use of de.jaret.util.ui.table.model.JaretTableCellImpl in project translationstudio8 by heartsome.
the class JaretTable method getCell.
/**
* Retrieve TableXCell for given pixel coordinates.
*
* @param x pixel coordinate x
* @param y pixel coordinate y
* @return table cel if found or <code>null</code> if no cell can be found
*/
public IJaretTableCell getCell(int x, int y) {
if (_tableRect.contains(x, y)) {
IRow row = rowForY(y);
IColumn col = colForX(x);
if (row == null || col == null) {
return null;
}
return new JaretTableCellImpl(row, col);
}
return null;
}
use of de.jaret.util.ui.table.model.JaretTableCellImpl in project translationstudio8 by heartsome.
the class JaretTable method ensureSelectionContainsRegion.
/**
* Ensures the selection contains the cells in the rectangle given by first*, *Idx. If the rectangle given by
* first*, last* is larger than the other rectangle is is ensured that the additional cells are not in the
* selection.
*
* @param firstCellSelectX begin x index of selected cell rectangle
* @param firstCellSelectY begin y index of selected cell rectangle
* @param colIdx end x index of selected cell rectangle
* @param rowIdx end y index of selected cell rectangle
* @param lastCellSelectX may be -1 for no last selection
* @param lastCellSelectY may be -1 for no last selection
*/
private void ensureSelectionContainsRegion(int firstCellSelectX, int firstCellSelectY, int colIdx, int rowIdx, int lastCellSelectX, int lastCellSelectY) {
int firstx = Math.min(firstCellSelectX, colIdx);
int endx = Math.max(firstCellSelectX, colIdx);
int firsty = Math.min(firstCellSelectY, rowIdx);
int endy = Math.max(firstCellSelectY, rowIdx);
for (int x = firstx; x <= endx; x++) {
for (int y = firsty; y <= endy; y++) {
IJaretTableCell cell = new JaretTableCellImpl(rowForIdx(y), colForIdx(x));
if (!_selectionModel.getSelection().getSelectedCells().contains(cell)) {
_selectionModel.addSelectedCell(cell);
}
}
}
// last sel rect
if (lastCellSelectX != -1) {
int lfx = Math.min(firstCellSelectX, lastCellSelectX);
int lex = Math.max(firstCellSelectX, lastCellSelectX);
int lfy = Math.min(firstCellSelectY, lastCellSelectY);
int ley = Math.max(firstCellSelectY, lastCellSelectY);
for (int x = lfx; x <= lex; x++) {
for (int y = lfy; y <= ley; y++) {
if (!(x >= firstx && x <= endx && y >= firsty && y <= endy)) {
IJaretTableCell cell = new JaretTableCellImpl(rowForIdx(y), colForIdx(x));
_selectionModel.remSelectedCell(cell);
}
}
}
}
}
use of de.jaret.util.ui.table.model.JaretTableCellImpl in project translationstudio8 by heartsome.
the class JaretTable method ensureSelectionContainsRegion.
/**
* Ensures the selection contains the cells in the rectangle given by firstIdxRect, *Idx. If the rectangle given by
* first*, last* is larger than the other rectangle is is ensured that the additional cells are not in the
* selection.
*
* @param firstIdxRect rectangle containing the indizes of the originating rect
* @param colIdx new end x index for the selected rectangle
* @param rowIdx new end y index for teh selecetd rectangle
* @param lastCellSelectX may be -1 for no last selection
* @param lastCellSelectY may be -1 for no last selection
*/
private void ensureSelectionContainsRegion(Rectangle firstIdxRect, int colIdx, int rowIdx, int lastCellSelectX, int lastCellSelectY) {
int firstx = Math.min(firstIdxRect.x, colIdx);
int endx = Math.max(firstIdxRect.x + firstIdxRect.width - 1, colIdx);
int firsty = Math.min(firstIdxRect.y, rowIdx);
int endy = Math.max(firstIdxRect.y + firstIdxRect.height - 1, rowIdx);
for (int x = firstx; x <= endx; x++) {
for (int y = firsty; y <= endy; y++) {
IJaretTableCell cell = new JaretTableCellImpl(rowForIdx(y), colForIdx(x));
if (!_selectionModel.getSelection().getSelectedCells().contains(cell)) {
_selectionModel.addSelectedCell(cell);
}
}
}
// last sel rect
if (lastCellSelectX != -1 && lastCellSelectY != -1) {
int lfx = Math.min(firstIdxRect.x, lastCellSelectX);
int lex = Math.max(firstIdxRect.x + firstIdxRect.width - 1, lastCellSelectX);
int lfy = Math.min(firstIdxRect.y, lastCellSelectY);
int ley = Math.max(firstIdxRect.y + firstIdxRect.height - 1, lastCellSelectY);
for (int x = lfx; x <= lex; x++) {
for (int y = lfy; y <= ley; y++) {
if (!(x >= firstx && x <= endx && y >= firsty && y <= endy)) {
IJaretTableCell cell = new JaretTableCellImpl(rowForIdx(y), colForIdx(x));
_selectionModel.remSelectedCell(cell);
}
}
}
}
}
use of de.jaret.util.ui.table.model.JaretTableCellImpl in project translationstudio8 by heartsome.
the class JaretTable method handleSelection.
/**
* Handle selection operations.
*
* @param x x
* @param y y
* @param stateMask key state mask
* @param dragging true when dragging
*/
private void handleSelection(int x, int y, int stateMask, boolean dragging) {
// a mouse select always ends a shift-arrow select
_lastKeySelect = null;
_firstKeySelect = null;
_firstKeyColSelectIdx = -1;
_lastKeyColSelectIdx = -1;
_firstKeyRowSelectIdx = -1;
_lastKeyRowSelectIdx = -1;
IRow row = rowForY(y);
int rowIdx = row != null ? _rows.indexOf(row) : -1;
IColumn col = colForX(x);
int colIdx = getColumnIdx(col);
// check fill dragging
if (dragging && _isFillDrag) {
if (_selectionModel.isCellSelectionAllowed() && _tableRect.contains(x, y)) {
if (col != null && row != null) {
if (_firstCellSelectX == -1) {
_firstCellSelectX = colIdx;
_firstCellSelectY = rowIdx;
}
if (Math.abs(_firstCellSelectX - colIdx) > Math.abs(_firstCellSelectY - rowIdx)) {
rowIdx = _firstCellSelectY;
row = rowForIdx(rowIdx);
_horizontalFillDrag = false;
} else {
colIdx = _firstCellSelectX;
col = colForIdx(colIdx);
_horizontalFillDrag = true;
}
ensureSelectionContainsRegion(_firstFillDragSelect, colIdx, rowIdx, _lastCellSelectX, _lastCellSelectY);
// ensureSelectionContainsRegion(_firstCellSelectX, _firstCellSelectY, colIdx, rowIdx,
// _lastCellSelectX, _lastCellSelectY);
_lastCellSelectX = colIdx;
_lastCellSelectY = rowIdx;
// a newly selected cell will always be the focussed cell (causes scrolling this cell to be
// completely visible)
setFocus(row, col);
}
}
return;
}
// check row selection
if (row != null && _selectionModel.isFullRowSelectionAllowed() && (isRowSelection(x, y) || _selectionModel.isOnlyRowSelectionAllowed() || _firstRowSelectIdx != -1)) {
if (_firstRowSelectIdx == -1) {
_firstRowSelectIdx = rowIdx;
}
if ((stateMask & SWT.CONTROL) != 0) {
if (!_selectionModel.getSelection().getSelectedRows().contains(row)) {
_selectionModel.addSelectedRow(row);
} else {
_selectionModel.remSelectedRow(row);
}
_lastSelectType = SelectType.ROW;
} else if (dragging) {
ensureSelectionContainsRowRegion(_firstRowSelectIdx, rowIdx, _lastRowSelectIdx);
_lastRowSelectIdx = rowIdx;
_lastSelectType = SelectType.ROW;
} else {
_selectionModel.clearSelection();
_selectionModel.addSelectedRow(row);
_lastSelectType = SelectType.ROW;
}
_lastRowSelectIdx = rowIdx;
return;
}
// check column selection
if (_selectionModel.isFullColumnSelectionAllowed() && (isColumnSelection(x, y) || _firstColSelectIdx != -1)) {
if (_firstColSelectIdx == -1) {
_firstColSelectIdx = colIdx;
}
if ((stateMask & SWT.CONTROL) != 0) {
if (!_selectionModel.getSelection().getSelectedColumns().contains(col)) {
_selectionModel.addSelectedColumn(col);
} else {
_selectionModel.remSelectedColumn(col);
}
_lastSelectType = SelectType.COLUMN;
} else if (dragging) {
ensureSelectionContainsColRegion(_firstColSelectIdx, colIdx, _lastColSelectIdx);
_lastColSelectIdx = colIdx;
_lastSelectType = SelectType.COLUMN;
} else {
_selectionModel.clearSelection();
_selectionModel.addSelectedColumn(col);
_lastSelectType = SelectType.COLUMN;
}
_lastColSelectIdx = colIdx;
return;
}
// check cell selection
if (_selectionModel.isCellSelectionAllowed() && _tableRect.contains(x, y)) {
if (col != null && row != null) {
IJaretTableCell cell = new JaretTableCellImpl(row, col);
if (_firstCellSelectX == -1) {
_firstCellSelectX = colIdx;
_firstCellSelectY = rowIdx;
}
if ((stateMask & SWT.CONTROL) != 0) {
if (!_selectionModel.getSelection().getSelectedCells().contains(cell)) {
_selectionModel.addSelectedCell(cell);
} else {
_selectionModel.remSelectedCell(cell);
}
_lastSelectType = SelectType.CELL;
} else if (dragging) {
ensureSelectionContainsRegion(_firstCellSelectX, _firstCellSelectY, colIdx, rowIdx, _lastCellSelectX, _lastCellSelectY);
_lastCellSelectX = colIdx;
_lastCellSelectY = rowIdx;
_lastSelectType = SelectType.CELL;
} else {
_selectionModel.clearSelection();
_selectionModel.addSelectedCell(cell);
_lastSelectType = SelectType.CELL;
}
// a newly selected cell will always be the focussed cell (causes scrolling this cell to be completely
// visible)
setFocus(row, col);
}
}
}
Aggregations