Searched refs:node1 (Results 1 - 4 of 4) sorted by relevance
| /gem5/src/sim/power/ |
| H A D | ThermalModel.py | 119 for cap, node1, node2 in self._capacitors:
120 cap.getCCObject().setNodes(node1.getCCObject(), node2.getCCObject())
123 for res, node1, node2 in self._resistors:
124 res.getCCObject().setNodes(node1.getCCObject(), node2.getCCObject())
130 def addCapacitor(self, cap, node1, node2):
132 self._capacitors.append( (cap, node1, node2) )
134 self.addNodes(node1,node2)
136 def addResistor(self, res, node1, node2):
138 self._resistors.append( (res, node1, node2) )
140 self.addNodes(node1,node
[all...] |
| H A D | thermal_model.cc | 88 : SimObject(p), _resistance(p->resistance), node1(NULL), node2(NULL)
117 if (n != node1 && n != node2)
120 if (node1->isref)
121 eq[eq.cnt()] += -node1->temp / _resistance;
123 eq[node1->id] += -1.0f / _resistance;
130 // We've assumed n was node1, reverse if necessary
141 : SimObject(p), _capacitance(p->capacitance), node1(NULL), node2(NULL)
171 if (n != node1 && n != node2)
174 eq[eq.cnt()] += _capacitance / step * (node1->temp - node2->temp);
176 if (node1
[all...] |
| H A D | thermal_model.hh | 71 node1 = n1;
82 ThermalNode * node1, * node2; member in class:ThermalResistor
103 node1 = n1;
111 ThermalNode * node1, * node2; member in class:ThermalCapacitor
|
| /gem5/src/base/ |
| H A D | trie.test.cc | 116 TrieType::Handle node1, node2; local
120 node1 = trie.insert(0x0123456700000000, 40, ptr(2));
135 trie.remove(node1);
|
Completed in 7 milliseconds