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Merge pull request #3422 from RyanDwyer/resize-immediate-siblings

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Resize only current and immediate siblings rather than all siblings
master
Brian Ashworth 6 years ago committed by GitHub
parent 2573606b60 289130430f
commit bbd312c95a
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GPG Key ID: 4AEE18F83AFDEB23
3 changed files with 140 additions and 178 deletions
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5
include/sway/commands.h
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@ -92,9 +92,12 @@ struct cmd_results *add_color(char *buffer, const char *color);
/** /**
* TODO: Move this function and its dependent functions to container.c. * TODO: Move this function and its dependent functions to container.c.
*/ */
void container_resize_tiled(struct sway_container *parent, enum wlr_edges edge, void container_resize_tiled(struct sway_container *parent, uint32_t axis,
int amount); int amount);
struct sway_container *container_find_resize_parent(struct sway_container *con,
uint32_t edge);
sway_cmd cmd_assign; sway_cmd cmd_assign;
sway_cmd cmd_bar; sway_cmd cmd_bar;
sway_cmd cmd_bindcode; sway_cmd cmd_bindcode;

228
sway/commands/resize.c
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@ -130,177 +130,117 @@ static bool is_horizontal(uint32_t axis) {
return axis & (WLR_EDGE_LEFT | WLR_EDGE_RIGHT); return axis & (WLR_EDGE_LEFT | WLR_EDGE_RIGHT);
} }
static int parallel_coord(struct sway_container *c, uint32_t axis) { struct sway_container *container_find_resize_parent(struct sway_container *con,
return is_horizontal(axis) ? c->x : c->y; uint32_t axis) {
} enum sway_container_layout parallel_layout =
is_horizontal(axis) ? L_HORIZ : L_VERT;
static int parallel_size(struct sway_container *c, uint32_t axis) { bool allow_first = axis != WLR_EDGE_TOP && axis != WLR_EDGE_LEFT;
return is_horizontal(axis) ? c->width : c->height; bool allow_last = axis != WLR_EDGE_RIGHT && axis != WLR_EDGE_BOTTOM;
}
static void container_recursive_resize(struct sway_container *container, while (con) {
double amount, enum wlr_edges edge) { list_t *siblings = container_get_siblings(con);
bool layout_match = true; int index = container_sibling_index(con);
wlr_log(WLR_DEBUG, "Resizing %p with amount: %f", container, amount); if (container_parent_layout(con) == parallel_layout &&
if (edge & (WLR_EDGE_LEFT | WLR_EDGE_RIGHT)) { siblings->length > 1 && (allow_first || index > 0) &&
container->width += amount; (allow_last || index < siblings->length - 1)) {
layout_match = container->layout == L_HORIZ; return con;
} else if (edge & (WLR_EDGE_TOP | WLR_EDGE_BOTTOM)) {
container->height += amount;
layout_match = container->layout == L_VERT;
}
if (container->children) {
for (int i = 0; i < container->children->length; i++) {
struct sway_container *child = container->children->items[i];
double amt = layout_match ?
amount / container->children->length : amount;
container_recursive_resize(child, amt, edge);
} }
con = con->parent;
} }
return NULL;
} }
static void resize_tiled(struct sway_container *parent, int amount, void container_resize_tiled(struct sway_container *con,
uint32_t axis) { uint32_t axis, int amount) {
struct sway_container *focused = parent; if (!con) {
if (!parent) {
return; return;
} }
enum sway_container_layout parallel_layout = con = container_find_resize_parent(con, axis);
is_horizontal(axis) ? L_HORIZ : L_VERT; if (!con) {
int minor_weight = 0;
int major_weight = 0;
while (parent) {
list_t *siblings = container_get_siblings(parent);
if (container_parent_layout(parent) == parallel_layout) {
for (int i = 0; i < siblings->length; i++) {
struct sway_container *sibling = siblings->items[i];
int sibling_pos = parallel_coord(sibling, axis);
int focused_pos = parallel_coord(focused, axis);
int parent_pos = parallel_coord(parent, axis);
if (sibling_pos != focused_pos) {
if (sibling_pos < parent_pos) {
minor_weight++;
} else if (sibling_pos > parent_pos) {
major_weight++;
}
}
}
if (major_weight || minor_weight) {
break;
}
}
parent = parent->parent;
}
if (!parent) {
// Can't resize in this direction // Can't resize in this direction
return; return;
} }
// Implement up/down/left/right direction by zeroing one of the weights // For HORIZONTAL or VERTICAL, we are growing in two directions so select
if (axis == WLR_EDGE_TOP || axis == WLR_EDGE_LEFT) { // both adjacent siblings. For RIGHT or DOWN, just select the next sibling.
major_weight = 0; // For LEFT or UP, convert it to a RIGHT or DOWN resize and reassign con to
} else if (axis == WLR_EDGE_RIGHT || axis == WLR_EDGE_BOTTOM) { // the previous sibling.
minor_weight = 0; struct sway_container *prev = NULL;
} struct sway_container *next = NULL;
list_t *siblings = container_get_siblings(con);
bool horizontal = is_horizontal(axis); int index = container_sibling_index(con);
int min_sane = horizontal ? MIN_SANE_W : MIN_SANE_H;
if (axis == AXIS_HORIZONTAL || axis == AXIS_VERTICAL) {
//TODO: Ensure rounding is done in such a way that there are NO pixel leaks if (index == 0) {
// ^ ????? next = siblings->items[1];
list_t *siblings = container_get_siblings(parent); } else if (index == siblings->length - 1) {
// Convert edge to top/left
for (int i = 0; i < siblings->length; i++) { next = con;
struct sway_container *sibling = siblings->items[i]; con = siblings->items[index - 1];
amount = -amount;
int sibling_pos = parallel_coord(sibling, axis); } else {
int focused_pos = parallel_coord(focused, axis); prev = siblings->items[index - 1];
int parent_pos = parallel_coord(parent, axis); next = siblings->items[index + 1];
int sibling_size = parallel_size(sibling, axis);
int parent_size = parallel_size(parent, axis);
if (sibling_pos != focused_pos) {
if (sibling_pos < parent_pos && minor_weight) {
double pixels = -amount / minor_weight;
if (major_weight && (sibling_size + pixels / 2) < min_sane) {
return; // Too small
} else if (!major_weight && sibling_size + pixels < min_sane) {
return; // Too small
}
} else if (sibling_pos > parent_pos && major_weight) {
double pixels = -amount / major_weight;
if (minor_weight && (sibling_size + pixels / 2) < min_sane) {
return; // Too small
} else if (!minor_weight && sibling_size + pixels < min_sane) {
return; // Too small
} }
} else if (axis == WLR_EDGE_TOP || axis == WLR_EDGE_LEFT) {
if (!sway_assert(index > 0, "Didn't expect first child")) {
return;
} }
next = con;
con = siblings->items[index - 1];
amount = -amount;
} else { } else {
double pixels = amount; if (!sway_assert(index < siblings->length - 1,
if (parent_size + pixels < min_sane) { "Didn't expect last child")) {
return; // Too small return;
}
} }
next = siblings->items[index + 1];
} }
enum wlr_edges minor_edge = horizontal ? WLR_EDGE_LEFT : WLR_EDGE_TOP; // Apply new dimensions
enum wlr_edges major_edge = horizontal ? WLR_EDGE_RIGHT : WLR_EDGE_BOTTOM; int sibling_amount = prev ? amount / 2 : amount;
for (int i = 0; i < siblings->length; i++) {
struct sway_container *sibling = siblings->items[i];
int sibling_pos = parallel_coord(sibling, axis); if (is_horizontal(axis)) {
int focused_pos = parallel_coord(focused, axis); if (con->width + amount < MIN_SANE_W) {
int parent_pos = parallel_coord(parent, axis); return;
if (sibling_pos != focused_pos) {
if (sibling_pos < parent_pos && minor_weight) {
double pixels = -1 * amount;
pixels /= minor_weight;
if (major_weight) {
container_recursive_resize(sibling, pixels / 2, major_edge);
} else {
container_recursive_resize(sibling, pixels, major_edge);
} }
} else if (sibling_pos > parent_pos && major_weight) { if (next->width - sibling_amount < MIN_SANE_W) {
double pixels = -1 * amount; return;
pixels /= major_weight;
if (minor_weight) {
container_recursive_resize(sibling, pixels / 2, minor_edge);
} else {
container_recursive_resize(sibling, pixels, minor_edge);
} }
if (prev && prev->width - sibling_amount < MIN_SANE_W) {
return;
}
con->width += amount;
next->width -= sibling_amount;
if (prev) {
prev->width -= sibling_amount;
} }
} else { } else {
if (major_weight != 0 && minor_weight != 0) { if (con->height + amount < MIN_SANE_H) {
double pixels = amount; return;
pixels /= 2;
container_recursive_resize(parent, pixels, minor_edge);
container_recursive_resize(parent, pixels, major_edge);
} else if (major_weight) {
container_recursive_resize(parent, amount, major_edge);
} else if (minor_weight) {
container_recursive_resize(parent, amount, minor_edge);
} }
if (next->height - sibling_amount < MIN_SANE_H) {
return;
}
if (prev && prev->height - sibling_amount < MIN_SANE_H) {
return;
}
con->height += amount;
next->height -= sibling_amount;
if (prev) {
prev->height -= sibling_amount;
} }
} }
if (parent->parent) { if (con->parent) {
arrange_container(parent->parent); arrange_container(con->parent);
} else { } else {
arrange_workspace(parent->workspace); arrange_workspace(con->workspace);
} }
} }
void container_resize_tiled(struct sway_container *parent,
enum wlr_edges edge, int amount) {
resize_tiled(parent, amount, edge);
}
/** /**
* Implement `resize <grow|shrink>` for a floating container. * Implement `resize <grow|shrink>` for a floating container.
*/ */
@ -379,7 +319,7 @@ static struct cmd_results *resize_adjust_tiled(uint32_t axis,
double old_width = current->width; double old_width = current->width;
double old_height = current->height; double old_height = current->height;
resize_tiled(current, amount->amount, axis); container_resize_tiled(current, axis, amount->amount);
if (current->width == old_width && current->height == old_height) { if (current->width == old_width && current->height == old_height) {
return cmd_results_new(CMD_INVALID, "Cannot resize any further"); return cmd_results_new(CMD_INVALID, "Cannot resize any further");
} }
@ -407,7 +347,8 @@ static struct cmd_results *resize_set_tiled(struct sway_container *con,
width->unit = RESIZE_UNIT_PX; width->unit = RESIZE_UNIT_PX;
} }
if (width->unit == RESIZE_UNIT_PX) { if (width->unit == RESIZE_UNIT_PX) {
resize_tiled(con, width->amount - con->width, AXIS_HORIZONTAL); container_resize_tiled(con, AXIS_HORIZONTAL,
width->amount - con->width);
} }
} }
@ -427,7 +368,8 @@ static struct cmd_results *resize_set_tiled(struct sway_container *con,
height->unit = RESIZE_UNIT_PX; height->unit = RESIZE_UNIT_PX;
} }
if (height->unit == RESIZE_UNIT_PX) { if (height->unit == RESIZE_UNIT_PX) {
resize_tiled(con, height->amount - con->height, AXIS_VERTICAL); container_resize_tiled(con, AXIS_VERTICAL,
height->amount - con->height);
} }
} }

61
sway/input/seatop_resize_tiling.c
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@ -1,15 +1,22 @@
#define _POSIX_C_SOURCE 200809L #define _POSIX_C_SOURCE 200809L
#include <wlr/types/wlr_cursor.h> #include <wlr/types/wlr_cursor.h>
#include <wlr/util/edges.h>
#include "sway/commands.h" #include "sway/commands.h"
#include "sway/input/cursor.h" #include "sway/input/cursor.h"
#include "sway/input/seat.h" #include "sway/input/seat.h"
struct seatop_resize_tiling_event { struct seatop_resize_tiling_event {
struct sway_container *con; struct sway_container *con; // leaf container
// con, or ancestor of con which will be resized horizontally/vertically
struct sway_container *h_con;
struct sway_container *v_con;
enum wlr_edges edge; enum wlr_edges edge;
enum wlr_edges edge_x, edge_y;
double ref_lx, ref_ly; // cursor's x/y at start of op double ref_lx, ref_ly; // cursor's x/y at start of op
double ref_width, ref_height; // container's size at start of op double h_con_orig_width; // width of the horizontal ancestor at start
double ref_con_lx, ref_con_ly; // container's x/y at start of op double v_con_orig_height; // height of the vertical ancestor at start
}; };
static void handle_motion(struct sway_seat *seat, uint32_t time_msec) { static void handle_motion(struct sway_seat *seat, uint32_t time_msec) {
@ -18,30 +25,27 @@ static void handle_motion(struct sway_seat *seat, uint32_t time_msec) {
int amount_y = 0; int amount_y = 0;
int moved_x = seat->cursor->cursor->x - e->ref_lx; int moved_x = seat->cursor->cursor->x - e->ref_lx;
int moved_y = seat->cursor->cursor->y - e->ref_ly; int moved_y = seat->cursor->cursor->y - e->ref_ly;
enum wlr_edges edge_x = WLR_EDGE_NONE;
enum wlr_edges edge_y = WLR_EDGE_NONE;
struct sway_container *con = e->con;
if (e->h_con) {
if (e->edge & WLR_EDGE_LEFT) {
amount_x = (e->h_con_orig_width - moved_x) - e->h_con->width;
} else if (e->edge & WLR_EDGE_RIGHT) {
amount_x = (e->h_con_orig_width + moved_x) - e->h_con->width;
}
}
if (e->v_con) {
if (e->edge & WLR_EDGE_TOP) { if (e->edge & WLR_EDGE_TOP) {
amount_y = (e->ref_height - moved_y) - con->height; amount_y = (e->v_con_orig_height - moved_y) - e->v_con->height;
edge_y = WLR_EDGE_TOP;
} else if (e->edge & WLR_EDGE_BOTTOM) { } else if (e->edge & WLR_EDGE_BOTTOM) {
amount_y = (e->ref_height + moved_y) - con->height; amount_y = (e->v_con_orig_height + moved_y) - e->v_con->height;
edge_y = WLR_EDGE_BOTTOM;
} }
if (e->edge & WLR_EDGE_LEFT) {
amount_x = (e->ref_width - moved_x) - con->width;
edge_x = WLR_EDGE_LEFT;
} else if (e->edge & WLR_EDGE_RIGHT) {
amount_x = (e->ref_width + moved_x) - con->width;
edge_x = WLR_EDGE_RIGHT;
} }
if (amount_x != 0) { if (amount_x != 0) {
container_resize_tiled(e->con, edge_x, amount_x); container_resize_tiled(e->h_con, e->edge_x, amount_x);
} }
if (amount_y != 0) { if (amount_y != 0) {
container_resize_tiled(e->con, edge_y, amount_y); container_resize_tiled(e->v_con, e->edge_y, amount_y);
} }
} }
@ -81,10 +85,23 @@ void seatop_begin_resize_tiling(struct sway_seat *seat,
e->ref_lx = seat->cursor->cursor->x; e->ref_lx = seat->cursor->cursor->x;
e->ref_ly = seat->cursor->cursor->y; e->ref_ly = seat->cursor->cursor->y;
e->ref_con_lx = con->x;
e->ref_con_ly = con->y; if (edge & (WLR_EDGE_LEFT | WLR_EDGE_RIGHT)) {
e->ref_width = con->width; e->edge_x = edge & (WLR_EDGE_LEFT | WLR_EDGE_RIGHT);
e->ref_height = con->height; e->h_con = container_find_resize_parent(e->con, e->edge_x);
if (e->h_con) {
e->h_con_orig_width = e->h_con->width;
}
}
if (edge & (WLR_EDGE_TOP | WLR_EDGE_BOTTOM)) {
e->edge_y = edge & (WLR_EDGE_TOP | WLR_EDGE_BOTTOM);
e->v_con = container_find_resize_parent(e->con, e->edge_y);
if (e->v_con) {
e->v_con_orig_height = e->v_con->height;
}
}
seat->seatop_impl = &seatop_impl; seat->seatop_impl = &seatop_impl;
seat->seatop_data = e; seat->seatop_data = e;

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