.DATA

Three formats:

Simple format
.DATA name data [TYPES=types]
Multiple column format
.DATA name FORMAT=COLUMNS [TYPES=types] COLUMNS=column_names data
XY Format
.DATA name FORMAT=XY [TYPES=types] data

Creates a vector that will be output to the simulation data group. This can be used in post-processing operations such as optimiser measurements.

Simple format Creates a single vector with the name name
Multiple column format Creates one or more vectors. The names and the number of vectors is determined by the COLUMNS parameter. This is a comma separated list of names. The data must be arranged in columns
XY Format Creates a single XY Vector with the name name. The data must consist of two columns with the first column defining the X-data and the second columns defining the Y-vector
The TYPES parameter is a list of comma separated physical type names. Maybe one of the following values
V Voltage
A current
Secs Time
Hertz Frequency
Ohm Resistance
Sie Conductance
F Capacitance
J Energy
W Power
C Charge
Vs Flux

Example

.data Diode_data format=XY
+ 0.2 0.017530716724236
+ 0.254901960784314 0.0357202832826342
+ 0.309803921568627 0.0727830275203565
+ 0.364705882352941 0.14827729430306
+ 0.419607843137255 0.299668595377245
+ 0.474509803921569 0.589675601217673
+ 0.529411764705882 1.10904794310676
+ 0.584313725490196 1.97923148874408
+ 0.63921568627451 3.35105785726025
+ 0.694117647058824 5.38251036969293
+ 0.749019607843137 8.20132439386704
+ 0.803921568627451 11.8538062030208
+ 0.858823529411765 16.2514356239684
+ 0.913725490196078 21.1880160385802
+ 0.968627450980392 26.4796478563484
+ 1.02352941176471 31.9973234288307
+ 1.07843137254902 37.7095034055593
+ 1.13333333333333 43.7173003655197
+ 1.18823529411765 50.1648407603598
+ 1.24313725490196 57.1465442469968
+ 1.29803921568627 64.8085898417056
+ 1.35294117647059 73.3707911567976
+ 1.4078431372549 83.0553217690679
+ 1.46274509803922 94.0181558001952
+ 1.51764705882353 106.428022091678
+ 1.57254901960784 120.475920740442
+ 1.6 128.180625221171

The above statement will create an XY Vector called Diode_data and this will be placed in the simulation data group created by the current analysis.