| ▼ benchmarks | |
| ▼ analysisScripts | |
| coordDensityVisualization.py | |
| densityVisualization.py | |
| figProcess.py | |
| paintPlacement.py | |
| VivadoGraphUtil.py | |
| ▼ DSE | |
| AMF-Vivado.py | |
| DSE.py | |
| ▼ helperPythonScripts | |
| delayVisualization.py | |
| removeFailurePartFromTcl.py | |
| unplaceFailureCells.py | |
| ▼ testConfig | |
| ▼ testConfigSets | |
| ▼ outputs | |
| gothroughBenchmarks.py | |
| AMF-Vivado-2020-testSet.py | |
| ▼ VCU108 | |
| ▼ preprocessPython | |
| exportDeviceLocation.py | |
| getPinOffset.py | |
| ▼ vivadoScripts | |
| checkCriticalPath.tcl | |
| checkHalfColumn.py | |
| clockCheck.tcl | |
| extractDelay.tcl | |
| extractDesignInfo.tcl | |
| extractDeviceInfo.tcl | |
| extractFixedUnits.tcl | |
| extractLUTRAMs.tcl | |
| extractNetlist.tcl | |
| extractTileSite.tcl | |
| ▼ doc | |
| pages | |
| ▼ src | |
| ▼ app | |
| ▼ AMFPlacer | |
| AMFPlacer.h | The major file describing the overall workflow of AMFPlacer (an analytical mixed-size FPGA placer) |
| main.cc | AMF-Placer Main file which directly pass the arguments to the AMFPacer workflow |
| ▼ lib | |
| ▼ HiFPlacer | |
| ▼ designInfo | |
| DesignInfo.cc | This implementation file contains APIs' implementation for a standalone design netlist |
| DesignInfo.h | This header file contains the classes of data for a standalone design netlist |
| ▼ deviceInfo | |
| DeviceInfo.cc | This implementation file contains APIs' implementation for a standalone device |
| DeviceInfo.h | This header file contains the classes of data for a standalone device |
| ▼ placement | |
| ► globalPlacement | |
| ClusterPlacer.cc | This implementation file contains APIs' implementation of the ClusterPlacer which cluster nodes in the given netlist and place the clusters on the device based on simulated-annealing as initial placement |
| ClusterPlacer.h | This header file contains the definitions of ClusterPlacer class and its internal modules and APIs which cluster nodes in the given netlist and place the clusters on the device based on simulated-annealing as initial placement |
| GeneralSpreader.cc | This implementation file contains APIs' implementation of the GeneralSpreader which accounts for the cell spreading, which controls the cell density of specific resource type, under the device constraints for specific regions |
| GeneralSpreader.h | This header file contains the definitions of GeneralSpreader class and its internal modules and APIs which account for the cell spreading, which controls the cell density of specific resource type, under the device constraints for specific regions |
| GlobalPlacer.cc | This implementation file contains APIs' implementation of the GlobalPlacer which organizes/configures other modules to handle global placement |
| GlobalPlacer.h | This header file contains the definitions of GlobalPlacer class and its internal modules and APIs which organize/configure other modules to handle global placement |
| WirelengthOptimizer.cc | This implementation file contains APIs' implementation of the WirelengthOptimizer which builds numerical models based on the element locations and calls solvers to find an optimal solution of the placement |
| WirelengthOptimizer.h | This header file contains the definitions of GlobalPlacer class and its internal modules and APIs which build numerical models based on the element locations and calls solvers to find an optimal solution of the placement |
| ► legalization | |
| CLBLegalizer.cc | This implementation file contains APIs' implementation of the CLBLegalizer which maps CLBs (each of which consists of one site) to legal location. e.g. LUTRAM, except those CLBs in CARRY8_Chain |
| CLBLegalizer.h | This header file contains the definitions of CLBLegalizer class and its internal modules and APIs which map CLBs (each of which consists of one site) to legal location. e.g. LUTRAM, except those CLBs in CARRY8_Chain |
| MacroLegalizer.cc | This implementation file contains APIs' implementation of the MacroLegalizer which maps DSP/BRAM/CARRY macros to legal location |
| MacroLegalizer.h | This header file contains the definitions of MacroLegalizer class and its internal modules and APIs which map DSP/BRAM/CARRY macros to legal location |
| ► packing | |
| IncrementalBELPacker.cc | This implementation file contains APIs' implementation of the IncrementalBELPacker which incrementally packs some LUTs/FFs during global placement based on their distance, interconnection density and compatibility |
| IncrementalBELPacker.h | This header file contains the definitions of IncrementalBELPacker class and its internal modules and APIs which incrementally pack some LUTs/FFs during global placement based on their distance, interconnection density and compatibility |
| InitialPacker.cc | This implementation file contains APIs' implementation of the InitialPacker which identifies macros from the design netlist based on pattern matching |
| InitialPacker.h | This header file contains the definitions of InitialPacker class and its internal modules and APIs which identify macros from the design netlist based on pattern matching |
| ParallelCLBPacker.cc | This implementation file contains APIs' implementation of the ParallelCLBPacker which finally packs LUT/FF/MUX/CARRY elements into legal CLB sites in a parallel approach |
| ParallelCLBPacker.h | This header file contains the definitions of ParallelCLBPacker class and its internal modules and APIs which finally packs LUT/FF/MUX/CARRY elements into legal CLB sites in a parallel approach |
| ParallelCLBPacker_PackingCLBCluster.cc | This implementation file contains APIs' implementation related to the packing-cluster-level processes in the ParallelCLBPacker which finally packs LUT/FF/MUX/CARRY elements into legal CLB sites in a parallel approach |
| ParallelCLBPacker_PackingCLBSite.cc | This implementation file contains APIs' implementation related to the CLBSite-level processes in the ParallelCLBPacker which finally packs LUT/FF/MUX/CARRY elements into legal CLB sites in a parallel approach |
| ► placementInfo | |
| PlacementInfo.cc | This implementation file contains APIs to initialize and process the information related to FPGA placement (wirelength optimization, cell spreading, legalization, packing) |
| PlacementInfo.h | This header file mainly contains the definition of class PlacementInfo, including information related to FPGA placement (wirelength optimization, cell spreading, legalization, packing) |
| ► placementTiming | |
| PlacementTimingInfo.cc | This implementation file contains APIs' implementation for the timing information related to placement |
| PlacementTimingInfo.h | This header file contains the classes of data which record the timing information related to placement |
| PlacementTimingOptimizer.cc | |
| PlacementTimingOptimizer.h | |
| ▼ problemSolvers | |
| GraphPartitioner.cc | |
| GraphPartitioner.h | |
| MinCostBipartiteMatcher.cc | |
| MinCostBipartiteMatcher.h | |
| QPSolverWrapper.cc | |
| QPSolverWrapper.h | |
| SAPlacer.cc | |
| SAPlacer.h | |
| ▼ utils | |
| const.h | |
| dumpZip.cc | |
| dumpZip.h | |
| ExternalProcessFunc.h | This header file contains the definitions of ExternalProcessFunc class and its internal modules and APIs which acts as a wrapper of an external exectable for multi-process scenario with shared memory |
| ProcessFuncInterface.h | |
| readZip.h | |
| simpleJSON.h | |
| stringCheck.cc | |
| stringCheck.h | |
| strPrint.cc | |
| strPrint.h | |
| sysInfo.cc | |
| sysInfo.h | |
1.8.18