Results and Reporting


Words on this page that have been underlined and italicized can be found in the glossary on the right-hand side of the page.

Tip

To view any result chart next to risk or ranging inputs, open the same file in another instance of NetRisk and snap them each side-by-side.

Distribution Graphs

Distribution graphs show the number of iterations a given value occurred, as well as the total percentage of iterations a given value occurred. Distribution graphs can be viewed for start dates, finish dates, durations, drifts, floats, and total floats. As different activities or WBS nodes are selected in the Table Pane, the chart will update accordingly. 

  1. Click the Results  driver.

  2. Click the Simulation dropdown in the Table pane and choose a desired simulation.

  3. Click the Chart Type dropdown in the Chart pane and choose between Start DateCompletion DateDurationDriftFloat, and Total Float.

Tip

Hover over any bar or any data point to see the actual values.

In the Table Pane, activities and their data correspond to the state when the simulation was ran, regardless of whether or not the model has since been updated.

Adding/Removing Markers

Markers are a way for annotating distribution graphs. Three types of markers exists, as follows:

Marker TypeDefinitionInputs
Delta Marker

Shows the variance between two values, for example, the deterministic duration and the P80 duration.


The horizontal portion of the delta marker will be drawn at whatever height is entered in the Percentile column.

  • Value 1: the low
  • Value 2: the high
  • Color: the line color
  • Percentile: the height at which to draw the delta label
  • Line: whether or not to show the vertical lines
Deterministic MarkerShows the deterministic value and the corresponding percentile, for example "55 days (P30)".
  • Color: the line color
  • Line: whether or not to show the vertical lines
P Value MarkerShows the value below which a given percentage of iterations fell. For example, the 80th percentile completion date (P80) is the date under which 80% of the iterations were observed.
  • Color: the line color
  • Percentile: the desired percentile
  • Line: whether or not to show the vertical lines
Variance Marker

Shows the variance between two curves at the selected percentile.


Only available when comparing more than one series.

  • Value 1: the EARLIER curve
  • Value 2: the LATER curve
  • Color: the line color
  • Percentile: the p value for comparison
  • Line: whether or not to show the vertical lines


A curve is made up of a simulation, chart type, and activity. If the simulation, chart type, or activity is changed, it is considered a new curve, and the old curve will be removed from the value columns.

  1. Click the Results  driver.

  2. In the Chart Properties pane, click the Add button next to the Markers list.

  3. Click the dropdown in the Type column to change marker types.

  4. To remove, select the row in the list and click Remove.

Tornado Charts

Tornado charts show results organized from high to low for a variety of data sets.

Tip

When the number of results is larger than the amount of vertical space, bars will be merged to make them fit on a single screen. To view every bar individually, use the scroll wheel on your mouse to "zoom in". The chart can then be scrolled up and down.

ChartDefinition
Criticality IndexThe proportion of iterations activities were observed on the longest path.
Cruciality IndexThe correlation between activity durations and the duration of the project. Milestones, WBS summaries, hammocks, or LOE's will not show up.
Priority IndexThe significance of an activity on the project's duration defined as criticality * (1+cruciality). Milestones, WBS summaries, hammocks, or LOE's will not show up.
Risk Priority

The potential gain in calendar days after removing each risk during simulation.


Non-working calendars are NOT treated as risks/removed when calculating risk priority.

Risk Sensitivity

The correlation between risk impacts and the duration of the project. Milestones, WBS summaries, hammocks, or LOE's will not show up.

As different activities or WBS nodes are selected in the Table Pane, the chart will update accordingly, as well as be filtered or recalculated as indicated. To view tornado charts:

  1. Click the Results  driver.

  2. Click the Simulation dropdown in the Table pane and choose a desired simulation.

  3. Click the Chart Type dropdown in the Chart pane and choose accordingly.

Tip

Hover over any bar or any data point to see the actual values.

Chart Properties

The Chart Properties Pane will update depending on the selected chart type. Any modifications are stored with the file.

Labels

PropertyDefinitionAvailable for
TitleA label for describing the chart, which displays at the top in bold.
  • All charts
X-AxisA label for describing the x-axis.
  • All charts
Y-AxisA label for describing the y-axis on the left.
  • All charts
Y Axis 2A label for describing the y-axis on the right.
  • All distribution graphs

Legend

PropertyDefinitionAvailable for
Show LegendA toggle for showing a color legend.
  • All charts
Include ID'sA toggle for including activity/WBS ID's in the legend for each series
  • All charts

Tornado Charts

PropertyDefinitionAvailable for
Significance LevelThe significance value, for example 80%, tells us the likelihood that the result is truly correlated vs. the likelihood that the correlation is random (for example, 20%).
  • Cruciality Index
  • Priority Index
  • Risk Sensitivity
Significance Level (continued)


Hover the mouse over any bar on the chart and look for the value in parenthesis at the end.


Hide values betweenA toggle for filtering out values from being displayed. For example, to hide negative values, enter -100 to 0. To hide positive values, enter 0 to 100.
  • All tornado charts
Correlation Method

The Pearson method uses original simulation values and is a measure of the linear relationship between the two variables.

  • Cruciality Index
  • Priority Index
  • Risk Sensitivity
Correlation Method (continued)

The Spearman method takes original simulation values, assigns each one a rank, and then applies the pearson method. Pearson is considered better if the values being compared are normally distributed while spearman may be better if the data is more scattered or outliers exist.


Risk Priority PercentileThe percentile by which to measure the potential gains. For example, entering "80" would tell us the number of days potentially gained during at least 80% of the iterations.
  • Risk Priority
Risk Priority SortingAn option for sorting the risk priority tornado chart. When sorting by Potential Gains, the chart is arranged from the risk that contributed the highest gains at the top to the risk that contributed the lowest gains at the bottom.
  • Risk Priority
Risk Priority Sorting (continued)When sorting by Order Removed, the chart is arranged from the first risk removed during simulation to the last risk removed during simulation.
Label FormatA toggle for choosing what combination of ID and description to show for each bar.
  • All tornado charts

Risk Sensitivity

A toggle for choosing what to display on the risk sensitivity tornado chart. Checking Risks will display a single bar for each risk/scenario. Checking Risk-Activity Assignments will display multiple bars, one for every activity to which a risk/scenario has been assigned.
  • Risk Sensitivity

Markers

A table for adding, modifying, and removing annotations to the chart. See Results and Reporting above.

Series

PropertyDefinitionAvailable for
Legend DescriptionA description of the series, which will be displayed in the legend.
  • All charts
CurveA toggle for displaying the cumulative curve.
  • All distribution graphs
Curve ColorThe color of the curve
  • All distribution graphs
Curve PointsA toggle for showing points where the x and y-axes intersect.
  • All distribution graphs
Curve ValuesA toggle for showing the y-axis value for the intersections.
  • All distribution graphs
BarsA toggle for displaying the frequency bars.
  • All charts
Bar ColorThe color of the bars.
  • All charts
Bar WidthThe size of the bars, independent of time.
  • All charts
Bar ValuesA toggle for showing the values of the bars.
  • All charts
CenteredA toggle for centering the values in the middle of the bars instead of at the end.
  • All charts

Chart Formatting

The following chart elements can be formatted directly on the chart:

ElementSupportedNot Supported
Chart TitleFont style, font size, bold, italics, underline, color, case, alignment
X-Axis LineColorFont style, font size, bold, italics, underline, case, alignment
X-Axis Values (as a group)Font style, font size, bold, italics, underline, colorCase, alignment
X-Axis LabelFont style, font size, bold, italics, underline, color, caseAlignment
Y-Axis LineColorFont style, font size, bold, italics, underline, case, alignment
Y-Axis Values (as a group)Font style, font size, bold, italics, underline, colorCase, alignment
Y-Axis LabelFont style, font size, bold, italics, underline, color, caseAlignment
2nd Y-Axis LineColorFont style, font size, bold, italics, underline, case, alignment
2nd Y-Axis Values (as a group)Font style, font size, bold, italics, underline, colorCase, alignment
2nd Y-Axis LabelFont style, font size, bold, italics, underline, color, caseAlignment
Bars/ValuesFont style, font size, bold, italics, underline, colorCase, alignment
Curve/ValuesFont style, font size, bold, italics, underline, colorCase, alignment
Marker/ValuesFont style, font size, bold, italics, underline, colorCase, alignment
LegendFont style, font size, bold, italics, underline, colorCase, alignment

To do so:

  1. Click the Results  driver.

  2. Select the desired element directly on the chart with the mouse. The selected element will be confirmed in the toolbar above the chart, e.g. "Title Formatting".

  3. Click the desired icon or font picker immediately to the right.

Comparing Charts

The following comparisons can be made:

  • Simulation to simulation, for example completion dates for the same activity in multiple simulations
  • Activity to activity, for example completion dates for multiple activities within the same simulation
  • Multiples, for example completion dates for multiple activities in multiple simulations

Charts of different types cannot be compared to one another.

Simulation to Simulation

  1. Click the Results  driver.

  2. Click the Simulation dropdown above the Table pane.

  3. Check the box next to each simulation desired.

  4. Click Close.

The table will only show activities and their data for the LAST simulation clicked, indicated above the list. If an activity existed in the last simulation clicked but did NOT exist in one of the other simulations, a series will NOT show up for it on the chart. If an activity didn't exist in the last simulation clicked, it will not show up in the table at all.

A series is made up of a simulation, chart type, and activity. If the simulation, chart type, or activity is changed, it is considered a new series and will be given new colors. For example, if you're comparing the completion date of an activity between two simulations, as soon as you select a new activity, the color of both curves will change, since they are both new series.

Activity to Activity

  1. Click the Results  driver.

  2. In the Compare column, check the box next to each activity desired.

Exporting Percentile Results to P6

Percentile data, or p values, can be exported to XER user defined fields (UDFs) for importing into P6. In P6, this data can be used to illustrate, for example, the entire schedule on P80 dates, side-by-side with the deterministic schedule on the Gantt chart. 

When exporting out of P6, UDFs must have data for at least one activity to be included the export.

  1. Click the Results  driver.

  2. Click the Export icon above the table and choose Export Percentile Results to P6 XER.

  3. Click the Add button and customize as desired.

  4. When finished, click Export.

  5. Enter a filename and click Save.

P values can only be mapped to UDFs of the same type. For example, a start date CANNOT be mapped to a finish date UDF, or vice versa. Nor can it be mapped to cost, indicator, integer, number, or text.

P Value-to-UDF Columns

ColumnDescription

P Value (NetRisk)

The percentile from the simulation results, from 0-100.

Date Type

A toggle for choosing between Start and Finish data.
User Defined Field (P6)

A dropdown containing all user defined fields that were imported (if any) if the project began from an XER file.


If no selection is made, a new UDF is created, named after the P value/Date Type.

Available Table Columns

For details on customizing columns, filtering, sorting, and organizing by WBS, see Interface Tour.


 Results Columns...
ColumnDescription

Abbr. Description

A NetPoint-unique field limited to 48 characters for describing the activity.

Calendar

The schedule that work on the activity can take place.
Codes

A submenu containing one column for every code in the schedule.

The organization and visibility of code columns is NOT saved with the application. Code columns must be turned back on every time the tab is changed.

Constraint #1

The primary constraint, if any. The following abbreviations are used: ALAP (As Late As Possible), MEO (Finish On), MEOA (Finish On Or After), FNL (Finish On Or Before), MS (Mandatory Start), MF (Mandatory Finish), MSO (Start On), SNE (Start On Or After), and MEOB (Start On Or Before).
Constraint Behavior

A toggle for controlling how constraints behaves during simulation (only enabled if an activity/milestone has a constraint).

If an activity has two constraints and Maintain is chosen, both will be maintained unless one is triggered, in which case the second one will be ignored.

ALAP constraints will never be maintained and this option disabled for activities with only ALAP constraints (if an ALAP and another constraint exist and Maintain is chosen, only the other constraint will be maintained).


Constraint #2

The secondary constraint, if any. The following abbreviations are used: ALAP (As Late As Possible), MEO (Finish On), MEOA (Finish On Or After), FNL (Finish On Or Before), MS (Mandatory Start), MF (Mandatory Finish), MSO (Start On), SNE (Start On Or After), and MEOB (Start On Or Before).
Criticality IndexThe proportion of iterations an activity was observed on the longest path.
Cruciality IndexThe correlation between an activity's duration and the duration of the project.

Description

The text field for describing the activity.

This column cannot be removed from the table when organized by WBS.

Deterministic Drift PercentileThe p value or percentage of iterations where a value equal to or less than the deterministic drift (i.e. the drift value before any simulation was ran) was observed during simulation.
Deterministic Duration PercentileThe p value or percentage of iterations where a value equal to or less than the deterministic duration (i.e. the duration value before any simulation was ran) was observed during simulation.
Deterministic Finish PercentileThe p value or percentage of iterations where a value equal to or earlier than the deterministic finish date (i.e. the finish date value before any simulation was ran) was observed during simulation.
Deterministic Float PercentileThe p value or percentage of iterations where a value equal to or less than the deterministic float (i.e. the float value before any simulation was ran) was observed during simulation.
Deterministic Start PercentileThe p value or percentage of iterations where a value equal to or earlier than the deterministic start date (i.e. the start date value before any simulation was ran) was observed during simulation.
Deterministic Total Float PercentileThe p value or percentage of iterations where a value equal to or less than the deterministic total float (i.e. the total float value before any simulation was ran) was observed during simulation.

Drift

The amount of the time an activity may advance before advancing the project start.

Duration

The amount of time the activity takes to complete.
Duration CorrelationsA summary of activities that have been correlated by ID with the coefficient showing in parenthesis.
Duration SamplingDisplays the distribution type and range if the activity's duration was enabled for sampling during simulation as well as the "existence probability" (P).
Earliest Finish

The earliest finish date observed during simulation.

Early FinishThe date the activity completes when its drift is equal to zero.
Earliest Start

The earliest start date observed during simulation.

Early StartThe date the activity begins when its drift is equal to zero.

Finish Date

The date the activity completes.
FloatThe amount of the time an activity may be delayed before delaying the project completion.
Floating SamplingDisplays the distribution type and range if the activity's float was enabled for sampling during simulation, as well as the "% of iterations" (P) and "threshold" (T).
IDThe user-entered unique identifier.
Included RisksA summary of all risks and/or scenarios by ID that were assigned and included in the selected simulation/run.
Late FinishThe date the activity completes when its float is equal to zero.
Latest Finish

The latest finish date observed during simulation.

Late StartThe date the activity begins when its float is equal to zero.
Latest Start

The latest start date observed during simulation.

Max Duration

The highest duration observed during simulation.

Max Drift

The highest drift observed during simulation.

Max Float

The highest float observed during simulation.

Max Total Float

The highest total float observed during simulation.

Mean Duration

The average duration observed during simulation.

Mean Drift

The average drift observed during simulation.

Mean Float

The average float observed during simulation.

Mean Total Float

The average total float observed during simulation.

Min Duration

The lowest duration observed during simulation.

Min Drift

The lowest drift observed during simulation.

Min Float

The lowest float observed during simulation.

Min Total Float

The lowest total float observed during simulation.

PX Drift

The "X" percentile drift (p value), i.e. drift value observed during at least X% of iterations. P values available from P5 to P95 in the Drift submenu.
PX DurationThe "X" percentile duration (p value), i.e. duration value observed during at least X% of iterations. P values available from P5 to P95 in the Duration submenu.
PX Finish DateThe "X" percentile finish date (p value), i.e. finish date value observed during at least X% of iterations. P values available from P5 to P95 in the Finish Date submenu.
PX FloatThe "X" percentile float (p value), i.e. float value observed during at least X% of iterations. P values available from P5 to P95 in the Float submenu.
PX Start DateThe "X" percentile start date (p value), i.e. start date value observed during at least X% of iterations. P values available from P5 to P95 in the Start Date submenu.
PX Total FloatThe "X" percentile total float (p value), i.e. total float value observed during at least X% of iterations. P values available from P5 to P95 in the Total Float submenu.
Priority IndexThe significance of an activity on the project's duration defined as criticality * (1+cruciality).
Sampling BehaviorThe behavior for sampling of in-progress activity durations. For definitions and examples, see Results and Reporting.
Start DateThe date the activity begins.
Total CostThe total cost of the activity, as calculated by resource assignments.
Total FloatThe float + drift.
TypeThe type of object, e.g. activity, milestone, hammock, etc.
WBS SequenceA value for sorting when organized by WBS.
Weather Event CalendarsA summary of all event calendars assigned by ID.
Weather Window CalendarsA summary of all window calendars assigned by ID.
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 Glossary

Distribution: a range of possible outcomes (e.g. durations, impacts, etc.) together with their shape, from which a value will be sampled.

Drift: the amount of time an activity may be advanced before advancing the project start.

Iteration: one complete pass, from the beginning of the schedule to the end, whereby sampling of entered ranges is applied). All iterations taken together comprise a simulation.

P value: The value (date, duration, etc.) which was observed during at least X% of iterations. For example, the P80 Finish Date is the finish date observed during at least 80% of the iterations. To put it another way, 80% of the iterations completed on that date or earlier.