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metis_unicorn

Implementation of hMETIS

Weight types

  • 0: 01_NoWires_Area
  • 1: 02_1_NoWires_Area
  • 2: 03_TotLength_Area
  • 3: 04_1_TotLength_Area
  • 4: 05_AvgLength_Area
  • 5: 06_1_AvgLength_Area
  • 6: 07_NoWiresXTotLength_Area
  • 7: 08_1_NoWiresXTotLength_Area
  • 8: 09_NoWires+TotLength_Area
  • 9: 10_1_NoWires+TotLength_Area

Input files

ClustersArea.out

Header: Name Type InstCount Boundary Area

  • Column 1: <cluster name>, same as in Clusters.out
  • Column 2: Type of cluster, exclusive by default.
  • Column 3: Amount of instances in the cluster [integer]
  • Column 4: Coordinates of the cluster's bottom left corner, (<x coordinate [float]>,<y coordinate [float]>)
  • Column 5: Coordinates of the cluster's top right corner, (<x coordinate [float]>,<y coordinate [float]>) Columns 4 and 5 only make sense if the cluster is rectangular shaped.
  • Column 6: area of the cluster in µm2 [float]

ClustersInstances.out

Each line: <cluster name> <instance name 1> <...> <instance name n>.

InstancesPerNet.out

Each line is <net name> <instance name 1> <...> <instance name n>.

WLnets.out

Header: NET NUM_PINS LENGTH

Then each line is <net name> <number of pins [integer]> <length in µm [float]>.

bb.out

Memory block file specific to some designs. The relevant lines should be as follows: <instance name> <instance type> <amount of such instance> <total area of the gates in the instance> <total physical area of the instance> <porosity [default: unspecified]> <total area of the cumulated instance> <width> <height> <orientation> <type of standard cells inside>

Output files

.part.2

.cut

.tcl

.part

.hgr

connectivity_partition.txt

cutLength_partition.txt

raw_hyperedges.out

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Implementation of hMETIS

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  • Python 100.0%