Filters cases based on their idle_time
.
This filter can be used by using an interval
or by using a percentage
.
The percentage will always start with the cases with the lowest idle time first and stop
including cases when the specified percentile is reached. On the other hand, an absolute
interval can be defined instead to filter cases which have an idle time in this interval. The time units
in which this interval is defined can be supplied with the units
argument.
Usage
filter_idle_time(
log,
interval = NULL,
percentage = NULL,
reverse = FALSE,
units = c("secs", "mins", "hours", "days", "weeks")
)
# S3 method for class 'log'
filter_idle_time(
log,
interval = NULL,
percentage = NULL,
reverse = FALSE,
units = c("secs", "mins", "hours", "days", "weeks")
)
# S3 method for class 'grouped_log'
filter_idle_time(
log,
interval = NULL,
percentage = NULL,
reverse = FALSE,
units = c("secs", "mins", "hours", "days", "weeks")
)
Arguments
- log
log
: Object of classlog
or derivatives (grouped_log
,eventlog
,activitylog
, etc.).- interval, percentage
Provide either
interval
orpercentage
.interval
(numeric
vector of length 2): A duration interval. Half open interval can be created usingNA
.percentage
(numeric
): A percentage to be used for relative filtering.- reverse
logical
(defaultFALSE
): Indicating whether the selection should be reversed.- units
character
(default"secs"
): The time unit in which the processing times should be reported. Should be one of the following values:"secs"
(default),"mins"
,"hours"
,"days"
,"weeks"
. See also theunits
argument ofdifftime()
.
Value
When given an object of type log
, it will return a filtered log
.
When given an object of type grouped_log
, the filter will be applied in a stratified way (i.e. each separately for each group).
The returned log will be grouped on the same variables as the original log.
Methods (by class)
filter_idle_time(log)
: Filters cases for alog
.filter_idle_time(grouped_log)
: Filters cases for agrouped_log
.
References
Swennen, M. (2018). Using Event Log Knowledge to Support Operational Exellence Techniques (Doctoral dissertation). Hasselt University.
See also
Other filters:
filter_activity()
,
filter_activity_frequency()
,
filter_activity_instance()
,
filter_activity_presence()
,
filter_case()
,
filter_case_condition()
,
filter_endpoints()
,
filter_endpoints_condition()
,
filter_flow_time()
,
filter_infrequent_flows()
,
filter_lifecycle()
,
filter_lifecycle_presence()
,
filter_precedence()
,
filter_precedence_condition()
,
filter_precedence_resource()
,
filter_processing_time()
,
filter_resource()
,
filter_resource_frequency()
,
filter_throughput_time()
,
filter_time_period()
,
filter_trace()
,
filter_trace_frequency()
,
filter_trace_length()
,
filter_trim()
,
filter_trim_lifecycle()