Aborts the results of a search in a list object.

Aborts the results of a search in a list object.

Aborts the results of a search in a list object.

Accept the results of a search in a list object. The search results become selected in the field.

Accept the results of a search in a list object. The search results become selected in the field.

Accept the results of a search in a list object. The search results become selected in the field.

Applies a patch to the properties of an object. Allows an update to some of the properties.

It is possible to apply a patch to the properties of a generic object, that is not persistent. Such a patch is called a soft patch.

In that case, the result of the operation on the properties (add, remove or delete) is not shown when doing GetProperties and only a GetLayout call shows the result of the operation.

Properties that are not persistent are called soft properties. Once the session is over, soft properties are cleared.

Applies a patch to the properties of an object. Allows an update to some of the properties.

It is possible to apply a patch to the properties of a generic object, that is not persistent. Such a patch is called a soft patch.

In that case, the result of the operation on the properties (add, remove or delete) is not shown when doing GetProperties and only a GetLayout call shows the result of the operation.

Properties that are not persistent are called soft properties. Once the session is over, soft properties are cleared.

Applies a patch to the properties of an object. Allows an update to some of the properties.

It is possible to apply a patch to the properties of a generic object, that is not persistent. Such a patch is called a soft patch.

In that case, the result of the operation on the properties (add, remove or delete) is not shown when doing GetProperties and only a GetLayout call shows the result of the operation.

Properties that are not persistent are called soft properties. Once the session is over, soft properties are cleared.

Begins the selection mode. The app enters the modal state. The specified object enters the selection mode and a modal window is opened. The selection mode can apply to only one object in an app at a time.

When a visualization is in selection mode, selections can be made in this visualization. The visualization is not sorted until the selection mode is ended. Once the selection mode is ended and if the selections are accepted, the visualization is sorted according to the sort criteria. For more information about:

* Ending the selection mode, see EndSelections method.

* The sort criteria, see ListObjectDef or HyperCubeDef.

Example:  

A sheet contains a list object and a chart. If the list object is in selection mode then the chart cannot be in selection mode. No selection on the chart can be made until the list object exits the selection mode.

Begins the selection mode. The app enters the modal state. The specified object enters the selection mode and a modal window is opened. The selection mode can apply to only one object in an app at a time.

When a visualization is in selection mode, selections can be made in this visualization. The visualization is not sorted until the selection mode is ended. Once the selection mode is ended and if the selections are accepted, the visualization is sorted according to the sort criteria. For more information about:

* Ending the selection mode, see EndSelections method.

* The sort criteria, see ListObjectDef or HyperCubeDef.

Example:  

A sheet contains a list object and a chart. If the list object is in selection mode then the chart cannot be in selection mode. No selection on the chart can be made until the list object exits the selection mode.

Begins the selection mode. The app enters the modal state. The specified object enters the selection mode and a modal window is opened. The selection mode can apply to only one object in an app at a time.

When a visualization is in selection mode, selections can be made in this visualization. The visualization is not sorted until the selection mode is ended. Once the selection mode is ended and if the selections are accepted, the visualization is sorted according to the sort criteria. For more information about:

* Ending the selection mode, see EndSelections method.

* The sort criteria, see ListObjectDef or HyperCubeDef.

Example:  

A sheet contains a list object and a chart. If the list object is in selection mode then the chart cannot be in selection mode. No selection on the chart can be made until the list object exits the selection mode.

Clears the selections in a dimension of a visualization.

Clears the selections in a dimension of a visualization.

Clears the selections in a dimension of a visualization.

Clears the soft properties of a generic object.

For more information on how to add soft properties to a generic object, see ApplyPatches method.

Clears the soft properties of a generic object.

For more information on how to add soft properties to a generic object, see ApplyPatches method.

Clears the soft properties of a generic object.

For more information on how to add soft properties to a generic object, see ApplyPatches method.

Collapses the left dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Collapses the left dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Collapses the left dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Collapses the top dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Collapses the top dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Collapses the top dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Copies the properties of a generic object and its children.

The source object is specified by the parameter qFromId and the destination object is referenced by its handle.

Copies the properties of a generic object and its children.

The source object is specified by the parameter qFromId and the destination object is referenced by its handle.

Copies the properties of a generic object and its children.

The source object is specified by the parameter qFromId and the destination object is referenced by its handle.

Removes all children and all children to the children on an object.

Removes all children and all children to the children on an object.

Removes all children and all children to the children on an object.

Removes a child object.

Removes a child object.

Removes a child object.

Removes a child object.

You can use the drillUp method with any object that contains a drill-down group as a dimension.

This method allows you to move between different levels of information (from a detailed level to a less detailed level of information). You can go back to previous visualizations up to the highest level of the hierarchy.

If you try to drill up more steps than there are available levels, the first level of the hierarchy is displayed.

You can use the drillUp method with any object that contains a drill-down group as a dimension.

This method allows you to move between different levels of information (from a detailed level to a less detailed level of information). You can go back to previous visualizations up to the highest level of the hierarchy.

If you try to drill up more steps than there are available levels, the first level of the hierarchy is displayed.

You can use the drillUp method with any object that contains a drill-down group as a dimension.

This method allows you to move between different levels of information (from a detailed level to a less detailed level of information). You can go back to previous visualizations up to the highest level of the hierarchy.

If you try to drill up more steps than there are available levels, the first level of the hierarchy is displayed.

Adds a snapshot to a generic object.

Adds a snapshot to a generic object.

Adds a snapshot to a generic object.

Ends the selection mode on a visualization. The selections are accepted or aborted when exiting the selection mode, depending on the qAccept parameter value.

Ends the selection mode on a visualization. The selections are accepted or aborted when exiting the selection mode, depending on the qAccept parameter value.

Ends the selection mode on a visualization. The selections are accepted or aborted when exiting the selection mode, depending on the qAccept parameter value.

Expands the left dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Expands the left dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Expands the left dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Expands the top dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Expands the top dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Expands the top dimensions of a pivot table. This method applies only to pivot tables that are not always fully expanded.

In the definition of the hypercube (in HyperCubeDef), the parameter qAlwaysFullyExpanded must be set to false.

Exports the data of any generic object to an Excel file or a open XML file.

If the object contains excluded values, those excluded values are not exported.

Exports the data of any generic object to an Excel file or a open XML file.

If the object contains excluded values, those excluded values are not exported.

Exports the data of any generic object to an Excel file or a open XML file.

If the object contains excluded values, those excluded values are not exported.

Exports the data of any generic object to an Excel file or a open XML file.

If the object contains excluded values, those excluded values are not exported.

Returns the type of the object and the corresponding handle.

Returns the type of the object and the corresponding handle.

Returns the type of the object and the corresponding handle.

Returns the type of the object and the corresponding handle.

Returns the identifier and the type for each child in an app object. If the child contains extra properties in qInfos,these properties are returned.

Returns the identifier and the type for each child in an app object. If the child contains extra properties in qInfos,these properties are returned.

Returns the identifier and the type for each child in an app object. If the child contains extra properties in qInfos,these properties are returned.

Returns the identifier and the type for each child in an app object. If the child contains extra properties in qInfos,these properties are returned.

Returns the identifier, the type and the properties of the object.

If the object contains some soft properties, the soft properties are returned.

If the object is linked to another object, the properties of the linking object are returned.

Returns the identifier, the type and the properties of the object.

If the object contains some soft properties, the soft properties are returned.

If the object is linked to another object, the properties of the linking object are returned.

Returns the identifier, the type and the properties of the object.

If the object contains some soft properties, the soft properties are returned.

If the object is linked to another object, the properties of the linking object are returned.

Returns the identifier, the type and the properties of the object.

If the object contains some soft properties, the soft properties are returned.

If the object is linked to another object, the properties of the linking object are returned.

Gets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

Gets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

Gets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

Gets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

This method supports data binning.

When a generic object with two measures and one dimension contains a lot of data, groups of points (i.e cells) can be rendered instead of points.

A zone of interest can be refined (for zooming in) up to a maximum refinement level (set in the qQueryLevel parameter) or coarsened (for zoom out).

The grid of cells is adaptive (not static), meaning that it adapts to different length scales.

The GetHyperCubeBinnedDatamethod gives information about the adaptive grid and the values of the generic object.

The number of points in a cell and the coordinates (expressed in the measure range) of each cell are returned.

Dimension values and measure values are rendered at point level (highest detailed level).

This method supports data binning.

When a generic object with two measures and one dimension contains a lot of data, groups of points (i.e cells) can be rendered instead of points.

A zone of interest can be refined (for zooming in) up to a maximum refinement level (set in the qQueryLevel parameter) or coarsened (for zoom out).

The grid of cells is adaptive (not static), meaning that it adapts to different length scales.

The GetHyperCubeBinnedDatamethod gives information about the adaptive grid and the values of the generic object.

The number of points in a cell and the coordinates (expressed in the measure range) of each cell are returned.

Dimension values and measure values are rendered at point level (highest detailed level).

This method supports data binning.

When a generic object with two measures and one dimension contains a lot of data, groups of points (i.e cells) can be rendered instead of points.

A zone of interest can be refined (for zooming in) up to a maximum refinement level (set in the qQueryLevel parameter) or coarsened (for zoom out).

The grid of cells is adaptive (not static), meaning that it adapts to different length scales.

The GetHyperCubeBinnedDatamethod gives information about the adaptive grid and the values of the generic object.

The number of points in a cell and the coordinates (expressed in the measure range) of each cell are returned.

Dimension values and measure values are rendered at point level (highest detailed level).

This method supports data binning.

When a generic object with two measures and one dimension contains a lot of data, groups of points (i.e cells) can be rendered instead of points.

A zone of interest can be refined (for zooming in) up to a maximum refinement level (set in the qQueryLevel parameter) or coarsened (for zoom out).

The grid of cells is adaptive (not static), meaning that it adapts to different length scales.

The GetHyperCubeBinnedDatamethod gives information about the adaptive grid and the values of the generic object.

The number of points in a cell and the coordinates (expressed in the measure range) of each cell are returned.

Dimension values and measure values are rendered at point level (highest detailed level).

Retrieves the values of a chart, a table, or a scatter plot. It is possible to retrieve specific pages of data.

Retrieves the values of a chart, a table, or a scatter plot. It is possible to retrieve specific pages of data.

Retrieves the values of a chart, a table, or a scatter plot. It is possible to retrieve specific pages of data.

Retrieves the values of a chart, a table, or a scatter plot. It is possible to retrieve specific pages of data.

Retrieves the values of a pivot table. It is possible to retrieve specific pages of data.

Retrieves the values of a pivot table. It is possible to retrieve specific pages of data.

Retrieves the values of a pivot table. It is possible to retrieve specific pages of data.

Retrieves the values of a pivot table. It is possible to retrieve specific pages of data.

Reduces the data of a bar chart, a line chart or a scatter plot chart and retrieves them.

The reduction is dependent on the zoom factor (parameter qZoomFactor) and on the reduction mode.

** Bar chart or line chart data reduction **

For the data reduction to happen, the following conditions must be fulfilled:

* The values cannot fit in the defined page (parameter qPages).

* The zoom factor is not 0 (parameter qZoomFactor).

* The reduction mode must be set to D1.

The reduction algorithm keeps the shape of the visualizations and works whatever the number of dimensions in the chart. The global profile of the chart is reduced, and not only a specific dimension. A visualization that has been reduced contains fewer values but its shape is the same. Data of all types can be reduced. Therefore it is hard to relate the values before and after a reduction especially when reducing string values.

Example:  

If you have a chart with 1 million data, and you have set the zoom factor to 5, the GetHyperCubeReducedData method reduces the chart and retrieves 200 000 data.

** Scatter plot chart data reduction **

The reduction mode must be set to C.

This reduction mechanism follows the 2D K-Means algorithm. Data are reduced into a number of clusters. Each data is assigned to a specific centroid.

The number of centroids can be defined in the parameter qZoomFactor.

** Scatter plot chart resolution reduction **

The reduction mode must be set to S.

The resolution is reduced according to the zoom factor (parameter qZoomFactor).

Example:  

If you have a scatter plot chart and the zoom factor is set to 2, the scatter plot chart resolution is reduced by 4.

Reduces the data of a bar chart, a line chart or a scatter plot chart and retrieves them.

The reduction is dependent on the zoom factor (parameter qZoomFactor) and on the reduction mode.

** Bar chart or line chart data reduction **

For the data reduction to happen, the following conditions must be fulfilled:

* The values cannot fit in the defined page (parameter qPages).

* The zoom factor is not 0 (parameter qZoomFactor).

* The reduction mode must be set to D1.

The reduction algorithm keeps the shape of the visualizations and works whatever the number of dimensions in the chart. The global profile of the chart is reduced, and not only a specific dimension. A visualization that has been reduced contains fewer values but its shape is the same. Data of all types can be reduced. Therefore it is hard to relate the values before and after a reduction especially when reducing string values.

Example:  

If you have a chart with 1 million data, and you have set the zoom factor to 5, the GetHyperCubeReducedData method reduces the chart and retrieves 200 000 data.

** Scatter plot chart data reduction **

The reduction mode must be set to C.

This reduction mechanism follows the 2D K-Means algorithm. Data are reduced into a number of clusters. Each data is assigned to a specific centroid.

The number of centroids can be defined in the parameter qZoomFactor.

** Scatter plot chart resolution reduction **

The reduction mode must be set to S.

The resolution is reduced according to the zoom factor (parameter qZoomFactor).

Example:  

If you have a scatter plot chart and the zoom factor is set to 2, the scatter plot chart resolution is reduced by 4.

Reduces the data of a bar chart, a line chart or a scatter plot chart and retrieves them.

The reduction is dependent on the zoom factor (parameter qZoomFactor) and on the reduction mode.

** Bar chart or line chart data reduction **

For the data reduction to happen, the following conditions must be fulfilled:

* The values cannot fit in the defined page (parameter qPages).

* The zoom factor is not 0 (parameter qZoomFactor).

* The reduction mode must be set to D1.

The reduction algorithm keeps the shape of the visualizations and works whatever the number of dimensions in the chart. The global profile of the chart is reduced, and not only a specific dimension. A visualization that has been reduced contains fewer values but its shape is the same. Data of all types can be reduced. Therefore it is hard to relate the values before and after a reduction especially when reducing string values.

Example:  

If you have a chart with 1 million data, and you have set the zoom factor to 5, the GetHyperCubeReducedData method reduces the chart and retrieves 200 000 data.

** Scatter plot chart data reduction **

The reduction mode must be set to C.

This reduction mechanism follows the 2D K-Means algorithm. Data are reduced into a number of clusters. Each data is assigned to a specific centroid.

The number of centroids can be defined in the parameter qZoomFactor.

** Scatter plot chart resolution reduction **

The reduction mode must be set to S.

The resolution is reduced according to the zoom factor (parameter qZoomFactor).

Example:  

If you have a scatter plot chart and the zoom factor is set to 2, the scatter plot chart resolution is reduced by 4.

Reduces the data of a bar chart, a line chart or a scatter plot chart and retrieves them.

The reduction is dependent on the zoom factor (parameter qZoomFactor) and on the reduction mode.

** Bar chart or line chart data reduction **

For the data reduction to happen, the following conditions must be fulfilled:

* The values cannot fit in the defined page (parameter qPages).

* The zoom factor is not 0 (parameter qZoomFactor).

* The reduction mode must be set to D1.

The reduction algorithm keeps the shape of the visualizations and works whatever the number of dimensions in the chart. The global profile of the chart is reduced, and not only a specific dimension. A visualization that has been reduced contains fewer values but its shape is the same. Data of all types can be reduced. Therefore it is hard to relate the values before and after a reduction especially when reducing string values.

Example:  

If you have a chart with 1 million data, and you have set the zoom factor to 5, the GetHyperCubeReducedData method reduces the chart and retrieves 200 000 data.

** Scatter plot chart data reduction **

The reduction mode must be set to C.

This reduction mechanism follows the 2D K-Means algorithm. Data are reduced into a number of clusters. Each data is assigned to a specific centroid.

The number of centroids can be defined in the parameter qZoomFactor.

** Scatter plot chart resolution reduction **

The reduction mode must be set to S.

The resolution is reduced according to the zoom factor (parameter qZoomFactor).

Example:  

If you have a scatter plot chart and the zoom factor is set to 2, the scatter plot chart resolution is reduced by 4.

Retrieves the values of a stacked pivot table. It is possible to retrieve specific pages of data.

Retrieves the values of a stacked pivot table. It is possible to retrieve specific pages of data.

Retrieves the values of a stacked pivot table. It is possible to retrieve specific pages of data.

Retrieves the values of a stacked pivot table. It is possible to retrieve specific pages of data.

Returns the type and identifier of the object.

Returns the type and identifier of the object.

Returns the type and identifier of the object.

Returns the type and identifier of the object.

Evaluates an object and displays its properties including the dynamic properties.

If the member delta is set to true in the request object, only the delta is evaluated. A GetLayout call on a generic object, returns up to one level down in the hierarchy.

Evaluates an object and displays its properties including the dynamic properties.

If the member delta is set to true in the request object, only the delta is evaluated. A GetLayout call on a generic object, returns up to one level down in the hierarchy.

Evaluates an object and displays its properties including the dynamic properties.

If the member delta is set to true in the request object, only the delta is evaluated. A GetLayout call on a generic object, returns up to one level down in the hierarchy.

Lists the linked objects to a generic object, a dimension or a measure.

Lists the linked objects to a generic object, a dimension or a measure.

Lists the linked objects to a generic object, a dimension or a measure.

Lists the linked objects to a generic object, a dimension or a measure.

Retrieves the values of a list object.

Retrieves the values of a list object.

Retrieves the values of a list object.

Retrieves the values of a list object.

Returns the identifier, the type and the properties of the object.

Because it is not mandatory to set all properties when you define an object, the method GetProperties may show properties that were not set. In that case, default values are given.

If the object contains some soft properties, the soft properties are not returned by the GetProperties method. Use the GetEffectiveProperties method instead.

If the object is linked to another object, the properties of the linking object are not returned by the GetProperties method. Use the GetEffectiveProperties method instead.

Returns the identifier, the type and the properties of the object.

Because it is not mandatory to set all properties when you define an object, the method GetProperties may show properties that were not set. In that case, default values are given.

If the object contains some soft properties, the soft properties are not returned by the GetProperties method. Use the GetEffectiveProperties method instead.

If the object is linked to another object, the properties of the linking object are not returned by the GetProperties method. Use the GetEffectiveProperties method instead.

Returns the identifier, the type and the properties of the object.

Because it is not mandatory to set all properties when you define an object, the method GetProperties may show properties that were not set. In that case, default values are given.

If the object contains some soft properties, the soft properties are not returned by the GetProperties method. Use the GetEffectiveProperties method instead.

If the object is linked to another object, the properties of the linking object are not returned by the GetProperties method. Use the GetEffectiveProperties method instead.

Returns the type of the object and the corresponding handle.

Returns the type of the object and the corresponding handle.

Returns the type of the object and the corresponding handle.

Returns the type of the object and the corresponding handle.

Locks the selected values of a generic object.

Locks the selected values of a generic object.

Locks the selected values of a generic object.

Publishes a generic object.

Publishes a generic object.

Publishes a generic object.

Make range selections in measures.

Make range selections in measures.

Make range selections in measures.

Make range selections in measures.

Resets all selections made in selection mode.

Resets all selections made in selection mode.

Resets all selections made in selection mode.

Searches for a string in a list object.

Searches for a string in a list object.

Searches for a string in a list object.

Searches for a string in a list object.

Makes selections in multiple dimensions and measures.

Makes selections in multiple dimensions and measures.

Makes selections in multiple dimensions and measures.

Makes selections in multiple dimensions and measures.

Selects some values in one dimension.

The values are identified by their element numbers.

Selects some values in one dimension.

The values are identified by their element numbers.

Selects some values in one dimension.

The values are identified by their element numbers.

Selects some values in one dimension.

The values are identified by their element numbers.

Selects all values of a field.

Selects all values of a field.

Selects all values of a field.

Selects all values of a field.

Selects all alternative values in a specific field.

Selects all alternative values in a specific field.

Selects all alternative values in a specific field.

Selects all alternative values in a specific field.

Inverts the current selections in a specific field.

Inverts the current selections in a specific field.

Inverts the current selections in a specific field.

Inverts the current selections in a specific field.

Selects all possible values of a list object.

Selects all possible values of a list object.

Selects all possible values of a list object.

Selects all possible values of a list object.

Makes single selections in dimensions.

Makes single selections in dimensions.

Makes single selections in dimensions.

Makes single selections in dimensions.

** Pivot table **

Makes selections in the top or left dimension cells of a pivot table or in the data matrix. Only expanded dimensions can be selected.

** Stacked table **

Makes selections in the left dimension cells of a stacked table or in the data matrix.

** Example of a pivot table **

In the representation above:

** Pivot table **

Makes selections in the top or left dimension cells of a pivot table or in the data matrix. Only expanded dimensions can be selected.

** Stacked table **

Makes selections in the left dimension cells of a stacked table or in the data matrix.

** Example of a pivot table **

In the representation above:

** Pivot table **

Makes selections in the top or left dimension cells of a pivot table or in the data matrix. Only expanded dimensions can be selected.

** Stacked table **

Makes selections in the left dimension cells of a stacked table or in the data matrix.

** Example of a pivot table **

In the representation above:

** Pivot table **

Makes selections in the top or left dimension cells of a pivot table or in the data matrix. Only expanded dimensions can be selected.

** Stacked table **

Makes selections in the left dimension cells of a stacked table or in the data matrix.

** Example of a pivot table **

In the representation above:

Sets the order of the children in a generic object.

Sets the order of the children in a generic object.

Sets the order of the children in a generic object.

Sets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

Sets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

Sets the properties of:

* a generic object

* the children of the generic object

* the bookmarks/embedded snapshots of the generic object

Sets some properties for a generic object.

Sets some properties for a generic object.

Sets some properties for a generic object.

Unlocks the selected values of a generic object if the target (or handle ) is a generic object

Unlocks the selected values of a generic object if the target (or handle ) is a generic object

Unlocks the selected values of a generic object if the target (or handle ) is a generic object

Unpublishes a generic object.

Unpublishes a generic object.

Unpublishes a generic object.