#include <MucIdTransform.h>
Public Member Functions | |
| int | GetBoxId (int part, int segment, int layer) |
| int | GetBoxId (int part, int segment, int layer) |
| int | GetId () |
| int | GetId () |
| int | GetLayer () |
| int | GetLayer () |
| int | GetPart () |
| int | GetPart () |
| int | GetSegment () |
| int | GetSegment () |
| int | GetStrip () |
| int | GetStrip () |
| int | GetStripId (int part, int segment, int layer, int subid) |
| int | GetStripId (int part, int segment, int layer, int subid) |
| int | GetStripMax (int part, int segment, int layer) |
| int | GetStripMax (int part, int segment, int layer) |
| MucIdTransform () | |
| MucIdTransform () | |
| void | Print (int) |
| void | Print (int) |
| bool | SetBoxPos (int boxid, int *part, int *segment, int *layer) |
| bool | SetBoxPos (int boxid, int *part, int *segment, int *layer) |
| bool | SetStripPos (int stripid, int *part, int *segment, int *layer, int *subid) |
| bool | SetStripPos (int stripid, int *part, int *segment, int *layer, int *subid) |
| ~MucIdTransform () | |
| ~MucIdTransform () | |
Private Attributes | |
| int | m_Id |
| int | m_Layer |
| int | m_Part |
| int | m_Segment |
| int | m_Strip |
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00020 {
00021 m_Id = 0;
00022 m_Part = 0;
00023 m_Segment = 0;
00024 m_Layer = 0;
00025 m_Strip = 0;
00026 }
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00029 { ; }
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00053 {
00054 int boxId = 0;
00055 for(int i=0; i<part; i++) {
00056 boxId += BOX_PER_PART[i];
00057 }
00058
00059 if( segment == 0 )
00060 boxId += layer;
00061 else
00062 boxId += ( segment * BOX_PER_SEG[part] + layer );
00063
00064 return boxId;
00065 }
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00032 { return m_Id; }
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00035 { return m_Layer; }
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00033 { return m_Part; }
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00034 { return m_Segment; }
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00036 { return m_Strip; }
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00069 {
00070 int strId = 0;
00071 int boxId = 0;
00072
00073 boxId = GetBoxId( part, segment, layer );
00074
00075 if( part == EEID )
00076 {
00077 strId = boxId*E_STR_NUM + strSubId;
00078 }
00079 else if( part == BRID )
00080 {
00081 strId = STR_PER_PART[0];
00082
00083 if( segment > B_TOP )
00084 strId += segment * B_STR_PER_SEG[0] + E_STR_NUM;
00085 else
00086 strId += segment * B_STR_PER_SEG[0];
00087
00088 strId += ((1+layer)/2) * B_ZSTR_NUM;
00089 strId += (layer/2) * ( (segment == B_TOP)?B_TOPSTR_NUM:B_PHISTR_NUM );
00090
00091 strId += strSubId;
00092 }
00093 else
00094 {
00095 strId = STR_PER_PART[0] + STR_PER_PART[1];
00096 strId += (boxId - BOX_SUM[1])*E_STR_NUM + strSubId;
00097 }
00098
00099 return strId;
00100 }
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00040 {
00041 int max = 0;
00042
00043 if( part != BRID ) max = E_STR_NUM;
00044 else if( (layer+1)%2 == 1 ) max = B_ZSTR_NUM;
00045 else if( segment == B_TOP ) max = B_TOPSTR_NUM;
00046 else max = B_PHISTR_NUM;
00047
00048 return max;
00049 }
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00205 {
00206 if( mode == 0 ) // position to id
00207 {
00208 cout << "prt: " << m_Part
00209 << "\tseg: " << m_Segment
00210 << "\tlay: " << m_Layer
00211 << "\tstr: " << m_Strip
00212 << "\tid: " << m_Id << endl;
00213 }
00214 else // id to position
00215 {
00216 cout << "id: " << m_Id
00217 << "\tprt: " << m_Part
00218 << "\tseg: " << m_Segment
00219 << "\tlay: " << m_Layer
00220 << "\tstr: " << m_Strip << endl;
00221 }
00222 }
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00104 {
00105
00106 if( (boxId < 0) || (boxId > BOX_MAX-1) )
00107 {
00108 *part = 0;
00109 *segment = 0;
00110 *layer = 0;
00111 cout << "box id out range:\t" << boxId << "!" << endl;
00112 return false;
00113 }
00114
00115 // get part
00116 if( boxId < BOX_SUM[0] ) { *part = 0; }
00117 else if( boxId < BOX_SUM[1] ) { *part = 1; boxId -= BOX_SUM[0]; }
00118 else { *part = 2; boxId -= BOX_SUM[1]; }
00119
00120 // get segment and layer
00121 if( *part == BRID )
00122 {
00123 *segment = boxId / B_LAY_NUM;
00124 *layer = boxId % B_LAY_NUM;
00125 }
00126 else
00127 {
00128 *segment = boxId / E_LAY_NUM;
00129 *layer = boxId % E_LAY_NUM;
00130 }
00131
00132 return true;
00133 }
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00137 {
00138 if( (stripId < 0) || (stripId > STRIP_MAX-1) )
00139 {
00140 *part = 0;
00141 *segment = 0;
00142 *layer = 0;
00143 *strSubId = 0;
00144 cout << "strip id out range:\t" << stripId << "!" << endl;
00145 return false;
00146 }
00147
00148 // get part
00149 if( stripId < STR_SUM[0] ) { *part = 0; }
00150 else if ( stripId < STR_SUM[1] ) { *part = 1; stripId -= STR_SUM[0]; }
00151 else { *part = 2; stripId -= STR_SUM[1]; }
00152
00153 // get segment and layer
00154 if( *part == BRID )
00155 {
00156 int temp = 0;
00157 if ( stripId >= 2*B_STR_PER_SEG[0] && stripId < 2*B_STR_PER_SEG[0] + B_STR_PER_SEG[1] )
00158 {
00159 // get segment
00160 *segment = B_TOP;
00161
00162 stripId -= 2*B_STR_PER_SEG[0];
00163 temp = stripId % ( B_ZSTR_NUM + B_TOPSTR_NUM );
00164
00165 // get layer
00166 if( temp < B_ZSTR_NUM ) *layer = 2*( stripId / ( B_ZSTR_NUM + B_TOPSTR_NUM ) );
00167 else *layer = 2*( stripId / ( B_ZSTR_NUM + B_TOPSTR_NUM ) ) + 1;
00168
00169 // get strip
00170 if( temp < B_ZSTR_NUM ) *strSubId = temp;
00171 else *strSubId = temp - B_ZSTR_NUM;
00172
00173 } // top segment
00174 else
00175 {
00176 if (stripId >= 2*B_STR_PER_SEG[0] + B_STR_PER_SEG[1] ) stripId -= E_STR_NUM;
00177
00178 // get segment
00179 *segment = stripId / B_STR_PER_SEG[0];
00180
00181 stripId %= B_STR_PER_SEG[0];
00182 temp = stripId % ( B_ZSTR_NUM + B_PHISTR_NUM );
00183
00184 // get layer
00185 if( temp < B_ZSTR_NUM ) *layer = 2*( stripId / ( B_ZSTR_NUM + B_PHISTR_NUM ) );
00186 else *layer = 2*( stripId / ( B_ZSTR_NUM + B_PHISTR_NUM ) ) + 1;
00187
00188 // get strip
00189 if( temp < B_ZSTR_NUM ) *strSubId = temp;
00190 else *strSubId = temp - B_ZSTR_NUM;
00191 }
00192 } // barrel
00193 else
00194 {
00195 *strSubId = stripId % E_STR_NUM;
00196 *layer = ( stripId / E_STR_NUM ) % E_LAY_NUM ;
00197 *segment = ( stripId / E_STR_NUM ) / E_LAY_NUM ;
00198 }
00199
00200 return true;
00201 }
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1.3.9.1