tests/regression/parser
check xpressn.c parser capability to parse {2--3}
check .control parser capability to parse 2--3
check B parser capability to parse 2--3
check echo commands capability to print "--"
check echo commands capability to print upper and lower case
check xpressn.c parser capabilities
check precision of some transcendental functions
This commit is contained in:
rlar
parent
92a26b58f0
commit
cccc02e844
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@ -1192,6 +1192,7 @@ AC_CONFIG_FILES([Makefile
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tests/polezero/Makefile
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tests/regression/Makefile
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tests/regression/lib-processing/Makefile
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tests/regression/parser/Makefile
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tests/sensitivity/Makefile
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tests/transient/Makefile
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tests/transmission/Makefile
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@ -1,5 +1,5 @@
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## Process this file with automake to produce Makefile.in
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SUBDIRS = lib-processing
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SUBDIRS = lib-processing parser
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MAINTAINERCLEANFILES = Makefile.in
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@ -0,0 +1,12 @@
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## Process this file with automake to produce Makefile.in
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TESTS = minus-minus.cir xpressn-1.cir xpressn-2.cir
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TESTS_ENVIRONMENT = ngspice_vpath=$(srcdir) $(SHELL) $(top_srcdir)/tests/bin/check.sh $(top_builddir)/src/ngspice
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EXTRA_DIST = \
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$(TESTS) \
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$(TESTS:.cir=.out)
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MAINTAINERCLEANFILES = Makefile.in
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@ -0,0 +1,36 @@
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test dash dash
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* (exec-spice "ngspice -b %s")
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v1 1 0 '2--3'
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b2 2 0 v = 2--3
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.control
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define mismatch(a,b,err) abs(a-b)>err
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op
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let foo = 2--3
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if mismatch(v(1), 5.0, 1e-9)
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echo "ERROR: v(1) failed"
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end
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if mismatch(v(2), 5.0, 1e-9)
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echo "ERROR: v(2) failed"
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end
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if mismatch(foo, 5.0, 1e-9)
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echo "ERROR: foo failed"
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end
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print v(1) v(2) foo
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echo "INFO: -- yes we can, print dash dash --"
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echo "INFO: -- yes we can, print upper and lower case --"
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quit 0
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.endc
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.end
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@ -0,0 +1,12 @@
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Circuit: test dash dash
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Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
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No. of Data Rows : 1
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v(1) = 5.000000e+00
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v(2) = 5.000000e+00
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foo = 5.000000e+00
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INFO: -- yes we can, print dash dash --
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INFO: -- yes we can, print upper and lower case --
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@ -0,0 +1,384 @@
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* 'xpressn-1' check xpressn.c parser
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* (exec-spice "ngspice -b %s")
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* (tests-aux-renumber)
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* ----------------------------------------
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* arbitrary tests
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v1001_t n1001_t 0 '1+2'
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v1002_t n1002_t 0 '1 + 2 '
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v1003_t n1003_t 0 '1+2*3'
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v1004_t n1004_t 0 '(1?2:3)+100'
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v1005_t n1005_t 0 '(1>2?2*4:1+2*3)+100'
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v1001_g n1001_g 0 '3'
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v1002_g n1002_g 0 '3'
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v1003_g n1003_g 0 '7'
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v1004_g n1004_g 0 '102'
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v1005_g n1005_g 0 '107'
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v1006_t n1006_t 0 '1-2.1'
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v1007_t n1007_t 0 '1--1'
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v1008_t n1008_t 0 '5+2/-4'
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v1006_g n1006_g 0 '-1.1'
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v1007_g n1007_g 0 '2'
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v1008_g n1008_g 0 '4.5'
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* ----------------------------------------
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* boolean operators '&&' '||' '!'
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* output: 0.0 or 1.0
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* input: 0.0 is 'false', everything else is 'true'
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* ---------------
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* `&&' operator
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v1009_t n1009_t 0 '0 && 0'
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v1010_t n1010_t 0 '0 && 1'
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v1011_t n1011_t 0 '1 && 0'
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v1012_t n1012_t 0 '0.1 && 0.2'
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v1013_t n1013_t 0 '-0.1 && 0.2'
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v1009_g n1009_g 0 '0'
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v1010_g n1010_g 0 '0'
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v1011_g n1011_g 0 '0'
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v1012_g n1012_g 0 '1'
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v1013_g n1013_g 0 '1'
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* ---------------
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* `||' operator
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v1014_t n1014_t 0 '0 || 0'
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v1015_t n1015_t 0 '0 || 0.1'
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v1016_t n1016_t 0 '-0.1 || 0'
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v1017_t n1017_t 0 '0.1 || -0.2'
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v1014_g n1014_g 0 '0'
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v1015_g n1015_g 0 '1'
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v1016_g n1016_g 0 '1'
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v1017_g n1017_g 0 '1'
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* ---------------
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* `!' operator
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v1018_t n1018_t 0 '! 0.0'
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v1019_t n1019_t 0 '! 0.1'
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v1020_t n1020_t 0 '! (-0.1)'
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v1018_g n1018_g 0 '1'
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v1019_g n1019_g 0 '0'
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v1020_g n1020_g 0 '0'
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* ----------------------------------------
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* comparison operators
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* output: 0.0 or 1.0
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* ----------
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* `>'
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v1021_t n1021_t 0 '3 > 2'
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v1022_t n1022_t 0 '2 > 3'
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v1023_t n1023_t 0 '2 > 2'
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v1021_g n1021_g 0 '1'
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v1022_g n1022_g 0 '0'
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v1023_g n1023_g 0 '0'
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* ----------
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* '<'
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v1024_t n1024_t 0 '3 < 2'
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v1025_t n1025_t 0 '2 < 3'
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v1026_t n1026_t 0 '2 < 2'
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v1024_g n1024_g 0 '0'
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v1025_g n1025_g 0 '1'
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v1026_g n1026_g 0 '0'
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* ----------
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* '<='
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v1027_t n1027_t 0 '3 >= 2'
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v1028_t n1028_t 0 '2 >= 3'
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v1029_t n1029_t 0 '2 >= 2'
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v1027_g n1027_g 0 '1'
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v1028_g n1028_g 0 '0'
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v1029_g n1029_g 0 '1'
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* ----------
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* '>='
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v1030_t n1030_t 0 '3 <= 2'
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v1031_t n1031_t 0 '2 <= 3'
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v1032_t n1032_t 0 '2 <= 2'
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v1030_g n1030_g 0 '0'
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v1031_g n1031_g 0 '1'
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v1032_g n1032_g 0 '1'
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* ----------
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* '=='
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v1033_t n1033_t 0 '3 == 2'
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v1034_t n1034_t 0 '2 == 3'
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v1035_t n1035_t 0 '2 == 2'
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v1033_g n1033_g 0 '0'
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v1034_g n1034_g 0 '0'
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v1035_g n1035_g 0 '1'
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* ----------
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* '!='
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v1036_t n1036_t 0 '3 != 2'
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v1037_t n1037_t 0 '2 != 3'
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v1038_t n1038_t 0 '2 != 2'
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v1036_g n1036_g 0 '1'
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v1037_g n1037_g 0 '1'
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v1038_g n1038_g 0 '0'
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* ----------------------------------------
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* four variants of exponentiation
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v1039_t n1039_t 0 '2 ^ 3'
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v1039_g n1039_g 0 '8'
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v1040_t n1040_t 0 '2 ** 3'
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v1040_g n1040_g 0 '8'
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v1041_t n1041_t 0 'pwr(2,3)'
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v1041_g n1041_g 0 '8'
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v1042_t n1042_t 0 'pow(2,3)'
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v1042_g n1042_g 0 '8'
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* ----------------------------------------
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* ternary 'c ? x : y' operator
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* input: 0.0 is false, everything else is true
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v1043_t n1043_t 0 ' 0.1 ? 42 : 43'
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v1044_t n1044_t 0 '-0.1 ? 42 : 43'
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v1045_t n1045_t 0 ' 0.0 ? 42 : 43'
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v1043_g n1043_g 0 '42'
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v1044_g n1044_g 0 '42'
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v1045_g n1045_g 0 '43'
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* assoziativity
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v1046_t n1046_t 0 '1 ? 42 : 1 ? 41 : 40'
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v1047_t n1047_t 0 '1 ? 42 : 0 ? 41 : 40'
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v1048_t n1048_t 0 '0 ? 42 : 1 ? 41 : 40'
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v1049_t n1049_t 0 '0 ? 42 : 0 ? 41 : 40'
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v1046_g n1046_g 0 '42'
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v1047_g n1047_g 0 '42'
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v1048_g n1048_g 0 '41'
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v1049_g n1049_g 0 '40'
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* --------------------
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* regression tests
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* these failed in the past, due to incorrect transformations in inpcom.c
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* was incorrectly transformed --> (3>2)||ternary_fcn((1<4),0.2,0.3)
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v1050_t n1050_t 0 '(3>2)||(1<4) ? 0.2 : 0.3'
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v1050_g n1050_g 0 '0.2'
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* was incorrectly transformed --> controlled_exit()
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v1051_t n1051_t 0 '(3>2) ? (3+2)*((2>1)?1:1) : 42'
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v1051_g n1051_g 0 '5'
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* was incorrectly transformed --> ternary_fcn((3>2),42,(2*2))3
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v1052_t n1052_t 0 '(3>2) ? 42 : (2*2)+3'
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v1052_g n1052_g 0 '42'
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* ----------------------------------------
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* functions
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v1053_t n1053_t 0 'sin(0.3)'
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v1054_t n1054_t 0 'cos(0.3)'
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v1055_t n1055_t 0 'tan(0.3)'
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v1056_t n1056_t 0 'asin(0.3)'
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v1057_t n1057_t 0 'acos(0.3)'
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v1058_t n1058_t 0 'atan(0.3)'
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v1059_t n1059_t 0 'arctan(0.3)'
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v1060_t n1060_t 0 'sinh(0.3)'
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v1061_t n1061_t 0 'cosh(0.3)'
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v1062_t n1062_t 0 'tanh(0.3)'
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v1063_t n1063_t 0 'asinh(0.3)'
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v1064_t n1064_t 0 'acosh(1.3)'
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v1065_t n1065_t 0 'atanh(0.3)'
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v1053_g n1053_g 0 '0.29552020666133955'
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v1054_g n1054_g 0 '0.955336489125606'
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v1055_g n1055_g 0 '0.30933624960962325'
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v1056_g n1056_g 0 '0.3046926540153975'
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v1057_g n1057_g 0 '1.266103672779499'
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v1058_g n1058_g 0 '0.29145679447786704'
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v1059_g n1059_g 0 '0.29145679447786704'
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v1060_g n1060_g 0 '0.3045202934471426'
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v1061_g n1061_g 0 '1.0453385141288605'
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v1062_g n1062_g 0 '0.2913126124515909'
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v1063_g n1063_g 0 '0.2956730475634223'
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v1064_g n1064_g 0 '0.7564329108569595'
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v1065_g n1065_g 0 '0.3095196042031116'
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* ----------
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v1066_t n1066_t 0 'exp(2.0)'
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v1067_t n1067_t 0 'exp(-2.0)'
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v1066_g n1066_g 0 '7.38905609893065'
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v1067_g n1067_g 0 '0.1353352832366127'
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* ----------
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v1068_t n1068_t 0 'log(2.0)'
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v1069_t n1069_t 0 'log(0.5)'
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v1068_g n1068_g 0 '0.6931471805599453'
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v1069_g n1069_g 0 '-0.6931471805599453'
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v1070_t n1070_t 0 'ln(2.0)'
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v1071_t n1071_t 0 'ln(0.5)'
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v1070_g n1070_g 0 '0.6931471805599453'
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v1071_g n1071_g 0 '-0.6931471805599453'
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* ----------
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v1072_t n1072_t 0 'sqrt(2.0)'
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v1072_g n1072_g 0 '1.4142135623730951'
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v1073_t n1073_t 0 'sqr(2.0)'
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v1073_g n1073_g 0 '4.0'
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* ----------------------------------------
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* functions
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v1074_t n1074_t 0 'abs(2.0)'
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v1075_t n1075_t 0 'abs(-2.0)'
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v1074_g n1074_g 0 '2'
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v1075_g n1075_g 0 '2'
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v1076_t n1076_t 0 'sgn(2.0)'
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v1077_t n1077_t 0 'sgn(0.0)'
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v1078_t n1078_t 0 'sgn(-2.0)'
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v1076_g n1076_g 0 '1'
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v1077_g n1077_g 0 '0'
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v1078_g n1078_g 0 '-1'
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v1079_t n1079_t 0 'int(2.1)'
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v1080_t n1080_t 0 'int(1.9)'
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v1081_t n1081_t 0 'int(0)'
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v1082_t n1082_t 0 'int(-1.9)'
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v1083_t n1083_t 0 'int(-2.1)'
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v1079_g n1079_g 0 '2'
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v1080_g n1080_g 0 '1'
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v1081_g n1081_g 0 '0'
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v1082_g n1082_g 0 '-1'
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v1083_g n1083_g 0 '-2'
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v1084_t n1084_t 0 'floor(2.1)'
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v1085_t n1085_t 0 'floor(1.9)'
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v1086_t n1086_t 0 'floor(0)'
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v1087_t n1087_t 0 'floor(-1.9)'
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v1088_t n1088_t 0 'floor(-2.1)'
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v1084_g n1084_g 0 '2'
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v1085_g n1085_g 0 '1'
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v1086_g n1086_g 0 '0'
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v1087_g n1087_g 0 '-2'
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v1088_g n1088_g 0 '-3'
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v1089_t n1089_t 0 'ceil(2.1)'
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v1090_t n1090_t 0 'ceil(1.9)'
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v1091_t n1091_t 0 'ceil(0)'
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v1092_t n1092_t 0 'ceil(-1.9)'
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v1093_t n1093_t 0 'ceil(-2.1)'
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v1089_g n1089_g 0 '3'
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v1090_g n1090_g 0 '2'
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v1091_g n1091_g 0 '0'
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v1092_g n1092_g 0 '-1'
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v1093_g n1093_g 0 '-2'
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* ----------------------------------------
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* min(a,b) max(a,b)
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v1094_t n1094_t 0 'min(1.1, 2.1)'
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v1095_t n1095_t 0 'min(2.1, 1.1)'
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v1094_g n1094_g 0 '1.1'
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v1095_g n1095_g 0 '1.1'
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v1096_t n1096_t 0 'max(1.1, 2.1)'
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v1097_t n1097_t 0 'max(2.1, 1.1)'
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v1096_g n1096_g 0 '2.1'
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v1097_g n1097_g 0 '2.1'
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* ----------------------------------------
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.control
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define mismatch(a,b,err) abs(a-b)>err
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op
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let total_count = 0
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let fail_count = 0
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let tests = 1001 + vector(97)
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foreach n $&tests
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set n_test = "n{$n}_t"
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set n_gold = "n{$n}_g"
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if mismatch(v($n_test), v($n_gold), 1e-9)
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let v_test = v($n_test)
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let v_gold = v($n_gold)
|
||||
echo "ERROR, test failure, v($n_test) = $&v_test but should be $&v_gold"
|
||||
let fail_count = fail_count + 1
|
||||
end
|
||||
let total_count = total_count + 1
|
||||
end
|
||||
|
||||
if fail_count > 0
|
||||
echo "ERROR: $&fail_count of $&total_count tests failed"
|
||||
quit 1
|
||||
else
|
||||
echo "INFO: $&fail_count of $&total_count tests failed"
|
||||
quit 0
|
||||
end
|
||||
|
||||
.endc
|
||||
|
||||
.end
|
||||
|
|
@ -0,0 +1,9 @@
|
|||
|
||||
Circuit: * 'xpressn-1' check xpressn.c parser
|
||||
|
||||
Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
|
||||
|
||||
|
||||
|
||||
No. of Data Rows : 1
|
||||
INFO: 0 of 97 tests failed
|
||||
|
|
@ -0,0 +1,261 @@
|
|||
check precision of some functions
|
||||
|
||||
* do not change this file, its generated
|
||||
* (exec-spice "ngspice -b %s")
|
||||
|
||||
v0 n0 0 'sin(1.0e-9)'
|
||||
v1 n1 0 'sin(1.0e-1)'
|
||||
v2 n2 0 'sin(7.0e-1)'
|
||||
v3 n3 0 'cos(1.0e-9)'
|
||||
v4 n4 0 'cos(1.0e-1)'
|
||||
v5 n5 0 'cos(7.0e-1)'
|
||||
v6 n6 0 'tan(1.0e-9)'
|
||||
v7 n7 0 'tan(1.0e-1)'
|
||||
v8 n8 0 'tan(7.0e-1)'
|
||||
v9 n9 0 'asin(1.0e-9)'
|
||||
v10 n10 0 'asin(1.0e-1)'
|
||||
v11 n11 0 'asin(7.0e-1)'
|
||||
v12 n12 0 'acos(1.0e-9)'
|
||||
v13 n13 0 'acos(1.0e-1)'
|
||||
v14 n14 0 'acos(7.0e-1)'
|
||||
v15 n15 0 'atan(1.0e-9)'
|
||||
v16 n16 0 'atan(1.0e-1)'
|
||||
v17 n17 0 'atan(7.0e-1)'
|
||||
v18 n18 0 'sinh(1.0e-9)'
|
||||
v19 n19 0 'sinh(1.0e-1)'
|
||||
v20 n20 0 'sinh(7.0e-1)'
|
||||
v21 n21 0 'cosh(1.0e-9)'
|
||||
v22 n22 0 'cosh(1.0e-1)'
|
||||
v23 n23 0 'cosh(7.0e-1)'
|
||||
v24 n24 0 'tanh(1.0e-9)'
|
||||
v25 n25 0 'tanh(1.0e-1)'
|
||||
v26 n26 0 'tanh(7.0e-1)'
|
||||
v27 n27 0 'asinh(1.0e-9)'
|
||||
v28 n28 0 'asinh(1.0e-1)'
|
||||
v29 n29 0 'asinh(7.0e-1)'
|
||||
v30 n30 0 'acosh(1.2e+0)'
|
||||
v31 n31 0 'atanh(1.0e-9)'
|
||||
v32 n32 0 'atanh(1.0e-1)'
|
||||
v33 n33 0 'atanh(7.0e-1)'
|
||||
|
||||
|
||||
.control
|
||||
|
||||
op
|
||||
|
||||
let eps = 1.1102230246251568e-16
|
||||
|
||||
define mismatch(y,gold,err) abs(y-gold)>(err*gold)
|
||||
|
||||
define relerr_(y,gold) (y-gold)/(gold*eps)
|
||||
|
||||
|
||||
if mismatch(v(n0), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n0), 1.0e-9)
|
||||
echo "ERROR, sin(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n1), 9.983341664682815e-2, 10*eps)
|
||||
let relerr = relerr_(v(n1), 9.983341664682815e-2)
|
||||
echo "ERROR, sin(1.0e-1) versus 9.983341664682815e-2 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n2), 6.44217687237691e-1, 10*eps)
|
||||
let relerr = relerr_(v(n2), 6.44217687237691e-1)
|
||||
echo "ERROR, sin(7.0e-1) versus 6.44217687237691e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n3), 1.0e+0, 10*eps)
|
||||
let relerr = relerr_(v(n3), 1.0e+0)
|
||||
echo "ERROR, cos(1.0e-9) versus 1.0e+0 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n4), 9.950041652780258e-1, 10*eps)
|
||||
let relerr = relerr_(v(n4), 9.950041652780258e-1)
|
||||
echo "ERROR, cos(1.0e-1) versus 9.950041652780258e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n5), 7.648421872844885e-1, 10*eps)
|
||||
let relerr = relerr_(v(n5), 7.648421872844885e-1)
|
||||
echo "ERROR, cos(7.0e-1) versus 7.648421872844885e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n6), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n6), 1.0e-9)
|
||||
echo "ERROR, tan(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n7), 1.0033467208545055e-1, 10*eps)
|
||||
let relerr = relerr_(v(n7), 1.0033467208545055e-1)
|
||||
echo "ERROR, tan(1.0e-1) versus 1.0033467208545055e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n8), 8.422883804630794e-1, 10*eps)
|
||||
let relerr = relerr_(v(n8), 8.422883804630794e-1)
|
||||
echo "ERROR, tan(7.0e-1) versus 8.422883804630794e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n9), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n9), 1.0e-9)
|
||||
echo "ERROR, asin(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n10), 1.0016742116155979e-1, 10*eps)
|
||||
let relerr = relerr_(v(n10), 1.0016742116155979e-1)
|
||||
echo "ERROR, asin(1.0e-1) versus 1.0016742116155979e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n11), 7.753974966107529e-1, 10*eps)
|
||||
let relerr = relerr_(v(n11), 7.753974966107529e-1)
|
||||
echo "ERROR, asin(7.0e-1) versus 7.753974966107529e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n12), 1.5707963257948965e+0, 10*eps)
|
||||
let relerr = relerr_(v(n12), 1.5707963257948965e+0)
|
||||
echo "ERROR, acos(1.0e-9) versus 1.5707963257948965e+0 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n13), 1.470628905633337e+0, 10*eps)
|
||||
let relerr = relerr_(v(n13), 1.470628905633337e+0)
|
||||
echo "ERROR, acos(1.0e-1) versus 1.470628905633337e+0 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n14), 7.953988301841437e-1, 10*eps)
|
||||
let relerr = relerr_(v(n14), 7.953988301841437e-1)
|
||||
echo "ERROR, acos(7.0e-1) versus 7.953988301841437e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n15), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n15), 1.0e-9)
|
||||
echo "ERROR, atan(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n16), 9.966865249116206e-2, 10*eps)
|
||||
let relerr = relerr_(v(n16), 9.966865249116206e-2)
|
||||
echo "ERROR, atan(1.0e-1) versus 9.966865249116206e-2 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n17), 6.107259643892086e-1, 10*eps)
|
||||
let relerr = relerr_(v(n17), 6.107259643892086e-1)
|
||||
echo "ERROR, atan(7.0e-1) versus 6.107259643892086e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n18), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n18), 1.0e-9)
|
||||
echo "ERROR, sinh(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n19), 1.0016675001984403e-1, 10*eps)
|
||||
let relerr = relerr_(v(n19), 1.0016675001984403e-1)
|
||||
echo "ERROR, sinh(1.0e-1) versus 1.0016675001984403e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n20), 7.585837018395335e-1, 10*eps)
|
||||
let relerr = relerr_(v(n20), 7.585837018395335e-1)
|
||||
echo "ERROR, sinh(7.0e-1) versus 7.585837018395335e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n21), 1.0e+0, 10*eps)
|
||||
let relerr = relerr_(v(n21), 1.0e+0)
|
||||
echo "ERROR, cosh(1.0e-9) versus 1.0e+0 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n22), 1.0050041680558035e+0, 10*eps)
|
||||
let relerr = relerr_(v(n22), 1.0050041680558035e+0)
|
||||
echo "ERROR, cosh(1.0e-1) versus 1.0050041680558035e+0 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n23), 1.255169005630943e+0, 10*eps)
|
||||
let relerr = relerr_(v(n23), 1.255169005630943e+0)
|
||||
echo "ERROR, cosh(7.0e-1) versus 1.255169005630943e+0 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n24), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n24), 1.0e-9)
|
||||
echo "ERROR, tanh(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n25), 9.966799462495581e-2, 10*eps)
|
||||
let relerr = relerr_(v(n25), 9.966799462495581e-2)
|
||||
echo "ERROR, tanh(1.0e-1) versus 9.966799462495581e-2 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n26), 6.043677771171635e-1, 10*eps)
|
||||
let relerr = relerr_(v(n26), 6.043677771171635e-1)
|
||||
echo "ERROR, tanh(7.0e-1) versus 6.043677771171635e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n27), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n27), 1.0e-9)
|
||||
echo "ERROR, asinh(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n28), 9.983407889920759e-2, 10*eps)
|
||||
let relerr = relerr_(v(n28), 9.983407889920759e-2)
|
||||
echo "ERROR, asinh(1.0e-1) versus 9.983407889920759e-2 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n29), 6.526665660823557e-1, 10*eps)
|
||||
let relerr = relerr_(v(n29), 6.526665660823557e-1)
|
||||
echo "ERROR, asinh(7.0e-1) versus 6.526665660823557e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n30), 6.223625037147784e-1, 10*eps)
|
||||
let relerr = relerr_(v(n30), 6.223625037147784e-1)
|
||||
echo "ERROR, acosh(1.2e+0) versus 6.223625037147784e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n31), 1.0e-9, 10*eps)
|
||||
let relerr = relerr_(v(n31), 1.0e-9)
|
||||
echo "ERROR, atanh(1.0e-9) versus 1.0e-9 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n32), 1.0033534773107558e-1, 10*eps)
|
||||
let relerr = relerr_(v(n32), 1.0033534773107558e-1)
|
||||
echo "ERROR, atanh(1.0e-1) versus 1.0033534773107558e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
if mismatch(v(n33), 8.673005276940532e-1, 10*eps)
|
||||
let relerr = relerr_(v(n33), 8.673005276940532e-1)
|
||||
echo "ERROR, atanh(7.0e-1) versus 8.673005276940532e-1 mismatch"
|
||||
print relerr
|
||||
end
|
||||
|
||||
|
||||
quit 0
|
||||
|
||||
|
||||
.endc
|
||||
|
|
@ -0,0 +1,8 @@
|
|||
|
||||
Circuit: check precision of some functions
|
||||
|
||||
Doing analysis at TEMP = 27.000000 and TNOM = 27.000000
|
||||
|
||||
|
||||
|
||||
No. of Data Rows : 1
|
||||
Loading…
Reference in New Issue