public static Vector2 getNearbyNodeOffset(Vector2 basePos, int positionNumber, int total, NetworkMap map)
{
var total1 = total;
var num1 = positionNumber;
if (total < 20)
{
var num2 = 30;
var num3 = positionNumber / (float)total;
total1 = num2;
num1 = (int)(num3 * (double)num2);
}
var num4 = 300;
for (var index = 0; index < num4; ++index)
{
var positionFromCycle = GetOffsetPositionFromCycle(num1 + index, total1);
if (GeneratedPositionIsValid(positionFromCycle + basePos, map))
{
return(positionFromCycle);
}
TestedPositions.Add(positionFromCycle + basePos);
}
Console.WriteLine("Node had to resort to random");
return(map.getRandomPosition() - basePos);
}
public static Vector2 getNearbyNodeOffset(Vector2 basePos, int positionNumber, int total, NetworkMap map, float extraDistance = 0.0f, bool forceUseThisPosition = false)
{
int total1 = total;
int num1 = positionNumber;
if (total < 20)
{
int num2 = 30;
float num3 = (float)positionNumber / (float)total;
total1 = num2;
num1 = (int)((double)num3 * (double)num2);
}
int num4 = 300;
for (int index = 0; index < num4; ++index)
{
Vector2 positionFromCycle = Corporation.GetOffsetPositionFromCycle(num1 + index, total1, extraDistance);
if (Corporation.GeneratedPositionIsValid(positionFromCycle + basePos, map, forceUseThisPosition))
{
return(positionFromCycle);
}
Corporation.TestedPositions.Add(positionFromCycle + basePos);
}
return(map.getRandomPosition() - basePos);
}
public static Vector2 getNearbyNodeOffsetOld(Vector2 basePos, int positionNumber, int total, NetworkMap map,
float ExtraSeperationDistance = 0.0f)
{
var num1 = 60;
var num2 = 0;
var vector2 = Vector2.Zero;
Vector2 location;
do
{
var num3 = positionNumber + num2;
var num4 = total;
while (num3 >= num4)
{
num3 -= num4;
num4 += total;
}
if (num3 > 0)
{
vector2 = Utils.PolarToCartesian(num3 / (float)num4 * 6.283185f, 1f);
}
else
{
vector2.X = 1f;
}
vector2.Y *= Y_ASPECT_RATIO_BIAS;
double num5 = COMPUTER_SEPERATION;
vector2 = new Vector2(vector2.X * COMPUTER_SEPERATION, vector2.Y * COMPUTER_SEPERATION);
location = basePos + vector2;
++num2;
TestedPositions.Add(vector2);
} while ((location.X < 0.0 || location.X > 1.0 || (location.Y < 0.0 || location.Y > 1.0) ||
map.collides(location, 0.075f)) && num2 < num1);
if (num2 >= num1)
{
if (ExtraSeperationDistance <= 0.0)
{
return(getNearbyNodeOffsetOld(basePos, positionNumber, total, map, COMPUTER_SEPERATION));
}
if (ExtraSeperationDistance <= (double)COMPUTER_SEPERATION)
{
return(getNearbyNodeOffsetOld(basePos, positionNumber, total, map,
COMPUTER_SEPERATION + COMPUTER_SEPERATION));
}
Console.WriteLine("Node had to resort to random");
vector2 = map.getRandomPosition() - basePos;
}
return(vector2);
}
public static Vector2 getNearbyNodeOffsetOld(Vector2 basePos, int positionNumber, int total, NetworkMap map, float ExtraSeperationDistance = 0.0f)
{
int num1 = 60;
int num2 = 0;
Vector2 vector2 = Vector2.Zero;
Vector2 location;
do
{
int num3 = positionNumber + num2;
int num4 = total;
while (num3 >= num4)
{
num3 -= num4;
num4 += total;
}
if (num3 > 0)
{
vector2 = Utils.PolarToCartesian((float)num3 / (float)num4 * 6.283185f, 1f);
}
else
{
vector2.X = 1f;
}
vector2.Y *= Corporation.Y_ASPECT_RATIO_BIAS;
float num5 = Corporation.COMPUTER_SEPERATION + ExtraSeperationDistance;
vector2 = new Vector2(vector2.X * Corporation.COMPUTER_SEPERATION, vector2.Y * Corporation.COMPUTER_SEPERATION);
location = basePos + vector2;
++num2;
Corporation.TestedPositions.Add(vector2);
}while (((double)location.X < 0.0 || (double)location.X > 1.0 || ((double)location.Y < 0.0 || (double)location.Y > 1.0) || map.collides(location, 0.075f)) && num2 < num1);
if (num2 >= num1)
{
if ((double)ExtraSeperationDistance <= 0.0)
{
return(Corporation.getNearbyNodeOffsetOld(basePos, positionNumber, total, map, Corporation.COMPUTER_SEPERATION));
}
if ((double)ExtraSeperationDistance <= (double)Corporation.COMPUTER_SEPERATION)
{
return(Corporation.getNearbyNodeOffsetOld(basePos, positionNumber, total, map, Corporation.COMPUTER_SEPERATION + Corporation.COMPUTER_SEPERATION));
}
vector2 = map.getRandomPosition() - basePos;
}
return(vector2);
}
public static Vector2 getNearbyNodeOffsetOld(Vector2 basePos, int positionNumber, int total, NetworkMap map,
float ExtraSeperationDistance = 0.0f)
{
var num1 = 60;
var num2 = 0;
var vector2 = Vector2.Zero;
Vector2 location;
do
{
var num3 = positionNumber + num2;
var num4 = total;
while (num3 >= num4)
{
num3 -= num4;
num4 += total;
}
if (num3 > 0)
vector2 = Utils.PolarToCartesian(num3/(float) num4*6.283185f, 1f);
else
vector2.X = 1f;
vector2.Y *= Y_ASPECT_RATIO_BIAS;
double num5 = COMPUTER_SEPERATION;
vector2 = new Vector2(vector2.X*COMPUTER_SEPERATION, vector2.Y*COMPUTER_SEPERATION);
location = basePos + vector2;
++num2;
TestedPositions.Add(vector2);
} while ((location.X < 0.0 || location.X > 1.0 || (location.Y < 0.0 || location.Y > 1.0) ||
map.collides(location, 0.075f)) && num2 < num1);
if (num2 >= num1)
{
if (ExtraSeperationDistance <= 0.0)
return getNearbyNodeOffsetOld(basePos, positionNumber, total, map, COMPUTER_SEPERATION);
if (ExtraSeperationDistance <= (double) COMPUTER_SEPERATION)
return getNearbyNodeOffsetOld(basePos, positionNumber, total, map,
COMPUTER_SEPERATION + COMPUTER_SEPERATION);
Console.WriteLine("Node had to resort to random");
vector2 = map.getRandomPosition() - basePos;
}
return vector2;
}
public static Vector2 getNearbyNodeOffset(Vector2 basePos, int positionNumber, int total, NetworkMap map)
{
var total1 = total;
var num1 = positionNumber;
if (total < 20)
{
var num2 = 30;
var num3 = positionNumber/(float) total;
total1 = num2;
num1 = (int) (num3*(double) num2);
}
var num4 = 300;
for (var index = 0; index < num4; ++index)
{
var positionFromCycle = GetOffsetPositionFromCycle(num1 + index, total1);
if (GeneratedPositionIsValid(positionFromCycle + basePos, map))
return positionFromCycle;
TestedPositions.Add(positionFromCycle + basePos);
}
Console.WriteLine("Node had to resort to random");
return map.getRandomPosition() - basePos;
}
