Index
© National Instruments Corporation Index-5 NI-DSP SRM for LabVIEW for Windows
DSP Reset, Part 3: 2-63
DSP Reverse, Part 3: 2-64
DSP Sawtooth Pattern, Part 3: 2-65
DSP Set, Part 3: 2-66
DSP Shift, Part 3: 2-66
DSP Sinc Pattern, Part 3: 2-67
DSP Sine Pattern, Part 3: 2-68
DSP Sort, Part 3: 2-71
DSP Square Pattern, Part 3: 2-69
DSP Square Root, Part 3: 2-70
DSP Start, Part 3: 2-72
DSP Subset, Part 3: 2-72
DSP Subtract, Part 3: 2-73
DSP Sum, Part 3: 2-73
DSP Timeout, Part 3: 2-74
DSP Triangle Pattern, Part 3: 2-75 to 2-76
DSP Triangular Train, Part 3: 2-77
DSP Triangular Window, Part 3: 2-78
DSP Uniform White Noise, Part 3: 2-79
DSP Unwrap Phase, Part 3: 2-80
DSP Zero Padder, Part 3: 2-81
error handling, Part 2: 1-5 to 1-7
examples, Part 2: 1-8 to 1-9
Fast Fourier Transform (FFT), Part 3: 1-4 to 1-5
filtering, Part 3: 1-5 to 1-6
filters, Part 3: 1-2
frequency domain VIs, Part 3: 1-1
function groups, Part 3: 1-1 to 1-3
hints for improving execution speed, Part 2: 1-7
LabVIEW .LLB files, Part 3: 1-3
memory management VIs, Part 3: 1-2
overview, Part 1: 1-1, Part 3: 1-1
prototypes for customizable functions,
Part 4: 3-1 to 3-3
signal VIs, Part 3: 1-1
special features, Part 2: 1-5 to 1-7
time domain VIs, Part 3: 1-1
using in LabVIEW, Part 2: 1-1
utility VIs, Part 3: 1-3
window VIs, Part 3: 1-2
windowing, Part 3: 1-6 to 1-8
Z in, Z out naming convention, Part 2: 1-5
NI-DSP for LabVIEW for Windows. See also
software.
board configuration
EISA bus computer, Part 1: 1-3
ISA (or AT) bus computer, Part 1: 1-3
contents of distribution diskettes, Part 1: 1-2
development paths, Part 1: 1-1
installation, Part 1: 1-2 to 1-3
LabVIEW interface, creating, Part 4: 2-8 to 2-12
bundling input parameters to arrays,
Part 4: 2-8 to 2-9
calling Custom VI, Part 4: 2-10
executing custom function from LabVIEW,
Part 4: 2-12
indexing output arrays to obtain results,
Part 4: 2-10 to 2-12
overview, Part 1: 1-1
VI library files, Part 3: 1-3
NI-DSP Interface Utilities
creating custom DSP library, Part 4: 2-1 to 2-8
adding function names to library function
list file, Part 4: 2-4 to 2-5
adding object filenames to linker file (ifile),
Part 4: 2-4
assembling source code, Part 4: 2-4
compiling, assembling, and linking,
Part 4: 2-7 to 2-8
compiling source code, Part 4: 2-4
creating source code, Part 4: 2-1 to 2-3
deleting functions from NIDSP.fnc,
Part 4: 2-5
files required to build example library,
Part 4: 2-7
generating assembly dispatch file,
Part 4: 2-6
GMaxMin.c example, Part 4: 2-1 to 2-2
guidelines for custom functions,
Part 4: 2-2 to 2-3
including error codes, Part 4: 2-2
makelib.bat file, Part 4: 2-8
memory management, Part 4: 2-3
parameter guidelines, Part 4: 2-2
prototypes for customizable functions,
Part 4: 3-1 to 3-3
steps for creating, Part 4: 2-1
using WE DSP32C assembler,
Part 4: 2-3 to 2-4
definition, xi
installation, Part 4: 1-2
interface layers to onboard functions, Part 4: 1-2
LabVIEW interface, creating, Part 4: 2-8 to 2-12
bundling input parameters to arrays,
Part 4: 2-8 to 2-9
calling Custom VI, Part 4: 2-10
executing custom function from LabVIEW,
Part 4: 2-12
indexing output arrays to obtain results,
Part 4: 2-10 to 2-12
overview, Part 4: 1-1 to 1-2
using, Part 4: 1-2
NI-DSP software. See NI-DSP for LabVIEW for
Windows.
!NIC1100.CFG configuration file, Part 1: 1-3
NIDSP.fnc file
adding new function names, Part 4: 2-4 to 2-5
deleting (replacing) function names, Part 4: 2-5
NIDSPLNK file
adding object filenames, Part 4: 2-4
modifying, Part 4: 2-4