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} } } finally { model.endUpdate(); } } } /**
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resizeSwimlane(child, w, h); } } finally { model.endUpdate(); } } /** *
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model.setGeometry(edge, geometry); } finally { model.endUpdate(); } } } /**
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graph.connectCell(edge, terminal, isSource, new mxConnectionConstraint()); } finally { model.endUpdate(); } } /** * Moves the label to the given position.
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getParentBorder(), isMoveParent()); } } finally { model.endUpdate(); } } /** * The API method used to exercise the layout upon the graph description
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eventSource.fireEvent(new mxEventObject(mxEvent.LABEL_CHANGED, "cell", cell, "value", value, "event", evt)); } finally { model.endUpdate(); } return cell; }
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graph.moveCells(vertexArray, dx, dy); } finally { model.endUpdate(); } } /** * Takes the displacements calculated for each cell and applies them to the
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graph.updateCellSize(cells[i]); } } finally { model.endUpdate(); } } } }