gapX = XUI_AbstractUINode_calcValue( attrs[ data.supportAttrs.gapX.No ], contentW );\r
childW = XUI_AbstractUINode_calcValue( attrs[ data.supportAttrs.childWidth.No ], contentW );\r
childH = XUI_AbstractUINode_calcValue( attrs[ data.supportAttrs.childHeight.No ], contentH );\r
- _x = data.contentL;\r
- _y = data.contentT; \r
+ _x = 0; //data.contentL;\r
+ _y = 0; //data.contentT; \r
\r
if( !detectionPhase ) ret = false;\r
\r
_h = 0;\r
for( i = 0; i < l; ++i ){\r
node = uinodes[ i ];\r
- node.calculate( detectionPhase, _x, _y, childW, childH );\r
+ node.calculate( detectionPhase, _x, 0, childW, childH );\r
_x += node.boxWidth + gapX;\r
if( autoH ){\r
if( node.boxHeight !== XUI_Attr_AUTO ){\r
if( detectionPhase ){\r
if( autoW ) data.contentWidth = _x;\r
if( autoH ) data.contentHeight = _h;\r
- _x = data.contentL;\r
+ _x = 0; //data.contentL;\r
for( i = 0; i < l; ++i ){\r
node = uinodes[ i ];\r
- node.calculate( false, _x, _y, data.contentWidth, data.contentHeight );\r
+ node.calculate( false, _x, 0, data.contentWidth, data.contentHeight );\r
_x += node.boxWidth + gapX;\r
};\r
data.postMesure();\r