# Namespace: defaults

## Ancestry: FixedColumns. » defaults

FixedColumns v2.0.3 documentation

FixedColumns default settings for initialisation

## Summary

### Properties

<static> fnDrawCallback :function(object, object):void
  Draw callback function which is called when FixedColumns has redrawn the fixed assets
<static> iLeftColumns :int
  Number of left hand columns to fix in position
<static> iLeftWidth :int
  Width to set for the width of the left fixed column(s) - note that the behaviour of this property is directly effected by the sLeftWidth property. If not defined then this property is calculated automatically from what has been assigned by DataTables.
<static> iRightColumns :int
  Number of right hand columns to fix in position
<static> iRightWidth :int
  Width to set for the width of the right fixed column(s) - note that the behaviour of this property is directly effected by the sRightWidth property. If not defined then this property is calculated automatically from what has been assigned by DataTables.
<static> sHeightMatch :string
  Height matching algorthim to use. This can be "none" which will result in no height matching being applied by FixedColumns (height matching could be forced by CSS in this case), "semiauto" whereby the height calculation will be performed once, and the result cached to be used again (fnRecalculateHeight can be used to force recalculation), or "auto" when height matching is performed on every draw (slowest but must accurate)
<static> sLeftWidth :string
  Type of left column size calculation. Can take the values of "fixed", whereby the iLeftWidth value will be treated as a pixel value, or "relative" for which case iLeftWidth will be treated as a percentage value.
<static> sRightWidth :string
  Type of right column size calculation. Can take the values of "fixed", whereby the iRightWidth value will be treated as a pixel value, or "relative" for which case iRightWidth will be treated as a percentage value.

## Details

### Properties

<static> fnDrawCallback :function(object, object):void

  Draw callback function which is called when FixedColumns has redrawn the fixed assets

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"fnDrawCallback": function () {
      				alert( "FixedColumns redraw" );
      			}
       	} );

<static> iLeftColumns :int

  Number of left hand columns to fix in position

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"iLeftColumns": 2
       	} );

<static> iLeftWidth :int

  Width to set for the width of the left fixed column(s) - note that the behaviour of this property is directly effected by the sLeftWidth property. If not defined then this property is calculated automatically from what has been assigned by DataTables.

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"iLeftWidth": 100 // pixels
       	} );

<static> iRightColumns :int

  Number of right hand columns to fix in position

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"iRightColumns": 1
       	} );

<static> iRightWidth :int

  Width to set for the width of the right fixed column(s) - note that the behaviour of this property is directly effected by the sRightWidth property. If not defined then this property is calculated automatically from what has been assigned by DataTables.

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"iRightWidth": 200 // pixels
       	} );

<static> sHeightMatch :string

  Height matching algorthim to use. This can be "none" which will result in no height matching being applied by FixedColumns (height matching could be forced by CSS in this case), "semiauto" whereby the height calculation will be performed once, and the result cached to be used again (fnRecalculateHeight can be used to force recalculation), or "auto" when height matching is performed on every draw (slowest but must accurate)

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"sHeightMatch": "auto"
       	} );

<static> sLeftWidth :string

  Type of left column size calculation. Can take the values of "fixed", whereby the iLeftWidth value will be treated as a pixel value, or "relative" for which case iLeftWidth will be treated as a percentage value.

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"sLeftWidth": "relative",
       		"iLeftWidth": 10 // percentage
       	} );

<static> sRightWidth :string

  Type of right column size calculation. Can take the values of "fixed", whereby the iRightWidth value will be treated as a pixel value, or "relative" for which case iRightWidth will be treated as a percentage value.

  ##### Example

       	var oTable = $('#example').dataTable( {
       		"sScrollX": "100%"
       	} );
       	new FixedColumns( oTable, {
       		"sRightWidth": "relative",
       		"iRightWidth": 10 // percentage
       	} );