ANTENNA PATTERN PLOTTER
Version 1.21
Copyright (c) 1996
Atef Z. Elsherbeni and Clayborne D. Taylor, Jr.
This program is a general EXECUTABLE ONLY 2-D Rectangular and Polar
Pattern Plotter. The user interface for DOS makes the program easy
to use. Since only the executable program is included, the user must
first install the program using the following steps:
1. COPY A:\PLOTTER\*.* C:\PLOTTER\*.*
2. From the directory C:\PLOTTER type INSTALL
Using these two commands installs the plotting routines of the program in the
C:\PLOTTER directory.
In addition, there are a few things the user should know in order to
use the program effectively.
1. The program would handle the data and the output to the printer
correctly if one always starts the program from the same directory
in which it was installed. The data files can be located at
different directories.
2. The format for a data file must contain 2 columns. Basically, the
file is read through a FORTRAN free-format specification. If any
errors occur during the read process, it is aborted with no plot given.
The first column of the data represents the angle (in degrees) while
the second column represents the quantity computed and plotted versus
angle (i.e. field intensity, directivity, etc.). The maximum number
of points that may be read is currently 2048 points. If the file is
longer, only the first 2048 points will be plotted. The heading(s) of
the two column data should be preceded by the # sign to allow the plotter
to read the data correctly. If you use the computer programs "Antenna
Theory: Analysis and Design" by Constantine A. Balanis, this has already
been done; therefore neglect the comments.
3. When the plot window is "on top", a pull-down menu is accessible by
holding the left mouse button down on the small box in the top left
corner of the window. From there, the type of plot or the plot options
may be selected. When editing the label text, greek characters are
available by first typing the '\' key and follow by typing 'A'-'Z' or
'a'-'z'. A postscript file named 'FONTLIST.PS' containing the Greek
font key equivalents may be printed for reference. Also note that the
~ symbol from the keyboard has been replaced by the degree symbol.
4. To use the plotting program, you can follow the steps that are outlined
here:
a. When you call the plotting program, the following options are
displayed on the screen:
CLEAR PLOT
PLOT DATA FILE
PRINTER SET UP
QUIT
b. If you want to view the plot but you do NOT want a hardcopy, select
PLOT DATA FILE.
c. Select the data file you want to plot. The screen shows some
examples: sine.dat, cosine.dat, pattern.dat, ptest.dat which can be
used for demonstration. By typing the path name, you can go to
another directory and plot your own data.
d. Then click OKAY. When you do this, the program automatically gives
you a rectangular plot under Plot Window.
e. If you click the the small box in the upper left corner of Plot
Window, other options are displayed:
POLAR PLOT
RECTANGULAR PLOT
PLOT OPTIONS
PRINT
f. Choose the one you want. Under PLOT OPTIONS, you can change the
scale of the plot and of the formats of the scales. Choose the ones
you want. For example, if you want to reproduce the normalized
polar patterns (in dB) displayed throughout the book " Antenna Theory:
Analysis and Design" by Constantine A. Balanis, choose POLAR PLOT and
under PLOT OPTIONS select the following:
min 'rho' -40
max 'rho' 0
'rho' tics 5
'rho' fmt F9.1
Click OKAY. The plot should now appear on the screen.
g. You can switch between POLAR PLOT and RECTANGULAR options. Click
CLEAR PLOT if you are done with this plot. You can repeat Steps 4b-4f
for any other data file.
h. If you want to place more than one pattern on the same plot, do NOT
clear the first pattern using CLEAR PLOT in Step 4g. Instead repeat
4b-4g for the other data file that you want on the same plot. Both
patterns should appear simultaneously on the screen, each with
different line style. This process can be repeated for other data
files.
i. Click CLEAR PLOT in the main window to clear the plot(s).
j. Click QUIT if you are finished with the plotting routine.
5. If you want a hardcopy of the plot:
a. You MUST have a printer with postcript; if not, you can NOT get a
hardcopy.
b. Go to Step 4a and select PRINTER SET UP, and then do one of the
following:
i. If your computer is connected directly to the printer, you can
use the LPT (i.e., LPT1, LPT2, LPT3 or LPT4) or COM (i.e., COM1,
COM2, COM3 or COM4) options from the PRINTER SET UP of the
plotting program; depending to which port the printer is
connected. Skip to Step 5c.
ii. If your computer is connected to your printer through a network,
then you MUST use the FILE option under the PRINTER SET UP to
create a postcript file and print later in Step 5d through DOS.
For example, ARRAY1.PS
c. Go and repeat Steps 4b-4h.
d. Under PLOT WINDOW click the small box in the upper left corner,
and select PRINT.
e. Click CREAR PLOT in main window.
f. Click QUIT in main window.
g. Through DOS, go to the appropriate directory and recall the data
you have created.
h. Use the PRINT command in DOS, with the appropriate filename, to print
the poscript file you have created. For example, PRINT ARRAY1.PS
6. Output is written to a file by default. Pressing any of the other port
buttons will change the output to that port. Note that printers
connected through the LPT and/or COM ports must be properly configured
through DOS before running the program. Also note that color postscript
is supported by selecting the 'COLOR' button.
7. If your data contains the angular dependence (column number 1) in
radians, use the provided "conv" program to convert the first column
from radians to degrees.
Warnings:
========
If any problems occur during operation of this software, the CPU auto
detection may not work for this hardware. To specify the hardware and
software set-up, edit the batch file "plt.bat" according to the
information in this batch file. A table along with instructions are
listed in the batch file.
If you start the program from a directory other than the one you
installed it, expect unpredicted results.
Credit:
======
If you use the software and you are happy with it, please refer
to it in your publications/reports.
DISCLAIMER
==========
THIS SOFTWARE IS PROVIDED FREE OF CHARGE FOR EDUCATIONAL USE. THE INFORMATION
AND CODE IS PROVIDED AS DESCRIBED ABOVE WITHOUT WARRANTY OF ANY KIND.
THE AUTHORS WILL NOT BE LIABLE FOR ANY DAMAGES WHATSOEVER INCLUDING DIRECT,
INDIRECT, INCIDENTAL, CONSEQUENTIAL, LOSS OF BUSINESS PROFITS OR SPECIAL
DAMAGES DIRECTLY OR INDIRECTLY RELATED TO THE USE OF THIS SOFTWARE.
___________________
- The protected mode run-time DOS-extender is the property of Rational
Systems, Inc.
- The fonts used by this software package are the property of
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主要有电磁场极化滤波方面的一些程序,还有卡尔曼滤波的经典框架,只要往里面套就好了
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matlab.rar_MATLAB极化滤波_Polarization_matlab snrz.m_极化_极化滤波 MATLAB (916个子文件)
trline3.asv 26KB
trline3.asv 26KB
trline3.asv 26KB
leidaxitongfangzhen.asv 8KB
leidaxitongfangzhen.asv 8KB
leidaxitongfangzhen.asv 8KB
objyouha_1.asv 6KB
gui_2.asv 6KB
example_6_12.asv 5KB
example_6_9.asv 5KB
objyouha.asv 5KB
example_6_6.asv 5KB
ex9_13.asv 5KB
example_6_14.asv 5KB
objlinq.asv 3KB
mmclock.asv 3KB
ex9_12.asv 3KB
ex9_12.asv 3KB
ex9_12.asv 3KB
OBJPUSH.asv 3KB
ex9_9.asv 2KB
wucha_3.asv 2KB
wucha_4.asv 2KB
rayleigh.asv 2KB
matched_filter.asv 2KB
example_2.asv 2KB
ex9_7.asv 1KB
ex9_7.asv 1KB
ex9_7.asv 1KB
jihuatubian_1.asv 1KB
boshuhecheng_1.asv 1KB
ex9_10.asv 1KB
ruilizabo.asv 1KB
bodafangxiang_1.asv 1KB
2.asv 953B
1.asv 950B
chuangkou.asv 886B
ex2_5.asv 874B
ex6_40.asv 692B
PFE2RFZ.asv 587B
ex3012.asv 466B
pam.asv 415B
modulate_1.asv 392B
ex6_35.asv 355B
data_3.asv 343B
jiasudu.asv 330B
1.asv 320B
lvbo.asv 235B
stepimp.asv 206B
HPF.asv 129B
dft_1.asv 116B
Install.bat 2KB
PLT.BAT 866B
S2812图.BMP 3.91MB
7位巴克码模糊函数.bmp 231KB
Snap2.bmp 225KB
雷达框图.BMP 189KB
PTEST.DAT 23KB
PATTERN.DAT 6KB
FINDER.DAT 6KB
SINE.DAT 2KB
COSINE.DAT 2KB
README.DOC 23KB
~$软件使用说明.doc 162B
软件使用说明.doc 170KB
软件使用说明.doc 170KB
软件使用说明.doc 170KB
_Note.doc 158KB
Log-Perd.doc 44KB
程序说明1.doc 25KB
example_6_15_activex1 4KB
example_6_15_activex2 4KB
example_6_15_activex3 4KB
example_6_15_activex4 4KB
example_6_15_activex5 4KB
example_6_15_activex6 4KB
example_6_15_activex7 4KB
example_6_16_activex1 4KB
pltzip.exe 407KB
PLOT.EXE 260KB
CONV.EXE 92KB
DOS4GW.EXE 76KB
13位巴克码模糊函数.fig 287KB
13位巴克码等值线图.fig 245KB
相参脉冲.fig 180KB
untitled.fig 139KB
7位巴克码模糊函数.fig 137KB
巴克码模糊函数.fig 137KB
trline3.fig 25KB
trline3.fig 14KB
trline3.fig 14KB
kulemin_di.fig 10KB
untitled1.fig 5KB
example_3.fig 5KB
gui_2.fig 5KB
example_6_14.fig 4KB
example_6_11.fig 4KB
13位巴克码零多普勒截图.fig 4KB
example_6_10.fig 3KB
example_6_12.fig 3KB
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