/dports/finance/odoo/odoo-19d77c2a03335eb95a686bd69a1b56b38e87d609/odoo/addons/stock_landed_costs/tests/ |
H A D | test_stock_landed_costs.py | 131 if valuation.cost_line_id.name == 'equal split': 132 self.assertEqual(valuation.additional_landed_cost, 5) 133 … elif valuation.cost_line_id.name == 'split by quantity' and valuation.move_id.name == "move 1": 134 self.assertEqual(valuation.additional_landed_cost, 50) 135 … elif valuation.cost_line_id.name == 'split by quantity' and valuation.move_id.name == "move 2": 137 … elif valuation.cost_line_id.name == 'split by weight' and valuation.move_id.name == "move 1": 138 self.assertEqual(valuation.additional_landed_cost, 50) 139 … elif valuation.cost_line_id.name == 'split by weight' and valuation.move_id.name == "move 2": 141 … elif valuation.cost_line_id.name == 'split by volume' and valuation.move_id.name == "move 1": 142 self.assertEqual(valuation.additional_landed_cost, 5) [all …]
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/dports/math/pari/pari-2.13.3/src/test/in/ |
H A D | valuation | 7 v = iferr(valuation(a[i],b[j]), E, "ERROR"); 13 valuation(0,1) 14 valuation(0,-1) 15 valuation(0,0) 16 valuation(0,I) 19 valuation(Mod(z^2,z^3), z) 20 valuation(y+O(y^2),x) 23 s=Mod(1,3)*(1+x); valuation((s+O(x^2)) - s,x) 27 valuation(0*x,3) == oo
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/dports/math/pari/pari-2.13.3/src/test/32/ |
H A D | valuation | 13 *** at top-level: valuation(0,1) 15 *** valuation: domain error in gvaluation: p = 1 16 *** at top-level: valuation(0,-1) 18 *** valuation: domain error in gvaluation: p = -1 19 *** at top-level: valuation(0,0) 21 *** valuation: domain error in gvaluation: p = 0 22 *** at top-level: valuation(0,I) 24 *** valuation: domain error in gvaluation: p = I
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H A D | err | 149 *** exp: domain error in exp: valuation < 0 152 *** cos: domain error in cos: valuation < 0 155 *** sin: domain error in sin: valuation < 0 158 *** tan: domain error in tan: valuation < 0 161 *** cotan: domain error in cotan: valuation < 0 164 *** atan: domain error in atan: valuation < 0 167 *** asin: domain error in asin: valuation < 0 170 *** acos: domain error in acos: valuation < 0 173 *** asinh: domain error in asinh: valuation < 0 278 *** at top-level: valuation(Pi,2) [all …]
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/dports/math/polymake/polymake-4.5/apps/matroid/src/ |
H A D | circuits_support.cc | 35 Matrix<TropicalNumber<Addition,Scalar> > valuation = vm.give("VALUATION_ON_CIRCUITS"); in circuits_supports() local 37 Array<Set<Int>> circuits(valuation.rows()); in circuits_supports() 38 for (Int r = 0; r < valuation.rows(); ++r) { in circuits_supports() 40 for (Int i = 0; i < valuation.cols(); ++i) { in circuits_supports() 41 if (TropicalNumber<Addition,Scalar>::zero() != valuation(r, i)) c += i; in circuits_supports() 47 vm.take("N_ELEMENTS") << valuation.cols(); in circuits_supports()
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H A D | valuated_bases_and_circuits.cc | 41 const Vector<TropicalNumber<Addition, Scalar>>& valuation, in parse() 50 result[i] = valuation[j]; break; in parse() 69 Vector<TropicalNumber<Addition, Scalar>> valuation = vm.give("VALUATION_ON_BASES"); in parse() 78 result.row(c) = fundamental_circuit(n, bases,valuation, b,v); in parse() 98 Matrix<TropicalNumber<Addition, Scalar>> valuation = vm.give("VALUATION_ON_CIRCUITS"); in parse() 127 Vector<TropicalNumber<Addition, Scalar>> normalized_circuit = valuation.row(c); in parse() 128 normalized_circuit *= TropicalNumber<Addition,Scalar>::one() / valuation(c,infront); in parse()
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/dports/math/pari/pari-2.13.3/src/functions/conversions/ |
H A D | valuation | 1 Function: valuation 5 Help: valuation(x,p): valuation of x with respect to p. 11 valuation is the minimum of the valuation of the coefficients. 15 valuation of a vector, complex or quadratic number is the minimum of the 24 and the valuation as a \kbd{long} integer.
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/dports/math/pari/pari-2.13.3/src/functions/number_fields/ |
H A D | nfeltval | 5 Help: nfeltval(nf,x,pr,{&y}): valuation of element x at the prime pr as output 9 \kbd{idealprimedec}, computes the valuation $v$ at \var{pr} of the 10 element $x$. The valuation of $0$ is \kbd{+oo}. 17 This particular valuation can also be obtained using 22 fixed ``anti-uniformizer'' for \var{pr}: its valuation at \var{pr} is $-1$; 23 its valuation is $0$ at other prime ideals dividing \kbd{\var{pr}.p} and 40 \tet{LONG_MAX} if $x = 0$ and the valuation as a \kbd{long} integer, 42 valuation ($y = \kbd{NULL}$).
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H A D | idealval | 5 Help: idealval(nf,x,pr): valuation at pr given in idealprimedec format of the 7 Doc: gives the valuation of the ideal $x$ at the prime ideal \var{pr} in the 9 The valuation of the $0$ ideal is \kbd{+oo}. 12 \tet{LONG_MAX} if $x = 0$ and the valuation as a \kbd{long} integer.
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H A D | nfdisc | 19 order, and whose valuation at a prime entry in \kbd{listP} is the same as the 20 valuation of the field discriminant. 26 ? padicdisc(T,p) = p^valuation(nfdisc([T,[p]]), p); 39 sign(D) * vecprod([p^valuation(D,p) | p <-P]);
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/dports/math/polymake/polymake-4.5/apps/matroid/include/ |
H A D | check_valuated_axioms.h | 40 … const Vector<TropicalNumber<Addition, Scalar>>& valuation, in find_valuation() argument 46 return valuation[b]; in find_valuation() 56 const Vector<TropicalNumber<Addition, Scalar>>& valuation, in check_valuated_basis_axioms() argument 61 if (bases.size() != valuation.dim()) { in check_valuated_basis_axioms() 81 TropicalNumber<Addition,Scalar> wbi = valuation[i]; in check_valuated_basis_axioms() 82 TropicalNumber<Addition,Scalar> wbj = valuation[j]; in check_valuated_basis_axioms() 83 TropicalNumber<Addition,Scalar> wB1 = find_valuation(bases,valuation,B1); in check_valuated_basis_axioms() 84 TropicalNumber<Addition,Scalar> wB2 = find_valuation(bases,valuation,B2); in check_valuated_basis_axioms()
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/dports/math/latte-integrale/latte-version_1_7_6/ |
H A D | .gitattributes | 267 code/latte/valuation/Driver.cpp -text 268 code/latte/valuation/Perturbation.cpp -text 269 code/latte/valuation/Perturbation.h -text 270 code/latte/valuation/PolytopeValuation.cpp -text 271 code/latte/valuation/PolytopeValuation.h -text 273 code/latte/valuation/RecursivePolytopeValuation.h -text 285 code/latte/valuation/test/testBuildPolytopes.cpp -text 289 code/latte/valuation/test/valuationTestsLib.mpl -text 290 code/latte/valuation/testLibraryExamples.cpp -text 291 code/latte/valuation/valuation.cpp -text [all …]
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H A D | ChangeLog | 535 code/latte/valuation/valuation.cpp: valuation.*, TopEhrhart.*: 557 code/latte/valuation/valuation.cpp, 599 * code/latte/valuation/valuation.cpp: valuation.cpp: I forgot to 641 code/latte/valuation/valuation.h: valuation.cpp/h: added back the 715 code/latte/valuation/valuation.cpp, 751 code/latte/valuation/valuation.cpp, 752 code/latte/valuation/valuation.h: New valuation: top-ehrhart 2730 valuation/valuation.*, valuation/Driver.cpp: removed the volume 2921 code/latte/valuation/valuation.h: valuation.*, residue.cpp, 2942 code/latte/valuation/valuation.h: Updated the valuation method. [all …]
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/dports/finance/ledger/ledger-3.2.1/test/baseline/ |
H A D | feat-value-expr.test | 1 ;; A valuation function receives three arguments: 12 ;; The valuation function should return an amount. If you've written your 24 ;; The 'value' directive sets the valuation used for all commodities used in 30 ;; You can set a specific valuation function on a per-commodity basis. 36 ;; Each account can also provide a default valuation function for any 42 ;; The metadata field "Value", if found, overrides the valuation function on a 53 ;; Lastly, you can specify the valuation function/value for any specific
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/dports/math/p5-Math-Pari/pari-2.3.5/src/functions/conversions/ |
H A D | valuation | 1 Function: valuation 5 Help: valuation(x,p): valuation of x with respect to p
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/dports/math/gap/gap-4.11.0/pkg/qpa-version-1.30/lib/ |
H A D | moduleARtheory.gi | 174 local layers, valuation, L, middleterm, i, N, j, m, 189 valuation := List([1..n], x -> []); 206 # Adding the valuation of the irreducible maps from layer 211 Add(valuation[1],[i,1,[middleterm[2][i],false]]); 212 Add(valuation[2],[1,i,[false,middleterm[2][i]]]); 243 tempval := valuation[i]{[1..Length(valuation[i])]}{[1..2]}; 245 valuation[i][s][3][1] := middleterm[2][j]; 246 … Add(valuation[i + 1],[Length(layers[i + 2]),m,[false,middleterm[2][j]]]); 266 tempval := valuation[i]{[1..Length(valuation[i])]}{[1..2]}; 268 valuation[i][s][3][1] := middleterm[2][j]; [all …]
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/dports/math/cvc4/CVC4-1.7/src/theory/ |
H A D | decision_strategy.cpp | 26 Valuation valuation) in DecisionStrategyFmf() argument 27 : d_valuation(valuation), in DecisionStrategyFmf() 128 Valuation valuation) in DecisionStrategySingleton() argument 129 : DecisionStrategyFmf(satContext, valuation), d_name(name), d_literal(lit) in DecisionStrategySingleton()
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/dports/math/pari/pari-2.13.3/src/functions/modular_forms/ |
H A D | mffrometaquo | 6 quotient matrix eta. If the valuation v at infinity is fractional, return 0. 9 with valuation 0) if flag is set. 11 If the valuation $v$ at infinity is fractional, return $0$. If the eta 14 $v < 0$, i.e., with valuation $0$) if flag is set.
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/dports/finance/odoo/odoo-19d77c2a03335eb95a686bd69a1b56b38e87d609/odoo/addons/rating/i18n/ |
H A D | fr.po | 45 msgstr "Auteur de l'évaluation" 106 msgstr "Évaluation remplie" 189 msgstr "Aucune évaluation pour l'instant" 194 msgstr "Pas encore d'évaluation" 261 msgstr "Évaluation" 268 msgstr "Moyenne d'évaluation" 278 msgstr "Évaluation de la dernière image" 283 msgstr "Dernière évaluation" 298 msgstr "évaluation de la satisfaction" 305 msgstr "Valeur de l'évaluation" [all …]
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/dports/textproc/py-nltk/nltk-3.4.1/nltk/sem/ |
H A D | chat80.py | 620 valuation = make_valuation(concepts, read=True) 623 db_out.update(valuation) 666 def label_indivs(valuation, lexicon=False): argument 677 domain = valuation.domain 686 valuation.update(pairs) 687 return valuation 820 valuation = val_load(options.indb) 847 valuation = make_valuation(concepts, read=True) 848 print(valuation)
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H A D | evaluate.py | 408 def __init__(self, domain, valuation): argument 411 self.valuation = valuation 412 if not domain.issuperset(valuation.domain): 415 % (valuation.domain, domain) 419 return "(%r, %r)" % (self.domain, self.valuation) 422 return "Domain = %s,\nValuation = \n%s" % (self.domain, self.valuation) 533 if parsed.variable.name in self.valuation.symbols: 534 return self.valuation[parsed.variable.name]
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/dports/finance/odoo/odoo-19d77c2a03335eb95a686bd69a1b56b38e87d609/odoo/addons/stock_landed_costs/models/ |
H A D | stock_landed_cost.py | 202 …if move.product_id.valuation != 'real_time' or move.product_id.cost_method not in ('fifo', 'averag… 248 for valuation in cost.valuation_adjustment_lines: 250 if valuation.cost_line_id and valuation.cost_line_id.id == line.id: 253 value = valuation.quantity * per_unit 256 value = valuation.weight * per_unit 259 value = valuation.volume * per_unit 264 value = valuation.former_cost * per_unit 274 if valuation.id not in towrite_dict: 275 towrite_dict[valuation.id] = value 277 towrite_dict[valuation.id] += value
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/dports/www/py-weboob/weboob-2.0/weboob/tools/capabilities/bank/ |
H A D | investments.py | 77 def create_french_liquidity(valuation): argument 85 liquidity.valuation = valuation
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/dports/finance/odoo/odoo-19d77c2a03335eb95a686bd69a1b56b38e87d609/odoo/addons/stock_account/i18n/ |
H A D | is.po | 135 "inventory valuation. Are you sure you want to make that change?" 191 msgid "Create a new product valuation" 208 "inventory valuation. If empty, the inventoy date will be used." 241 msgid "If there are products, you will see its name and valuation." 403 msgid "Retrieve the inventory valuation" 511 " of your product to avoid an incorrect valuation." 615 "specific valuation account set on the source location. This is the default " 626 "specific valuation account set on the source location. When not set on the " 631 "specific valuation account set on the source location. When not set on the " 639 "specific valuation account set on the destination location. This is the " [all …]
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/dports/math/polymake/polymake-4.5/apps/matroid/rules/ |
H A D | valuatedmatroid_properties.rules | 23 # Defines a valuation on each basis. Entry number i is a valuation on 30 # Defines a valuation on each circuit. Row i is a representative of 32 # valuation axioms. The representative is normalized such that the first
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