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If you don't know how many data points will be recorded, look into vectors or an external storage device. Alternatively you could use a circular array if you don't mind losing recorded data after a while.

If you know how many data points will be recorded, a basic array will suffice.

As for excluding invalid values:

While (RangeInCentimeters > 512)
{
 delay(1000);
 RangeInCentimeters = ultrasonic.MeasureInCentimeters();
}

//... Store data to array/linked list/etc

I changed your max range to 512 because this is likely the max real value (2^9 = 512).

If you don't know how many data points will be recorded, look into vectors or an external storage device. Alternatively you could use a circular array if you don't mind losing recorded data after a while.

If you know how many data points will be recorded, a basic array will suffice.

As for excluding invalid values:

// Keep trying to get a valid data point 
While (RangeInCentimeters > 512 && RangeInCentimeters < 400)
{
 delay(200);  // The minimum value of this delay depends on the sample rate of your sensor
 RangeInCentimeters = ultrasonic.MeasureInCentimeters();
}

//... Store data to array/linked list/etc

I changed your max range to 512 because this is likely the max real value (2^9 = 512).

As far as I am aware there is no std::vector equivalent for Arduino, but for your purposes making a basic linked list should suffice.

If the sensor is intended for constant operation you will need some sort of external storage for that data - the Arduino only has so much memory to work with. You could get around this by creating a circular array, but this comes at the cost of losing your data after the array has filled up.

As for excluding invalid values:

While (RangeInCentimeters > 512)
{
 delay(1000);
 RangeInCentimeters = ultrasonic.MeasureInCentimeters();
}

//... Store data to array/linked list/etc

I changed your max range to 512 because this is likely the max real value (2^9 = 512).

If you don't know how many data points will be recorded, look into vectors or an external storage device. Alternatively you could use a circular array if you don't mind losing recorded data after a while.

If you know how many data points will be recorded, a basic array will suffice.

As for excluding invalid values:

While (RangeInCentimeters > 512)
{
 delay(1000);
 RangeInCentimeters = ultrasonic.MeasureInCentimeters();
}

//... Store data to array/linked list/etc

I changed your max range to 512 because this is likely the max real value (2^9 = 512).

As far as I am aware there is no std::vector equivalent for Arduino, but for your purposes making a basic linked list should suffice.

If the sensor is intended for constant operation you will need some sort of external storage for that data - the Arduino only has so much memory to work with. You could get around this by creating a circular array, but this comes at the cost of losing your data after the array has filled up.

As for excluding invalid values:

While (RangeInCentimeters > 512)

As far as I am aware there is no std::vector equivalent for Arduino, but for your purposes making a basic linked list should suffice.

If the sensor is intended for constant operation you will need some sort of external storage for that data - the Arduino only has so much memory to work with. You could get around this by creating a circular array, but this comes at the cost of losing your data after the array has filled up.

As for excluding invalid values:

While (RangeInCentimeters > 512)
{
 delay(1000);
 RangeInCentimeters = ultrasonic.MeasureInCentimeters();
}

//... Store data to array/linked list/etc

I changed your max range to 512 because this is likely the max real value (2^9 = 512).