All three measures are built using the main aggregate function "Sum" by field "Amount". It can be seen that the "Cost" Total is not shown for the "Manager" dimension: The next example shows the outcome when Total aggregate functions are changed and Total values are calculated on child totals. The example below shows the dimension "Manager" Totals set to "From measure", the "Amount" measure Totals set to "Before", the "Cost" measure Totals set to "Hide" and the other measures Totals set to "After".
#FASTSCRIPTS 2.3.3 HOW TO#
The "Total position" parameter defines how to show the Total for the axis with the "Measures" field for those dimensions which have the Totals position set to "From measure". A conflicting cell will not be calculated by default. The "Totals conflict resolution" group-box has options for solving the conflict. So there is a conflict of which aggregate function to use.
#FASTSCRIPTS 2.3.3 MANUAL#
The various levels of Total are shown in this partial grid:Ģ0 17 FastCube 2.0 User manual axis requires a different aggregate function with a different values for particular cells. A Total value is calculated using the default aggregate function for the measure. Total value is an aggregated measure value over a group of dimension values. For example, if the "Category" and "Item" dimensions are dragged into the row fields region and the "Measures" dimension into the column fields region, then the grid will look like this: Totals As well as dimension values the grid can also show Total values. No data is yet displayed in the grid above as the grid only displays data when it contains at least one measure and the "Measures" dimension is located either in the row fields region or in the column fields region. This implementation of the measure list as a pseudo-dimensions allows a consistent approach in the user interface - dragging to any dimension region and value filter. Unlike all the others, "Measures" contains measures, and not elements of the database row as its values.
The "Measures" dimension is in fact not a simple dimension. Here the number of measures is 1, since we dragged the "Price" field to the data region.
The grid now looks like this:ġ7 Description of the FastCube Library 14 The number in brackets in the "Measures" dimension indicates the number of measures defined for this grid. They are added to one of the following regions: the filters region the row fields region the column fields region or the measure fields region (the data region) Let's add the fields "Category" and "Item" to the filters region, and drag the "Price" field to the data region. Dimensions and measures are added to the grid by dragging from the drop-down list (shown below) or by using the Field List dialog. This paragraph deals only with manual setup of the grid structure. the scale editorġ6 FastCube 2.0 User manual Setting up the Grid Structure The grid structure many be defined in several different ways: by code, by loading from a cube or scheme file or by manual setup by the user. the region showing aggregates for the selected cells : can be modified through the context menu 11. list of Top-N filters : filters can be modified through the context menu for this field 10. the list of fields : the fields required for processing are dragged from the dropdown list : fields not required are dragged back to this list 9. the horizontal dimension headers : dimensions included in this region form the grid's horizontal header 5. the vertical dimension headers : dimensions included in this region form the grid's vertical header 4. the filter region : dimensions included in this region can be used for filtering the grid data 3. The grid consists of several regions, identified by numbers above: 1. The central part of the grid displays the values of the measures. The 'headers' are filled with the dimension values there are both horizontal and vertical 'headers'.
There are multilevel headers in the left and top parts of the grid. Yvan KOENIG running High Sierra 10.13.15 Description of the FastCube Library The Grid The Grid is an interactive tool for the presentation and analysis of data.
My understanding is that the Editor doesn't send its own error to the script itself. Log result -> (*alias SSD 1000:Applications:Applications perso:LibreOffice.app:*) Set frontApp to (path to application "LibreOffice") as alias Log result -> (*alias SSD 1000:Applications:TextEdit.app:*)ĭisplay dialog "Error # " & errNumber & ", " & errMsg Set frontApp to (path to application "TextEdit") as alias Open maybe - does nothing if the front app is Script Editor Log result -> (*alias SSD 1000:Applications:Utilities:Script Editor.app:*) > application process "Script Editor" of application "Finder" Set frontApp to first application process whose frontmost is true