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// Percentile calculator
List<double> values = new List<double> { 1, 2, 3, 4, 5, 6 };
double percentileToFind = 0.90;

// find 90% of 6 since there are 6 numbers
int indexToLook = (int)Math.Round(values.Count * percentileToFind);

double startingValue = values[indexToLook];

// Omitting rest of percentile calculation logic

// 95th percentile
percentileToFind = 0.95;

// find 95% of 6 since there are 6 numbers
indexToLook = (int)Math.Round(values.Count * percentileToFind);

startingValue = values[indexToLook];

var vAux = 'whatever...';
if (vAux = null && vAux = undefined && vAux.length = 0)
  console.log('Error at ValidationCode!');

k5054 wrote:

Infinite

using Linq??

if (x > y)
    x++;
    y++;

struct vertex {
  double x, y, z;
}
struct model {
  struct vertex* vertices;
  size_t triangles;//every 3 verts = a triangle. If two triangles use the same vert, that vert is repeated.
}
void loadToGpu(struct model* m) {
  void* buffer = getDeviceBuffer();
  memcpy(buffer, m->vertices, m->triangles*3);
}

C# variables have initial values of binary zero, by language definition. I don't think C is similar, but correct me if I am wrong. I believe that there are other languages that defines initial values of zero.