QPR ProcessAnalyzer Expression Examples: Difference between revisions
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<pre> | <pre> | ||
Models.[Id, Name] | Models.[Id, Name] | ||
</pre> | |||
How many times activity "Sales Order Changed" occurs on average in cases? | |||
<pre> | |||
Average(Count(Cases.Events.Where(Type.Name == "Sales Order Changed"))) | |||
</pre> | |||
What's the average cost per case of all sales order changes? (assumption Sales Order Changed activity has attribute Cost) | |||
<pre> | |||
Average(Sum(Cases.Events.Where(Type.Name == "Sales Order Changed").Cost)) | |||
</pre> | |||
What's the total cost of all events that occured this year? | |||
<pre> | |||
Sum(Sum(Cases.Events.Where(TimeStamp.Year == Now.Year).Cost)) | |||
</pre> | |||
What the total cost calculated from events, where cost is calculated by "unit cost" times "number of units"? | |||
<pre> | |||
Sum( | |||
Cases.Sum( | |||
Events.( | |||
UnitCost * NumberOfUnits | |||
) | |||
) | |||
) | |||
</pre> | |||
In how many cases duration between "Invoice Sent" and "Payment Received" is more than 30 days? | |||
<pre> | |||
Count( | |||
Cases.Where( | |||
( | |||
Max( | |||
Events.Where( | |||
In(Type.Name, "et1", "et2") | |||
).TimeStamp | |||
) - | |||
Min( | |||
Events.Where( | |||
In(Type.Name, "et1", "et2") | |||
).TimeStamp | |||
) | |||
).TotalMinutes | |||
> 60 | |||
) | |||
) | |||
</pre> | |||
In how many cases "Invoice Sent" is not directly followed by "Payment Received"? | |||
<pre> | |||
Count( | |||
RemoveLeaves( | |||
( | |||
Cases.Events.Type.Name | |||
).Where( | |||
Count( | |||
IndexOfSubArray( | |||
Array("et2", "et3") | |||
) | |||
) < Count( | |||
IndexOfSubArray( | |||
"et2" | |||
) | |||
) | |||
) | |||
) | |||
) | |||
</pre> | |||
In how many cases "Payment Received" is before "Invoice Sent"? | |||
<pre> | |||
Count( | |||
RemoveLeaves( | |||
( | |||
Cases.Events.Type.Name | |||
).Where( | |||
Catch( | |||
Max( | |||
IndexOfSubArray( | |||
"et3" | |||
) | |||
) | |||
< Min( | |||
IndexOfSubArray( | |||
"et1" | |||
) | |||
), | |||
false | |||
) | |||
) | |||
) | |||
) | |||
</pre> | |||
In how many cases, invoice wasn't paid within the due date? (i.e. invoice is due and it's not paid, or invoice was paid after due date) | |||
<pre> | |||
Count( | |||
Cases.Where( | |||
( | |||
(Count( | |||
Events.Where( | |||
Type.Name = ""Invoice Paid"" | |||
) | |||
) = 0) | |||
&& | |||
( | |||
Catch( | |||
GetAt(0, Events.[Invoice Sent].StopOnNull()) < Now | |||
, false) | |||
|| | |||
Catch( | |||
GetAt(0, Events.[Due Date].StopOnNull()) < Now | |||
, false) | |||
) | |||
) | |||
|| | |||
( | |||
Catch( | |||
GetAt(0, | |||
Events.Where( | |||
Type.Name = ""Invoice Paid"" | |||
).TimeStamp | |||
) | |||
> | |||
Coalesce( | |||
Catch(GetAt(0, Events.[Invoice Sent]), null), | |||
Catch(GetAt(0, Events.[Due Date]), null) | |||
), | |||
null) | |||
) | |||
) | |||
) | |||
) | |||
</pre> | |||
How long it takes to receive payment on average? | |||
<pre> | |||
Average( | |||
Sum( | |||
Cases.Events.Where( | |||
Type.Name = ""Payment Received"" | |||
).( | |||
TimeStamp - GetAt( | |||
0, | |||
Case.Events.Where( | |||
Type.Name = ""Invoice Sent"" | |||
) | |||
).TimeStamp | |||
) | |||
.TotalMinutes | |||
) | |||
) | |||
</pre> | |||
What is the % of POs (cases) in a certain price range (case attribute "price")? | |||
<pre> | |||
100 * Count(Cases.Where(Price > 1 && Price < 4)) / Count(Cases) | |||
</pre> | |||
What is the average duration from event A directly followed by event B for those cases that directly continue to event C after B? (take the first occurrence if there are many) | |||
<pre> | |||
Average( | |||
Cases.Let( | |||
""indexes"", | |||
Box( | |||
Events.Type.Name | |||
).IndexOfSubArray( | |||
Array(""et2"", ""et3"", ""et4"") | |||
) | |||
).Where( | |||
Count(indexes) > 0 | |||
).( | |||
GetAt( | |||
GetAt(0, | |||
GetAt(0, indexes) | |||
), | |||
Events | |||
) | |||
).( | |||
NextInCase.TimeStamp - TimeStamp | |||
).TotalMinutes | |||
) | |||
</pre> | |||
What is the average duration of completely received orders? | |||
<pre> | |||
Average( | |||
Cases.Where( | |||
Count( | |||
Events.Where( | |||
Type.Name = "et3" | |||
) | |||
) > 0 | |||
).( | |||
GetAt(0, | |||
Events.Where( | |||
Type.Name = "et2" | |||
).TimeStamp | |||
) | |||
- | |||
GetAt(0, | |||
Events.Where( | |||
Type.Name = "et1" | |||
).TimeStamp | |||
) | |||
).TotalMinutes | |||
) | |||
</pre> | </pre> | ||
[[Category: QPR UI]] | [[Category: QPR UI]] |
Revision as of 12:43, 19 December 2017
The following examples assume that there is a filter with id 1. point. All KPI analyses also have an EventLog as a starting point, so expression written after the "EventLogById(1)." is a valid expression for KPI Analyses.
Get all event types that appear among the events:
EventLogById(1).EventTypes
Same as previous, except return event type names (Strings):
EventLogById(1).EventTypes.Name
Get a hierarchical array, where the upper level are EventTypes and the leaf level are Events:
EventLogById(1).EventTypes.Events
Get a hierarchical array, where the upper level are EventTypes and the leaf level are also EventTypes (all branches contain same EventTypes):
EventLogById(1).EventTypes:Events.Type
EventLogById(1).EventTypes:Events.TimeStamp
List all Events as leaf nodes which timestamp is after 2012-01-01:
EventLogById(1).EventTypes:Events.Where(Timestamp > DateTime(2012,1,1))
Calculates count of Events in the leaf nodes:
Count(EventLogById(1).EventTypes:Events.Where(Timestamp > DateTime(2012,1,1)))
Events are ordered beginning from the last one:
EventLogById(1).EventTypes.OrderByDescending(Events, Timestamp)
Same as the previous but with explicit context specified:
EventLogById(1).EventTypes.OrderByDescending(_.Events, _.Timestamp)
Shows all event types in a single comma separated string list:
EventLogById(1).(StringJoin(", ", EventTypes.Name))
Same as the previous, except in addition the EventTypes are ordered by name:
EventLogById(1).(StringJoin(", ", OrderByDescending(EventTypes, Name).Name))
List of all the Starter flows in a model from filterId=1:
RemoveLeaves(EventLogById(1).Flows:From.Where(IsNull(_)))
Go through the model recursively using the flows:
RemoveLeaves(EventLogById(1).Flows:From.Where(IsNull(_))).To.OutgoingFlows.To.OutgoingFlows.To
Traverse the model using events:
RemoveLeaves(EventLogById(1).Flows:From.Where(IsNull(_))).FlowOccurrences.To.NextInCase.NextInCase.NextInCase
All case attribute values within the model grouped by case attribute types:
Let("cases", EventLogById(1).Cases, EventLogById(1).CaseAttributes:(Let("attribute", _, cases.Attribute(attribute))))
All event attribute values within the model grouped by event attribute types:
Let("events", EventLogById(1).Events, EventLogById(1).EventAttributes:(Let("attribute", _, events.Attribute(attribute))))
Define a new user defined functions named "First", which takes the first item in an array:
Def("First", "a", GetAt(0, a));
The defined array can be used as follows:
First(Array(1, 2, 3)) returns: 1
Def("x", "a", Distinct(RecurseLeaves(OrderBy(EventLogById(a).Cases.Events, Type.Name), Type.Name)))
Function definition that uses itself, i.e. recursive functions:
Def("Fib", "a", If(a < 2, 1, Fib(a - 1) + Fib(a - 2))); For("i", 0, i < 10, i + 1, Fib(i));
Takas all models, and show them in "id:name" format:
Models.StringJoin(":", [Id, Name])
Models.[Id, Name]
How many times activity "Sales Order Changed" occurs on average in cases?
Average(Count(Cases.Events.Where(Type.Name == "Sales Order Changed")))
What's the average cost per case of all sales order changes? (assumption Sales Order Changed activity has attribute Cost)
Average(Sum(Cases.Events.Where(Type.Name == "Sales Order Changed").Cost))
What's the total cost of all events that occured this year?
Sum(Sum(Cases.Events.Where(TimeStamp.Year == Now.Year).Cost))
What the total cost calculated from events, where cost is calculated by "unit cost" times "number of units"?
Sum( Cases.Sum( Events.( UnitCost * NumberOfUnits ) ) )
In how many cases duration between "Invoice Sent" and "Payment Received" is more than 30 days?
Count( Cases.Where( ( Max( Events.Where( In(Type.Name, "et1", "et2") ).TimeStamp ) - Min( Events.Where( In(Type.Name, "et1", "et2") ).TimeStamp ) ).TotalMinutes > 60 ) )
In how many cases "Invoice Sent" is not directly followed by "Payment Received"?
Count( RemoveLeaves( ( Cases.Events.Type.Name ).Where( Count( IndexOfSubArray( Array("et2", "et3") ) ) < Count( IndexOfSubArray( "et2" ) ) ) ) )
In how many cases "Payment Received" is before "Invoice Sent"?
Count( RemoveLeaves( ( Cases.Events.Type.Name ).Where( Catch( Max( IndexOfSubArray( "et3" ) ) < Min( IndexOfSubArray( "et1" ) ), false ) ) ) )
In how many cases, invoice wasn't paid within the due date? (i.e. invoice is due and it's not paid, or invoice was paid after due date)
Count( Cases.Where( ( (Count( Events.Where( Type.Name = ""Invoice Paid"" ) ) = 0) && ( Catch( GetAt(0, Events.[Invoice Sent].StopOnNull()) < Now , false) || Catch( GetAt(0, Events.[Due Date].StopOnNull()) < Now , false) ) ) || ( Catch( GetAt(0, Events.Where( Type.Name = ""Invoice Paid"" ).TimeStamp ) > Coalesce( Catch(GetAt(0, Events.[Invoice Sent]), null), Catch(GetAt(0, Events.[Due Date]), null) ), null) ) ) ) )
How long it takes to receive payment on average?
Average( Sum( Cases.Events.Where( Type.Name = ""Payment Received"" ).( TimeStamp - GetAt( 0, Case.Events.Where( Type.Name = ""Invoice Sent"" ) ).TimeStamp ) .TotalMinutes ) )
What is the % of POs (cases) in a certain price range (case attribute "price")?
100 * Count(Cases.Where(Price > 1 && Price < 4)) / Count(Cases)
What is the average duration from event A directly followed by event B for those cases that directly continue to event C after B? (take the first occurrence if there are many)
Average( Cases.Let( ""indexes"", Box( Events.Type.Name ).IndexOfSubArray( Array(""et2"", ""et3"", ""et4"") ) ).Where( Count(indexes) > 0 ).( GetAt( GetAt(0, GetAt(0, indexes) ), Events ) ).( NextInCase.TimeStamp - TimeStamp ).TotalMinutes )
What is the average duration of completely received orders?
Average( Cases.Where( Count( Events.Where( Type.Name = "et3" ) ) > 0 ).( GetAt(0, Events.Where( Type.Name = "et2" ).TimeStamp ) - GetAt(0, Events.Where( Type.Name = "et1" ).TimeStamp ) ).TotalMinutes )