//
// OMNeT++ network description -- exported from PSGen Topology Generator
// Generator Model Used:
//   Model Publish Subcribe: 
//   HS : 500 LS: 500
//   Number of Routers: 10
//   Router Placement: 1
//   Number of Publishers: 20
//   Publisher Placement: 1
//   Number of Subcribers: 0
//   Subscriber Placement: 1
//   Network Type: 1
//   Router Link Distriubution: 3
//   Link Propability: alpha = 0.7 beta = 0.3
//   m: 2
//   Publisher Link Distribution: 2
//   Link Propability: alpha = 0.7 beta = 0.3
//   m: 2
//   Subscriber Link Distribution: 1
//   Link Propability: alpha = 0.7 beta = 0.3
//   m: 2
//

import "host";
import "router";

module PKSwitchNet
  submodules:
    node0: Router
      parameters:
         address = 0;
      gatesizes: in[3], out[3];
      display: "i=abstract/router_s,red";
    node1: Router
      parameters:
         address = 1;
      gatesizes: in[7], out[7];
      display: "i=abstract/router_s,red";
    node2: Router
      parameters:
         address = 2;
      gatesizes: in[8], out[8];
      display: "i=abstract/router_s,red";
    node3: Router
      parameters:
         address = 3;
      gatesizes: in[3], out[3];
      display: "i=abstract/router_s,red";
    node4: Router
      parameters:
         address = 4;
      gatesizes: in[9], out[9];
      display: "i=abstract/router_s,red";
    node5: Router
      parameters:
         address = 5;
      gatesizes: in[4], out[4];
      display: "i=abstract/router_s,red";
    node6: Router
      parameters:
         address = 6;
      gatesizes: in[6], out[6];
      display: "i=abstract/router_s,red";
    node7: Router
      parameters:
         address = 7;
      gatesizes: in[3], out[3];
      display: "i=abstract/router_s,red";
    node8: Router
      parameters:
         address = 8;
      gatesizes: in[3], out[3];
      display: "i=abstract/router_s,red";
    node9: Router
      parameters:
         address = 9;
      gatesizes: in[8], out[8];
      display: "i=abstract/router_s,red";
    node10: Host
      parameters:
         address = 10,
         destAddressList = " 28 29 29 19 23 27 17 24 12 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node11: Host
      parameters:
         address = 11,
         destAddressList = " 19 21 29 29 13 21 14 14 27 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node12: Host
      parameters:
         address = 12,
         destAddressList = " 11 17 26 11 26 22 24 27 17 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node13: Host
      parameters:
         address = 13,
         destAddressList = " 14 23 12 19 19 27 11 20 20 24 28 12 25 27 28 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node14: Host
      parameters:
         address = 14,
         destAddressList = " 27 18 13 16 12 18 12 21 28 16 12 11 26 20 11 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node15: Host
      parameters:
         address = 15,
         destAddressList = " 27 18 16 20 26 17 17 23 23 25 20 11 28 14 29 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node16: Host
      parameters:
         address = 16,
         destAddressList = " 23 11 15 17 28 13 15 15 24 27 29 11 29 29 29 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node17: Host
      parameters:
         address = 17,
         destAddressList = " 13 22 12 23 11 13 25 10 21 19 16 29 16 22 25 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node18: Host
      parameters:
         address = 18,
         destAddressList = " 28 13 27 26 20 24 25 25 21 10 17 27 20 10 11 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node19: Host
      parameters:
         address = 19,
         destAddressList = " 20 21 20 12 12 15 11 13 12 15 25 11 21 27 18 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node20: Host
      parameters:
         address = 20,
         destAddressList = " 23 18 12 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node21: Host
      parameters:
         address = 21,
         destAddressList = " 25 25 26 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node22: Host
      parameters:
         address = 22,
         destAddressList = " 19 16 28 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node23: Host
      parameters:
         address = 23,
         destAddressList = " 14 29 27 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node24: Host
      parameters:
         address = 24,
         destAddressList = " 22 13 23 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node25: Host
      parameters:
         address = 25,
         destAddressList = " 14 28 27 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node26: Host
      parameters:
         address = 26,
         destAddressList = " 15 28 25 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node27: Host
      parameters:
         address = 27,
         destAddressList = " 13 12 19 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node28: Host
      parameters:
         address = 28,
         destAddressList = " 22 18 18 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";
    node29: Host
      parameters:
         address = 29,
         destAddressList = " 27 28 10 ";
      gatesizes: in[1], out[1];
      display: "i=device/pc2_s,blue";

  connections:
    node0.out[0] --> delay 4.747460457582323ms error 1e-33 datarate 1000000.0 --> node4.in[0];
    node0.in[0] <-- delay 4.747460457582323ms error 1e-33 datarate 1000000.0 <-- node4.out[0];
    node0.out[1] --> delay 8.784759508070106ms error 1e-38 datarate 1000000.0 --> node5.in[0];
    node0.in[1] <-- delay 8.784759508070106ms error 1e-38 datarate 1000000.0 <-- node5.out[0];
    node1.out[0] --> delay 9.054652069912411ms error 1e-35 datarate 1000000.0 --> node8.in[0];
    node1.in[0] <-- delay 9.054652069912411ms error 1e-35 datarate 1000000.0 <-- node8.out[0];
    node1.out[1] --> delay 2.7546767562153374ms error 1e-38 datarate 1000000.0 --> node4.in[1];
    node1.in[1] <-- delay 2.7546767562153374ms error 1e-38 datarate 1000000.0 <-- node4.out[1];
    node2.out[0] --> delay 10.097669888158924ms error 1e-36 datarate 1000000.0 --> node4.in[2];
    node2.in[0] <-- delay 10.097669888158924ms error 1e-36 datarate 1000000.0 <-- node4.out[2];
    node2.out[1] --> delay 9.967311501226263ms error 1e-36 datarate 1000000.0 --> node9.in[0];
    node2.in[1] <-- delay 9.967311501226263ms error 1e-36 datarate 1000000.0 <-- node9.out[0];
    node3.out[0] --> delay 2.702198112345894ms error 1e-33 datarate 1000000.0 --> node1.in[2];
    node3.in[0] <-- delay 2.702198112345894ms error 1e-33 datarate 1000000.0 <-- node1.out[2];
    node3.out[1] --> delay 6.195068858601109ms error 1e-31 datarate 1000000.0 --> node4.in[3];
    node3.in[1] <-- delay 6.195068858601109ms error 1e-31 datarate 1000000.0 <-- node4.out[3];
    node4.out[4] --> delay 9.50904148530743ms error 1e-34 datarate 1000000.0 --> node9.in[1];
    node4.in[4] <-- delay 9.50904148530743ms error 1e-34 datarate 1000000.0 <-- node9.out[1];
    node5.out[1] --> delay 5.232588640436923ms error 1e-36 datarate 1000000.0 --> node9.in[2];
    node5.in[1] <-- delay 5.232588640436923ms error 1e-36 datarate 1000000.0 <-- node9.out[2];
    node5.out[2] --> delay 9.306058189493964ms error 1e-30 datarate 1000000.0 --> node6.in[0];
    node5.in[2] <-- delay 9.306058189493964ms error 1e-30 datarate 1000000.0 <-- node6.out[0];
    node6.out[1] --> delay 9.014710816386334ms error 1e-34 datarate 1000000.0 --> node4.in[5];
    node6.in[1] <-- delay 9.014710816386334ms error 1e-34 datarate 1000000.0 <-- node4.out[5];
    node6.out[2] --> delay 10.282613958104653ms error 1e-33 datarate 1000000.0 --> node2.in[2];
    node6.in[2] <-- delay 10.282613958104653ms error 1e-33 datarate 1000000.0 <-- node2.out[2];
    node7.out[0] --> delay 10.016252100386332ms error 1e-34 datarate 1000000.0 --> node1.in[3];
    node7.in[0] <-- delay 10.016252100386332ms error 1e-34 datarate 1000000.0 <-- node1.out[3];
    node7.out[1] --> delay 8.289136381221063ms error 1e-33 datarate 1000000.0 --> node9.in[3];
    node7.in[1] <-- delay 8.289136381221063ms error 1e-33 datarate 1000000.0 <-- node9.out[3];
    node8.out[1] --> delay 2.813063511920785ms error 1e-33 datarate 1000000.0 --> node4.in[6];
    node8.in[1] <-- delay 2.813063511920785ms error 1e-33 datarate 1000000.0 <-- node4.out[6];
    node8.out[2] --> delay 9.271788615742027ms error 1e-38 datarate 1000000.0 --> node9.in[4];
    node8.in[2] <-- delay 9.271788615742027ms error 1e-38 datarate 1000000.0 <-- node9.out[4];
    node10.out[0] --> delay 1.8541597223784014ms error 1e-35 datarate 1000000.0 --> node2.in[3];
    node10.in[0] <-- delay 1.8541597223784014ms error 1e-35 datarate 1000000.0 <-- node2.out[3];
    node11.out[0] --> delay 4.863572764148165ms error 1e-36 datarate 1000000.0 --> node6.in[3];
    node11.in[0] <-- delay 4.863572764148165ms error 1e-36 datarate 1000000.0 <-- node6.out[3];
    node12.out[0] --> delay 7.523920257459172ms error 1e-34 datarate 1000000.0 --> node9.in[5];
    node12.in[0] <-- delay 7.523920257459172ms error 1e-34 datarate 1000000.0 <-- node9.out[5];
    node13.out[0] --> delay 10.495973084212107ms error 1e-30 datarate 1000000.0 --> node1.in[4];
    node13.in[0] <-- delay 10.495973084212107ms error 1e-30 datarate 1000000.0 <-- node1.out[4];
    node14.out[0] --> delay 3.774114397523335ms error 1e-37 datarate 1000000.0 --> node9.in[6];
    node14.in[0] <-- delay 3.774114397523335ms error 1e-37 datarate 1000000.0 <-- node9.out[6];
    node15.out[0] --> delay 7.20590737468656ms error 1e-30 datarate 1000000.0 --> node2.in[4];
    node15.in[0] <-- delay 7.20590737468656ms error 1e-30 datarate 1000000.0 <-- node2.out[4];
    node16.out[0] --> delay 10.596746995603095ms error 1e-37 datarate 1000000.0 --> node4.in[7];
    node16.in[0] <-- delay 10.596746995603095ms error 1e-37 datarate 1000000.0 <-- node4.out[7];
    node17.out[0] --> delay 1.5275551224816377ms error 1e-33 datarate 1000000.0 --> node5.in[3];
    node17.in[0] <-- delay 1.5275551224816377ms error 1e-33 datarate 1000000.0 <-- node5.out[3];
    node18.out[0] --> delay 6.3422857975358085ms error 1e-34 datarate 1000000.0 --> node0.in[2];
    node18.in[0] <-- delay 6.3422857975358085ms error 1e-34 datarate 1000000.0 <-- node0.out[2];
    node19.out[0] --> delay 9.278090046083925ms error 1e-35 datarate 1000000.0 --> node1.in[5];
    node19.in[0] <-- delay 9.278090046083925ms error 1e-35 datarate 1000000.0 <-- node1.out[5];
    node20.out[0] --> delay 4.4112964873832565ms error 1e-31 datarate 1000000.0 --> node1.in[6];
    node20.in[0] <-- delay 4.4112964873832565ms error 1e-31 datarate 1000000.0 <-- node1.out[6];
    node21.out[0] --> delay 2.252580260636067ms error 1e-36 datarate 1000000.0 --> node4.in[8];
    node21.in[0] <-- delay 2.252580260636067ms error 1e-36 datarate 1000000.0 <-- node4.out[8];
    node22.out[0] --> delay 6.971342097012876ms error 1e-35 datarate 1000000.0 --> node6.in[4];
    node22.in[0] <-- delay 6.971342097012876ms error 1e-35 datarate 1000000.0 <-- node6.out[4];
    node23.out[0] --> delay 2.0776689714796084ms error 1e-35 datarate 1000000.0 --> node6.in[5];
    node23.in[0] <-- delay 2.0776689714796084ms error 1e-35 datarate 1000000.0 <-- node6.out[5];
    node24.out[0] --> delay 5.304079056887061ms error 1e-38 datarate 1000000.0 --> node2.in[5];
    node24.in[0] <-- delay 5.304079056887061ms error 1e-38 datarate 1000000.0 <-- node2.out[5];
    node25.out[0] --> delay 8.537677888288957ms error 1e-33 datarate 1000000.0 --> node9.in[7];
    node25.in[0] <-- delay 8.537677888288957ms error 1e-33 datarate 1000000.0 <-- node9.out[7];
    node26.out[0] --> delay 2.8443008083806776ms error 1e-39 datarate 1000000.0 --> node7.in[2];
    node26.in[0] <-- delay 2.8443008083806776ms error 1e-39 datarate 1000000.0 <-- node7.out[2];
    node27.out[0] --> delay 4.975787881398962ms error 1e-36 datarate 1000000.0 --> node3.in[2];
    node27.in[0] <-- delay 4.975787881398962ms error 1e-36 datarate 1000000.0 <-- node3.out[2];
    node28.out[0] --> delay 2.7833030018241214ms error 1e-32 datarate 1000000.0 --> node2.in[6];
    node28.in[0] <-- delay 2.7833030018241214ms error 1e-32 datarate 1000000.0 <-- node2.out[6];
    node29.out[0] --> delay 5.963726901005273ms error 1e-34 datarate 1000000.0 --> node2.in[7];
    node29.in[0] <-- delay 5.963726901005273ms error 1e-34 datarate 1000000.0 <-- node2.out[7];
endmodule

network pkswitch_net : PKSwitchNet
endnetwork