/*
* ECell::draw method
*/
static void
ecv_draw (ECellView *ecell_view, GdkDrawable *drawable,
int model_col, int view_col, int row, ECellFlags flags,
int x1, int y1, int x2, int y2)
{
ECellHboxView *hbox_view = (ECellHboxView *)ecell_view;
int subcell_offset = 0;
int i;
int allotted_width = x2-x1;
for (i = 0; i < hbox_view->subcell_view_count; i++) {
/* Now cause our subcells to draw their contents,
shifted by subcell_offset pixels */
int width = allotted_width * hbox_view->def_size_cols[i] / 100;
//e_cell_max_width_by_row (hbox_view->subcell_views[i], hbox_view->model_cols[i], view_col, row);
// if (width < hbox_view->def_size_cols[i])
// width = hbox_view->def_size_cols[i];
// printf("width of %d %d of %d\n", width,hbox_view->def_size_cols[i], allotted_width );
e_cell_draw (hbox_view->subcell_views[i], drawable,
hbox_view->model_cols[i], view_col, row, flags,
x1 + subcell_offset , y1, x1 + subcell_offset + width, y2);
subcell_offset += width; //e_cell_max_width_by_row (hbox_view->subcell_views[i], hbox_view->model_cols[i], view_col, row);
}
}
/*
* ECell::draw method
*/
static void
ect_draw (ECellView *ecell_view,
cairo_t *cr,
gint model_col,
gint view_col,
gint row,
ECellFlags flags,
gint x1,
gint y1,
gint x2,
gint y2)
{
ECellTreeView *tree_view = (ECellTreeView *) ecell_view;
ETreeModel *tree_model = e_cell_tree_get_tree_model (ecell_view->e_table_model, row);
ETreeTableAdapter *tree_table_adapter = e_cell_tree_get_tree_table_adapter (ecell_view->e_table_model, row);
ETreePath node;
GdkRectangle rect;
gint offset, subcell_offset = 0;
cairo_save (cr);
/* only draw the tree effects if we're the active sort */
if (E_CELL_TREE (tree_view->cell_view.ecell)->grouped_view) {
tree_view->prelit = FALSE;
node = e_cell_tree_get_node (ecell_view->e_table_model, row);
offset = offset_of_node (ecell_view->e_table_model, row);
subcell_offset = offset;
/*
* Be a nice citizen: clip to the region we are supposed to draw on
*/
rect.x = x1;
rect.y = y1;
rect.width = subcell_offset;
rect.height = y2 - y1;
/* now draw our icon if we're expandable */
if (e_tree_model_node_is_expandable (tree_model, node)) {
gboolean expanded = e_tree_table_adapter_node_is_expanded (tree_table_adapter, node);
GdkRectangle r;
r = rect;
r.width -= 2;
draw_expander (tree_view, cr, expanded ? GTK_EXPANDER_EXPANDED : GTK_EXPANDER_COLLAPSED, GTK_STATE_NORMAL, &r);
}
}
/* Now cause our subcell to draw its contents, shifted by
* subcell_offset pixels */
e_cell_draw (
tree_view->subcell_view, cr,
model_col, view_col, row, flags,
x1 + subcell_offset, y1, x2, y2);
cairo_restore (cr);
}
/*
* ECell::draw method
*/
static void
ecv_draw (ECellView *ecell_view,
cairo_t *cr,
gint model_col,
gint view_col,
gint row,
ECellFlags flags,
gint x1,
gint y1,
gint x2,
gint y2)
{
ECellVboxView *vbox_view = (ECellVboxView *) ecell_view;
gint subcell_offset = 0;
gint i;
for (i = 0; i < vbox_view->subcell_view_count; i++) {
/* Now cause our subcells to draw their contents,
* shifted by subcell_offset pixels */
gint height;
height = e_cell_height (
vbox_view->subcell_views[i],
vbox_view->model_cols[i], view_col, row);
e_cell_draw (
vbox_view->subcell_views[i], cr,
vbox_view->model_cols[i], view_col, row, flags,
x1, y1 + subcell_offset, x2,
y1 + subcell_offset + height);
subcell_offset += e_cell_height (
vbox_view->subcell_views[i],
vbox_view->model_cols[i], view_col, row);
}
}
