Fixed overflow and underflow bugs when resizing.
This commit is contained in:
Fernando Tarlá Cardoso Lemos
Michael Stapelberg
parent
182256bf71
commit
b1060ff938
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@ -39,13 +39,12 @@
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*/
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*/
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int get_unoccupied_x(Workspace *workspace) {
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int get_unoccupied_x(Workspace *workspace) {
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double unoccupied = workspace->rect.width;
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double unoccupied = workspace->rect.width;
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double default_factor = ((float)workspace->rect.width / workspace->cols) / workspace->rect.width;
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double default_factor = 1.0 / workspace->cols;
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DLOG("get_unoccupied_x(), starting with %f, default_factor = %f\n", unoccupied, default_factor);
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DLOG("get_unoccupied_x(), starting with %f, default_factor = %f\n", unoccupied, default_factor);
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for (int cols = 0; cols < workspace->cols; cols++) {
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for (int cols = 0; cols < workspace->cols; cols++) {
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DLOG("width_factor[%d] = %f, unoccupied = %f\n", cols, workspace->width_factor[cols], unoccupied);
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DLOG("width_factor[%d] = %f, unoccupied = %f\n", cols, workspace->width_factor[cols], unoccupied);
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if (workspace->width_factor[cols] == 0)
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if (workspace->width_factor[cols] == 0)
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unoccupied -= workspace->rect.width * default_factor;
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unoccupied -= workspace->rect.width * default_factor;
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}
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}
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@ -58,7 +57,7 @@ int get_unoccupied_x(Workspace *workspace) {
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int get_unoccupied_y(Workspace *workspace) {
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int get_unoccupied_y(Workspace *workspace) {
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int height = workspace_height(workspace);
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int height = workspace_height(workspace);
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double unoccupied = height;
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double unoccupied = height;
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double default_factor = ((float)height / workspace->rows) / height;
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double default_factor = 1.0 / workspace->rows;
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DLOG("get_unoccupied_y(), starting with %f, default_factor = %f\n", unoccupied, default_factor);
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DLOG("get_unoccupied_y(), starting with %f, default_factor = %f\n", unoccupied, default_factor);
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186
src/resize.c
186
src/resize.c
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@ -155,6 +155,32 @@ int resize_graphical_handler(xcb_connection_t *conn, Workspace *ws, int first, i
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return 1;
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return 1;
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}
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}
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/*
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* Adjusts the container size factors according to the resizing parameters.
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* This is an abstraction used by resize_container.
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*/
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static void adjust_container_factors(float *factors, int ws_size, int unoccupied_size,
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int num_items, int first, int second, int pixels) {
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/* Find the current sizes */
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int sizes[num_items];
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for (int i = 0; i < num_items; ++i)
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sizes[i] = factors[i] == 0 ? ws_size / num_items : unoccupied_size * factors[i];
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/* Adjust them */
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sizes[first] += pixels;
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sizes[second] -= pixels;
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/* Calculate the new unoccupied size */
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if (factors[first] == 0) unoccupied_size += ws_size / num_items;
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if (factors[second] == 0) unoccupied_size += ws_size / num_items;
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/* Calculate the new factors */
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for (int i = 0; i < num_items; ++i) {
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if (factors[i] != 0 || i == first || i == second)
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factors[i] = (float)sizes[i] / unoccupied_size;
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}
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}
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/*
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/*
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* Resizes a column/row by the given amount of pixels. Called by
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* Resizes a column/row by the given amount of pixels. Called by
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* resize_graphical_handler (the user clicked) or parse_resize_command (the
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* resize_graphical_handler (the user clicked) or parse_resize_command (the
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@ -163,161 +189,13 @@ int resize_graphical_handler(xcb_connection_t *conn, Workspace *ws, int first, i
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*/
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*/
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void resize_container(xcb_connection_t *conn, Workspace *ws, int first, int second,
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void resize_container(xcb_connection_t *conn, Workspace *ws, int first, int second,
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resize_orientation_t orientation, int pixels) {
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resize_orientation_t orientation, int pixels) {
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/* TODO: refactor this, both blocks are very identical */
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if (orientation == O_VERTICAL) {
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if (orientation == O_VERTICAL) {
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int default_width = ws->rect.width / ws->cols;
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adjust_container_factors(ws->width_factor, ws->rect.width,
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int old_unoccupied_x = get_unoccupied_x(ws);
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get_unoccupied_x(ws), ws->cols, first, second, pixels);
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}
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/* We pre-calculate the unoccupied space to see if we need to adapt sizes before
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else {
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* doing the resize */
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adjust_container_factors(ws->height_factor, workspace_height(ws),
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int new_unoccupied_x = old_unoccupied_x;
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get_unoccupied_y(ws), ws->rows, first, second, pixels);
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if (old_unoccupied_x == 0)
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old_unoccupied_x = ws->rect.width;
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if (ws->width_factor[first] == 0)
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new_unoccupied_x += default_width;
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if (ws->width_factor[second] == 0)
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new_unoccupied_x += default_width;
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DLOG("\n\n\n");
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DLOG("old = %d, new = %d\n", old_unoccupied_x, new_unoccupied_x);
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int cols_without_wf = 0;
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int old_width, old_second_width;
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for (int col = 0; col < ws->cols; col++)
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if (ws->width_factor[col] == 0)
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cols_without_wf++;
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DLOG("old_unoccupied_x = %d\n", old_unoccupied_x);
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DLOG("Updating first (before = %f)\n", ws->width_factor[first]);
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/* Convert 0 (for default width_factor) to actual numbers */
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if (ws->width_factor[first] == 0)
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old_width = (old_unoccupied_x / max(cols_without_wf, 1));
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else old_width = ws->width_factor[first] * old_unoccupied_x;
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DLOG("second (before = %f)\n", ws->width_factor[second]);
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if (ws->width_factor[second] == 0)
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old_second_width = (old_unoccupied_x / max(cols_without_wf, 1));
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else old_second_width = ws->width_factor[second] * old_unoccupied_x;
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DLOG("middle = %f\n", ws->width_factor[first]);
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/* If the space used for customly resized columns has changed we need to adapt the
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* other customly resized columns, if any */
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if (new_unoccupied_x != old_unoccupied_x)
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for (int col = 0; col < ws->cols; col++) {
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if (ws->width_factor[col] == 0)
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continue;
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DLOG("Updating other column (%d) (current width_factor = %f)\n", col, ws->width_factor[col]);
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ws->width_factor[col] = (ws->width_factor[col] * old_unoccupied_x) / new_unoccupied_x;
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DLOG("to %f\n", ws->width_factor[col]);
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}
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DLOG("Updating first (before = %f)\n", ws->width_factor[first]);
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/* Convert 0 (for default width_factor) to actual numbers */
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if (ws->width_factor[first] == 0)
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ws->width_factor[first] = ((float)ws->rect.width / ws->cols) / new_unoccupied_x;
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DLOG("first->width = %d, pixels = %d\n", old_width, pixels);
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ws->width_factor[first] *= (float)(old_width + pixels) / old_width;
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DLOG("-> %f\n", ws->width_factor[first]);
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DLOG("Updating second (before = %f)\n", ws->width_factor[second]);
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if (ws->width_factor[second] == 0)
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ws->width_factor[second] = ((float)ws->rect.width / ws->cols) / new_unoccupied_x;
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DLOG("middle = %f\n", ws->width_factor[second]);
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DLOG("second->width = %d, pixels = %d\n", old_second_width, pixels);
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ws->width_factor[second] *= (float)(old_second_width - pixels) / old_second_width;
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DLOG("-> %f\n", ws->width_factor[second]);
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DLOG("new unoccupied_x = %d\n", get_unoccupied_x(ws));
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DLOG("\n\n\n");
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} else {
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int ws_height = workspace_height(ws);
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int default_height = ws_height / ws->rows;
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int old_unoccupied_y = get_unoccupied_y(ws);
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/* We pre-calculate the unoccupied space to see if we need to adapt sizes before
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* doing the resize */
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int new_unoccupied_y = old_unoccupied_y;
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if (old_unoccupied_y == 0)
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old_unoccupied_y = ws_height;
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if (ws->height_factor[first] == 0)
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new_unoccupied_y += default_height;
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if (ws->height_factor[second] == 0)
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new_unoccupied_y += default_height;
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int cols_without_hf = 0;
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int old_height, old_second_height;
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for (int row = 0; row < ws->rows; row++)
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if (ws->height_factor[row] == 0)
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cols_without_hf++;
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DLOG("old_unoccupied_y = %d\n", old_unoccupied_y);
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DLOG("Updating first (before = %f)\n", ws->height_factor[first]);
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/* Convert 0 (for default width_factor) to actual numbers */
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if (ws->height_factor[first] == 0)
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old_height = (old_unoccupied_y / max(cols_without_hf, 1));
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else old_height = ws->height_factor[first] * old_unoccupied_y;
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DLOG("second (before = %f)\n", ws->height_factor[second]);
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if (ws->height_factor[second] == 0)
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old_second_height = (old_unoccupied_y / max(cols_without_hf, 1));
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else old_second_height = ws->height_factor[second] * old_unoccupied_y;
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DLOG("middle = %f\n", ws->height_factor[first]);
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DLOG("\n\n\n");
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DLOG("old = %d, new = %d\n", old_unoccupied_y, new_unoccupied_y);
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/* If the space used for customly resized columns has changed we need to adapt the
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* other customly resized columns, if any */
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if (new_unoccupied_y != old_unoccupied_y)
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for (int row = 0; row < ws->rows; row++) {
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if (ws->height_factor[row] == 0)
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continue;
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DLOG("Updating other column (%d) (current width_factor = %f)\n", row, ws->height_factor[row]);
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ws->height_factor[row] = (ws->height_factor[row] * old_unoccupied_y) / new_unoccupied_y;
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DLOG("to %f\n", ws->height_factor[row]);
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}
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DLOG("Updating first (before = %f)\n", ws->height_factor[first]);
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/* Convert 0 (for default width_factor) to actual numbers */
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if (ws->height_factor[first] == 0)
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ws->height_factor[first] = ((float)ws_height / ws->rows) / new_unoccupied_y;
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DLOG("first->width = %d, pixels = %d\n", old_height, pixels);
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ws->height_factor[first] *= (float)(old_height + pixels) / old_height;
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DLOG("-> %f\n", ws->height_factor[first]);
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DLOG("Updating second (before = %f)\n", ws->height_factor[second]);
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if (ws->height_factor[second] == 0)
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ws->height_factor[second] = ((float)ws_height / ws->rows) / new_unoccupied_y;
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DLOG("middle = %f\n", ws->height_factor[second]);
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DLOG("second->width = %d, pixels = %d\n", old_second_height, pixels);
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ws->height_factor[second] *= (float)(old_second_height - pixels) / old_second_height;
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DLOG("-> %f\n", ws->height_factor[second]);
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DLOG("new unoccupied_y = %d\n", get_unoccupied_y(ws));
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DLOG("\n\n\n");
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}
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}
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render_layout(conn);
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render_layout(conn);
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