The following directories will be created:
- cd PARENT-DIR
- (where PARENT-DIR is parent for desired location of SPIDER)
- mkdir spider
- (creates a new sub-directory for SPIDER, hereafter referred to as SPIDER_DIR)
- tar xv spider
- (assumes environmental variable TAPE has been correctly defined on your system)
If the executable binary does not run proceed with next step.
- cd SPIDER_DIR/bin
spider_dec
cd SPIDER_DIR/srcIf the executable from the above step does not run proceed with next step:
mv ../bin/spider_dec ../bin/ spider_dec_orig
make -f Makefile_dec ../bin/spider_dec
cd SPIDER_DIR/srcIf the make operation fails or the new executable does not run, contact us at the address below.
mv spider_dec.a spider_dec_orig.a
make -f Makefile_dec ../bin/spider_dec
alias spider SPIDER_DIR/bin/spider_decAlternatively, you can modify your path so that your your system can locate the executable file when you type "spider". To alter your path add the following to the PATH environmental variable in your startup file:
SPIDER_DIR/binthen rename the spider_dec executable in SPIDER_DIR/bin to: spider.
setenv SPMAN_DIR "SPIDER_DIR/man/"
setenv SPPROC_DIR "SPIDER_DIR/proc/"
cd SPIDER_DIR/binTEST #1 : Test operation 'ME'. This should give you the list of commands. (Note that all commands are listed, including those not contained in the distributed program set)
spider
.ENTER PROJECT/DATA CODE: PRJ/DAT
.OPERATION:
TEST #2 : Test arithmetic operations. These are the so-called pocket calculator functions which allow a wide range of arithmetic expressions to be computed. Expressions should be entered in the same way as FORTRAN arithmetic expressions appear in a FORTRAN source program, e.g. ((3-0.26)/4)**2. See USER.DOC for more details.
TEST#3 : Test the use of registers and document file. Execute the sequence:
X10=2The values 2 and 5 stored in the registers X10 and X20 should have been saved in DOC001.PRJ under the key 1 and subsequently unsaved into the registers X40, X50. Upon entering 'X40', the system should respond with '2.00000', and upon 'X50', it should respond with '5.00000'.
X20=5
SD 1,X10,X20
DOC001
UD 1,X40,X50
DOC001
X40
X50
TEST#4 : Test file creation. Execute the sequence:
MOThe operation 'MO' creates a test pattern (a diagonal sine wave), and 'FI' gives some info about this image.
JNK001
16,16
T
FI
JNK001
TEST#5 : Test online help. Execute thesequence:
MO ?This should give help on the "MO" command positioned at the top of the file for the first invocation and at the prompt for the type of image desired at the second invocation.
MO
JNK001
16,16
?
T
FI
JNK001
MD'MO1' refers to a file MO1.PRJ that is part of this package, containing exactly the sequence previously entered in the interactive mode, but with 'PR' added to print the image file out in the RESULTS file. The procedure sequence as well as the overprint display will be contained in results.PRJ.*, which can be printed on a line printer.
TR ON
MO1
'MD' with 'TR ON'causes all commands used within M01 to be shown on the terminal as they are executed, in this case MD, FI.
In the event that you have questions about an operation or wish
to report bugs please send us complete data on what you are trying
to do, including results files, batch files, error messages.
Send any bug reports to:
ArDean Leith
Wadsworth Labs, P.O. Box 509, Albany, New York 12201
phone: 518-486-5604
fax: 518-474-7992
email: leith@wadsworth.org