaying Images. (line 15)
imshow <6>: Displaying Images. (line 16)
imwrite: Loading and Saving Images.
imwrite <1>: Loading and Saving Images.
imwrite <2>: Loading and Saving Images.
imwrite <3>: Loading and Saving Images.
ind2gray: Representing Images.
ind2rgb: Representing Images.
ind2rgb <1>: Representing Images.
ind2sub: Advanced Indexing. (line 202)
index: Manipulating Strings.
index <1>: Manipulating Strings.
inf: Mathematical Constants.
Inf: Mathematical Constants.
Inf <1>: Mathematical Constants.
Inf <2>: Mathematical Constants.
Inf <3>: Mathematical Constants.
Inf <4>: Mathematical Constants.
inferiorto: Precedence of Objects.
info: Getting Help. (line 104)
info_file: Getting Help. (line 114)
info_file <1>: Getting Help. (line 115)
info_file <2>: Getting Help. (line 116)
info_program: Getting Help. (line 135)
info_program <1>: Getting Help. (line 136)
info_program <2>: Getting Help. (line 137)
inline: Inline Functions. (line 19)
inline <1>: Inline Functions. (line 20)
inline <2>: Inline Functions. (line 21)
inpolygon: Voronoi Diagrams. (line 145)
inpolygon <1>: Voronoi Diagrams. (line 146)
input: Terminal Input. (line 11)
input <1>: Terminal Input. (line 12)
inputdlg: I/O Dialogs. (line 173)
inputdlg <1>: I/O Dialogs. (line 174)
inputdlg <2>: I/O Dialogs. (line 175)
inputdlg <3>: I/O Dialogs. (line 176)
inputdlg <4>: I/O Dialogs. (line 177)
inputname: Defining Functions. (line 175)
inputParser: Multiple Return Values.
inputParser.CaseSensitive: Multiple Return Values.
inputParser.FunctionName: Multiple Return Values.
inputParser.KeepUnmatched: Multiple Return Values.
inputParser.Parameters: Multiple Return Values.
inputParser.Results: Multiple Return Values.
inputParser.StructExpand: Multiple Return Values.
inputParser.Unmatched: Multiple Return Values.
inputParser.UsingDefaults: Multiple Return Values.
int16: Integer Data Types. (line 52)
int2str: Converting Numerical Data to Strings.
int32: Integer Data Types. (line 66)
int64: Integer Data Types. (line 80)
int8: Integer Data Types. (line 38)
integral: Functions of One Variable.
integral <1>: Functions of One Variable.
integral2: Functions of Multiple Variables.
integral2 <1>: Functions of Multiple Variables.
integral2 <2>: Functions of Multiple Variables.
integral3: Functions of Multiple Variables.
integral3 <1>: Functions of Multiple Variables.
interp1: One-dimensional Interpolation.
interp1 <1>: One-dimensional Interpolation.
interp1 <2>: One-dimensional Interpolation.
interp1 <3>: One-dimensional Interpolation.
interp1 <4>: One-dimensional Interpolation.
interp1 <5>: One-dimensional Interpolation.
interp1 <6>: One-dimensional Interpolation.
interp2: Multi-dimensional Interpolation.
interp2 <1>: Multi-dimensional Interpolation.
interp2 <2>: Multi-dimensional Interpolation.
interp2 <3>: Multi-dimensional Interpolation.
interp2 <4>: Multi-dimensional Interpolation.
interp2 <5>: Multi-dimensional Interpolation.
interp3: Multi-dimensional Interpolation.
interp3 <1>: Multi-dimensional Interpolation.
interp3 <2>: Multi-dimensional Interpolation.
interp3 <3>: Multi-dimensional Interpolation.
interp3 <4>: Multi-dimensional Interpolation.
interp3 <5>: Multi-dimensional Interpolation.
interpft: One-dimensional Interpolation.
interpft <1>: One-dimensional Interpolation.
interpn: Multi-dimensional Interpolation.
interpn <1>: Multi-dimensional Interpolation.
interpn <2>: Multi-dimensional Interpolation.
interpn <3>: Multi-dimensional Interpolation.
interpn <4>: Multi-dimensional Interpolation.
interpn <5>: Multi-dimensional Interpolation.
intersect: Set Operations. (line 23)
intersect <1>: Set Operations. (line 24)
intersect <2>: Set Operations. (line 25)
intmax: Integer Data Types. (line 94)
intmin: Integer Data Types. (line 128)
inv: Basic Matrix Functions.
inv <1>: Basic Matrix Functions.
invhilb: Famous Matrices. (line 351)
ipermute: Rearranging Matrices.
iqr: Descriptive Statistics.
iqr <1>: Descriptive Statistics.
isa: Built-in Data Types.
isalnum: Character Class Functions.
isalpha: Character Class Functions.
isappdata: Application-defined Data.
isargout: Ignoring Arguments. (line 62)
isascii: Character Class Functions.
isaxes: Graphics Objects. (line 292)
isbanded: Predicates for Numeric Objects.
isbool: Predicates for Numeric Objects.
iscell: Basic Usage of Cell Arrays.
iscellstr: Cell Arrays of Strings.
ischar: Character Arrays. (line 25)
iscntrl: Character Class Functions.
iscolormap: Representing Images.
iscolumn: Predicates for Numeric Objects.
iscomplex: Predicates for Numeric Objects.
isdebugmode: Debug Mode. (line 55)
isdefinite: Predicates for Numeric Objects.
isdefinite <1>: Predicates for Numeric Objects.
isdeployed: System Information. (line 95)
isdiag: Predicates for Numeric Objects.
isdigit: Character Class Functions.
isdir: Filesystem Utilities.
isempty: Object Sizes. (line 125)
isequal: Comparison Ops. (line 74)
isequaln: Comparison Ops. (line 79)
isfield: Manipulating Structures.
isfield <1>: Manipulating Structures.
isfigure: Graphics Objects. (line 302)
isfinite: Finding Elements and Checking Conditions.
isfloat: Predicates for Numeric Objects.
isglobal: Global Variables. (line 64)
isgraph: Character Class Functions.
isgraphics: Graphics Objects. (line 264)
isgraphics <1>: Graphics Objects. (line 265)
isguirunning: GUI Utility Functions.
ishandle: Graphics Objects. (line 276)
ishermitian: Predicates for Numeric Objects.
ishermitian <1>: Predicates for Numeric Objects.
ishghandle: Graphics Objects. (line 253)
ishold: Manipulation of Plot Windows.
ishold <1>: Manipulation of Plot Windows.
ishold <2>: Manipulation of Plot Windows.
isieee: System Information. (line 89)
isindex: Advanced Indexing. (line 260)
isindex <1>: Advanced Indexing. (line 261)
isinf: Finding Elements and Checking Conditions.
isinteger: Integer Data Types. (line 28)
isjava: Java Interface Functions.
iskeyword: Keywords. (line 27)
iskeyword <1>: Keywords. (line 28)
isletter: Character Class Functions.
islogical: Predicates for Numeric Objects.
islower: Character Class Functions.
ismac: System Information. (line 83)
ismatrix: Predicates for Numeric Objects.
ismember: Set Operations. (line 106)
ismember <1>: Set Operations. (line 107)
ismember <2>: Set Operations. (line 108)
ismethod: Creating a Class. (line 130)
ismethod <1>: Creating a Class. (line 131)
isna: Missing Data. (line 36)
isnan: Finding Elements and Checking Conditions.
isnull: Object Sizes. (line 131)
isnumeric: Predicates for Numeric Objects.
isobject: Creating a Class. (line 102)
isocaps: Three-Dimensional Plots.
isocaps <1>: Three-Dimensional Plots.
isocaps <2>: Three-Dimensional Plots.
isocaps <3>: Three-Dimensional Plots.
isocaps <4>: Three-Dimensional Plots.
isocaps <5>: Three-Dimensional Plots.
isocaps <6>: Three-Dimensional Plots.
isocaps <7>: Three-Dimensional Plots.
isocaps <8>: Three-Dimensional Plots.
isocolors: Three-Dimensional Plots.
isocolors <1>: Three-Dimensional Plots.
isocolors <2>: Three-Dimensional Plots.
isocolors <3>: Three-Dimensional Plots.
isocolors <4>: Three-Dimensional Plots.
isocolors <5>: Three-Dimensional Plots.
isonormals: Three-Dimensional Plots.
isonormals <1>: Three-Dimensional Plots.
isonormals <2>: Three-Dimensional Plots.
isonormals <3>: Three-Dimensional Plots.
isonormals <4>: Three-Dimensional Plots.
isonormals <5>: Three-Dimensional Plots.
isonormals <6>: Three-Dimensional Plots.
isonormals <7>: Three-Dimensional Plots.
isosurface: Three-Dimensional Plots.
isosurface <1>: Three-Dimensional Plots.
isosurface <2>: Three-Dimensional Plots.
isosurface <3>: Three-Dimensional Plots.
isosurface <4>: Three-Dimensional Plots.
isosurface <5>: Three-Dimensional Plots.
isosurface <6>: Three-Dimensional Plots.
isosurface <7>: Three-Dimensional Plots.
isosurface <8>: Three-Dimensional Plots.
isosurface <9>: Three-Dimensional Plots.
ispc: System Information. (line 71)
isplaying: Playback. (line 39)
ispref: User-Defined Preferences.
ispref <1>: User-Defined Preferences.
ispref <2>: User-Defined Preferences.
isprime: Predicates for Numeric Objects.
isprint: Character Class Functions.
isprop: Introduction to Graphics Structures.
ispunct: Character Class Functions.
isreal: Predicates for Numeric Objects.
isrecording: Recording. (line 30)
isrow: Predicates for Numeric Objects.
isscalar: Predicates for Numeric Objects.
issorted: Rearranging Matrices.
issorted <1>: Rearranging Matrices.
issorted <2>: Rearranging Matrices.
isspace: Character Class Functions.
issparse: Information. (line 21)
issquare: Predicates for Numeric Objects.
isstring: Character Arrays. (line 33)
isstrprop: Character Class Functions.
isstruct: Creating Structures.
isstudent: System Information. (line 102)
issymmetric: Predicates for Numeric Objects.
issymmetric <1>: Predicates for Numeric Objects.
istril: Predicates for Numeric Objects.
istriu: Predicates for Numeric Objects.
isunix: System Information. (line 77)
isupper: Character Class Functions.
isvarname: Variables. (line 54)
isvector: Predicates for Numeric Objects.
isxdigit: Character Class Functions.
is_absolute_filename: Filesystem Utilities.
is_dq_string: Escape Sequences in String Constants.
is_function_handle: Function Handles. (line 36)
is_leap_year: Timing Utilities. (line 412)
is_leap_year <1>: Timing Utilities. (line 413)
is_rooted_relative_filename: Filesystem Utilities.
is_sq_string: Escape Sequences in String Constants.
is_valid_file_id: Opening and Closing Files.
j: Mathematical Constants.
J: Mathematical Constants.
javaaddpath: Java Interface Functions.
javaaddpath <1>: Java Interface Functions.
javaaddpath <2>: Java Interface Functions.
javaArray: Java Interface Functions.
javaArray <1>: Java Interface Functions.
javachk: Java Interface Functions.
javachk <1>: Java Interface Functions.
javachk <2>: Java Interface Functions.
javaclasspath: Java Interface Functions.
javaclasspath <1>: Java Interface Functions.
javaclasspath <2>: Java Interface Functions.
javaclasspath <3>: Java Interface Functions.
javamem: Java Interface Functions.
javamem <1>: Java Interface Functions.
javaMethod: Java Interface Functions.
javaMethod <1>: Java Interface Functions.
javaObject: Java Interface Functions.
javaObject <1>: Java Interface Functions.
javarmpath: Java Interface Functions.
javarmpath <1>: Java Interface Functions.
java_get: Java Interface Functions.
java_matrix_autoconversion: Java Interface Functions.
java_matrix_autoconversion <1>: Java Interface Functions.
java_matrix_autoconversion <2>: Java Interface Functions.
java_set: Java Interface Functions.
java_unsigned_autoconversion: Java Interface Functions.
java_unsigned_autoconversion <1>: Java Interface Functions.
java_unsigned_autoconversion <2>: Java Interface Functions.
jet: Representing Images.
jet <1>: Representing Images.
jit_enable: JIT Compiler. (line 31)
jit_enable <1>: JIT Compiler. (line 32)
jit_enable <2>: JIT Compiler. (line 33)
jit_failcnt: JIT Compiler. (line 63)
jit_failcnt <1>: JIT Compiler. (line 64)
jit_failcnt <2>: JIT Compiler. (line 65)
jit_startcnt: JIT Compiler. (line 45)
jit_startcnt <1>: JIT Compiler. (line 46)
jit_startcnt <2>: JIT Compiler. (line 47)
kbhit: Terminal Input. (line 86)
kbhit <1>: Terminal Input. (line 87)
kendall: Correlation and Regression Analysis.
kendall <1>: Correlation and Regression Analysis.
keyboard: Breakpoints. (line 226)
keyboard <1>: Breakpoints. (line 227)
kill: Controlling Subprocesses.
kron: Functions of a Matrix.
kron <1>: Functions of a Matrix.
krylov: Matrix Factorizations.
kurtosis: Descriptive Statistics.
kurtosis <1>: Descriptive Statistics.
kurtosis <2>: Descriptive Statistics.
lasterr: Catching Errors. (line 93)
lasterr <1>: Catching Errors. (line 94)
lasterr <2>: Catching Errors. (line 95)
lasterror: Catching Errors. (line 50)
lasterror <1>: Catching Errors. (line 51)
lasterror <2>: Catching Errors. (line 52)
lastwarn: Issuing Warnings. (line 134)
lastwarn <1>: Issuing Warnings. (line 135)
lastwarn <2>: Issuing Warnings. (line 136)
lcm: Utility Functions. (line 431)
lcm <1>: Utility Functions. (line 432)
ldivide: Arithmetic Ops. (line 128)
le: Comparison Ops. (line 86)
legend: Plot Annotations. (line 43)
legend <1>: Plot Annotations. (line 44)
legend <2>: Plot Annotations. (line 45)
legend <3>: Plot Annotations. (line 46)
legend <4>: Plot Annotations. (line 47)
legend <5>: Plot Annotations. (line 48)
legend <6>: Plot Annotations. (line 49)
legend <7>: Plot Annotations. (line 50)
legend <8>: Plot Annotations. (line 51)
legend <9>: Plot Annotations. (line 52)
legend <10>: Plot Annotations. (line 53)
legend <11>: Plot Annotations. (line 54)
legendre: Special Functions. (line 696)
legendre <1>: Special Functions. (line 697)
length: Object Sizes. (line 69)
lgamma: Special Functions. (line 763)
license: System Information. (line 247)
license <1>: System Information. (line 248)
license <2>: System Information. (line 249)
license <3>: System Information. (line 250)
license <4>: System Information. (line 251)
license <5>: System Information. (line 252)
license <6>: System Information. (line 253)
license <7>: System Information. (line 254)
light: Graphics Objects. (line 198)
light <1>: Graphics Objects. (line 199)
light <2>: Graphics Objects. (line 200)
light <3>: Graphics Objects. (line 201)
lighting: Three-Dimensional Plots.
lighting <1>: Three-Dimensional Plots.
lin2mu: Audio Data Processing.
line: Graphics Objects. (line 85)
line <1>: Graphics Objects. (line 86)
line <2>: Graphics Objects. (line 87)
line <3>: Graphics Objects. (line 88)
line <4>: Graphics Objects. (line 89)
line <5>: Graphics Objects. (line 90)
line <6>: Graphics Objects. (line 91)
line <7>: Graphics Objects. (line 92)
lines: Representing Images.
lines <1>: Representing Images.
link: Filesystem Utilities.
link <1>: Filesystem Utilities.
linkaxes: Object Groups. (line 233)
linkaxes <1>: Object Groups. (line 234)
linkprop: Object Groups. (line 200)
linkprop <1>: Object Groups. (line 201)
linsolve: Basic Matrix Functions.
linsolve <1>: Basic Matrix Functions.
linsolve <2>: Basic Matrix Functions.
linspace: Special Utility Matrices.
linspace <1>: Special Utility Matrices.
listdlg: I/O Dialogs. (line 226)
list_in_columns: Terminal Output. (line 39)
list_primes: Utility Functions. (line 515)
list_primes <1>: Utility Functions. (line 516)
load: Simple File I/O. (line 226)
load <1>: Simple File I/O. (line 227)
load <2>: Simple File I/O. (line 228)
load <3>: Simple File I/O. (line 229)
load <4>: Simple File I/O. (line 230)
load <5>: Simple File I/O. (line 231)
load <6>: Simple File I/O. (line 232)
loaded_graphics_toolkits: Graphics Toolkits. (line 32)
loadobj: Class Methods. (line 157)
localfunctions: Subfunctions. (line 26)
localtime: Timing Utilities. (line 122)
log: Exponents and Logarithms.
log10: Exponents and Logarithms.
log1p: Exponents and Logarithms.
log2: Exponents and Logarithms.
log2 <1>: Exponents and Logarithms.
logical: Logical Values. (line 36)
loglog: Two-Dimensional Plots.
loglog <1>: Two-Dimensional Plots.
loglog <2>: Two-Dimensional Plots.
loglog <3>: Two-Dimensional Plots.
loglog <4>: Two-Dimensional Plots.
loglog <5>: Two-Dimensional Plots.
loglogerr: Two-Dimensional Plots.
loglogerr <1>: Two-Dimensional Plots.
loglogerr <2>: Two-Dimensional Plots.
loglogerr <3>: Two-Dimensional Plots.
loglogerr <4>: Two-Dimensional Plots.
loglogerr <5>: Two-Dimensional Plots.
loglogerr <6>: Two-Dimensional Plots.
loglogerr <7>: Two-Dimensional Plots.
loglogerr <8>: Two-Dimensional Plots.
loglogerr <9>: Two-Dimensional Plots.
logm: Functions of a Matrix.
logm <1>: Functions of a Matrix.
logm <2>: Functions of a Matrix.
logspace: Special Utility Matrices.
logspace <1>: Special Utility Matrices.
logspace <2>: Special Utility Matrices.
lookfor: Getting Help. (line 58)
lookfor <1>: Getting Help. (line 59)
lookfor <2>: Getting Help. (line 60)
lookfor <3>: Getting Help. (line 61)
lookup: Finding Elements and Checking Conditions.
lookup <1>: Finding Elements and Checking Conditions.
lower: String Conversions. (line 303)
ls: Current Working Directory.
ls <1>: Current Working Directory.
ls <2>: Current Working Directory.
ls <3>: Current Working Directory.
ls <4>: Current Working Directory.
lscov: Linear Least Squares.
lscov <1>: Linear Least Squares.
lscov <2>: Linear Least Squares.
lscov <3>: Linear Least Squares.
lsode: Ordinary Differential Equations.
lsode <1>: Ordinary Differential Equations.
lsode_options: Ordinary Differential Equations.
lsode_options <1>: Ordinary Differential Equations.
lsode_options <2>: Ordinary Differential Equations.
lsqnonneg: Linear Least Squares.
lsqnonneg <1>: Linear Least Squares.
lsqnonneg <2>: Linear Least Squares.
lsqnonneg <3>: Linear Least Squares.
lsqnonneg <4>: Linear Least Squares.
lsqnonneg <5>: Linear Least Squares.
lsqnonneg <6>: Linear Least Squares.
lsqnonneg <7>: Linear Least Squares.
lstat: Filesystem Utilities.
lstat <1>: Filesystem Utilities.
ls_command: Current Working Directory.
ls_command <1>: Current Working Directory.
lt: Comparison Ops. (line 92)
lu: Matrix Factorizations.
lu <1>: Matrix Factorizations.
lu <2>: Matrix Factorizations.
lu <3>: Matrix Factorizations.
lu <4>: Matrix Factorizations.
lu <5>: Matrix Factorizations.
lu <6>: Matrix Factorizations.
luupdate: Matrix Factorizations.
luupdate <1>: Matrix Factorizations.
mad: Descriptive Statistics.
mad <1>: Descriptive Statistics.
mad <2>: Descriptive Statistics.
magic: Famous Matrices. (line 382)
makeinfo_program: Getting Help. (line 158)
makeinfo_program <1>: Getting Help. (line 159)
makeinfo_program <2>: Getting Help. (line 160)
make_absolute_filename: Filesystem Utilities.
mat2cell: Creating Cell Arrays.
mat2cell <1>: Creating Cell Arrays.
mat2cell <2>: Creating Cell Arrays.
mat2str: Converting Numerical Data to Strings.
mat2str <1>: Converting Numerical Data to Strings.
material: Three-Dimensional Plots.
material <1>: Three-Dimensional Plots.
material <2>: Three-Dimensional Plots.
material <3>: Three-Dimensional Plots.
material <4>: Three-Dimensional Plots.
material <5>: Three-Dimensional Plots.
material <6>: Three-Dimensional Plots.
material <7>: Three-Dimensional Plots.
material <8>: Three-Dimensional Plots.
material <9>: Three-Dimensional Plots.
matlabroot: System Information. (line 125)
matrix_type: Basic Matrix Functions.
matrix_type <1>: Basic Matrix Functions.
matrix_type <2>: Basic Matrix Functions.
matrix_type <3>: Basic Matrix Functions.
matrix_type <4>: Basic Matrix Functions.
matrix_type <5>: Basic Matrix Functions.
max: Utility Functions. (line 65)
max <1>: Utility Functions. (line 66)
max <2>: Utility Functions. (line 67)
max <3>: Utility Functions. (line 68)
max_recursion_depth: Recursion. (line 33)
max_recursion_depth <1>: Recursion. (line 34)
max_recursion_depth <2>: Recursion. (line 35)
max_stack_depth: Recursion. (line 49)
max_stack_depth <1>: Recursion. (line 50)
max_stack_depth <2>: Recursion. (line 51)
mean: Descriptive Statistics.
mean <1>: Descriptive Statistics.
mean <2>: Descriptive Statistics.
mean <3>: Descriptive Statistics.
mean <4>: Descriptive Statistics.
meansq: Descriptive Statistics.
meansq <1>: Descriptive Statistics.
median: Descriptive Statistics.
median <1>: Descriptive Statistics.
menu: Terminal Input. (line 44)
menu <1>: Terminal Input. (line 45)
merge: Short-circuit Boolean Operators.
mesh: Three-Dimensional Plots.
mesh <1>: Three-Dimensional Plots.
mesh <2>: Three-Dimensional Plots.
mesh <3>: Three-Dimensional Plots.
mesh <4>: Three-Dimensional Plots.
mesh <5>: Three-Dimensional Plots.
meshc: Three-Dimensional Plots.
meshc <1>: Three-Dimensional Plots.
meshc <2>: Three-Dimensional Plots.
meshc <3>: Three-Dimensional Plots.
meshc <4>: Three-Dimensional Plots.
meshc <5>: Three-Dimensional Plots.
meshgrid: Three-Dimensional Plots.
meshgrid <1>: Three-Dimensional Plots.
meshgrid <2>: Three-Dimensional Plots.
meshgrid <3>: Three-Dimensional Plots.
meshz: Three-Dimensional Plots.
meshz <1>: Three-Dimensional Plots.
meshz <2>: Three-Dimensional Plots.
meshz <3>: Three-Dimensional Plots.
meshz <4>: Three-Dimensional Plots.
meshz <5>: Three-Dimensional Plots.
methods: Creating a Class. (line 112)
methods <1>: Creating a Class. (line 113)
methods <2>: Creating a Class. (line 114)
mex: Getting Started with Mex-Files.
mexext: Getting Started with Mex-Files.
mfilename: Function Files. (line 145)
mfilename <1>: Function Files. (line 146)
mfilename <2>: Function Files. (line 147)
mget: FTP Objects. (line 40)
mget <1>: FTP Objects. (line 41)
mget <2>: FTP Objects. (line 42)
mgorth: Basic Matrix Functions.
min: Utility Functions. (line 115)
min <1>: Utility Functions. (line 116)
min <2>: Utility Functions. (line 117)
min <3>: Utility Functions. (line 118)
minus: Arithmetic Ops. (line 136)
mislocked: Function Locking. (line 65)
mislocked <1>: Function Locking. (line 66)
missing_component_hook: Missing Components. (line 12)
missing_component_hook <1>: Missing Components. (line 13)
missing_component_hook <2>: Missing Components. (line 14)
missing_function_hook: Parser. (line 46)
missing_function_hook <1>: Parser. (line 47)
missing_function_hook <2>: Parser. (line 48)
mkdir: Filesystem Utilities.
mkdir <1>: Filesystem Utilities.
mkdir <2>: Filesystem Utilities.
mkdir <3>: Filesystem Utilities.
mkdir <4>: Filesystem Utilities.
mkdir <5>: FTP Objects. (line 111)
mkfifo: Filesystem Utilities.
mkfifo <1>: Filesystem Utilities.
mkoctfile: Getting Started with Oct-Files.
mkoctfile <1>: Getting Started with Oct-Files.
mkpp: Polynomial Interpolation.
mkpp <1>: Polynomial Interpolation.
mkstemp: Temporary Files. (line 11)
mkstemp <1>: Temporary Files. (line 12)
mktime: Timing Utilities. (line 149)
mldivide: Arithmetic Ops. (line 141)
mlock: Function Locking. (line 50)
mod: Utility Functions. (line 468)
mode: Descriptive Statistics.
mode <1>: Descriptive Statistics.
mode <2>: Descriptive Statistics.
moment: Descriptive Statistics.
moment <1>: Descriptive Statistics.
moment <2>: Descriptive Statistics.
moment <3>: Descriptive Statistics.
moment <4>: Descriptive Statistics.
more: Paging Screen Output.
more <1>: Paging Screen Output.
more <2>: Paging Screen Output.
movefile: Filesystem Utilities.
movefile <1>: Filesystem Utilities.
movefile <2>: Filesystem Utilities.
movefile <3>: Filesystem Utilities.
movefile <4>: Filesystem Utilities.
movefile <5>: Filesystem Utilities.
movefile <6>: Filesystem Utilities.
mpoles: Finding Roots. (line 76)
mpoles <1>: Finding Roots. (line 77)
mpoles <2>: Finding Roots. (line 78)
mpower: Arithmetic Ops. (line 149)
mput: FTP Objects. (line 55)
mrdivide: Arithmetic Ops. (line 157)
msgbox: I/O Dialogs. (line 288)
msgbox <1>: I/O Dialogs. (line 289)
msgbox <2>: I/O Dialogs. (line 290)
msgbox <3>: I/O Dialogs. (line 291)
mtimes: Arithmetic Ops. (line 165)
mtimes <1>: Arithmetic Ops. (line 166)
mu2lin: Audio Data Processing.
munlock: Function Locking. (line 56)
munlock <1>: Function Locking. (line 57)
NA: Missing Data. (line 11)
NA <1>: Missing Data. (line 12)
NA <2>: Missing Data. (line 13)
NA <3>: Missing Data. (line 14)
NA <4>: Missing Data. (line 15)
namelengthmax: Variables. (line 122)
nan: Mathematical Constants.
NaN: Mathematical Constants.
NaN <1>: Mathematical Constants.
NaN <2>: Mathematical Constants.
NaN <3>: Mathematical Constants.
NaN <4>: Mathematical Constants.
nargin: Defining Functions. (line 145)
nargin <1>: Defining Functions. (line 146)
narginchk: Multiple Return Values.
nargout: Multiple Return Values.
nargout <1>: Multiple Return Values.
nargoutchk: Multiple Return Values.
nargoutchk <1>: Multiple Return Values.
nargoutchk <2>: Multiple Return Values.
nargoutchk <3>: Multiple Return Values.
native2unicode: String Conversions. (line 346)
native2unicode <1>: String Conversions. (line 347)
native_float_format: Simple File I/O. (line 327)
nchoosek: Basic Statistical Functions.
nchoosek <1>: Basic Statistical Functions.
ndgrid: Three-Dimensional Plots.
ndgrid <1>: Three-Dimensional Plots.
ndims: Object Sizes. (line 12)
ndims <1>: Matrices and Arrays in Oct-Files.
ne: Comparison Ops. (line 98)
newplot: Manipulation of Plot Windows.
newplot <1>: Manipulation of Plot Windows.
newplot <2>: Manipulation of Plot Windows.
newplot <3>: Manipulation of Plot Windows.
news: Getting Help. (line 93)
news <1>: Getting Help. (line 94)
nextpow2: Exponents and Logarithms.
nnz: Information. (line 26)
nonzeros: Information. (line 32)
norm: Basic Matrix Functions.
norm <1>: Basic Matrix Functions.
norm <2>: Basic Matrix Functions.
normest: Sparse Linear Algebra.
normest <1>: Sparse Linear Algebra.
normest <2>: Sparse Linear Algebra.
normest1: Sparse Linear Algebra.
normest1 <1>: Sparse Linear Algebra.
normest1 <2>: Sparse Linear Algebra.
normest1 <3>: Sparse Linear Algebra.
normest1 <4>: Sparse Linear Algebra.
normest1 <5>: Sparse Linear Algebra.
normest1 <6>: Sparse Linear Algebra.
not: Element-by-element Boolean Operators.
now: Timing Utilities. (line 65)
nproc: System Information. (line 54)
nproc <1>: System Information. (line 55)
nthargout: Multiple Return Values.
nthargout <1>: Multiple Return Values.
nthroot: Exponents and Logarithms.
nth_element: Rearranging Matrices.
nth_element <1>: Rearranging Matrices.
null: Basic Matrix Functions.
null <1>: Basic Matrix Functions.
num2cell: Creating Cell Arrays.
num2cell <1>: Creating Cell Arrays.
num2hex: String Conversions. (line 143)
num2hex <1>: String Conversions. (line 144)
num2str: Converting Numerical Data to Strings.
num2str <1>: Converting Numerical Data to Strings.
num2str <2>: Converting Numerical Data to Strings.
numel: Object Sizes. (line 38)
numel <1>: Object Sizes. (line 39)
numel <2>: Matrices and Arrays in Oct-Files.
numfields: Manipulating Structures.
nzmax: Information. (line 37)
ocean: Representing Images.
ocean <1>: Representing Images.
octave_core_file_limit: Saving Data on Unexpected Exits.
octave_core_file_limit <1>: Saving Data on Unexpected Exits.
octave_core_file_limit <2>: Saving Data on Unexpected Exits.
octave_core_file_name: Saving Data on Unexpected Exits.
octave_core_file_name <1>: Saving Data on Unexpected Exits.
octave_core_file_name <2>: Saving Data on Unexpected Exits.
octave_core_file_options: Saving Data on Unexpected Exits.
octave_core_file_options <1>: Saving Data on Unexpected Exits.
octave_core_file_options <2>: Saving Data on Unexpected Exits.
OCTAVE_EXEC_HOME: System Information. (line 116)
OCTAVE_HOME: System Information. (line 109)
OCTAVE_VERSION: System Information. (line 133)
ode15i: Matlab-compatible solvers.
ode15i <1>: Matlab-compatible solvers.
ode15i <2>: Matlab-compatible solvers.
ode15i <3>: Matlab-compatible solvers.
ode15i <4>: Matlab-compatible solvers.
ode15s: Matlab-compatible solvers.
ode15s <1>: Matlab-compatible solvers.
ode15s <2>: Matlab-compatible solvers.
ode15s <3>: Matlab-compatible solvers.
ode15s <4>: Matlab-compatible solvers.
ode23: Matlab-compatible solvers.
ode23 <1>: Matlab-compatible solvers.
ode23 <2>: Matlab-compatible solvers.
ode23 <3>: Matlab-compatible solvers.
ode23 <4>: Matlab-compatible solvers.
ode45: Matlab-compatible solvers.
ode45 <1>: Matlab-compatible solvers.
ode45 <2>: Matlab-compatible solvers.
ode45 <3>: Matlab-compatible solvers.
ode45 <4>: Matlab-compatible solvers.
odeget: Matlab-compatible solvers.
odeget <1>: Matlab-compatible solvers.
odeplot: Matlab-compatible solvers.
odeset: Matlab-compatible solvers.
odeset <1>: Matlab-compatible solvers.
odeset <2>: Matlab-compatible solvers.
odeset <3>: Matlab-compatible solvers.
odeset <4>: Matlab-compatible solvers.
ols: Linear Least Squares.
onCleanup: Recovering From Errors.
ones: Special Utility Matrices.
ones <1>: Special Utility Matrices.
ones <2>: Special Utility Matrices.
ones <3>: Special Utility Matrices.
ones <4>: Special Utility Matrices.
open: Controlling Subprocesses.
open <1>: Controlling Subprocesses.
openvar: GUI Utility Functions.
operator: Matrices and Arrays in Oct-Files.
optimget: Linear Least Squares.
optimget <1>: Linear Least Squares.
optimize_subsasgn_calls: Defining Indexing And Indexed Assignment.
optimize_subsasgn_calls <1>: Defining Indexing And Indexed Assignment.
optimize_subsasgn_calls <2>: Defining Indexing And Indexed Assignment.
optimset: Linear Least Squares.
optimset <1>: Linear Least Squares.
optimset <2>: Linear Least Squares.
optimset <3>: Linear Least Squares.
optimset <4>: Linear Least Squares.
or: Element-by-element Boolean Operators.
or <1>: Element-by-element Boolean Operators.
orderfields: Manipulating Structures.
orderfields <1>: Manipulating Structures.
orderfields <2>: Manipulating Structures.
orderfields <3>: Manipulating Structures.
orderfields <4>: Manipulating Structures.
ordschur: Matrix Factorizations.
orient: Printing and Saving Plots.
orient <1>: Printing and Saving Plots.
orient <2>: Printing and Saving Plots.
orient <3>: Printing and Saving Plots.
orth: Basic Matrix Functions.
orth <1>: Basic Matrix Functions.
ostrsplit: Manipulating Strings.
ostrsplit <1>: Manipulating Strings.
output_max_field_width: Matrices. (line 131)
output_precision: Matrices. (line 135)
output_precision <1>: Matrices. (line 136)
output_precision <2>: Matrices. (line 137)
pack: Status of Variables.
padecoef: Polynomial Interpolation.
padecoef <1>: Polynomial Interpolation.
PAGER: Paging Screen Output.
PAGER <1>: Paging Screen Output.
PAGER <2>: Paging Screen Output.
PAGER_FLAGS: Paging Screen Output.
PAGER_FLAGS <1>: Paging Screen Output.
PAGER_FLAGS <2>: Paging Screen Output.
page_output_immediately: Paging Screen Output.
page_output_immediately <1>: Paging Screen Output.
page_output_immediately <2>: Paging Screen Output.
page_screen_output: Paging Screen Output.
page_screen_output <1>: Paging Screen Output.
page_screen_output <2>: Paging Screen Output.
pan: Manipulation of Plot Objects.
pan <1>: Manipulation of Plot Objects.
pan <2>: Manipulation of Plot Objects.
pan <3>: Manipulation of Plot Objects.
pan <4>: Manipulation of Plot Objects.
pan <5>: Manipulation of Plot Objects.
pareto: Two-Dimensional Plots.
pareto <1>: Two-Dimensional Plots.
pareto <2>: Two-Dimensional Plots.
pareto <3>: Two-Dimensional Plots.
parseparams: Variable-length Argument Lists.
parseparams <1>: Variable-length Argument Lists.
pascal: Famous Matrices. (line 394)
pascal <1>: Famous Matrices. (line 395)
patch: Graphics Objects. (line 112)
patch <1>: Graphics Objects. (line 113)
patch <2>: Graphics Objects. (line 114)
patch <3>: Graphics Objects. (line 115)
patch <4>: Graphics Objects. (line 116)
patch <5>: Graphics Objects. (line 117)
patch <6>: Graphics Objects. (line 118)
patch <7>: Graphics Objects. (line 119)
path: Manipulating the Load Path.
path <1>: Manipulating the Load Path.
path <2>: Manipulating the Load Path.
pathdef: Manipulating the Load Path.
pathsep: Manipulating the Load Path.
pause: Playback. (line 29)
pause <1>: Recording. (line 20)
pause <2>: Timing Utilities. (line 483)
pause <3>: Timing Utilities. (line 484)
pbaspect: Aspect Ratio. (line 36)
pbaspect <1>: Aspect Ratio. (line 37)
pbaspect <2>: Aspect Ratio. (line 38)
pbaspect <3>: Aspect Ratio. (line 39)
pbaspect <4>: Aspect Ratio. (line 40)
pcg: Iterative Techniques.
pcg <1>: Iterative Techniques.
pcg <2>: Iterative Techniques.
pchip: Signal Processing. (line 608)
pchip <1>: Signal Processing. (line 609)
pclose: Controlling Subprocesses.
pcolor: Two-Dimensional Plots.
pcolor <1>: Two-Dimensional Plots.
pcolor <2>: Two-Dimensional Plots.
pcolor <3>: Two-Dimensional Plots.
pcr: Iterative Techniques.
pcr <1>: Iterative Techniques.
peaks: Test Plotting Functions.
peaks <1>: Test Plotting Functions.
peaks <2>: Test Plotting Functions.
peaks <3>: Test Plotting Functions.
peaks <4>: Test Plotting Functions.
periodogram: Signal Processing. (line 635)
periodogram <1>: Signal Processing. (line 636)
periodogram <2>: Signal Processing. (line 637)
periodogram <3>: Signal Processing. (line 638)
periodogram <4>: Signal Processing. (line 639)
periodogram <5>: Signal Processing. (line 640)
perl: Controlling Subprocesses.
perl <1>: Controlling Subprocesses.
perl <2>: Controlling Subprocesses.
perms: Basic Statistical Functions.
permute: Rearranging Matrices.
pi: Mathematical Constants.
pi <1>: Mathematical Constants.
pi <2>: Mathematical Constants.
pi <3>: Mathematical Constants.
pi <4>: Mathematical Constants.
pie: Two-Dimensional Plots.
pie <1>: Two-Dimensional Plots.
pie <2>: Two-Dimensional Plots.
pie <3>: Two-Dimensional Plots.
pie <4>: Two-Dimensional Plots.
pie3: Two-Dimensional Plots.
pie3 <1>: Two-Dimensional Plots.
pie3 <2>: Two-Dimensional Plots.
pie3 <3>: Two-Dimensional Plots.
pie3 <4>: Two-Dimensional Plots.
pink: Representing Images.
pink <1>: Representing Images.
pinv: Basic Matrix Functions.
pinv <1>: Basic Matrix Functions.
pipe: Controlling Subprocesses.
pkg: Packages. (line 22)
pkg <1>: Installing and Removing Packages.
pkg <2>: Installing and Removing Packages.
pkg <3>: Installing and Removing Packages.
planerot: Basic Matrix Functions.
play: Playback. (line 8)
play <1>: Playback. (line 9)
play <2>: Playback. (line 10)
play <3>: Data Retrieval. (line 22)
play <4>: Data Retrieval. (line 23)
play <5>: Data Retrieval. (line 24)
playblocking: Playback. (line 19)
playblocking <1>: Playback. (line 20)
playblocking <2>: Playback. (line 21)
plot: Two-Dimensional Plots.
plot <1>: Two-Dimensional Plots.
plot <2>: Two-Dimensional Plots.
plot <3>: Two-Dimensional Plots.
plot <4>: Two-Dimensional Plots.
plot <5>: Two-Dimensional Plots.
plot <6>: Two-Dimensional Plots.
plot3: Three-Dimensional Plots.
plot3 <1>: Three-Dimensional Plots.
plot3 <2>: Three-Dimensional Plots.
plot3 <3>: Three-Dimensional Plots.
plot3 <4>: Three-Dimensional Plots.
plot3 <5>: Three-Dimensional Plots.
plot3 <6>: Three-Dimensional Plots.
plotmatrix: Two-Dimensional Plots.
plotmatrix <1>: Two-Dimensional Plots.
plotmatrix <2>: Two-Dimensional Plots.
plotmatrix <3>: Two-Dimensional Plots.
plotmatrix <4>: Two-Dimensional Plots.
plotyy: Two-Dimensional Plots.
plotyy <1>: Two-Dimensional Plots.
plotyy <2>: Two-Dimensional Plots.
plotyy <3>: Two-Dimensional Plots.
plotyy <4>: Two-Dimensional Plots.
plus: Arithmetic Ops. (line 182)
plus <1>: Arithmetic Ops. (line 183)
pol2cart: Coordinate Transformations.
pol2cart <1>: Coordinate Transformations.
pol2cart <2>: Coordinate Transformations.
pol2cart <3>: Coordinate Transformations.
pol2cart <4>: Coordinate Transformations.
polar: Two-Dimensional Plots.
polar <1>: Two-Dimensional Plots.
polar <2>: Two-Dimensional Plots.
polar <3>: Two-Dimensional Plots.
polar <4>: Two-Dimensional Plots.
polar <5>: Two-Dimensional Plots.
poly: Miscellaneous Functions.
poly <1>: Miscellaneous Functions.
polyaffine: Derivatives / Integrals / Transforms.
polyarea: Voronoi Diagrams. (line 96)
polyarea <1>: Voronoi Diagrams. (line 97)
polyder: Derivatives / Integrals / Transforms.
polyder <1>: Derivatives / Integrals / Transforms.
polyder <2>: Derivatives / Integrals / Transforms.
polyeig: Finding Roots. (line 35)
polyeig <1>: Finding Roots. (line 36)
polyfit: Polynomial Interpolation.
polyfit <1>: Polynomial Interpolation.
polyfit <2>: Polynomial Interpolation.
polygcd: Products of Polynomials.
polygcd <1>: Products of Polynomials.
polyint: Derivatives / Integrals / Transforms.
polyint <1>: Derivatives / Integrals / Transforms.
polyout: Miscellaneous Functions.
polyout <1>: Miscellaneous Functions.
polyout <2>: Miscellaneous Functions.
polyreduce: Miscellaneous Functions.
polyval: Evaluating Polynomials.
polyval <1>: Evaluating Polynomials.
polyval <2>: Evaluating Polynomials.
polyval <3>: Evaluating Polynomials.
polyvalm: Evaluating Polynomials.
popen: Controlling Subprocesses.
popen2: Controlling Subprocesses.
postpad: Rearranging Matrices.
postpad <1>: Rearranging Matrices.
postpad <2>: Rearranging Matrices.
pow2: Exponents and Logarithms.
pow2 <1>: Exponents and Logarithms.
power: Arithmetic Ops. (line 195)
powerset: Set Operations. (line 144)
powerset <1>: Set Operations. (line 145)
ppder: Polynomial Interpolation.
ppder <1>: Polynomial Interpolation.
ppint: Polynomial Interpolation.
ppint <1>: Polynomial Interpolation.
ppjumps: Polynomial Interpolation.
ppval: Polynomial Interpolation.
pqpnonneg: Quadratic Programming.
pqpnonneg <1>: Quadratic Programming.
pqpnonneg <2>: Quadratic Programming.
pqpnonneg <3>: Quadratic Programming.
pqpnonneg <4>: Quadratic Programming.
pqpnonneg <5>: Quadratic Programming.
pqpnonneg <6>: Quadratic Programming.
prctile: Descriptive Statistics.
prctile <1>: Descriptive Statistics.
prctile <2>: Descriptive Statistics.
prefdir: User-Defined Preferences.
prefdir <1>: User-Defined Preferences.
prefdir <2>: User-Defined Preferences.
preferences: User-Defined Preferences.
prepad: Rearranging Matrices.
prepad <1>: Rearranging Matrices.
prepad <2>: Rearranging Matrices.
primes: Utility Functions. (line 498)
print: Printing and Saving Plots.
print <1>: Printing and Saving Plots.
print <2>: Printing and Saving Plots.
print <3>: Printing and Saving Plots.
printd: Two-Dimensional Plots.
printd <1>: Two-Dimensional Plots.
printf: Formatted Output. (line 17)
print_empty_dimensions: Empty Matrices. (line 29)
print_empty_dimensions <1>: Empty Matrices. (line 30)
print_empty_dimensions <2>: Empty Matrices. (line 31)
print_struct_array_contents: Basic Usage and Examples.
print_struct_array_contents <1>: Basic Usage and Examples.
print_struct_array_contents <2>: Basic Usage and Examples.
print_usage: Raising Errors. (line 136)
print_usage <1>: Raising Errors. (line 137)
prism: Representing Images.
prism <1>: Representing Images.
prod: Sums and Products. (line 42)
prod <1>: Sums and Products. (line 43)
prod <2>: Sums and Products. (line 44)
prod <3>: Sums and Products. (line 45)
profexplore: Profiling. (line 117)
profexplore <1>: Profiling. (line 118)
profexport: Profiling. (line 98)
profexport <1>: Profiling. (line 99)
profexport <2>: Profiling. (line 100)
profexport <3>: Profiling. (line 101)
profile: Profiling. (line 20)
profile <1>: Profiling. (line 21)
profile <2>: Profiling. (line 22)
profile <3>: Profiling. (line 23)
profile <4>: Profiling. (line 24)
profile <5>: Profiling. (line 25)
profshow: Profiling. (line 78)
profshow <1>: Profiling. (line 79)
profshow <2>: Profiling. (line 80)
profshow <3>: Profiling. (line 81)
program_invocation_name: Command Line Options.
program_name: Command Line Options.
PS1: Customizing the Prompt.
PS1 <1>: Customizing the Prompt.
PS1 <2>: Customizing the Prompt.
PS2: Customizing the Prompt.
PS2 <1>: Customizing the Prompt.
PS2 <2>: Customizing the Prompt.
PS4: Customizing the Prompt.
PS4 <1>: Customizing the Prompt.
PS4 <2>: Customizing the Prompt.
psi: Special Functions. (line 768)
psi <1>: Special Functions. (line 769)
publish: Publish Octave Script Files.
publish <1>: Publish Octave Script Files.
publish <2>: Publish Octave Script Files.
publish <3>: Publish Octave Script Files.
publish <4>: Publish Octave Script Files.
putenv: Environment Variables.
puts: Simple Output. (line 33)
puts <1>: Simple Output. (line 34)
pwd: Current Working Directory.
pwd <1>: Current Working Directory.
python: Controlling Subprocesses.
python <1>: Controlling Subprocesses.
python <2>: Controlling Subprocesses.
P_tmpdir: Temporary Files. (line 79)
qmr: Specialized Solvers.
qmr <1>: Specialized Solvers.
qmr <2>: Specialized Solvers.
qp: Quadratic Programming.
qp <1>: Quadratic Programming.
qp <2>: Quadratic Programming.
qp <3>: Quadratic Programming.
qp <4>: Quadratic Programming.
qp <5>: Quadratic Programming.
qr: Matrix Factorizations.
qr <1>: Matrix Factorizations.
qr <2>: Matrix Factorizations.
qr <3>: Matrix Factorizations.
qr <4>: Matrix Factorizations.
qr <5>: Matrix Factorizations.
qr <6>: Matrix Factorizations.
qr <7>: Matrix Factorizations.
qrdelete: Matrix Factorizations.
qrinsert: Matrix Factorizations.
qrshift: Matrix Factorizations.
qrupdate: Matrix Factorizations.
quad: Functions of One Variable.
quad <1>: Functions of One Variable.
quad <2>: Functions of One Variable.
quad <3>: Functions of One Variable.
quad2d: Functions of Multiple Variables.
quad2d <1>: Functions of Multiple Variables.
quad2d <2>: Functions of Multiple Variables.
quadcc: Functions of One Variable.
quadcc <1>: Functions of One Variable.
quadcc <2>: Functions of One Variable.
quadcc <3>: Functions of One Variable.
quadgk: Functions of One Variable.
quadgk <1>: Functions of One Variable.
quadgk <2>: Functions of One Variable.
quadgk <3>: Functions of One Variable.
quadgk <4>: Functions of One Variable.
quadl: Functions of One Variable.
quadl <1>: Functions of One Variable.
quadl <2>: Functions of One Variable.
quadl <3>: Functions of One Variable.
quadl <4>: Functions of One Variable.
quadv: Functions of One Variable.
quadv <1>: Functions of One Variable.
quadv <2>: Functions of One Variable.
quadv <3>: Functions of One Variable.
quadv <4>: Functions of One Variable.
quad_options: Functions of One Variable.
quad_options <1>: Functions of One Variable.
quad_options <2>: Functions of One Variable.
quantile: Descriptive Statistics.
quantile <1>: Descriptive Statistics.
quantile <2>: Descriptive Statistics.
quantile <3>: Descriptive Statistics.
questdlg: I/O Dialogs. (line 326)
questdlg <1>: I/O Dialogs. (line 327)
questdlg <2>: I/O Dialogs. (line 328)
questdlg <3>: I/O Dialogs. (line 329)
questdlg <4>: I/O Dialogs. (line 330)
quit: Quitting Octave. (line 16)
quit <1>: Quitting Octave. (line 17)
quiver: Two-Dimensional Plots.
quiver <1>: Two-Dimensional Plots.
quiver <2>: Two-Dimensional Plots.
quiver <3>: Two-Dimensional Plots.
quiver <4>: Two-Dimensional Plots.
quiver <5>: Two-Dimensional Plots.
quiver <6>: Two-Dimensional Plots.
quiver3: Two-Dimensional Plots.
quiver3 <1>: Two-Dimensional Plots.
quiver3 <2>: Two-Dimensional Plots.
quiver3 <3>: Two-Dimensional Plots.
quiver3 <4>: Two-Dimensional Plots.
quiver3 <5>: Two-Dimensional Plots.
quiver3 <6>: Two-Dimensional Plots.
qz: Matrix Factorizations.
qz <1>: Matrix Factorizations.
qz <2>: Matrix Factorizations.
qz <3>: Matrix Factorizations.
qzhess: Matrix Factorizations.
rad2deg: Trigonometry. (line 48)
rainbow: Representing Images.
rainbow <1>: Representing Images.
rand: Special Utility Matrices.
rand <1>: Special Utility Matrices.
rand <2>: Special Utility Matrices.
rand <3>: Special Utility Matrices.
rand <4>: Special Utility Matrices.
rand <5>: Special Utility Matrices.
rand <6>: Special Utility Matrices.
rand <7>: Special Utility Matrices.
rand <8>: Special Utility Matrices.
rand <9>: Special Utility Matrices.
rand <10>: Special Utility Matrices.
rande: Special Utility Matrices.
rande <1>: Special Utility Matrices.
rande <2>: Special Utility Matrices.
rande <3>: Special Utility Matrices.
rande <4>: Special Utility Matrices.
rande <5>: Special Utility Matrices.
rande <6>: Special Utility Matrices.
rande <7>: Special Utility Matrices.
rande <8>: Special Utility Matrices.
rande <9>: Special Utility Matrices.
rande <10>: Special Utility Matrices.
randg: Special Utility Matrices.
randg <1>: Special Utility Matrices.
randg <2>: Special Utility Matrices.
randg <3>: Special Utility Matrices.
randg <4>: Special Utility Matrices.
randg <5>: Special Utility Matrices.
randg <6>: Special Utility Matrices.
randg <7>: Special Utility Matrices.
randg <8>: Special Utility Matrices.
randg <9>: Special Utility Matrices.
randg <10>: Special Utility Matrices.
randi: Special Utility Matrices.
randi <1>: Special Utility Matrices.
randi <2>: Special Utility Matrices.
randi <3>: Special Utility Matrices.
randi <4>: Special Utility Matrices.
randn: Special Utility Matrices.
randn <1>: Special Utility Matrices.
randn <2>: Special Utility Matrices.
randn <3>: Special Utility Matrices.
randn <4>: Special Utility Matrices.
randn <5>: Special Utility Matrices.
randn <6>: Special Utility Matrices.
randn <7>: Special Utility Matrices.
randn <8>: Special Utility Matrices.
randn <9>: Special Utility Matrices.
randn <10>: Special Utility Matrices.
randp: Special Utility Matrices.
randp <1>: Special Utility Matrices.
randp <2>: Special Utility Matrices.
randp <3>: Special Utility Matrices.
randp <4>: Special Utility Matrices.
randp <5>: Special Utility Matrices.
randp <6>: Special Utility Matrices.
randp <7>: Special Utility Matrices.
randp <8>: Special Utility Matrices.
randp <9>: Special Utility Matrices.
randp <10>: Special Utility Matrices.
randperm: Special Utility Matrices.
randperm <1>: Special Utility Matrices.
range: Descriptive Statistics.
range <1>: Descriptive Statistics.
rank: Basic Matrix Functions.
rank <1>: Basic Matrix Functions.
ranks: Basic Statistical Functions.
rat: Rational Approximations.
rat <1>: Rational Approximations.
rats: Rational Approximations.
rcond: Basic Matrix Functions.
rdivide: Arithmetic Ops. (line 208)
readdir: Filesystem Utilities.
readdir <1>: Filesystem Utilities.
readline_read_init_file: Customizing readline.
readline_re_read_init_file: Customizing readline.
readlink: Filesystem Utilities.
readlink <1>: Filesystem Utilities.
real: Complex Arithmetic. (line 72)
reallog: Exponents and Logarithms.
realmax: Mathematical Constants.
realmax <1>: Mathematical Constants.
realmax <2>: Mathematical Constants.
realmax <3>: Mathematical Constants.
realmax <4>: Mathematical Constants.
realmin: Mathematical Constants.
realmin <1>: Mathematical Constants.
realmin <2>: Mathematical Constants.
realmin <3>: Mathematical Constants.
realmin <4>: Mathematical Constants.
realpow: Exponents and Logarithms.
realsqrt: Exponents and Logarithms.
record: Recording. (line 8)
record <1>: Recording. (line 9)
record <2>: Audio Data Processing.
record <3>: Audio Data Processing.
recordblocking: Recording. (line 15)
rectangle: Two-dimensional Geometric Shapes.
rectangle <1>: Two-dimensional Geometric Shapes.
rectangle <2>: Two-dimensional Geometric Shapes.
rectangle <3>: Two-dimensional Geometric Shapes.
rectangle <4>: Two-dimensional Geometric Shapes.
rectangle <5>: Two-dimensional Geometric Shapes.
rectangle <6>: Two-dimensional Geometric Shapes.
rectint: Voronoi Diagrams. (line 124)
recycle: Filesystem Utilities.
recycle <1>: Filesystem Utilities.
reducepatch: Three-Dimensional Plots.
reducepatch <1>: Three-Dimensional Plots.
reducepatch <2>: Three-Dimensional Plots.
reducepatch <3>: Three-Dimensional Plots.
reducepatch <4>: Three-Dimensional Plots.
reducepatch <5>: Three-Dimensional Plots.
reducepatch <6>: Three-Dimensional Plots.
reducepatch <7>: Three-Dimensional Plots.
reducevolume: Three-Dimensional Plots.
reducevolume <1>: Three-Dimensional Plots.
reducevolume <2>: Three-Dimensional Plots.
refresh: Manipulation of Plot Windows.
refresh <1>: Manipulation of Plot Windows.
refreshdata: Data Sources in Object Groups.
refreshdata <1>: Data Sources in Object Groups.
refreshdata <2>: Data Sources in Object Groups.
regexp: Manipulating Strings.
regexp <1>: Manipulating Strings.
regexpi: Manipulating Strings.
regexpi <1>: Manipulating Strings.
regexprep: Manipulating Strings.
regexprep <1>: Manipulating Strings.
regexptranslate: Manipulating Strings.
register_graphics_toolkit: Graphics Toolkits. (line 38)
rehash: Manipulating the Load Path.
rem: Utility Functions. (line 441)
remove_input_event_hook: Parser. (line 33)
remove_input_event_hook <1>: Parser. (line 34)
rename: Filesystem Utilities.
rename <1>: Filesystem Utilities.
rename <2>: FTP Objects. (line 105)
repelem: Special Utility Matrices.
repelem <1>: Special Utility Matrices.
repelems: Special Utility Matrices.
repmat: Special Utility Matrices.
repmat <1>: Special Utility Matrices.
repmat <2>: Special Utility Matrices.
repmat <3>: Special Utility Matrices.
repmat <4>: Special Utility Matrices.
reset: Managing Default Properties.
reshape: Rearranging Matrices.
reshape <1>: Rearranging Matrices.
reshape <2>: Rearranging Matrices.
reshape <3>: Rearranging Matrices.
residue: Products of Polynomials.
residue <1>: Products of Polynomials.
residue <2>: Products of Polynomials.
resize: Rearranging Matrices.
resize <1>: Rearranging Matrices.
resize <2>: Rearranging Matrices.
resize <3>: Matrices and Arrays in Oct-Files.
resize <4>: Matrices and Arrays in Oct-Files.
restoredefaultpath: Manipulating the Load Path.
resume: Playback. (line 32)
resume <1>: Recording. (line 23)
rethrow: Catching Errors. (line 172)
return: Returning from a Function.
rgb2gray: Color Conversion. (line 56)
rgb2gray <1>: Color Conversion. (line 57)
rgb2hsv: Color Conversion. (line 10)
rgb2hsv <1>: Color Conversion. (line 11)
rgb2ind: Representing Images.
rgb2ind <1>: Representing Images.
rgbplot: Representing Images.
rgbplot <1>: Representing Images.
rgbplot <2>: Representing Images.
ribbon: Three-Dimensional Plots.
ribbon <1>: Three-Dimensional Plots.
ribbon <2>: Three-Dimensional Plots.
ribbon <3>: Three-Dimensional Plots.
ribbon <4>: Three-Dimensional Plots.
rindex: Manipulating Strings.
rmappdata: Application-defined Data.
rmappdata <1>: Application-defined Data.
rmdir: Filesystem Utilities.
rmdir <1>: Filesystem Utilities.
rmdir <2>: Filesystem Utilities.
rmdir <3>: FTP Objects. (line 116)
rmfield: Manipulating Structures.
rmfield <1>: Manipulating Structures.
rmpath: Manipulating the Load Path.
rmpref: User-Defined Preferences.
rmpref <1>: User-Defined Preferences.
rmpref <2>: User-Defined Preferences.
roots: Finding Roots. (line 10)
rose: Two-Dimensional Plots.
rose <1>: Two-Dimensional Plots.
rose <2>: Two-Dimensional Plots.
rose <3>: Two-Dimensional Plots.
rose <4>: Two-Dimensional Plots.
rose <5>: Two-Dimensional Plots.
rosser: Famous Matrices. (line 413)
rot90: Rearranging Matrices.
rot90 <1>: Rearranging Matrices.
rotate: Manipulation of Plot Objects.
rotate <1>: Manipulation of Plot Objects.
rotate3d: Manipulation of Plot Objects.
rotate3d <1>: Manipulation of Plot Objects.
rotate3d <2>: Manipulation of Plot Objects.
rotate3d <3>: Manipulation of Plot Objects.
rotdim: Rearranging Matrices.
rotdim <1>: Rearranging Matrices.
rotdim <2>: Rearranging Matrices.
round: Utility Functions. (line 43)
roundb: Utility Functions. (line 56)
rows: Object Sizes. (line 30)
rref: Basic Matrix Functions.
rref <1>: Basic Matrix Functions.
rref <2>: Basic Matrix Functions.
rsf2csf: Matrix Factorizations.
rticks: Axis Configuration. (line 195)
run: Calling a Function by its Name.
run <1>: Calling a Function by its Name.
rundemos: Demonstration Functions.
rundemos <1>: Demonstration Functions.
runlength: Basic Statistical Functions.
runlength <1>: Basic Statistical Functions.
runtests: Demonstration Functions.
runtests <1>: Demonstration Functions.
run_count: Basic Statistical Functions.
run_count <1>: Basic Statistical Functions.
run_history: Commands for History.
run_history <1>: Commands for History.
run_history <2>: Commands for History.
save: Simple File I/O. (line 28)
save <1>: Simple File I/O. (line 29)
save <2>: Simple File I/O. (line 30)
save <3>: Simple File I/O. (line 31)
save <4>: Simple File I/O. (line 32)
save <5>: Simple File I/O. (line 33)
save <6>: Simple File I/O. (line 34)
saveas: Printing and Saving Plots.
saveas <1>: Printing and Saving Plots.
saveobj: Class Methods. (line 133)
savepath: Manipulating the Load Path.
savepath <1>: Manipulating the Load Path.
savepath <2>: Manipulating the Load Path.
save_default_options: Simple File I/O. (line 167)
save_default_options <1>: Simple File I/O. (line 168)
save_default_options <2>: Simple File I/O. (line 169)
save_header_format_string: Simple File I/O. (line 204)
save_header_format_string <1>: Simple File I/O. (line 205)
save_header_format_string <2>: Simple File I/O. (line 206)
save_precision: Simple File I/O. (line 185)
save_precision <1>: Simple File I/O. (line 186)
save_precision <2>: Simple File I/O. (line 187)
scanf: Formatted Input. (line 58)
scanf <1>: Formatted Input. (line 59)
scatter: Two-Dimensional Plots.
scatter <1>: Two-Dimensional Plots.
scatter <2>: Two-Dimensional Plots.
scatter <3>: Two-Dimensional Plots.
scatter <4>: Two-Dimensional Plots.
scatter <5>: Two-Dimensional Plots.
scatter <6>: Two-Dimensional Plots.
scatter <7>: Two-Dimensional Plots.
scatter3: Three-Dimensional Plots.
scatter3 <1>: Three-Dimensional Plots.
scatter3 <2>: Three-Dimensional Plots.
scatter3 <3>: Three-Dimensional Plots.
scatter3 <4>: Three-Dimensional Plots.
scatter3 <5>: Three-Dimensional Plots.
scatter3 <6>: Three-Dimensional Plots.
scatter3 <7>: Three-Dimensional Plots.
schur: Matrix Factorizations.
schur <1>: Matrix Factorizations.
schur <2>: Matrix Factorizations.
schur <3>: Matrix Factorizations.
schur <4>: Matrix Factorizations.
sec: Trigonometry. (line 85)
secd: Trigonometry. (line 240)
sech: Trigonometry. (line 151)
SEEK_CUR: File Positioning. (line 44)
SEEK_END: File Positioning. (line 51)
SEEK_SET: File Positioning. (line 37)
semilogx: Two-Dimensional Plots.
semilogx <1>: Two-Dimensional Plots.
semilogx <2>: Two-Dimensional Plots.
semilogx <3>: Two-Dimensional Plots.
semilogx <4>: Two-Dimensional Plots.
semilogx <5>: Two-Dimensional Plots.
semilogxerr: Two-Dimensional Plots.
semilogxerr <1>: Two-Dimensional Plots.
semilogxerr <2>: Two-Dimensional Plots.
semilogxerr <3>: Two-Dimensional Plots.
semilogxerr <4>: Two-Dimensional Plots.
semilogxerr <5>: Two-Dimensional Plots.
semilogxerr <6>: Two-Dimensional Plots.
semilogxerr <7>: Two-Dimensional Plots.
semilogxerr <8>: Two-Dimensional Plots.
semilogxerr <9>: Two-Dimensional Plots.
semilogy: Two-Dimensional Plots.
semilogy <1>: Two-Dimensional Plots.
semilogy <2>: Two-Dimensional Plots.
semilogy <3>: Two-Dimensional Plots.
semilogy <4>: Two-Dimensional Plots.
semilogy <5>: Two-Dimensional Plots.
semilogyerr: Two-Dimensional Plots.
semilogyerr <1>: Two-Dimensional Plots.
semilogyerr <2>: Two-Dimensional Plots.
semilogyerr <3>: Two-Dimensional Plots.
semilogyerr <4>: Two-Dimensional Plots.
semilogyerr <5>: Two-Dimensional Plots.
semilogyerr <6>: Two-Dimensional Plots.
semilogyerr <7>: Two-Dimensional Plots.
semilogyerr <8>: Two-Dimensional Plots.
semilogyerr <9>: Two-Dimensional Plots.
set: Graphics Objects. (line 487)
set <1>: Graphics Objects. (line 488)
set <2>: Graphics Objects. (line 489)
set <3>: Graphics Objects. (line 490)
set <4>: Graphics Objects. (line 491)
set <5>: Player Properties. (line 19)
set <6>: Player Properties. (line 20)
set <7>: Player Properties. (line 21)
set <8>: Recorder Properties.
set <9>: Recorder Properties.
set <10>: Recorder Properties.
setappdata: Application-defined Data.
setappdata <1>: Application-defined Data.
setappdata <2>: Application-defined Data.
setdiff: Set Operations. (line 65)
setdiff <1>: Set Operations. (line 66)
setdiff <2>: Set Operations. (line 67)
setenv: Environment Variables.
setenv <1>: Environment Variables.
setfield: Manipulating Structures.
setfield <1>: Manipulating Structures.
setgrent: Group Database Functions.
setpref: User-Defined Preferences.
setpref <1>: User-Defined Preferences.
setpwent: Password Database Functions.
setxor: Set Operations. (line 84)
setxor <1>: Set Operations. (line 85)
setxor <2>: Set Operations. (line 86)
shading: Three-Dimensional Plots.
shading <1>: Three-Dimensional Plots.
shg: Manipulation of Plot Windows.
shift: Rearranging Matrices.
shift <1>: Rearranging Matrices.
shiftdim: Rearranging Matrices.
shiftdim <1>: Rearranging Matrices.
shrinkfaces: Three-Dimensional Plots.
shrinkfaces <1>: Three-Dimensional Plots.
shrinkfaces <2>: Three-Dimensional Plots.
shrinkfaces <3>: Three-Dimensional Plots.
shrinkfaces <4>: Three-Dimensional Plots.
SIG: Controlling Subprocesses.
sighup_dumps_octave_core: Saving Data on Unexpected Exits.
sighup_dumps_octave_core <1>: Saving Data on Unexpected Exits.
sighup_dumps_octave_core <2>: Saving Data on Unexpected Exits.
sign: Utility Functions. (line 523)
signbit: Utility Functions. (line 540)
sigquit_dumps_octave_core: Saving Data on Unexpected Exits.
sigquit_dumps_octave_core <1>: Saving Data on Unexpected Exits.
sigquit_dumps_octave_core <2>: Saving Data on Unexpected Exits.
sigterm_dumps_octave_core: Saving Data on Unexpected Exits.
sigterm_dumps_octave_core <1>: Saving Data on Unexpected Exits.
sigterm_dumps_octave_core <2>: Saving Data on Unexpected Exits.
silent_functions: Defining Functions. (line 187)
silent_functions <1>: Defining Functions. (line 188)
silent_functions <2>: Defining Functions. (line 189)
sin: Trigonometry. (line 67)
sinc: Signal Processing. (line 368)
sind: Trigonometry. (line 218)
sinetone: Signal Processing. (line 688)
sinewave: Signal Processing. (line 698)
single: Single Precision Data Types.
sinh: Trigonometry. (line 133)
sinint: Special Functions. (line 788)
size: Object Sizes. (line 80)
size <1>: Object Sizes. (line 81)
size <2>: Object Sizes. (line 82)
sizemax: Matrices. (line 114)
sizeof: Object Sizes. (line 167)
size_equal: Object Sizes. (line 172)
skewness: Descriptive Statistics.
skewness <1>: Descriptive Statistics.
skewness <2>: Descriptive Statistics.
slice: Three-Dimensional Plots.
slice <1>: Three-Dimensional Plots.
slice <2>: Three-Dimensional Plots.
slice <3>: Three-Dimensional Plots.
slice <4>: Three-Dimensional Plots.
slice <5>: Three-Dimensional Plots.
slice <6>: Three-Dimensional Plots.
smooth3: Three-Dimensional Plots.
smooth3 <1>: Three-Dimensional Plots.
smooth3 <2>: Three-Dimensional Plots.
smooth3 <3>: Three-Dimensional Plots.
sombrero: Test Plotting Functions.
sombrero <1>: Test Plotting Functions.
sombrero <2>: Test Plotting Functions.
sombrero <3>: Test Plotting Functions.
sort: Rearranging Matrices.
sort <1>: Rearranging Matrices.
sort <2>: Rearranging Matrices.
sort <3>: Rearranging Matrices.
sortrows: Rearranging Matrices.
sortrows <1>: Rearranging Matrices.
sound: Audio Data Processing.
sound <1>: Audio Data Processing.
sound <2>: Audio Data Processing.
soundsc: Audio Data Processing.
soundsc <1>: Audio Data Processing.
soundsc <2>: Audio Data Processing.
soundsc <3>: Audio Data Processing.
source: Script Files. (line 90)
source <1>: Script Files. (line 91)
spalloc: Creating Sparse Matrices.
sparse: Creating Sparse Matrices.
sparse <1>: Creating Sparse Matrices.
sparse <2>: Creating Sparse Matrices.
sparse <3>: Creating Sparse Matrices.
sparse <4>: Creating Sparse Matrices.
sparse <5>: Creating Sparse Matrices.
sparse_auto_mutate: Return Types of Operators and Functions.
sparse_auto_mutate <1>: Return Types of Operators and Functions.
sparse_auto_mutate <2>: Return Types of Operators and Functions.
spaugment: Sparse Linear Algebra.
spconvert: Creating Sparse Matrices.
spdiags: Creating Sparse Matrices.
spdiags <1>: Creating Sparse Matrices.
spdiags <2>: Creating Sparse Matrices.
spdiags <3>: Creating Sparse Matrices.
spdiags <4>: Creating Sparse Matrices.
spearman: Correlation and Regression Analysis.
spearman <1>: Correlation and Regression Analysis.
spectral_adf: Signal Processing. (line 706)
spectral_adf <1>: Signal Processing. (line 707)
spectral_adf <2>: Signal Processing. (line 708)
spectral_xdf: Signal Processing. (line 721)
spectral_xdf <1>: Signal Processing. (line 722)
spectral_xdf <2>: Signal Processing. (line 723)
specular: Three-Dimensional Plots.
specular <1>: Three-Dimensional Plots.
speed: Demonstration Functions.
speed <1>: Demonstration Functions.
spencer: Signal Processing. (line 736)
speye: Creating Sparse Matrices.
speye <1>: Creating Sparse Matrices.
speye <2>: Creating Sparse Matrices.
spfun: Function Application.
sph2cart: Coordinate Transformations.
sph2cart <1>: Coordinate Transformations.
sph2cart <2>: Coordinate Transformations.
sphere: Three-dimensional Geometric Shapes.
sphere <1>: Three-dimensional Geometric Shapes.
sphere <2>: Three-dimensional Geometric Shapes.
sphere <3>: Three-dimensional Geometric Shapes.
spinmap: Representing Images.
spinmap <1>: Representing Images.
spinmap <2>: Representing Images.
spinmap <3>: Representing Images.
spline: One-dimensional Interpolation.
spline <1>: One-dimensional Interpolation.
splinefit: Polynomial Interpolation.
splinefit <1>: Polynomial Interpolation.
splinefit <2>: Polynomial Interpolation.
splinefit <3>: Polynomial Interpolation.
splinefit <4>: Polynomial Interpolation.
splinefit <5>: Polynomial Interpolation.
splinefit <6>: Polynomial Interpolation.
split_long_rows: Matrices. (line 158)
split_long_rows <1>: Matrices. (line 159)
split_long_rows <2>: Matrices. (line 160)
spones: Creating Sparse Matrices.
spparms: Sparse Linear Algebra.
spparms <1>: Sparse Linear Algebra.
spparms <2>: Sparse Linear Algebra.
spparms <3>: Sparse Linear Algebra.
spparms <4>: Sparse Linear Algebra.
spparms <5>: Sparse Linear Algebra.
spparms <6>: Sparse Linear Algebra.
spparms <7>: Sparse Linear Algebra.
sprand: Creating Sparse Matrices.
sprand <1>: Creating Sparse Matrices.
sprand <2>: Creating Sparse Matrices.
sprandn: Creating Sparse Matrices.
sprandn <1>: Creating Sparse Matrices.
sprandn <2>: Creating Sparse Matrices.
sprandsym: Creating Sparse Matrices.
sprandsym <1>: Creating Sparse Matrices.
sprank: Sparse Linear Algebra.
spring: Representing Images.
spring <1>: Representing Images.
sprintf: Formatted Output. (line 54)
spstats: Information. (line 48)
spstats <1>: Information. (line 49)
spy: Information. (line 124)
spy <1>: Information. (line 125)
spy <2>: Information. (line 126)
sqp: Nonlinear Programming.
sqp <1>: Nonlinear Programming.
sqp <2>: Nonlinear Programming.
sqp <3>: Nonlinear Programming.
sqp <4>: Nonlinear Programming.
sqp <5>: Nonlinear Programming.
sqrt: Exponents and Logarithms.
sqrtm: Functions of a Matrix.
sqrtm <1>: Functions of a Matrix.
squeeze: Object Sizes. (line 181)
sscanf: Formatted Input. (line 67)
sscanf <1>: Formatted Input. (line 68)
stairs: Two-Dimensional Plots.
stairs <1>: Two-Dimensional Plots.
stairs <2>: Two-Dimensional Plots.
stairs <3>: Two-Dimensional Plots.
stairs <4>: Two-Dimensional Plots.
stairs <5>: Two-Dimensional Plots.
stairs <6>: Two-Dimensional Plots.
stat: Filesystem Utilities.
stat <1>: Filesystem Utilities.
statistics: Descriptive Statistics.
statistics <1>: Descriptive Statistics.
std: Descriptive Statistics.
std <1>: Descriptive Statistics.
std <2>: Descriptive Statistics.
stderr: C-Style I/O Functions.
stdin: C-Style I/O Functions.
stdout: C-Style I/O Functions.
stem: Two-Dimensional Plots.
stem <1>: Two-Dimensional Plots.
stem <2>: Two-Dimensional Plots.
stem <3>: Two-Dimensional Plots.
stem <4>: Two-Dimensional Plots.
stem <5>: Two-Dimensional Plots.
stem <6>: Two-Dimensional Plots.
stem3: Two-Dimensional Plots.
stem3 <1>: Two-Dimensional Plots.
stem3 <2>: Two-Dimensional Plots.
stem3 <3>: Two-Dimensional Plots.
stem3 <4>: Two-Dimensional Plots.
stem3 <5>: Two-Dimensional Plots.
stemleaf: Two-Dimensional Plots.
stemleaf <1>: Two-Dimensional Plots.
stemleaf <2>: Two-Dimensional Plots.
stft: Signal Processing. (line 739)
stft <1>: Signal Processing. (line 740)
stft <2>: Signal Processing. (line 741)
stft <3>: Signal Processing. (line 742)
stft <4>: Signal Processing. (line 743)
stft <5>: Signal Processing. (line 744)
stop: Playback. (line 35)
stop <1>: Recording. (line 26)
str2double: String Conversions. (line 211)
str2func: Function Handles. (line 91)
str2func <1>: Function Handles. (line 92)
str2num: String Conversions. (line 276)
str2num <1>: String Conversions. (line 277)
strcat: Concatenating Strings.
strchr: Manipulating Strings.
strchr <1>: Manipulating Strings.
strchr <2>: Manipulating Strings.
strchr <3>: Manipulating Strings.
strcmp: Comparing Strings. (line 20)
strcmpi: Comparing Strings. (line 60)
strfind: Manipulating Strings.
strfind <1>: Manipulating Strings.
strfind <2>: Manipulating Strings.
strftime: Timing Utilities. (line 179)
string_fill_char: Character Arrays. (line 71)
string_fill_char <1>: Character Arrays. (line 72)
string_fill_char <2>: Character Arrays. (line 73)
strjoin: Manipulating Strings.
strjoin <1>: Manipulating Strings.
strjust: String Conversions. (line 254)
strjust <1>: String Conversions. (line 255)
strmatch: Manipulating Strings.
strmatch <1>: Manipulating Strings.
strncmp: Comparing Strings. (line 37)
strncmpi: Comparing Strings. (line 79)
strptime: Timing Utilities. (line 326)
strread: Manipulating Strings.
strread <1>: Manipulating Strings.
strread <2>: Manipulating Strings.
strread <3>: Manipulating Strings.
strread <4>: Manipulating Strings.
strrep: Manipulating Strings.
strrep <1>: Manipulating Strings.
strrep <2>: Manipulating Strings.
strsplit: Manipulating Strings.
strsplit <1>: Manipulating Strings.
strsplit <2>: Manipulating Strings.
strsplit <3>: Manipulating Strings.
strtok: Manipulating Strings.
strtok <1>: Manipulating Strings.
strtrim: Manipulating Strings.
strtrunc: Manipulating Strings.
struct: Creating Structures.
struct <1>: Creating Structures.
struct <2>: Creating Structures.
struct2cell: Processing Data in Structures.
struct2hdl: Graphics Objects. (line 605)
struct2hdl <1>: Graphics Objects. (line 606)
struct2hdl <2>: Graphics Objects. (line 607)
structfun: Function Application.
structfun <1>: Function Application.
structfun <2>: Function Application.
structfun <3>: Function Application.
struct_levels_to_print: Basic Usage and Examples.
struct_levels_to_print <1>: Basic Usage and Examples.
struct_levels_to_print <2>: Basic Usage and Examples.
strvcat: Concatenating Strings.
strvcat <1>: Concatenating Strings.
strvcat <2>: Concatenating Strings.
strvcat <3>: Concatenating Strings.
sub2ind: Advanced Indexing. (line 162)
sub2ind <1>: Advanced Indexing. (line 163)
subplot: Multiple Plots on One Page.
subplot <1>: Multiple Plots on One Page.
subplot <2>: Multiple Plots on One Page.
subplot <3>: Multiple Plots on One Page.
subplot <4>: Multiple Plots on One Page.
subplot <5>: Multiple Plots on One Page.
subplot <6>: Multiple Plots on One Page.
subplot <7>: Multiple Plots on One Page.
subplot <8>: Multiple Plots on One Page.
subsasgn: Defining Indexing And Indexed Assignment.
subsindex: Defining Indexing And Indexed Assignment.
subspace: Matrix Factorizations.
subsref: Defining Indexing And Indexed Assignment.
substr: Manipulating Strings.
substr <1>: Manipulating Strings.
substruct: Manipulating Structures.
sum: Sums and Products. (line 6)
sum <1>: Sums and Products. (line 7)
sum <2>: Sums and Products. (line 8)
sum <3>: Sums and Products. (line 9)
sum <4>: Sums and Products. (line 10)
summer: Representing Images.
summer <1>: Representing Images.
sumsq: Sums and Products. (line 101)
sumsq <1>: Sums and Products. (line 102)
superiorto: Precedence of Objects.
suppress_verbose_help_message: Getting Help. (line 243)
suppress_verbose_help_message <1>: Getting Help. (line 244)
suppress_verbose_help_message <2>: Getting Help. (line 245)
surf: Three-Dimensional Plots.
surf <1>: Three-Dimensional Plots.
surf <2>: Three-Dimensional Plots.
surf <3>: Three-Dimensional Plots.
surf <4>: Three-Dimensional Plots.
surf <5>: Three-Dimensional Plots.
surface: Graphics Objects. (line 167)
surface <1>: Graphics Objects. (line 168)
surface <2>: Graphics Objects. (line 169)
surface <3>: Graphics Objects. (line 170)
surface <4>: Graphics Objects. (line 171)
surface <5>: Graphics Objects. (line 172)
surface <6>: Graphics Objects. (line 173)
surfc: Three-Dimensional Plots.
surfc <1>: Three-Dimensional Plots.
surfc <2>: Three-Dimensional Plots.
surfc <3>: Three-Dimensional Plots.
surfc <4>: Three-Dimensional Plots.
surfc <5>: Three-Dimensional Plots.
surfl: Three-Dimensional Plots.
surfl <1>: Three-Dimensional Plots.
surfl <2>: Three-Dimensional Plots.
surfl <3>: Three-Dimensional Plots.
surfl <4>: Three-Dimensional Plots.
surfl <5>: Three-Dimensional Plots.
surfl <6>: Three-Dimensional Plots.
surfl <7>: Three-Dimensional Plots.
surfnorm: Three-Dimensional Plots.
surfnorm <1>: Three-Dimensional Plots.
surfnorm <2>: Three-Dimensional Plots.
surfnorm <3>: Three-Dimensional Plots.
surfnorm <4>: Three-Dimensional Plots.
svd: Matrix Factorizations.
svd <1>: Matrix Factorizations.
svd <2>: Matrix Factorizations.
svd <3>: Matrix Factorizations.
svds: Sparse Linear Algebra.
svds <1>: Sparse Linear Algebra.
svds <2>: Sparse Linear Algebra.
svds <3>: Sparse Linear Algebra.
svds <4>: Sparse Linear Algebra.
svds <5>: Sparse Linear Algebra.
svd_driver: Matrix Factorizations.
svd_driver <1>: Matrix Factorizations.
svd_driver <2>: Matrix Factorizations.
swapbytes: Built-in Data Types.
sylvester: Functions of a Matrix.
symamd: Mathematical Considerations.
symamd <1>: Mathematical Considerations.
symamd <2>: Mathematical Considerations.
symamd <3>: Mathematical Considerations.
symbfact: Sparse Linear Algebra.
symbfact <1>: Sparse Linear Algebra.
symbfact <2>: Sparse Linear Algebra.
symlink: Filesystem Utilities.
symlink <1>: Filesystem Utilities.
symrcm: Mathematical Considerations.
symvar: Inline Functions. (line 62)
synthesis: Signal Processing. (line 776)
system: Controlling Subprocesses.
system <1>: Controlling Subprocesses.
system <2>: Controlling Subprocesses.
system <3>: Controlling Subprocesses.
S_ISBLK: Filesystem Utilities.
S_ISCHR: Filesystem Utilities.
S_ISDIR: Filesystem Utilities.
S_ISFIFO: Filesystem Utilities.
S_ISLNK: Filesystem Utilities.
S_ISREG: Filesystem Utilities.
S_ISSOCK: Filesystem Utilities.
tan: Trigonometry. (line 79)
tand: Trigonometry. (line 232)
tanh: Trigonometry. (line 145)
tar: File Archiving Utilities.
tar <1>: File Archiving Utilities.
tempdir: Temporary Files. (line 68)
tempname: Temporary Files. (line 49)
tempname <1>: Temporary Files. (line 50)
tempname <2>: Temporary Files. (line 51)
terminal_size: Terminal Output. (line 68)
test: Test Functions. (line 6)
test <1>: Test Functions. (line 7)
test <2>: Test Functions. (line 8)
test <3>: Test Functions. (line 9)
test <4>: Test Functions. (line 10)
test <5>: Test Functions. (line 11)
test <6>: Test Functions. (line 12)
test <7>: Test Functions. (line 13)
test <8>: Test Functions. (line 14)
tetramesh: Plotting the Triangulation.
tetramesh <1>: Plotting the Triangulation.
tetramesh <2>: Plotting the Triangulation.
tetramesh <3>: Plotting the Triangulation.
texi_macros_file: Getting Help. (line 176)
texi_macros_file <1>: Getting Help. (line 177)
texi_macros_file <2>: Getting Help. (line 178)
text: Plot Annotations. (line 161)
text <1>: Plot Annotations. (line 162)
text <2>: Plot Annotations. (line 163)
text <3>: Plot Annotations. (line 164)
textread: Simple File I/O. (line 483)
textread <1>: Simple File I/O. (line 484)
textread <2>: Simple File I/O. (line 485)
textread <3>: Simple File I/O. (line 486)
textread <4>: Simple File I/O. (line 487)
textscan: Simple File I/O. (line 557)
textscan <1>: Simple File I/O. (line 558)
textscan <2>: Simple File I/O. (line 559)
textscan <3>: Simple File I/O. (line 560)
textscan <4>: Simple File I/O. (line 561)
textscan <5>: Simple File I/O. (line 562)
tfqmr: Specialized Solvers.
tfqmr <1>: Specialized Solvers.
tfqmr <2>: Specialized Solvers.
thetaticks: Axis Configuration. (line 195)
tic: Timing Utilities. (line 426)
tic <1>: Timing Utilities. (line 427)
tilde_expand: Filesystem Utilities.
tilde_expand <1>: Filesystem Utilities.
time: Timing Utilities. (line 51)
times: Arithmetic Ops. (line 216)
times <1>: Arithmetic Ops. (line 217)
title: Plot Annotations. (line 25)
title <1>: Plot Annotations. (line 26)
title <2>: Plot Annotations. (line 27)
title <3>: Plot Annotations. (line 28)
tmpfile: Temporary Files. (line 35)
toc: Timing Utilities. (line 468)
toc <1>: Timing Utilities. (line 469)
toc <2>: Timing Utilities. (line 470)
toeplitz: Famous Matrices. (line 421)
toeplitz <1>: Famous Matrices. (line 422)
tolower: String Conversions. (line 302)
toupper: String Conversions. (line 315)
trace: Basic Matrix Functions.
transpose: Arithmetic Ops. (line 230)
trapz: Functions of One Variable.
trapz <1>: Functions of One Variable.
trapz <2>: Functions of One Variable.
treelayout: Information. (line 192)
treelayout <1>: Information. (line 193)
treeplot: Information. (line 178)
treeplot <1>: Information. (line 179)
tril: Rearranging Matrices.
tril <1>: Rearranging Matrices.
tril <2>: Rearranging Matrices.
trimesh: Plotting the Triangulation.
trimesh <1>: Plotting the Triangulation.
trimesh <2>: Plotting the Triangulation.
trimesh <3>: Plotting the Triangulation.
trimesh <4>: Plotting the Triangulation.
triplequad: Functions of Multiple Variables.
triplequad <1>: Functions of Multiple Variables.
triplequad <2>: Functions of Multiple Variables.
triplequad <3>: Functions of Multiple Variables.
triplot: Plotting the Triangulation.
triplot <1>: Plotting the Triangulation.
triplot <2>: Plotting the Triangulation.
trisurf: Plotting the Triangulation.
trisurf <1>: Plotting the Triangulation.
trisurf <2>: Plotting the Triangulation.
trisurf <3>: Plotting the Triangulation.
triu: Rearranging Matrices.
triu <1>: Rearranging Matrices.
triu <2>: Rearranging Matrices.
true: Logical Values. (line 49)
true <1>: Logical Values. (line 50)
true <2>: Logical Values. (line 51)
tsearch: Identifying Points in Triangulation.
tsearchn: Identifying Points in Triangulation.
tsearchn <1>: Identifying Points in Triangulation.
type: Status of Variables.
type <1>: Status of Variables.
type <2>: Status of Variables.
typecast: Built-in Data Types.
typeinfo: Data Types. (line 18)
typeinfo <1>: Data Types. (line 19)
uibuttongroup: UI Elements. (line 69)
uibuttongroup <1>: UI Elements. (line 70)
uibuttongroup <2>: UI Elements. (line 71)
uicontextmenu: UI Elements. (line 109)
uicontextmenu <1>: UI Elements. (line 110)
uicontrol: UI Elements. (line 140)
uicontrol <1>: UI Elements. (line 141)
uicontrol <2>: UI Elements. (line 142)
uigetdir: I/O Dialogs. (line 10)
uigetdir <1>: I/O Dialogs. (line 11)
uigetdir <2>: I/O Dialogs. (line 12)
uigetfile: I/O Dialogs. (line 22)
uigetfile <1>: I/O Dialogs. (line 23)
uigetfile <2>: I/O Dialogs. (line 24)
uigetfile <3>: I/O Dialogs. (line 25)
uigetfile <4>: I/O Dialogs. (line 26)
uigetfile <5>: I/O Dialogs. (line 27)
uimenu: UI Elements. (line 10)
uimenu <1>: UI Elements. (line 11)
uint16: Integer Data Types. (line 59)
uint32: Integer Data Types. (line 73)
uint64: Integer Data Types. (line 87)
uint8: Integer Data Types. (line 45)
uipanel: UI Elements. (line 214)
uipanel <1>: UI Elements. (line 215)
uipanel <2>: UI Elements. (line 216)
uipushtool: UI Elements. (line 248)
uipushtool <1>: UI Elements. (line 249)
uipushtool <2>: UI Elements. (line 250)
uiputfile: I/O Dialogs. (line 79)
uiputfile <1>: I/O Dialogs. (line 80)
uiputfile <2>: I/O Dialogs. (line 81)
uiputfile <3>: I/O Dialogs. (line 82)
uiresume: GUI Utility Functions.
uitoggletool: UI Elements. (line 289)
uitoggletool <1>: UI Elements. (line 290)
uitoggletool <2>: UI Elements. (line 291)
uitoolbar: UI Elements. (line 331)
uitoolbar <1>: UI Elements. (line 332)
uitoolbar <2>: UI Elements. (line 333)
uiwait: GUI Utility Functions.
uiwait <1>: GUI Utility Functions.
uiwait <2>: GUI Utility Functions.
umask: Filesystem Utilities.
uminus: Arithmetic Ops. (line 237)
uname: System Information. (line 37)
undo_string_escapes: String Conversions. (line 373)
unicode2native: String Conversions. (line 328)
unicode2native <1>: String Conversions. (line 329)
union: Set Operations. (line 44)
union <1>: Set Operations. (line 45)
union <2>: Set Operations. (line 46)
unique: Sets. (line 14)
unique <1>: Sets. (line 15)
unique <2>: Sets. (line 16)
unique <3>: Sets. (line 17)
unique <4>: Sets. (line 18)
unix: Controlling Subprocesses.
unix <1>: Controlling Subprocesses.
unix <2>: Controlling Subprocesses.
unix <3>: Controlling Subprocesses.
unlink: Filesystem Utilities.
unmkpp: Polynomial Interpolation.
unpack: File Archiving Utilities.
unpack <1>: File Archiving Utilities.
unpack <2>: File Archiving Utilities.
unsetenv: Environment Variables.
untabify: Manipulating Strings.
untabify <1>: Manipulating Strings.
untabify <2>: Manipulating Strings.
untar: File Archiving Utilities.
untar <1>: File Archiving Utilities.
unwrap: Signal Processing. (line 373)
unwrap <1>: Signal Processing. (line 374)
unwrap <2>: Signal Processing. (line 375)
unzip: File Archiving Utilities.
unzip <1>: File Archiving Utilities.
uplus: Arithmetic Ops. (line 242)
upper: String Conversions. (line 316)
urlread: URL Manipulation. (line 6)
urlread <1>: URL Manipulation. (line 7)
urlread <2>: URL Manipulation. (line 8)
urlread <3>: URL Manipulation. (line 9)
urlwrite: URL Manipulation. (line 38)
urlwrite <1>: URL Manipulation. (line 39)
urlwrite <2>: URL Manipulation. (line 40)
urlwrite <3>: URL Manipulation. (line 41)
usejava: Java Interface Functions.
validateattributes: Multiple Return Values.
validateattributes <1>: Multiple Return Values.
validateattributes <2>: Multiple Return Values.
validateattributes <3>: Multiple Return Values.
validateattributes <4>: Multiple Return Values.
validatestring: Multiple Return Values.
validatestring <1>: Multiple Return Values.
validatestring <2>: Multiple Return Values.
validatestring <3>: Multiple Return Values.
vander: Famous Matrices. (line 444)
vander <1>: Famous Matrices. (line 445)
var: Descriptive Statistics.
var <1>: Descriptive Statistics.
var <2>: Descriptive Statistics.
vec: Rearranging Matrices.
vec <1>: Rearranging Matrices.
vech: Rearranging Matrices.
vecnorm: Basic Matrix Functions.
vecnorm <1>: Basic Matrix Functions.
vecnorm <2>: Basic Matrix Functions.
vectorize: Basic Vectorization.
ver: System Information. (line 180)
ver <1>: System Information. (line 181)
ver <2>: System Information. (line 182)
ver <3>: System Information. (line 183)
version: System Information. (line 138)
version <1>: System Information. (line 139)
version <2>: System Information. (line 140)
vertcat: Rearranging Matrices.
view: Three-Dimensional Plots.
view <1>: Three-Dimensional Plots.
view <2>: Three-Dimensional Plots.
view <3>: Three-Dimensional Plots.
view <4>: Three-Dimensional Plots.
view <5>: Three-Dimensional Plots.
view <6>: Three-Dimensional Plots.
viridis: Representing Images.
viridis <1>: Representing Images.
voronoi: Voronoi Diagrams. (line 14)
voronoi <1>: Voronoi Diagrams. (line 15)
voronoi <2>: Voronoi Diagrams. (line 16)
voronoi <3>: Voronoi Diagrams. (line 17)
voronoi <4>: Voronoi Diagrams. (line 18)
voronoi <5>: Voronoi Diagrams. (line 19)
voronoin: Voronoi Diagrams. (line 51)
voronoin <1>: Voronoi Diagrams. (line 52)
waitbar: Progress Bar. (line 6)
waitbar <1>: Progress Bar. (line 7)
waitbar <2>: Progress Bar. (line 8)
waitbar <3>: Progress Bar. (line 9)
waitbar <4>: Progress Bar. (line 10)
waitbar <5>: Progress Bar. (line 11)
waitbar <6>: Progress Bar. (line 12)
waitfor: GUI Utility Functions.
waitfor <1>: GUI Utility Functions.
waitfor <2>: GUI Utility Functions.
waitfor <3>: GUI Utility Functions.
waitforbuttonpress: Interacting with Plots.
waitforbuttonpress <1>: Interacting with Plots.
waitpid: Controlling Subprocesses.
warndlg: I/O Dialogs. (line 365)
warndlg <1>: I/O Dialogs. (line 366)
warndlg <2>: I/O Dialogs. (line 367)
warndlg <3>: I/O Dialogs. (line 368)
warning: Issuing Warnings. (line 33)
warning <1>: Issuing Warnings. (line 34)
warning <2>: Issuing Warnings. (line 35)
warning <3>: Issuing Warnings. (line 36)
warning <4>: Issuing Warnings. (line 37)
warning <5>: Issuing Warnings. (line 38)
warning <6>: Issuing Warnings. (line 39)
warning <7>: Issuing Warnings. (line 40)
warning <8>: Issuing Warnings. (line 41)
warning <9>: Issuing Warnings. (line 42)
warranty: Getting Help. (line 107)
waterfall: Three-Dimensional Plots.
waterfall <1>: Three-Dimensional Plots.
waterfall <2>: Three-Dimensional Plots.
waterfall <3>: Three-Dimensional Plots.
waterfall <4>: Three-Dimensional Plots.
waterfall <5>: Three-Dimensional Plots.
WCONTINUE: Controlling Subprocesses.
WCOREDUMP: Controlling Subprocesses.
weekday: Timing Utilities. (line 709)
weekday <1>: Timing Utilities. (line 710)
WEXITSTATUS: Controlling Subprocesses.
what: Status of Variables.
what <1>: Status of Variables.
what <2>: Status of Variables.
which: Status of Variables.
white: Representing Images.
white <1>: Representing Images.
whitebg: Representing Images.
whitebg <1>: Representing Images.
whitebg <2>: Representing Images.
whitebg <3>: Representing Images.
whitebg <4>: Representing Images.
whitebg <5>: Representing Images.
who: Status of Variables.
who <1>: Status of Variables.
who <2>: Status of Variables.
who <3>: Status of Variables.
whos: Status of Variables.
whos <1>: Status of Variables.
whos <2>: Status of Variables.
whos <3>: Status of Variables.
whos_line_format: Status of Variables.
whos_line_format <1>: Status of Variables.
whos_line_format <2>: Status of Variables.
WIFCONTINUED: Controlling Subprocesses.
WIFEXITED: Controlling Subprocesses.
WIFSIGNALED: Controlling Subprocesses.
WIFSTOPPED: Controlling Subprocesses.
wilkinson: Famous Matrices. (line 462)
winqueryreg: System Information. (line 347)
winqueryreg <1>: System Information. (line 348)
winqueryreg <2>: System Information. (line 349)
winter: Representing Images.
winter <1>: Representing Images.
WNOHANG: Controlling Subprocesses.
WSTOPSIG: Controlling Subprocesses.
WTERMSIG: Controlling Subprocesses.
WUNTRACED: Controlling Subprocesses.
xlabel: Plot Annotations. (line 187)
xlabel <1>: Plot Annotations. (line 188)
xlabel <2>: Plot Annotations. (line 189)
xlabel <3>: Plot Annotations. (line 190)
xlim: Axis Configuration. (line 156)
xlim <1>: Axis Configuration. (line 157)
xlim <2>: Axis Configuration. (line 158)
xlim <3>: Axis Configuration. (line 159)
xlim <4>: Axis Configuration. (line 160)
xlim <5>: Axis Configuration. (line 161)
xor: Finding Elements and Checking Conditions.
xor <1>: Finding Elements and Checking Conditions.
xticklabels: Axis Configuration. (line 230)
xticklabels <1>: Axis Configuration. (line 231)
xticklabels <2>: Axis Configuration. (line 232)
xticklabels <3>: Axis Configuration. (line 233)
xticklabels <4>: Axis Configuration. (line 234)
xticklabels <5>: Axis Configuration. (line 235)
xticks: Axis Configuration. (line 195)
xticks <1>: Axis Configuration. (line 196)
xticks <2>: Axis Configuration. (line 197)
xticks <3>: Axis Configuration. (line 198)
xticks <4>: Axis Configuration. (line 199)
xticks <5>: Axis Configuration. (line 200)
yes_or_no: Terminal Input. (line 66)
ylabel: Plot Annotations. (line 187)
ylim: Axis Configuration. (line 156)
yticklabels: Axis Configuration. (line 230)
yticks: Axis Configuration. (line 195)
yulewalker: Signal Processing. (line 787)
zeros: Special Utility Matrices.
zeros <1>: Special Utility Matrices.
zeros <2>: Special Utility Matrices.
zeros <3>: Special Utility Matrices.
zeros <4>: Special Utility Matrices.
zip: File Archiving Utilities.
zip <1>: File Archiving Utilities.
zlabel: Plot Annotations. (line 187)
zlim: Axis Configuration. (line 156)
zoom: Manipulation of Plot Objects.
zoom <1>: Manipulation of Plot Objects.
zoom <2>: Manipulation of Plot Objects.
zoom <3>: Manipulation of Plot Objects.
zoom <4>: Manipulation of Plot Objects.
zoom <5>: Manipulation of Plot Objects.
zoom <6>: Manipulation of Plot Objects.
zoom <7>: Manipulation of Plot Objects.
zoom <8>: Manipulation of Plot Objects.
zscore: Basic Statistical Functions.
zscore <1>: Basic Statistical Functions.
zscore <2>: Basic Statistical Functions.
zscore <3>: Basic Statistical Functions.
zticklabels: Axis Configuration. (line 230)
zticks: Axis Configuration. (line 195)

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