internal Data(string filename) {
InputDataReader reader = new InputDataReader(filename);
foodCost = reader.ReadDoubleArray();
foodMin = reader.ReadDoubleArray();
foodMax = reader.ReadDoubleArray();
nutrMin = reader.ReadDoubleArray();
nutrMax = reader.ReadDoubleArray();
nutrPerFood = reader.ReadDoubleArrayArray();
nFoods = foodMax.Length;
nNutrs = nutrMax.Length;
if ( nFoods != foodMin.Length ||
nFoods != foodMax.Length )
throw new ILOG.Concert.Exception("inconsistent data in file "
+ filename);
if ( nNutrs != nutrMin.Length ||
nNutrs != nutrPerFood.Length )
throw new ILOG.Concert.Exception("inconsistent data in file "
+ filename);
for (int i = 0; i < nNutrs; ++i) {
if ( nutrPerFood[i].Length != nFoods )
throw new ILOG.Concert.Exception("inconsistent data in file "
+ filename);
}
}
internal Data(string filename)
{
InputDataReader reader = new InputDataReader(filename);
foodCost = reader.ReadDoubleArray();
foodMin = reader.ReadDoubleArray();
foodMax = reader.ReadDoubleArray();
nutrMin = reader.ReadDoubleArray();
nutrMax = reader.ReadDoubleArray();
nutrPerFood = reader.ReadDoubleArrayArray();
nFoods = foodMax.Length;
nNutrs = nutrMax.Length;
if (nFoods != foodMin.Length ||
nFoods != foodMax.Length)
{
throw new ILOG.Concert.Exception("inconsistent data in file " + filename);
}
if (nNutrs != nutrMin.Length ||
nNutrs != nutrPerFood.Length)
{
throw new ILOG.Concert.Exception("inconsistent data in file " + filename);
}
for (int i = 0; i < nNutrs; ++i)
{
if (nutrPerFood[i].Length != nFoods)
{
throw new ILOG.Concert.Exception("inconsistent data in file " + filename);
}
}
}
internal static void ReadData(string fileName) {
InputDataReader reader = new InputDataReader(fileName);
_rollWidth = reader.ReadDouble();
_size = reader.ReadDoubleArray();
_amount = reader.ReadDoubleArray();
}
internal static void ReadData(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
_rollWidth = reader.ReadDouble();
_size = reader.ReadDoubleArray();
_amount = reader.ReadDoubleArray();
}
internal static void ReadData(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
_minArray = reader.ReadDoubleArray();
_maxArray = reader.ReadDoubleArray();
_cost = reader.ReadDoubleArray();
_demand = reader.ReadDouble();
_generators = _minArray.Length;
}
internal Data(string filename)
{
InputDataReader reader = new InputDataReader(filename);
time = reader.ReadDoubleArrayArray();
distance = reader.ReadDoubleArrayArray();
n = time.Length;
timeNormalized = CrossCutting.CrossCutting.UnitVectorScaleDoubleArrayArray(time, n, n);
distanceNormalized = CrossCutting.CrossCutting.UnitVectorScaleDoubleArrayArray(distance, n, n);
}
internal Data(string filename) {
InputDataReader reader = new InputDataReader(filename);
activityOnResource = reader.ReadIntArrayArray();
duration = reader.ReadDoubleArrayArray();
dueDate = reader.ReadDoubleArray();
earlinessCost = reader.ReadDoubleArray();
tardinessCost = reader.ReadDoubleArray();
nJobs = dueDate.Length;
nResources = activityOnResource.Length;
}
internal Data(string filename)
{
InputDataReader reader = new InputDataReader(filename);
activityOnResource = reader.ReadIntArrayArray();
duration = reader.ReadDoubleArrayArray();
dueDate = reader.ReadDoubleArray();
earlinessCost = reader.ReadDoubleArray();
tardinessCost = reader.ReadDoubleArray();
nJobs = dueDate.Length;
nResources = activityOnResource.Length;
}
internal Data(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
arcCost = reader.ReadDoubleArrayArray();
numNodes = arcCost.Length;
for (int i = 0; i < numNodes; ++i)
{
if (arcCost[i].Length != numNodes)
{
throw new ILOG.Concert.Exception("inconsistent data in file " + fileName);
}
arcCost[i][i] = 0.0;
}
}
internal static void ReadData(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
_avail = reader.ReadDoubleArray();
_rate = reader.ReadDoubleArray();
_inv0 = reader.ReadDoubleArray();
_prodCost = reader.ReadDoubleArray();
_invCost = reader.ReadDoubleArray();
_revenue = reader.ReadDoubleArrayArray();
_market = reader.ReadDoubleArrayArray();
_nProd = _rate.Length;
_nTime = _avail.Length;
}
internal static void ReadData(string fileName) {
System.Console.WriteLine("Reading data from " + fileName);
InputDataReader reader = new InputDataReader(fileName);
_capacity = reader.ReadDoubleArray();
_fixedCost = reader.ReadDoubleArray();
_cost = reader.ReadDoubleArrayArray();
_nbLocations = _capacity.Length;
_nbClients = _cost.Length;
for(int i = 0; i < _nbClients; i++)
if ( _cost[i].Length != _nbLocations )
throw new ILOG.Concert.Exception("inconsistent data in file " + fileName);
}
internal static void ReadData(string fileName)
{
System.Console.WriteLine("Reading data from " + fileName);
InputDataReader reader = new InputDataReader(fileName);
_capacity = reader.ReadDoubleArray();
_fixedCost = reader.ReadDoubleArray();
_cost = reader.ReadDoubleArrayArray();
_nbLocations = _capacity.Length;
_nbClients = _cost.Length;
for (int i = 0; i < _nbClients; i++)
{
if (_cost[i].Length != _nbLocations)
{
throw new ILOG.Concert.Exception("inconsistent data in file " + fileName);
}
}
}
/// <summary>
/// Load named entities from input XML
/// </summary>
private static void LoadNamedEntitiesFromXML()
{
//string filePath = GetDataPath(@"input_skwiki-latest-pages-articles.xml")
string filePath = GetDataPath();
var reader = new InputDataReader();
reader.SetPagesFromInputFile(filePath);
var pages = reader.Pages;
//init arrays
Infoboxes = new List <Infobox>();
Geoboxes = new List <Geobox>();
Citations = new List <Citation>();
//init arrays for output
Persons = new List <string>();
Organizations = new List <string>();
Locations = new List <string>();
CategorizeProperties(pages);
//get entities
Persons = Persons.Select(x => WordUtils.TrimNonLetterCharacters(x, true)).OrderBy(x => x).Distinct(StringComparer.CurrentCultureIgnoreCase).ToList();
Organizations = Organizations.Select(x => WordUtils.TrimNonLetterCharacters(x)).OrderBy(x => x).Distinct(StringComparer.CurrentCultureIgnoreCase).ToList();
Locations = Locations.Select(x => WordUtils.TrimNonLetterCharacters(x, false)).OrderBy(x => x).Distinct(StringComparer.CurrentCultureIgnoreCase).ToList();
//write data into output files
NamedEntityWriter.WriteData(Persons, PersonsFileName);
NamedEntityWriter.WriteData(Organizations, OrganizationsFileName);
NamedEntityWriter.WriteData(Locations, LocationsFileName);
//start finder
var finder = new Finder(Persons, Organizations, Locations);
finder.Find();
}
internal Data(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
arcCost = reader.ReadDoubleArrayArray();
numNodes = arcCost.Length;
for (int i = 0; i < numNodes; ++i)
{
if ( arcCost[i].Length != numNodes )
throw new ILOG.Concert.Exception("inconsistent data in file " + fileName);
arcCost[i][i] = 0.0;
}
}
internal static void ReadData(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
_minArray = reader.ReadDoubleArray();
_maxArray = reader.ReadDoubleArray();
_cost = reader.ReadDoubleArray();
_demand = reader.ReadDouble();
_generators = _minArray.Length;
}
static void Main(string[] args)
{
var input = new InputDataReader(new FolderPathChecker()).Read(args);
new Launcher().Synchronize(input);
}
internal static void ReadData(string fileName)
{
InputDataReader reader = new InputDataReader(fileName);
_avail = reader.ReadDoubleArray();
_rate = reader.ReadDoubleArray();
_inv0 = reader.ReadDoubleArray();
_prodCost = reader.ReadDoubleArray();
_invCost = reader.ReadDoubleArray();
_revenue = reader.ReadDoubleArrayArray();
_market = reader.ReadDoubleArrayArray();
_nProd = _rate.Length;
_nTime = _avail.Length;
}
public void CreateInputValidArgs(params string[] args)
{
var input = new InputDataReader(new TestFolderPathChecker()).Read(args);
}
public void CreateInputInvalidArgs(params string[] args)
{
Assert.Throws <SyncException>(() => { var input = new InputDataReader(new TestFolderPathChecker()).Read(args); });
}
