Annotation of /trunk/gadget/conversionindex.h

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1 :	agomez	1	#ifndef conversionindex_h
2 :			#define conversionindex_h
3 :
4 :			#include "doublevector.h"
5 :			#include "intvector.h"
6 :			#include "lengthgroup.h"
7 :	ulcessvp	2	#include "matrix.h"
8 :	agomez	1
9 :			/**
10 :			* \class ConversionIndex
11 :			* \brief This is the class used to convert information from one LengthGroupDivision length structure to a second LengthGroupDivision length structure
12 :			*/
13 :			class ConversionIndex {
14 :			public:
15 :			/**
16 :			* \brief This is the ConversionIndex constructor
17 :			* \param L1 is the first LengthGroupDivision
18 :			* \param L2 is the second LengthGroupDivision
19 :			* \param interp is the flag to denote whether the ConversionIndex will be used to interpolate between the 2 LengthGroupDivision objects (default value 0)
20 :			*/
21 :			ConversionIndex(const LengthGroupDivision* const L1,
22 :			const LengthGroupDivision* const L2, int interp = 0);
23 :			/**
24 :			* \brief This is the default ConversionIndex destructor
25 :			*/
26 :			~ConversionIndex() {};
27 :			/**
28 :			* \brief This function will return the flag denoting whether an error has occured or not
29 :			* \return error
30 :			*/
31 :			int Error() const { return error; }
32 :			/**
33 :			* \brief This function will return the minimum length group that is contained in both LengthGroupDivision objects
34 :			* \return minlength
35 :			*/
36 :			int minLength() const { return minlength; };
37 :			/**
38 :			* \brief This function will return the maximum length group that is contained in both LengthGroupDivision objects
39 :			* \return maxlength
40 :			*/
41 :			int maxLength() const { return maxlength; };
42 :			/**
43 :			* \brief This function will return the flag denoting whether the 2 LengthGroupDivision objects have the same length group structure or not
44 :			* \return samedl
45 :			*/
46 :			int isSameDl() const { return samedl; };
47 :			/**
48 :			* \brief This function will return the offset that specifies the different starting points for 2 LengthGroupDivision objects that have the same length group structure
49 :			* \return offset
50 :			*/
51 :			int getOffset() const { return offset; };
52 :			/**
53 :			* \brief This function will return the flag denoting whether the target LengthGroupDivision object has a finer length group structure or not
54 :			* \return isfiner
55 :			*/
56 :			int isFiner() const { return isfiner; };
57 :			/**
58 :			* \brief This function will return the index in the coarser length group for an entry in the finer length group
59 :			* \param i is the index in the finer length group
60 :			* \return pos for finer length group i
61 :			*/
62 :			int getPos(int i) const { return pos[i]; };
63 :			/**
64 :			* \brief This function will return the number of finer length groups in the coarser length group for an entry in the finer length group
65 :			* \param i is the index in the finer length group
66 :			* \return numpos for finer length group i
67 :			*/
68 :			int getNumPos(int i) const { return numpos[i]; };
69 :			/**
70 :			* \brief This function will return the minimum index in the finer length group for an entry in the coarser length group
71 :			* \param i is the index in the coarser length group
72 :			* \return minpos for coarser length group i
73 :			*/
74 :			int minPos(int i) const { return minpos[i]; };
75 :			/**
76 :			* \brief This function will return the maximum index in the finer length group for an entry in the coarser length group
77 :			* \param i is the index in the coarser length group
78 :			* \return maxpos for coarser length group i
79 :			*/
80 :			int maxPos(int i) const { return maxpos[i]; };
81 :			/**
82 :			* \brief This function will interpolate values defined for a coarser length division onto a finer length division
83 :			* \param Vf is the DoubleVector that will contain the finer values after the interpolation
84 :			* \param Vc is the DoubleVector of the coarser values to interpolate from
85 :			*/
86 :			void interpolateLengths(DoubleVector& Vf, const DoubleVector& Vc);
87 :	ulcessvp	2	void interpolateLengths(DoubleVector& Vf, const double* Vc, int size);
88 :	agomez	1	protected:
89 :			/**
90 :			* \brief This is the flag to denote whether an error has occured or not
91 :			*/
92 :			int error;
93 :			/**
94 :			* \brief This is the flag to denote whether the 2 LengthGroupDivision objects have the same length group structure
95 :			*/
96 :			int samedl;
97 :			/**
98 :			* \brief This is the difference in the minimum lengths if the 2 LengthGroupDivision objects have the same length group structure
99 :			*/
100 :			int offset;
101 :			/**
102 :			* \brief This is the flag to denote whether the target (L2) LengthGroupDivision object has a finer or coarser length group structure
103 :			*/
104 :			int isfiner;
105 :			/**
106 :			* \brief This is the minimum length group that is contained in both LengthGroupDivision objects
107 :			*/
108 :			int minlength;
109 :			/**
110 :			* \brief This is the maximum length group that is contained in both LengthGroupDivision objects
111 :			*/
112 :			int maxlength;
113 :			/**
114 :			* \brief This is the flag to denote whether the ConversionIndex will be used to interpolate between the 2 LengthGroupDivision objects
115 :			*/
116 :			int interpolate;
117 :			/**
118 :			* \brief This is the IntVector of the indices used to convert between the length groups
119 :			* \note This vector is resized to be the same length as the finer LengthGroupDivision object
120 :			*/
121 :			IntVector pos;
122 :			/**
123 :			* \brief This is the IntVector of the number of finer length groups in each coarser length group
124 :			* \note This vector is resized to be the same length as the finer LengthGroupDivision object and is only used if the isfiner flag has been set
125 :			*/
126 :			IntVector numpos;
127 :			/**
128 :			* \brief This is the IntVector of minimum index in the finer length group for each coarser length group
129 :			* \note This vector is resized to be the same length as the coarser LengthGroupDivision object
130 :			*/
131 :			IntVector minpos;
132 :			/**
133 :			* \brief This is the IntVector of maximum index in the finer length group for each coarser length group
134 :			* \note This vector is resized to be the same length as the coarser LengthGroupDivision object
135 :			*/
136 :			IntVector maxpos;
137 :			/**
138 :			* \brief This is the DoubleVector of the ratios used when interpolating between the length groups
139 :			* \note This vector is resized to be the same length as the finer LengthGroupDivision object and is only used if the interpolate flag has been set
140 :			*/
141 :			DoubleVector iratio;
142 :			/**
143 :			* \brief This is the IntVector of the indices used when interpolating between the length groups
144 :			* \note This vector is resized to be the same length as the finer LengthGroupDivision object and is only used if the interpolate flag has been set
145 :			*/
146 :			IntVector ipos;
147 :			};
148 :
149 :			#endif

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