Optimization of VRR for Cold Chain with Minimum Loss Based on Actual Traffic Conditions

Algorithm 2

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var output_t = “The transit time:”;

var output_d = “The traveling distance:”;

var distance_time_search = function (customerPoints){.

if (vehicle_transit.getStatus() != BMAP_STATUS_SUCCESS){.

return ;

}

var t_d_result = customerPoints.getPlan(0);

travel_time += t_d_result.getDuration(true) + “\n”; //get transit time of two points.

trave_distance+= t_d_result.getDistance(true)+”\n”; //get travel distance of two points.

}

var vehicle_transit = new BMapGL.DrivingRoute(map, {renderOptions: {map: map},

onSearchComplete: distance_time_search;

}});

for(var i=0;i<=NumberOfCustomers;i++)

for( var j=i+1;j<= NumberOfCustomers;j++)

{

var start=new BMapGL.Point(vertex[i][0], vertex[i][1]);

var end=new BMapGL.Point(vertex[j][0], vertex[j][1]);

vehicle_transit.search(start, end);

}

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