| /dports/math/polymake/polymake-4.5/apps/topaz/src/ |
| H A D | product.cc | 84 const Array<Set<Int>> C2 = p_in2.give("FACETS"); in combinatorial_simplicial_product_impl()
86 const Int n_vert2 = p_in2.give("N_VERTICES"); in combinatorial_simplicial_product_impl()
107 const bool is_foldable = p_in2.give("FOLDABLE"); in combinatorial_simplicial_product_impl()
110 const Array<Int> coloring = p_in2.give("COLORING"); in combinatorial_simplicial_product_impl()
144 …p_out.set_description() << "Simplicial product of " << p_in1.name() << " and " << p_in2.name() << … in combinatorial_simplicial_product_impl()
149 const Array<std::string> L2 = p_in2.give("VERTEX_LABELS"); in combinatorial_simplicial_product_impl()
161 BigObject combinatorial_simplicial_product (BigObject p_in1, BigObject p_in2, OptionSet options) in combinatorial_simplicial_product() argument
165 combinatorial_simplicial_product_impl(p_in1, p_in2, p_out, order1, order2, options); in combinatorial_simplicial_product()
170 BigObject simplicial_product(BigObject p_in1, BigObject p_in2, OptionSet options) in simplicial_product() argument
178 combinatorial_simplicial_product_impl(p_in1, p_in2, p_out, order1, order2, options); in simplicial_product()
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| H A D | connected_sum.cc | 23 BigObject connected_sum_complex(BigObject p_in1, BigObject p_in2, const Int f1, const Int f2, Optio… in connected_sum_complex() argument
30 const Array<Set<Int>> C2 = p_in2.give("FACETS"); in connected_sum_complex()
32 if (!no_labels) p_in2.give("VERTEX_LABELS") >> L2; in connected_sum_complex()
76 << ",\nand " << p_in2.name() << ", using facet " << f2 << "." << endl in connected_sum_complex()
77 … << "The vertices of facet " << f2 << " of " << p_in2.name() << " are permuted " << P << "."<<endl; in connected_sum_complex()
80 << ",\nand " << p_in2.name() << ", using facet " << f2 << "." << endl; in connected_sum_complex()
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| H A D | join_complexes.cc | 23 BigObject join_complexes(BigObject p_in1,BigObject p_in2,OptionSet options) in join_complexes() argument
29 const Array<Set<Int>> C2 = p_in2.give("FACETS"); in join_complexes()
42 p_out.set_description()<<"Join of " << p_in1.name() << " and " << p_in2.name() << "."<<endl; in join_complexes()
47 const Array<std::string> L2 = p_in2.give("VERTEX_LABELS"); in join_complexes()
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| H A D | bistellar.cc | 340 bool pl_homeomorphic(BigObject p_in1, BigObject p_in2, OptionSet options) in pl_homeomorphic() argument
342 return bistellar(p_in1,p_in2,options,1); in pl_homeomorphic()
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| /dports/math/polymake/polymake-4.5/apps/polytope/src/ |
| H A D | mapping_polytope.cc | 42 BigObject mapping_polytope(BigObject p_in1, BigObject p_in2, OptionSet options) in mapping_polytope() argument
44 const bool bounded=p_in1.give("BOUNDED") && p_in2.give("BOUNDED"); in mapping_polytope()
48 q = p_in2.give("CONE_DIM"), in mapping_polytope()
50 q2 = p_in2.give("CONE_AMBIENT_DIM"); in mapping_polytope()
55 H = p_in2.give("FACETS"); in mapping_polytope()
61 …p_out.set_description() << "Mapping polytope of " << p_in1.name() << " and " << p_in2.name() << en… in mapping_polytope()
84 const std::vector<std::string> facet_labels = common::read_labels(p_in2, "FACET_LABELS", m); in mapping_polytope()
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| H A D | product.cc | 100 BigObject product(BigObject p_in1, BigObject p_in2, OptionSet options) in product() argument
116 p_in2.give("FAR_FACE") >> rays2; in product()
125 VIF2=p_in2.give("VERTICES_IN_FACETS"); in product()
158 if (noc && p_in1.exists("COMBINATORIAL_DIM") && p_in2.exists("COMBINATORIAL_DIM")) { in product()
160 dim2 = p_in2.give("COMBINATORIAL_DIM"); in product()
167 const bool pointed=p_in1.give("POINTED") && p_in2.give("POINTED"); in product()
173 V2=p_in2.give_with_property_name("VERTICES | POINTS", given2); in product()
184 F2=p_in2.give_with_property_name("FACETS | INEQUALITIES", given2); in product()
191 H2=p_in2.give("AFFINE_HULL | EQUATIONS"); in product()
206 p_in2.lookup("GROUP.VERTICES_ACTION.GENERATORS") >> gens2) { in product()
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| H A D | blending.cc | 27 BigObject blending(BigObject p_in1, const Int vertex1, BigObject p_in2, const Int vertex2, OptionSe… in blending() argument
30 dim2 = p_in2.give("COMBINATORIAL_DIM"); in blending()
35 VIF2 = p_in2.give("VERTICES_IN_FACETS"); in blending()
45 G2=p_in2.give("GRAPH.ADJACENCY"); in blending()
75 … "Blending of " << p_in1.name() << " at vertex " << vertex1 << " and " << p_in2.name() << " at ver… in blending()
106 … const std::vector<std::string> labels2 = common::read_labels(p_in2, "VERTEX_LABELS", n_vertices2); in blending()
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| H A D | tensor.cc | 24 BigObject tensor(BigObject p_in1, BigObject p_in2)
27 bounded2=p_in2.give("BOUNDED");
32 V2=p_in2.give("VERTICES | POINTS");
47 …p_out.set_description() << "Tensor-product of " << p_in1.name() << " and " << p_in2.name() << endl…
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| H A D | wreath.cc | 75 BigObject wreath(BigObject p_in1, BigObject p_in2, OptionSet options) in wreath() argument
85 const bool bounded2=p_in2.give("BOUNDED"), in wreath()
86 centered2 = p_in2.give("CENTERED"); in wreath()
94 M2=p_in2.give(coord_section); in wreath()
107 const std::vector<std::string> labels2 = common::read_labels(p_in2, labels_section, n_rows2); in wreath()
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| H A D | cayley_embedding.cc | 24 BigObject cayley_embedding(const BigObject& p_in1, const BigObject& p_in2, in cayley_embedding() argument
28 const Array<BigObject> p_array{ p_in1, p_in2 }; in cayley_embedding()
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| /dports/cad/ghdl/ghdl-1.0.0/testsuite/vests/vhdl-ams/ashenden/compliant/AMS_CS1_Mixed_Sig/ |
| H A D | tb_2in_switch.vhd | 29 terminal p_in1, p_in2, p_out : electrical;
49 pos => p_in2,
70 p_in2 => p_in2,
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| H A D | switch_dig_2in.vhd | 25 terminal p_in1, p_in2, p_out : electrical ); -- Analog output port
40 quantity v2 across i2 through p_in2 to p_out; -- V & I for in2 to out
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| H A D | tb_CS1.vhd | 38 TERMINAL p_in1, p_in2, p_out : ELECTRICAL); -- Analog output port
48 QUANTITY v2 ACROSS i2 THROUGH p_in2 TO p_out; -- V & I for in2 to out
994 p_in2 => ch2_in
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| /dports/graphics/photoflow/PhotoFlow-8472024f/src/operations/ |
| H A D | hotpixels.hh | 176 PF::raw_pixel_t *p_in2 = NULL; in render() local
183 p_in2 = (PF::raw_pixel_t*)VIPS_REGION_ADDR( ireg[in_first], r->left-2, r->top + row + 2); in render()
188 PF::RawMatrixRow in2( p_in2 ); in render()
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| /dports/lang/v8/v8-9.6.180.12/src/bigint/ |
| H A D | fromstring.cc | 109 digit_t p_in2 = parts[i + 1]; in FromStringLarge() local
116 new_parts[i] = digit_add2(p_low, p_in2, &carry); in FromStringLarge()
154 Digits p_in2(parts, start + part_len, part_len); in FromStringLarge() local
162 digit_t overflow = AddAndReturnOverflow(p_out, p_in2); in FromStringLarge()
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| /dports/math/polymake/polymake-4.5/apps/fan/src/ |
| H A D | mixed_subdivision.cc | 91 BigObject mixed_subdivision(const BigObject& p_in1, const BigObject& p_in2, in mixed_subdivision() argument
96 const Array<BigObject> p_array{ p_in1, p_in2 }; in mixed_subdivision()
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| /dports/databases/py-sqlparse/sqlparse-0.4.2/tests/files/ |
| H A D | function.sql | 3 , p_in2 INTEGER
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| /dports/cad/ghdl/ghdl-1.0.0/testsuite/vests/vhdl-ams/ashenden/compliant/AMS_CS5_RC_Airplane/ |
| H A D | tb_CS5_CC_Rudder.vhd | 604 TERMINAL p_in1, p_in2, p_out : ELECTRICAL); -- Analog output port
618 QUANTITY v2 ACROSS i2 THROUGH p_in2 TO p_out; -- V & I for in2 to out
1647 p_in2 => ch2_in
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| H A D | tb_CS5_HCL.vhd | 767 TERMINAL p_in1, p_in2, p_out : ELECTRICAL); -- Analog output port
781 QUANTITY v2 ACROSS i2 THROUGH p_in2 TO p_out; -- V & I for in2 to out
1810 p_in2 => ch2_in
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