| /dports/lang/mosh/mosh-0.2.7/lib/ |
| H A D | match.ss | 156 ((match-two v (and p q ...) g s sk fk i)
158 ((match-two v (or) g s sk fk i) fk)
159 ((match-two v (or p) g s sk fk i)
161 ((match-two v (or p ...) g s sk fk i)
174 ((match-two v (= proc p) g s sk fk i)
177 ((match-two v (p ___ . r) g s sk fk i)
179 ((match-two v (p) g s sk fk i)
184 ((match-two v (p . q) g s sk fk i)
192 ((match-two v #(p ...) g s sk fk i)
193 (match-vector v 0 () (p ...) sk fk i))
[all …]
|
| /dports/devel/tcllib/tcllib-1.20/modules/math/ |
| H A D | linalg.test | 176 test norm-1.2 "two-norm - 5 components" -match numbers -body {
180 test norm-1.3 "two-norm - 2 components" -match numbers -body {
184 test norm-1.4 "two-norm - no underflow" -match numbers -body {
188 test norm-1.5 "two-norm - no overflow" -match numbers -body {
422 test matmul-1.0 "multiply matrix - vector" -match numbers -body {
440 test matmul-1.3 "multiply vector - vector" -match numbers -body {
446 test matmul-1.4 "multiply row vector - column vector" -match numbers -body {
452 test matmul-1.5 "multiply column vector - row vector" -match numbers -body {
534 test solvepgauss-1 "solvePGauss - 3x3 matrix with two permutations" -match numbers -body {
622 test LA-1.0 "to_LA - vector" -match numbers -body {
[all …]
|
| H A D | pca.test | 31 set match 1
46 set match 0
51 return $match
58 test normalise-1.0 "Normalise a vector" -match numbers -body {
62 test normalise-1.1 "Denormalise a vector" -match numbers -body {
110 foreach vector $transposedMatrix {
111 lappend stdevs [::math::statistics::stdev $vector]
173 test eigenvectors-1.3 "Restrict to two components - eigenvectors" -match numbers -setup {
187 test eigenvectors-1.4 "Restrict to two components - eigenvalues" -match numbers -setup {
198 test eigenvectors-1.5 "Restrict to two components - get all eigenvectors" -match numbers -setup {
[all …]
|
| /dports/devel/tcllibc/tcllib-1.20/modules/math/ |
| H A D | linalg.test | 176 test norm-1.2 "two-norm - 5 components" -match numbers -body {
180 test norm-1.3 "two-norm - 2 components" -match numbers -body {
184 test norm-1.4 "two-norm - no underflow" -match numbers -body {
188 test norm-1.5 "two-norm - no overflow" -match numbers -body {
422 test matmul-1.0 "multiply matrix - vector" -match numbers -body {
440 test matmul-1.3 "multiply vector - vector" -match numbers -body {
446 test matmul-1.4 "multiply row vector - column vector" -match numbers -body {
452 test matmul-1.5 "multiply column vector - row vector" -match numbers -body {
534 test solvepgauss-1 "solvePGauss - 3x3 matrix with two permutations" -match numbers -body {
622 test LA-1.0 "to_LA - vector" -match numbers -body {
[all …]
|
| H A D | pca.test | 31 set match 1
46 set match 0
51 return $match
58 test normalise-1.0 "Normalise a vector" -match numbers -body {
62 test normalise-1.1 "Denormalise a vector" -match numbers -body {
110 foreach vector $transposedMatrix {
111 lappend stdevs [::math::statistics::stdev $vector]
173 test eigenvectors-1.3 "Restrict to two components - eigenvectors" -match numbers -setup {
187 test eigenvectors-1.4 "Restrict to two components - eigenvalues" -match numbers -setup {
198 test eigenvectors-1.5 "Restrict to two components - get all eigenvectors" -match numbers -setup {
[all …]
|
| /dports/devel/xparam/xparam-1.22/tests/test_res.dl_cmp/ |
| H A D | test19_out.res | 2 avalanche = vector<string>(["a","b"])
6 avalanche = vector<string>(["c","d"])
10 avalanche = vector<string>(["c","d"])
64 avalanche [default] = vector<string>(["one","two"])
69 avalanche = vector<string>(["one","two"])
84 No match for parameter 'b'.
85 WARNING: Assignment to parameter b was ignored. No match for parameter 'b'.
122 avalanche [default] = vector<string>(["one","two"])
127 avalanche = vector<string>(["one","two"])
133 avalanche [default] = vector<string>(["one","two"])
[all …]
|
| /dports/devel/xparam/xparam-1.22/tests/test_res.win_cmp/ |
| H A D | test19_out.res | 2 avalanche = vector<string>(["a","b"])
6 avalanche = vector<string>(["c","d"])
10 avalanche = vector<string>(["c","d"])
64 avalanche [default] = vector<string>(["one","two"])
69 avalanche = vector<string>(["one","two"])
84 No match for parameter 'b'.
85 WARNING: Assignment to parameter b was ignored. No match for parameter 'b'.
122 avalanche [default] = vector<string>(["one","two"])
127 avalanche = vector<string>(["one","two"])
133 avalanche [default] = vector<string>(["one","two"])
[all …]
|
| /dports/devel/xparam/xparam-1.22/tests/test_res.no_dl_cmp/ |
| H A D | test19_out.res | 2 avalanche = vector<string>(["a","b"])
6 avalanche = vector<string>(["c","d"])
10 avalanche = vector<string>(["c","d"])
64 avalanche [default] = vector<string>(["one","two"])
69 avalanche = vector<string>(["one","two"])
84 No match for parameter 'b'.
85 WARNING: Assignment to parameter b was ignored. No match for parameter 'b'.
122 avalanche [default] = vector<string>(["one","two"])
127 avalanche = vector<string>(["one","two"])
133 avalanche [default] = vector<string>(["one","two"])
[all …]
|
| /dports/math/cadabra2/cadabra2-2.3.6.8/core/ |
| H A D | Exchange.cc | 67 auto match = comp.equal_subtree(truetensor2, truetensor); in collect_identical_tensors() local
68 if(match==Ex_comparator::match_t::subtree_match || in collect_identical_tensors()
69 match==Ex_comparator::match_t::match_index_less || in collect_identical_tensors()
70 match==Ex_comparator::match_t::match_index_greater) { in collect_identical_tensors()
138 …_node_gs(const Properties& properties, Ex& tr, Ex::iterator it, std::vector<std::vector<int> >& gs) in get_node_gs()
140 std::vector<identical_tensors_t> idts; in get_node_gs()
152 std::vector<int> gsel(total_number_of_indices+2); in get_node_gs()
229 bool operator<(const exchange::tensor_type_t& one, const exchange::tensor_type_t& two) in operator <() argument
231 if(*one.name < *two.name) return true; in operator <()
232 if(one.name == two.name) in operator <()
[all …]
|
| /dports/science/healpix/Healpix_3.50/src/idl/zzz_external/astron/ |
| H A D | match.pro | 1 pro match, a, b, suba, subb, COUNT = count, SORT = sort, epsilon=epsilon
6 ; Routine to match values in two vectors.
9 ; match, a, b, suba, subb, [ COUNT =, /SORT, EPSILON = ]
12 ; a,b - two vectors to match elements, numeric or string data types
15 ; suba - subscripts of elements in vector a with a match
16 ; in vector b
18 ; vector b with matchs in vector a.
25 ; /SORT - By default, MATCH uses two different algorithm: (1) the
47 ; in a vector
59 ; For non-integer data types, the two input vectors are combined and
[all …]
|
| /dports/finance/R-cran-plm/plm/inst/tests/ |
| H A D | test_fixef_comp_lm_plm.Rout.save | 89 + stop("two-ways balanced model: residuals do not match (lm vs. plm)")
92 > # Test balanced one-way and two-way dfirst fixefs: lm vs. plm
94 + stop("individual effects do not match")
97 + stop("time effects do not match")
100 + stop("individual effects do not match")
103 + stop("time effects do not match")
211 + stop("two-ways unbalanced model: residuals do not match (lm vs. plm)")
222 + stop("two-ways individual unbalanced: dfirst fixefs do not match")
225 + stop("two-ways time unbalanced: dfirst fixefs do not match")
279 > # two-ways balanced
[all …]
|
| /dports/lang/racket/racket-8.3/share/pkgs/racket-doc/scribblings/guide/ |
| H A D | match.scrbl | 7 (interaction-eval #:eval match-eval (require racket/match)))
33 (match 2
35 [2 'two]
37 (match #f
46 Constructors like @racket[cons], @racket[list], and @racket[vector]
53 [(list 1 2) 'two])
59 [(vector 1 2) 'vector])
102 (match 1
107 (match #f
115 list or vector pattern: the preceding sub-pattern can be used to match
[all …]
|
| /dports/databases/prometheus-postgresql-adapter/prometheus-postgresql-adapter-0.6.0/vendor/github.com/prometheus/prometheus/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
59 **Between two scalars**, the `bool` modifier must be provided and these
69 **Between two instant vectors**, these operators behave as a filter by default,
71 true or which do not find a match on the other side of the expression get
102 vector for each entry in the left-hand side. There are two basic types of
109 Two entries match if they have the exact same set of labels and corresponding values.
134 would have been no match as the metrics do not share the same set of labels.
143 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/net-mgmt/bosun/bosun-0.9.0-preview/vendor/github.com/prometheus/prometheus/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
58 **Between two scalars**, the `bool` modifier must be provided and these
68 **Between two instant vectors**, these operators behave as a filter by default,
70 true or which do not find a match on the other side of the expression get
101 vector for each entry in the left-hand side. There are two basic types of
108 Two entries match if they have the exact same set of labels and corresponding values.
133 would have been no match as the metrics do not share the same set of labels.
142 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/net-mgmt/prometheus1/prometheus-1.8.2/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
58 **Between two scalars**, the `bool` modifier must be provided and these
68 **Between two instant vectors**, these operators behave as a filter by default,
70 true or which do not find a match on the other side of the expression get
101 vector for each entry in the left-hand side. There are two basic types of
106 Two entries match if they have the exact same set of labels and corresponding values.
131 would have been no match as the metrics do not share the same set of labels.
138 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/math/R/R-4.1.2/src/library/base/man/ |
| H A D | match.Rd | 6 \name{match}
7 \alias{match}
11 \code{match} returns a vector of the positions of (first) matches of
15 which returns a logical vector indicating if there is a match or not
24 \item{x}{vector or \code{NULL}: the values to be matched.
31 value in \code{x} matching a value in this vector is assigned the
36 A vector of the same length as \code{x}.
38 \code{match}: An integer vector giving the position in \code{table} of
46 \code{\%in\%}: A logical vector, indicating if a match was located for
56 of the two types in \R's ordering, logical < integer < numeric <
[all …]
|
| /dports/math/libRmath/R-4.1.1/src/library/base/man/ |
| H A D | match.Rd | 6 \name{match}
7 \alias{match}
11 \code{match} returns a vector of the positions of (first) matches of
15 which returns a logical vector indicating if there is a match or not
24 \item{x}{vector or \code{NULL}: the values to be matched.
31 value in \code{x} matching a value in this vector is assigned the
36 A vector of the same length as \code{x}.
38 \code{match}: An integer vector giving the position in \code{table} of
46 \code{\%in\%}: A logical vector, indicating if a match was located for
56 of the two types in \R's ordering, logical < integer < numeric <
[all …]
|
| /dports/www/grafana8/grafana-8.3.6/vendor/github.com/prometheus/prometheus/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
69 **Between two scalars**, the `bool` modifier must be provided and these
80 **Between two instant vectors**, these operators behave as a filter by default,
82 true or which do not find a match on the other side of the expression get
114 vector for each entry in the left-hand side. There are two basic types of
121 Two entries match if they have the exact same set of labels and corresponding values.
146 would have been no match as the metrics do not share the same set of labels.
155 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/net-mgmt/promscale/promscale-0.6.2/vendor/github.com/prometheus/prometheus/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
59 **Between two scalars**, the `bool` modifier must be provided and these
70 **Between two instant vectors**, these operators behave as a filter by default,
72 true or which do not find a match on the other side of the expression get
104 vector for each entry in the left-hand side. There are two basic types of
111 Two entries match if they have the exact same set of labels and corresponding values.
136 would have been no match as the metrics do not share the same set of labels.
145 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/net-mgmt/prometheus2/prometheus-2.30.3/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
59 **Between two scalars**, the `bool` modifier must be provided and these
70 **Between two instant vectors**, these operators behave as a filter by default,
72 true or which do not find a match on the other side of the expression get
104 vector for each entry in the left-hand side. There are two basic types of
111 Two entries match if they have the exact same set of labels and corresponding values.
136 would have been no match as the metrics do not share the same set of labels.
145 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/net-mgmt/thanos/thanos-0.11.0/vendor/github.com/prometheus/prometheus/docs/querying/ |
| H A D | operators.md | 11 For operations between two instant vectors, the [matching behavior](#vector-matching)
28 **Between two scalars**, the behavior is obvious: they evaluate to another
36 **Between two instant vectors**, a binary arithmetic operator is applied to
59 **Between two scalars**, the `bool` modifier must be provided and these
69 **Between two instant vectors**, these operators behave as a filter by default,
71 true or which do not find a match on the other side of the expression get
102 vector for each entry in the left-hand side. There are two basic types of
109 Two entries match if they have the exact same set of labels and corresponding values.
134 would have been no match as the metrics do not share the same set of labels.
143 the "one"-side can match with multiple elements on the "many"-side. This has to
[all …]
|
| /dports/biology/biosig/biosig-2.3.3/biosig4matlab/maybe-missing/freemat3.5/ |
| H A D | findstr.m | 22 %% Return the vector of all positions in the longer of the two strings
23 %% @var{s} and @var{t} where an occurrence of the shorter of the two starts.
24 %% If the optional argument @var{overlap} is nonzero, the returned vector
74 %% length two target: find first at i and second at i+1
78 %% length three or more: match the first three by find then go through
84 %% Need to search the index vector if our find was too short
88 %% so a single character, two different characters, or first character
89 %% different from the second two don't need to be searched.
105 next = 1; %% first possible position for next non-overlapping match
109 next = v(idx) + l_t; %% skip to the next possible match position
[all …]
|
| /dports/math/R-cran-prodlim/prodlim/man/ |
| H A D | row.match.Rd | 2 % Please edit documentation in R/row.match.R
3 \name{row.match}
4 \alias{row.match}
7 row.match(x, table, nomatch = NA)
15 \item{nomatch}{the value to be returned in the case when no match is found.
19 A vector of the same length as 'x'.
22 Function for finding matching rows between two matrices or data.frames.
25 returns a vector with the row numbers of (first) matches of its first
32 row.match(x,tab)
34 row.match(x,tab)
[all …]
|
| /dports/net-im/biboumi/biboumi-9.0/external/src/catch/docs/ |
| H A D | matchers.md | 10 Matchers are introduced with the `REQUIRE_THAT` or `CHECK_THAT` macros, which take two arguments.
11 The first argument is the thing (object or value) under test. The second part is a match _expressio…
42 …match a literal (sub)string against a result, while `Matches` takes and matches an ECMAScript rege…
48 …vector matchers are `Contains`, `VectorContains` and `Equals`. `VectorContains` looks for a single…
51 …(https://en.wikipedia.org/wiki/Unit_in_the_last_place)-based comparison of two floating point numb…
59 You need to provide two things:
62 override two methods: `match()` and `describe()`.
76 virtual bool match( int const& i ) const override {
|
| /dports/net-im/telegram-desktop/tdesktop-3.2.5-full/Telegram/ThirdParty/Catch/docs/ |
| H A D | matchers.md | 9 Matchers are introduced with the `REQUIRE_THAT` or `CHECK_THAT` macros, which take two arguments.
10 The first argument is the thing (object or value) under test. The second part is a match _expressio…
38 Currently Catch has some string matchers and some vector matchers. They are in the `Catch::Matchers…
40 …vector matchers are `Contains`, `VectorContains` and `Equals`. `VectorContains` looks for a single…
46 You need to provide two things:
49 override two methods: `match()` and `describe()`.
63 virtual bool match( int const& i ) const override {
|