| Function | Description | Example |
|---|---|---|
abs() | Graph the absolute value of the metric. | abs(<METRIC_NAME>{*}) |
Transforms this sine timeseries sin{*}:
into this one abs(sin{*}):
| Function | Description | Example |
|---|---|---|
log2() | Graph the Base-2 logarithm of the metric. | log2(<METRIC_NAME>{*}) |
Example:
If we have a metric x{*} that just increments itself by 1 for each data point, then log2(x{*}) has the following shape:
| Function | Description | Example |
|---|---|---|
log10() | Graph the Base-10 logarithm of the metric. | log10(<METRIC_NAME>{*}) |
Example:
If we have a metric x{*} that just increments itself by 1 for each data point, then log10(x{*}) has the following shape:
| Function | Description | Example |
|---|---|---|
cumsum() | Graph the cumulative sum of the metric over the visible time window. | cumsum(<METRIC_NAME>{*}) |
Example:
If we have a metric const_1{*} that is a constant with the value of 1, then cumsum(const_1{*}) has the following shape:
| Function | Description | Example |
|---|---|---|
integral() | Graph the integral of the metric. | integral(<METRIC_NAME>{*}) |
Note: Datadog’s integral() is the cumulative sum of [time delta] x [value delta] over all consecutive pairs of points in the visible time window for a given metric.
Consult the other available functions:
