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Dwb Metrics Dims Filters
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7/18/2019 Dwb Metrics Dims Filters
http://slidepdf.com/reader/full/dwb-metrics-dims-filters 1/23
Adobe ® Marketing Cloud
Metrics, Dimensions, and Filters
7/18/2019 Dwb Metrics Dims Filters
http://slidepdf.com/reader/full/dwb-metrics-dims-filters 2/23
Contents
About Metrics, Dimensions, and Filters..........................................................................3
Expanding Metrics, Dimensions, and Filters............................................................................................................4
Dimension Types..............................................................................................................5
About Built-in Metrics, Dimensions, and Filters............................................................7
Built-in Metrics....................................................................................................................................................................7
Built-in Dimensions...........................................................................................................................................................7
Built-in Profile Filters.........................................................................................................................................................8
Baseline Profiles.............................................................................................................10
Traffic Profile Metrics................................... ................... .................... .................... ................... .................... .................11
Traffic Profile Dimensions................... .................... .................... ................... .................... ................... .................... ....13
Value Profile Metrics.......................................................................................................................................................16
Value Profile Dimensions..............................................................................................................................................16
Marketing Profile Dimensions....................................................................................................................................17
Third-Party Licenses.......................................................................................................18
Metrics, Dimensions, and FiltersLast updated 12/19/2013
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About Metrics, Dimensions, and FiltersMetrics, dimensions, and filters provide a framework within which calculations are made about the data processed into a dataworkbench dataset.
The results of the calculations defined using this framework are shown in workspaces, dashboards, reports, or other outputs.
In short, any number that you see in or from an application is the result of a query of a dataset that involves a metric, a dimension,
and a filter.At the most basic level, a metric describes what is being calculated from and about the dataset, a dimension breaks down the
data in the dataset into categories, and a filter describes a selected portion or subset of the data in the dataset.
When the Data Workbench Server processes data to create a dataset, dimensions of the data are created and then updated on
an ongoing basis as new data is read and processed by the server. Metrics and filters are calculated from these dimensions of
data.
Caution: If you redefine an internal metric, the system will behave unexpectedly because of the wrong value. Your reports
will not generate unless a metric reads 100%. It is recommended that you do not change metric definitions.
An Example
Imagine a dataset that contains information about all of the people in the world. This dataset contains, at a minimum, all of the
people in the world and their ages. A useful metric to calculate from this dataset would be Average Age. Evaluating this metric
would result in one number: the average age of the world’s population.
Adding a dimension to the dataset makes this information more useful and manageable. If the dataset also contains each person’s
country of residence, defining a Country dimension would provide a way to segment the people into groups for each country
in the world. Evaluating the Average Age metric over the Country dimension would result in a list of numbers, one for each
country, each representing the average age of the people in that country.
The application of a filter (or selection filter) in a metric formula can give more detailed information or allow the definition of
a new metric based on existing metrics and dimensions. Evaluating the Average Age metric with a filter of “where country equals
Sweden” results in one number: the average age of people in Sweden. A metric based on this filter could be Swedish Average
Age.
For example:
Swedish_Average_Age=Average_Age[country = ‘Sweden’]
How Metrics, Dimensions, and Filters Relate
In general, evaluating a metric over a dimension results in that metric being evaluated for each dimension element (or element).
In the example above, the Country dimension has an element for each country of the world. Evaluating Average Age over
Country would yield the average age for each of the elements (countries), including the element Sweden.
It is important to note that when you evaluate a metric over a dimension, you will receive the same numerical result for a specific
dimension element regardless of whether you evaluate that metric for the whole dimension or you define a filter corresponding
to that specific dimension element. Using the previous example, when looking for the average age of people in Sweden, either
of the following methods would yield identical results:
• Evaluate the Average Age metric over the Country dimension and then look at the number for the dimension element Sweden.
• Evaluate the Average Age metric with a filter of “people in Sweden” (expressed asAverage_Age[Country='Sweden']).
Filters are syntactical expressions that reference one or more dimensions and dimension elements. As you saw in the above
example, using the expression [dimension=element] is an easy way to specify a filter.
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It is just as easy to apply such a filter to define a new metric using an expression such as New_Metric=Metric[Filter] .
Such a filter can be used to define a new metric based on a specific dimension element. To use the above example,
Average_Age[Country='Sweden'] specifies a metric for the average age of people in Sweden. If we were to give this
metric a name, such as Swedish_Average_Age, we could use it in other calculations as a metric. For example, evaluating
Swedish_Average_Age/Average_Age would result in a single number: the ratio of the average age of people in Sweden
to that of people in the rest of the world.
If the dataset with information about all of the people in world also includes a dimension Eye Color, the expressionSwedish_Average_Age[Eye_Color='green'] would result in the average age of Swedes with green eyes. You might
also obtain this same result without using an intermediate metric definition by applying a different filter:
Average_Age[Country='Sweden' AND Eye_Color='green']. In this case, the AND operator specifies a filter
expression using two other basic filter expressions.
Expanding Metrics, Dimensions, and Filters
Data workbench enables you to create new metrics, filters, and dimensions to expand the information available through anapplication or to easily customize the definitions in the application to meet your needs. The open-ended nature of metrics,dimensions, and filters enables you to answer more questions as you add new metrics and dimensions.
Newly defined metrics can be evaluated over existing dimensions, and, similarly, existing metrics can be evaluated over newly
defined dimensions. Newly defined metrics also can be used as input in other metrics. Because metrics are built on the client
side (that is, their construction does not require dataset processing), they have a minimal impact on system performance. You
can increase your analysis capabilities by constructing many levels of metrics.
For more information about the syntax used to manipulate metrics, dimensions, and filters, see language syntax .
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Dimension TypesSeveral types of dimensions are available in the data workbench server. As such, it is important to know the dimension typewhen using a dimension to create metrics, filters, or derived dimensions.
Insight Server can create and maintain the following types of dimensions:
DescriptionDimension Types
A dimension type in which the number of elements in the dimension can be counted by the
system. Countable dimensions must be derived from other Countable dimensions. Countable
dimensions can be parents of other dimensions or children of other countable dimensions.
Examples: Visitor, Session, Page View, Booking, and Order.
Countable
A dimension that has a one-to-many relationship with a parent countable dimension. A simple
dimension can be thought of as representing a property of elements of its parent dimension.
Example: Visitor Referrer is a simple dimension with a parent of the Visitor dimension. Each
Visitor can have only one Visitor Referrer (their first HTTP referrer), but many Visitors might
Simple
have the same Visitor Referrer. Therefore the Visitor Referrer is “one-to-many ” with the Visitor
dimension.
A dimension that has ordered, numerical values and a one-to-many relationship with a parent
countable dimension. A numeric dimension can be thought of as representing a numeric property
of elements of its parent dimension. Numeric dimensions are often used to define “sum” metrics.
Example: The numeric dimension Session Revenue defines the revenue, in dollars, for each
Session. Each Session has a single amount of revenue, but any number of Sessions might have
Numeric
the same revenue, so Session Revenue is “one-to-many ” with Session. A metric “Revenue” might
be defined as sum(Session_Revenue, Session), giving the total amount of revenue for
the selected Sessions.
A dimension that has a many-to-many relationship with a parent countable dimension. A
many-to-many dimension can be thought of as representing a “set” of values for each element
Many-to-Many
of its parent dimension. A many-to-many dimension is equivalent to an (anonymous) countable
dimension with its parent and a Simple dimension with a parent of the anonymous countable
dimension.
Example: The many-to-many dimension Search Phrase has a parent of Session. Each Session can
use zero or more Search Phrases, and a Search Phrase can be used in any number of Sessions.
A dimension that has a one-to-one relationship with a parent Countable dimension. The element
names of the denormal dimension can carry information about the corresponding elements of
Denormal
the parent dimension. A denormal dimension can be thought of as storing an arbitrary string
value for each element of the parent. Denormal dimensions can be used with Insight Server’s
segment export capability to output details about a subset or “segment” of a countable dimension.
In addition, denormal dimensions can be referenced in metric formulas and worksheet
visualizations and can be used (with certain restrictions) to define filters.
Example: The denormal dimension EMail Address has a parent of Visitor. Each Visitor has an
EMail Address, and each element of the EMail Address dimension is associated with a single
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DescriptionDimension Types
Visitor. Even if two visitors have the same e-mail address, their addresses will be different elements
of the EMail Address dimension. A Segment Export can reference the EMail Address dimension
to output the EMail Address of each visitor in a Segment.
A dimension that enables you to create a set of periodic or absolute local time dimensions (such
as Day, Day of Week, Hour, Hour of Day, and so on) based on a timestamp field that you specify.
Time
When defining time dimensions, you also can choose a day other than Monday to be used as the
start of a week by specifying the Week Start Day parameter.
Example: The time dimension Session Time has parent of Session. Therefore, the dimension
defines a set of time dimensions (Day, Day of Week, Hour, Hour of Day, Month, and Week)
whose elements correspond to the times at which visitors’ sessions on the site began.
Derived dimensions, rather than being defined in the dataset configuration based on the data
being processed, are defined in the profile based on other dimensions or metrics. Many derived
dimensions are created automatically to drive different types of visualizations.
Example, when a user builds a site or process map, Insight Server silently creates a “Prefix”
dimension. Others, such as the reporting time dimensions, are defined by files in the Dimensions
directory of a profile.
Derived
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About Built-in Metrics, Dimensions, and FiltersThis section provides detailed information about the built-in metrics, dimensions, and filters provided in data workbench.
Almost all metrics are defined in the metrics directory of a profile. A few built-in metrics are provided to convey technical
information about the status of data processing through its two phases called log processing and transformation which are
defined by Insight Server’s log processing and transformation configuration files, respectively.
Note: The log processing phase does not mean that all event data comes from “ log files.” Although it sometimes does, event
data can come from another source, such as an ODBC data source. For more information about data sources, see the Dataset
Configuration Guide.
Built-in Metrics
Data workbench includes built-in metrics.
The following table lists the available built-in metrics for data workbench:
DescriptionBuilt-in Metric
The As Of time of the dataset in 100 nanoseconds intervals since January 1, 1600 00:00UTC. The As Of timestamp is the latest time in the dataset for which all data has definitely been processed.
As Of
The total amount of compressed data (in bytes) that has so far been processed during thelog processing phase.
Log Bytes Read
The total amount of compressed data (in bytes) in log files matching the configured logsources criteria and start and end date range of the dataset. If log processing is paused in
Log Bytes Total
the Log Processing Mode configuration file then Log Bytes Total will be the same as LogBytes Read.
The percentage completion of the log processing phase of Insight Server data processing.Log Processing Progress
The number of entries in the log files that were successfully decoded as a part of the logprocessing phase of Insight Server data processing.
Total Decoded Log Entries
The number of entries in the log files that after being decoded were accepted by the robotfilter and the log entry conditions and other filters that are applied as a part of the logprocessing phase of Insight Server data processing.
Total Filtered Log Entries
The number of entries in the log files that have so far been processed by the log processingphase of Insight Server data processing.
Total Log Entries
The number of filtered log entries that have been incorporated into the Adobe dataset.Total Processed Log Entries
The percentage completion of the transformation phase of Insight Server data processing.Transformation Progress
The total amount of uncompressed data (in bytes) that has so far been processed duringthe log processing phase.
Uncompressed Log Bytes Read
Built-in Dimensions
Data workbench includes built-in dimensions.
The following table lists the available built-in dimensions for data workbench:
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DescriptionLevelDetailsName
Has a single element “” which relates to all elements of all dimensions.Evaluating a metric over None is like evaluating it over no dimension.
The Filter [None=“”] is equivalent to [True].
N/ADerivedNone
The element “1”, which also has ordinal value = 1, relates to all elements
of all dimensions. The One dimension is normally used to constructcounts by using this syntax:
sum(one,Countable_Dimension)
N/ANumericOne (Hidden)
Built-in Profile Filters
Profile filters constrain the scope of the data available from a dataset.
In addition to the log processing and transformation filters that can be applied before or during the creation of a dataset, other
profile filters are available that impact the scope of the data available for selection from a dataset. This section describes only
the latter type of special filters.The following profile filters are available to the user after a dataset has been created:
• Data Subsetting Filter
• Broken Session Filter
Note: Additional filters can be created and applied through their presence in a profile’ s Filters directory.
Data Subsetting
A data subset acts as a data filter by allowing you to select only the dimension elements of data that are of interest to you.
Creating data subsets decreases the amount of time required to calculate exact answers to your queries. If the data subset that
you specify is small enough, Insight® can retrieve all needed data from Insight Server and answer questions about the subset
quickly and accurately. This is especially useful if you know that, for example, analyzing a day of data or sessions from a particular
referrer will require several hours.
Users can create data subsets themselves, or they can access data subsets defined in an inherited or working profile. When a
user creates a subset of the dataset (by selecting the desired data in Insight and then right-clicking in the workspace and clicking
Data > Subset), a Data Subset.filter file is created in the Filters folder within the User profile directory. This filter defines the
data subset that you have selected and saves the subset for future use.
Note: You can create multiple data subsets and can toggle them to view different portions of the data. Remember to turnoff Data Subsetting when you want to view all data. Otherwise, your metric values will not be representative of all data inthe dataset.
Broken Session Filter
The Broken Session Filter is a metric formula that can be easily modified to meet any filtering requirements. In the default Site
profiles, the Broken Session Filter is configured to include all visitors that have a “Visitorized Flag” that is set to “1”. The value
“1” indicates the presence of a tracking cookie for that visitor.
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Following is the text of the default Broken Session Filter.filter file provided by Adobe in the release package for the Site profiles.
entity = derived_filter: formula = string: Visitorized_Flag="1" model = ref: wdata/model
By default, workspaces have the Broken Session filter applied to both their selection and their benchmarks, and it can be toggled
by right-clicking in the workspace and clicking Data > Broken Session Filter.
The Broken Session Filter can be referenced in filter expressions as Broken_Session_Filter, even if it is not enabled for the currentworkspace. See filter expressions for additional information.
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Baseline ProfilesA set of standard profiles for each application has been created to allow for one or more of the profiles to be installed at any given time.
These baseline profiles include the definitions of standard metrics, dimensions, filters, reports, workspaces, and dashboards.
Adobe continuously updates these profiles and makes them available to its licensees through its Software Support program.
Additionally, users of Adobe applications can define additional profiles and use them with or instead of the profiles providedby Adobe.
The profile management system allows the overriding of a profile’s configurations by higher level profiles. This feature should
be used by users or administrators who want to override any of the definitions incorporated in these profiles after they are
installed. Installing new releases of these profiles will overwrite any prior versions. As a result, any changes made to these profiles
directly would be overwritten when the new profiles are installed.
Profiles for vertical markets or specific types of companies or industries also may be available from Adobe ClientCare. The
following are descriptions of the baseline profiles:
• The Base profile includes configuration files that ship with Insight Server. The Base profile should not be modified by the useror Administrator. Any alterations made in the Base profile are subject to being overwritten when Adobe releases a next version
of Insight Server or other software application.• The Traffic profile includes a set of fundamental metrics, dimensions, and filters for web analytics. It also includes template
workspaces, reports, and dashboards that facilitate the analysis of, reporting on, and general understanding of overall Internetsite activity trends and patterns. This profile functions “out-of the box” with a baseline installation of Site.
• The Value profile includes a set of metrics and dimensions and template workspaces, reports, and dashboards associated withthe built-in Site business value and conversion model. This profile allows users to identify value events on the site and associatea monetary value to those events.
This profile expands your site analysis capabilities by providing a Business Value Model, an advanced method for measuring
and tracking the amount of value generated by your site. Value events and their relative value are defined through a simple
drag and drop interface within Site. Site uses these definitions to calculate the business value generated by each session, and
this information is used in turn to define metrics such as value, value events, conversion, and so on. These metrics enables you
to answer questions such as:
• What is the most profitable path through the site?
• What referrer or campaign has generated the most value?
• What is the average number of purchases on the site per day? (How many value events occur per day on average?)
After you have defined a Business Value Model in Site, you can use the Value metrics and dimensions in your analysis.
• The Marketing profile includes set of metrics and dimensions and template workspaces, reports, and dashboards associatedwith analysis of Internet marketing campaigns, including search analysis and extended referrer analysis.
Adobe also provides the following optional profiles to use:
• The IP Geo-location profile includes dimensions and layer files related to the analysis of visitors’ locations based on IPgeo-location data provided to Adobe by Quova, Inc., and incorporated into data workbench.
• The IP Geo-intelligence profile includes dimensions and layer files related to the analysis of visitor’s locations based on IPgeo-intelligence data provided to Adobe by Digital Envoy, Inc., and incorporated into data workbench.
For information about the IP-Geo-location and IP Geo-intelligence profiles, contact your Adobe support personnel. The following
sections describe the metrics and dimensions defined in each of the baseline profiles.
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Traffic Profile Metrics
The Traffic profile contains the following metrics to identify visitor traffic.
DescriptionMetric Formula and LevelMetric
The number of sessions that entered the site oneach page. This metric is evaluated over the Page
dimension only.
Formula: Page_Views[noshift(None,Page_View,
Session,-1)]
Level: Page View
Entries
The percentage of sessions that exited the site
from each page. The Exit Rate metric can only
be evaluated over the page dimension.
Formula: Exits/Page_Views
Level: Page View
Exit Rate
The number of sessions that exited the site from
each page. This metric is evaluated over the Page
dimension only.
Formula: Page_Views[no
shift(None,Page_View,
Session,1)]
Level: Page View
Exits
A measure of the lowest number of possible
visitors as reported by Insight. Mathematically,
Formula: (raw(Visitors) -
((raw(Visitors) + .69)^0.5 *
LVCI90
it specifies the lowest number of visitors with a
90% probability.
1.281551 -
1.2269))*(Visitors/raw(Visitors))
Level: Visitor
The average length of time (MM:SS) spent on
a particular page or group of pages. This metric
is evaluated over the Page dimension only.
Formula:sum (exact_page_duration,
page_view)*0.1/Page_Views[any
Exact_Page_Duration]
Page View Duration
Level: Page View
The average number of page views in each
session that has page views.Formula: Page_Views/ (Sessions by
Page_View)
Page Views per Session
Level: Session
The number of page views. A page view is a
request for a defined page (access to images and
other types of filtered content are not counted).
Formula: sum(One, Page_View)
Level: Page View
Page Views
The percentage of page views.Formula:
Page_Views/total(Page_Views)
Level: Page View
Pct of Page Views
The percentage of sessions.Formula: Sessions/total(Sessions)
Level: Session
Pct of Sessions
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DescriptionMetric Formula and LevelMetric
The percentage of visitors.Formula: Visitors/total(Visitors)
Level: Visitor
Pct of Visitors
The percentage of visitors that were referred to
this site from another site.Formula: Referred_Visitors/Visitors
Level: Visitor
Pct Referred Visitors
The number of sessions that were referred to
this site from another site.Formula: Sessions[Referrer<>
'None' and
Referrer<>'bookmarks']
Referred Sessions
Level: Session
The number of visitors that were referred to this
site from another site.Formula: Visitors[Visitor_
Referrer<>'None' and
Visitor_Referrer<>'book marks']
Referred Visitors
Level: Visitor
The percentage of sessions that are not the
visitors’ last sessions.Formula: Sessions[shift(None,Ses
sion,Visitor,1) = ""] / Sessions
Retention
Level: Session
The average length of time (MM:SS) a visitor
spends in a session.Formula: (sum
(Exact_Page_Duration,
Session Duration
Note: You can use this metric with the
Segment Export feature.
Session)*.1/Sessions)[Session_
Duration <= '01:00:00']
Level: Session
The number of sessions that had a page view.Formula: Sessions by Page_View
Sessions by Page View
Level: Session
A count of visitor sessions. A session is a period
of activity for one visitor of a web site.Formula: sum(One, Session)
Level: Session
Sessions
Individual sessions for each visitor are identified
using cookies, timeouts, and other heuristics.
A measure of confidence of the Sessions metric
as reported by data workbench. Mathematically,Formula: confidence(Sessions) *1.281551 / Sessions
SCI80
it is a +/- percentage specifying the range withinLevel: Visitor which the actual answer will lie 80% of the time.
As a rule-of-thumb, doubling the SCI80
percentage will give a range within which the
actual answer will lie 99% of the time.
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DescriptionMetric Formula and LevelMetric
A measure of the highest number of possible
visitors as reported by Insight. Mathematically,Formula: (((raw(Visitors) +
.68)^0.5 * 1.281551 + 1.2269) +
UVCI90
it specifies the highest number of visitors with
a 90% probability.raw(Visitors))*(
Visitors/raw(Visitors))
Level: Visitor
A measure of confidence of the Visitors metric
as reported by Insight. Mathematically, it is a
Formula: ((raw(Visitors) +
.68)^0.5 * 1.281551 + 1.2269) /
raw(Visitors)
Level: Visitor
VCI80
+/- percentage specifying the range within
which the actual answer will lie 80% of the time.
As a rule-of-thumb, doubling the VCI80
percentage will give a range within which the
actual answer will lie 99% of the time.
The number of visitors that had a page view.Formula: Visitors by Page_View
Visitors by Page View
Level: Page View
The number of visitors that had a session.Formula: Visitors by Session
Visitors by Session
Level: Session
Traffic Profile Dimensions
The Traffic profile contains the following dimensions to help identify visitor actions.
The dimensions in the following table are defined in the transformation dataset include files in the Traffic\Dataset\Transformation
directory.
DescriptionLevelTypeName
The day of the first log entry of the session.SessionSimpleDay
The day of week of the first log entry of a
session.
SessionSimpleDay of Week
The duration in milliseconds of page view as
measured by subtracting the time of the next
Page View NumericExact Page Duration
(Hidden)
page view from the time of that page view.
The exact duration of the last page view in asession is always 0.
The hour of the first log entry of a session.SessionSimpleHour
The hour of day of the first log entry of a
session.
SessionSimpleHour of Day
The month of the first log entry of a session.SessionSimpleMonth
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DescriptionLevelTypeName
A log entry or “Event Data Record” satisfying
the Page View Condition.
SessionCountablePage View
The second level domain of the referrer of
the first log entry of the session (or None if
it is an internal referrer domain).
SessionSimpleReferrer
A period of related contiguous activity by a
Visitor. It is delimited by a 30-minute period
VisitorCountableSession
of inactivity and an external referrer domain
or a maximum 48-hour Session Duration.
Both of those timeouts and the set of domains
that are considered internal can be configured
in the Transformation.cfg file.
The URI stem of a page view. The URI
dimension can be redefined using the
Page View SimpleURI
ReplaceURI, PrependURI, and AppendURItransformations.
A unique value of x-trackingid. Usually
corresponds to a unique browser if persistent
N/ACountableVisitor
cookies are used. The x-trackingid can be
otherwise based on IP number or some other
unique identifier such as x.509 common
name.
The week of the first log entry of a session.SessionSimpleWeek
The dimensions in the following table are defined in the Dimension directory of the Traffic profile:
DescriptionLevelTypeDimension
The type of user agent used by the visitor,including the version number (for example,MSIE 6.0.)
VisitorSimpleBrowser
The type of user agent used by the visitor (forexample, MSIE).
VisitorSimpleBrowser Type
The first search engine in a visitor’s sessionwhen a visitor has searched from a namedsearch engine.
Session
FIRST ROW
SimpleSearch Engine
The URI of the next URI after the currently selected URI. This derived dimension is used
Page View Derived (ShiftDim based on URIdimension)
Next URI
to conduct analysis about what visitors donext after any given URI.
The type of visitor: one-time or repeat.One-time visitors have had only one session
VisitorDerived (SegmentDim based onRepeat Visitors and One-timeVisitors metrics)
Onetime vs Repeat
on the site, while repeat visitors have hadmore than one session.
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DescriptionLevelTypeDimension
The name of each page visited during asession. Initially, each page’s name is the same
Page View Derived (RenameDim based onURI dimension)
Page
as the URI but can be changed for easierinterpretation.
The second level domain name of the web
site that first referred a session to the site (assupplied by the visitor’s browser.)
SessionInherited from the built-in
Referrer dimension
Referrer
The first search phrase in a visitor’s sessionas passed on by a search engine when a visitorhas searched from a named search engine.
Session
FIRST ROW
SimpleSearch Phrase
Each search term as passed on by a searchengine when a visitor has a search referrerclick-through from a named search engine.
SessionMany-to-Many Search Term
The duration of a session in 30-secondincrements.
SessionDerived (MetricDim based onExact Page Duration metric)
Session Duration
The number of times a visitor has visited the
site. For example, first-time visitors have a
SessionSimpleSession Number
Session Number of “1”, second-time visitorshave a Session Number of “2”, etc.
The number of page views in a session. Forexample, selecting “3” in the Session Page
SessionDerived (MetricDim based onPage Views metric)
Session Page Views
Views dimension would select all sessionswith exactly 3 page views.
The second level domain name of the firstweb site that is a named search engine that
SessionSimpleSearch Engine
referred a visitor to the site during a session(as supplied by the visitor’s browser.)
The hour, day, hour of day, week, day of week, month, quarter or year in which aSession began.
SessionSimpleTime Dimensions
Dimensions including Days Ago, Days of LastMonth, Days of Last Week, Days of This
SessionDerived (LastN and Renamedimensions based on built-intime dimensions)
Time ReportingDimensions
Month, Days of This Week, Hours of Today,Hours of Yesterday, Last 12 Months, Last 2Months, Last 2 Weeks, Last 24 Hours, Last 3Months, Last 4 Weeks, Last 6 Months, Last 7Days, Last 7 Days and Today, Last 8 Weeks,Last 9 Months, Last Month, Last Week,Months Ago, This Month, This Week, This
and Last 14 Days, This and Last 6 Months,This and Last 8 Weeks, Today, Today Reporting, Today and Last 30 Days, WeeksAgo and Yesterday provide a convenient way to build a Workspace or Report which alwaysshows a portion of data in the Dataset. Eachis based upon when a session began.
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DescriptionLevelTypeDimension
The URI of each page viewed.Page View Inherited from the built-inDimension URI
URI
The number of page views to date for a visitor. For example, selecting “3” in the
VisitorDerived (MetricDim based onPage Views metric)
Visitor Page Views
Visitor Page Views dimension would select
all visitors with exactly 3 page views acrossall of their sessions.
The second level domain name of the website that first referred a Visitor to the site for
VisitorInherited from the built-indimension Referrer
Visitor Referrer
their first session (as supplied by the visitor’sbrowser).
Value Profile Metrics
DescriptionLevelFormulaMetric
The percentage of sessions which generated business value
(as defined by the Business Value Model).
SessionSessions[not
Session_Value=#0]/Sessions
Conversion
The percentage of overall value that was generated from
the selected set of sessions.
SessionValue/total(Value)Pct of Value
The total business value generated, in dollars (as defined
by the Business Value Model).
Sessionsum(Session_Value,
Session)*0.01
Value
The count of sessions that generated business value (as
defined by the Business Value Model).
SessionSessions[not
Session_Value=#0]
Value Events
The average number of sessions for each visitor thatgenerated business value (as defined by the Business Value
Model).
Visitor(Value_Events/Visitors)by Visitor
Value Events perVisitor
The average business value generated, in dollars, by each
visitor.
Visitor(Value/Visitors) by
Visitor
Value per Visitor
Value Profile Dimensions
DescriptionLevelTypeDimension
The value of the session as defined by the Business
Value Model.
VisitorDerived (MetricDim
based on Value
metric)
Session Value
The total value that a visitor has generated in all
their sessions. The default increment used for each
segment of value is $50, but can be changed.
VisitorDerived (MetricDim
based on Value
metric)
Value Segment
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Marketing Profile Dimensions
The Campaign dimension is defined in the Site Marketing profile to provide campaign analysis capabilities.
DescriptionLevelTypeDimension
The campaign identifierextracted from a value in the
visitor’s first request.
SessionFIRST ROW operation
Renamed SimpleCampaign
Samples of Custom Marketing Profile Dimensions
You can incorporate additional dimensions of data for further analysis. These dimensions are added by incorporating additional
information into the stream of data that is collected for analysis. For example, the following table contains some of the custom
marketing dimensions that have been added in deployments for customers in various industries:
DescriptionDimension (Custom)
Parses the campaign date (first value) from email campaign query strings.Email Campaign Date
Collects the value string attached to the email campaign query string variable.Email Campaign Detail
Parses the campaign segment (third value) from email campaign query strings.Email Campaign Segment
Parses the campaign type (second value) from email campaign query strings.Email Campaign Type
Collects the value string attached to marketing campaign query string variables.Marketing Campaign Detail
Parses the campaign owner (fourth value) from marketing campaign query strings.Marketing Campaign Owner
Parses the campaign source (first value) from marketing campaign query strings.Marketing Campaign Source
Parses the campaign type (second value) from marketing campaign query strings.Marketing Campaign Type
Collects the value string attached to the ppc query string variable.PPC Campaign Detail
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Third-Party Licenses
Apache Xerces: This product includes software developed by the Apache Software Foundation (http://www.apache.org/).
Copyright (c) 2002 The Apache Software Foundation, all rights reserved. Redistribution and use in source and binary forms,
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must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form
must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/orother materials provided with the distribution. 3. The end-user documentation included with the redistribution, if any, must
include the following acknowledgment: “This product includes software developed by the Apache Software Foundation
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3. All advertising materials mentioning features or use of this software must display the following acknowledgment: “This
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This product includes cryptographic software written by Eric Young ([email protected]). Copyright (C) 1995-1998 Eric Young
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The implementation was written so as to conform with Netscape’s SSL. This library is free for commercial and non-commercial
use as long as the following conditions are adhered to. The following conditions apply to all code found in this distribution, be
it the RC4, RSA, lhash, DES, etc., code; not just the SSL code. The SSL documentation included with this distribution is covered
by the same copyright terms except that the holder is Tim Hudson ([email protected]). Copyright remains Eric Young's, and
as such any Copyright notices in the code are not to be removed. If this package is used in a product, Eric Young should be given
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acknowledgement: “This product includes cryptographic software written by Eric Young ([email protected])” The word
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TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
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otherwise, you must put a sentence like this “Regular expression support is provided by the PCRE library package, which is open
source software, written by Philip Hazel, and copyright by the University of Cambridge, England.” Somewhere reasonably visible
in your documentation and in any relevant files or online help data or similar. A reference to the ftp site for the source, that is,
to ftp://ftp.csx.cam.ac.uk/pub/software/programming/pcre/ should also be given in the documentation. 3. Altered versions must
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Truerand: Truerand is based on code by D. P. Mitchell. Truerand was modified by Matt Blaze 7/95, 11/96. Truerand is Version
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OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
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Libpng: COPYRIGHT NOTICE, DISCLAIMER, and LICENSE: Libpng versions 1.0.7, July 1, 2000, through 1.2.3, May 21, 2002,
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Hewlett-Packard Company makes no representations about the suitability of this software for any purpose. It is provided “as
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copyright notice and this permission notice appear in supporting documentation. Silicon Graphics makes no representations
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Zlib: (c) 1995-2002 Jean-loup Gailly and Mark Adler. This software is provided 'as-is', without any express or implied warranty.In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone
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following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original
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not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original
software. 3. This notice may not be removed or altered from any source distribution.
GDAL Library: (c) 2000 Frank Warmerdam. Permission is hereby granted, free of charge, to any person obtaining a copy of this
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to, or viewership of, video streams (including, without limitation, television and/or IPTV content, sports content, news content,movies and commercials). For purposes of this license, “NetRatings Patents” shall mean the following Patent/Publication
Numbers: US Patents - 5,675,510; 6,115,680; 6,108,637; US20040078292; 5,796,952; 6,138,155; 6,643,696; 6,763,386; US
20050114511; and US 20040221033; Australia: AU701813; AU735285; and AU727170; Brazil - BR9609217 and BR9808033;
Canada - CA2223919; CA2246746; and CA2284530; EP - EP0843946; EP0870234; EP1130526; EP1168196; and EP1010116;
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HTML Snapshot: Effective this 14 day of January, 2005, Guangming Software, an entity formed and located in the People's
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agent along with the source code of its own proprietary software applications upon the request of Adobe' customers who have
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Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and
redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must
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documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must
not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution.
StdString: COPYRIGHT: 1999 Joseph M. O'Leary. This code is free. Use it anywhere you want. Rewrite it, restructure it, whatever.
Please don't blame me if it makes your $30 billion dollar satellite explode in orbit. If you redistribute it in any form, I'd appreciate
it if you would leave this notice here.
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