Microflow 3D  v1.0
AutoSettingNode.h
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1 // ==============================================================================================
2 // Microflow 3D, http://www.microflow.pwr.edu.pl/
3 // Created by Roman Szafran on 01.05.19.
4 // Copyright (c) 2019 Wroclaw University of Science and Technology.
5 // Distributed under the Apache License, Version 2.0. You may obtain a copy of the License at
6 // http://www.apache.org/licenses/LICENSE-2.0 or see accompanying file license.txt.
7 // Redistributions of source code must retain the above copyright and license notice.
8 // ==============================================================================================
9 
10 #pragma once
11 
12 // OpenVDB
13 #include <openvdb/openvdb.h>
14 
15 #include <memory>
16 #include <cstdint>
17 
18 #include "ConfigData.h"
19 #include "LatticeParametersD3Q19.h"
20 #include "PropagationD3Q19.h"
21 #include "GeometryBuilder/NodeID.h"
22 
23 namespace MF {
24  namespace GB {
25 
27  class AutoSettingNode {
28 
29  public:
30  AutoSettingNode(const std::shared_ptr<MF::Database::ConfigData> & ConfigData_Ptr, const openvdb::Int64Grid::Ptr & GeometryGrid_Ptr,
31  const std::shared_ptr<MF::GU::LatticeParametersD3Q19> & LatticeParameters_Ptr, const openvdb::Int32Grid::Ptr & PropagationGrid_Ptr) :
32  m_ConfigData_Ptr(ConfigData_Ptr),
33  m_GeometryGrid_Ptr(GeometryGrid_Ptr),
34  m_LatticeParameters_Ptr(LatticeParameters_Ptr),
35  m_PropagationGrid_Ptr(PropagationGrid_Ptr)
36  {};
37 
38  ~AutoSettingNode() = default;
39 
40  static std::shared_ptr<MF::GB::AutoSettingNode> New(const std::shared_ptr<MF::Database::ConfigData> & ConfigData_Ptr,
41  const openvdb::Int64Grid::Ptr & GeometryGrid_Ptr,
42  const std::shared_ptr<MF::GU::LatticeParametersD3Q19> & LatticeParameters_Ptr,
43  const openvdb::Int32Grid::Ptr & PropagationGrid_Ptr) {
44  auto AutoSettingNode_Ptr = std::make_shared<MF::GB::AutoSettingNode>(ConfigData_Ptr, GeometryGrid_Ptr, LatticeParameters_Ptr, PropagationGrid_Ptr);
45  return AutoSettingNode_Ptr;
46  };
47  // Functions work only with grids of type openvdb::Int32Grid
48  void DefaultTypeSet();
49  void NodeTypeClass();
50  void BoundaryFind();
51 
52  private:
53 
54  std::shared_ptr<MF::Database::ConfigData> m_ConfigData_Ptr;
55  openvdb::Int64Grid::Ptr m_GeometryGrid_Ptr;
56  std::shared_ptr<MF::GU::LatticeParametersD3Q19> m_LatticeParameters_Ptr;
57  openvdb::Int32Grid::Ptr m_PropagationGrid_Ptr;
58 
59  int32_t BN = m_ConfigData_Ptr->getCaseIntParam("DefaultBoundaryCondition.DefaultWallNode_BN");
60  int32_t NN = m_ConfigData_Ptr->getCaseIntParam("DefaultBoundaryCondition.DefaultNode_NN");
61 
62  static unsigned char ExternalNodeNormal(int32_t nodePropagation);
63 
64  // Returns true only for exact boundary type nodes.
65 
66  static inline bool isOnWall_N(int32_t nodePropagationValue) { return nodePropagationValue == 126254715;};
67 
68  static inline bool isOnWall_S(int32_t nodePropagationValue) { return nodePropagationValue == 7993839; };
69 
70  static inline bool isOnWall_W(int32_t nodePropagationValue) { return nodePropagationValue == 53976311; };
71 
72  static inline bool isOnWall_E(int32_t nodePropagationValue) { return nodePropagationValue == 80733053; };
73 
74  static inline bool isOnWall_T(int32_t nodePropagationValue) { return nodePropagationValue == 26949599; };
75 
76  static inline bool isOnWall_B(int32_t nodePropagationValue) { return nodePropagationValue == 107270079; };
77 
78  // Returns true for nodes that lie on external walls/edges/corners.
79 
80  static bool Wall_N(int32_t nodePropagationValue) { return ((~nodePropagationValue & 127) & ~123) > 0;};
81 
82  static bool Wall_S(int32_t nodePropagationValue) { return ((~nodePropagationValue & 127) & ~111) > 0;};
83 
84  static bool Wall_W(int32_t nodePropagationValue) { return ((~nodePropagationValue & 127) & ~119) > 0;};
85 
86  static bool Wall_E(int32_t nodePropagationValue) { return ((~nodePropagationValue & 127) & ~125) > 0;};
87 
88  static bool Wall_T(int32_t nodePropagationValue) { return ((~nodePropagationValue & 127) & ~95) > 0;};
89 
90  static bool Wall_B(int32_t nodePropagationValue) { return ((~nodePropagationValue & 127) & ~63) > 0;};
91 
92  static bool isInCorner_NET(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_E(nodePropagationValue) && Wall_T(nodePropagationValue));};
93 
94  static bool isInCorner_NWT(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_W(nodePropagationValue) && Wall_T(nodePropagationValue));};
95 
96  static bool isInCorner_NEB(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_E(nodePropagationValue) && Wall_B(nodePropagationValue));};
97 
98  static bool isInCorner_NWB(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_W(nodePropagationValue) && Wall_B(nodePropagationValue));};
99 
100  static bool isInCorner_SET(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_E(nodePropagationValue) && Wall_T(nodePropagationValue));};
101 
102  static bool isInCorner_SWT(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_W(nodePropagationValue) && Wall_T(nodePropagationValue));};
103 
104  static bool isInCorner_SEB(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_E(nodePropagationValue) && Wall_B(nodePropagationValue));};
105 
106  static bool isInCorner_SWB(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_W(nodePropagationValue) && Wall_B(nodePropagationValue));};
107 
108  static bool isOnEdge_NW(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_W(nodePropagationValue));};
109 
110  static bool isOnEdge_NE(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_E(nodePropagationValue));};
111 
112  static bool isOnEdge_NT(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_T(nodePropagationValue));};
113 
114  static bool isOnEdge_NB(int32_t nodePropagationValue) { return (Wall_N(nodePropagationValue) && Wall_B(nodePropagationValue));};
115 
116  static bool isOnEdge_SW(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_W(nodePropagationValue));};
117 
118  static bool isOnEdge_SE(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_E(nodePropagationValue));};
119 
120  static bool isOnEdge_ST(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_T(nodePropagationValue));};
121 
122  static bool isOnEdge_SB(int32_t nodePropagationValue) { return (Wall_S(nodePropagationValue) && Wall_B(nodePropagationValue));};
123 
124  static bool isOnEdge_WT(int32_t nodePropagationValue) { return (Wall_W(nodePropagationValue) && Wall_T(nodePropagationValue));};
125 
126  static bool isOnEdge_WB(int32_t nodePropagationValue) { return (Wall_W(nodePropagationValue) && Wall_B(nodePropagationValue));};
127 
128  static bool isOnEdge_ET(int32_t nodePropagationValue) { return (Wall_E(nodePropagationValue) && Wall_T(nodePropagationValue));};
129 
130  static bool isOnEdge_EB(int32_t nodePropagationValue) { return (Wall_E(nodePropagationValue) && Wall_B(nodePropagationValue));};
131 
132  };
133 
134  } /* namespace GB */
135 } /* namespase MF */
136 
MF::GB::AutoSettingNode::BoundaryFind
void BoundaryFind()
Finds geometry boundary nodes and set its value to 3.
Definition: AutoSettingNode.cpp:324
MF::GB::AutoSettingNode
A class of methods that automatically classify nodes of any geometry.
Definition: AutoSettingNode.h:27
MF::GB::AutoSettingNode::DefaultTypeSet
void DefaultTypeSet()
Sets default node types on walls, edges and corners of geometry that are automatically detected and w...
Definition: AutoSettingNode.cpp:13
MF::GB::AutoSettingNode::New
static std::shared_ptr< MF::GB::AutoSettingNode > New(const std::shared_ptr< MF::Database::ConfigData > &ConfigData_Ptr, const openvdb::Int64Grid::Ptr &GeometryGrid_Ptr, const std::shared_ptr< MF::GU::LatticeParametersD3Q19 > &LatticeParameters_Ptr, const openvdb::Int32Grid::Ptr &PropagationGrid_Ptr)
Definition: AutoSettingNode.h:40
MF::GB::AutoSettingNode::NodeTypeClass
void NodeTypeClass()
Classifies primary node types (e.g 20,30,40) into subtypes 21,22,23... for North/South/Est/West/Top/B...
Definition: AutoSettingNode.cpp:70
MF::GB::AutoSettingNode::AutoSettingNode
AutoSettingNode(const std::shared_ptr< MF::Database::ConfigData > &ConfigData_Ptr, const openvdb::Int64Grid::Ptr &GeometryGrid_Ptr, const std::shared_ptr< MF::GU::LatticeParametersD3Q19 > &LatticeParameters_Ptr, const openvdb::Int32Grid::Ptr &PropagationGrid_Ptr)
Definition: AutoSettingNode.h:30