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path: root/source/blender/editors/interface/interface_layout.c
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Diffstat (limited to 'source/blender/editors/interface/interface_layout.c')
-rw-r--r--source/blender/editors/interface/interface_layout.c214
1 files changed, 141 insertions, 73 deletions
diff --git a/source/blender/editors/interface/interface_layout.c b/source/blender/editors/interface/interface_layout.c
index 3bba0afb44b..d9c2879dfb1 100644
--- a/source/blender/editors/interface/interface_layout.c
+++ b/source/blender/editors/interface/interface_layout.c
@@ -37,6 +37,7 @@
#include "DNA_armature_types.h"
#include "DNA_userdef_types.h"
+#include "BLI_alloca.h"
#include "BLI_listbase.h"
#include "BLI_string.h"
#include "BLI_rect.h"
@@ -2837,11 +2838,38 @@ static void ui_litem_layout_column_flow(uiLayout *litem)
}
/* multi-column and multi-row layout. */
+typedef struct UILayoutGridFlowInput {
+ /* General layout controll settings. */
+ const bool row_major : 1; /* Fill rows before columns */
+ const bool even_columns : 1; /* All columns will have same width. */
+ const bool even_rows : 1; /* All rows will have same height. */
+ const int space_x; /* Space between columns. */
+ const int space_y; /* Space between rows. */
+ /* Real data about current position and size of this layout item (either estimated, or final values). */
+ const int litem_w; /* Layout item width. */
+ const int litem_x; /* Layout item X position. */
+ const int litem_y; /* Layout item Y position. */
+ /* Actual number of columns and rows to generate (computed from first pass usually). */
+ const int tot_columns; /* Number of columns. */
+ const int tot_rows; /* Number of rows. */
+} UILayoutGridFlowInput;
+
+typedef struct UILayoutGridFlowOutput {
+ int *tot_items; /* Total number of items in this grid layout. */
+ /* Width / X pos data. */
+ float *global_avg_w; /* Computed average width of the columns. */
+ int *cos_x_array; /* Computed X coordinate of each column. */
+ int *widths_array; /* Computed width of each column. */
+ int *tot_w; /* Computed total width. */
+ /* Height / Y pos data. */
+ int *global_max_h; /* Computed height of the tallest item in the grid. */
+ int *cos_y_array; /* Computed Y coordinate of each column. */
+ int *heights_array; /* Computed height of each column. */
+ int *tot_h; /* Computed total height. */
+} UILayoutGridFlowOutput;
+
static void ui_litem_grid_flow_compute(
- ListBase *items, int *r_tot_items, const bool row_major, const bool even_cols, const bool even_rows,
- const int litem_w, const int litem_x, const int litem_y, const int space_x, const int space_y,
- float *r_global_avg_w, const int tot_cols, int *r_cos_x, int *r_widths, int *r_tot_w,
- int *r_global_max_h, const int tot_rows, int *r_cos_y, int *r_heights, int *r_tot_h)
+ ListBase *items, UILayoutGridFlowInput *parameters, UILayoutGridFlowOutput *results)
{
uiItem *item;
int i;
@@ -2853,32 +2881,32 @@ static void ui_litem_grid_flow_compute(
float *avg_w = NULL, *totweight_w = NULL;
int *max_h = NULL;
- BLI_assert(tot_cols != 0 || (r_cos_x == NULL && r_widths == NULL && r_tot_w == NULL));
- BLI_assert(tot_rows != 0 || (r_cos_y == NULL && r_heights == NULL && r_tot_h == NULL));
+ BLI_assert(parameters->tot_columns != 0 || (results->cos_x_array == NULL && results->widths_array == NULL && results->tot_w == NULL));
+ BLI_assert(parameters->tot_rows != 0 || (results->cos_y_array == NULL && results->heights_array == NULL && results->tot_h == NULL));
- if (r_tot_items) {
- *r_tot_items = 0;
+ if (results->tot_items) {
+ *results->tot_items = 0;
}
if (items->first == NULL) {
- if (r_global_avg_w) {
- *r_global_avg_w = 0.0f;
+ if (results->global_avg_w) {
+ *results->global_avg_w = 0.0f;
}
- if (r_global_max_h) {
- *r_global_max_h = 0;
+ if (results->global_max_h) {
+ *results->global_max_h = 0;
}
return;
}
- if (tot_cols != 0) {
- avg_w = alloca(sizeof(*avg_w) * tot_cols);
- totweight_w = alloca(sizeof(*totweight_w) * tot_cols);
- memset(avg_w, 0, sizeof(*avg_w) * tot_cols);
- memset(totweight_w, 0, sizeof(*totweight_w) * tot_cols);
+ if (parameters->tot_columns != 0) {
+ avg_w = BLI_array_alloca(avg_w, parameters->tot_columns);
+ totweight_w = BLI_array_alloca(totweight_w, parameters->tot_columns);
+ memset(avg_w, 0, sizeof(*avg_w) * parameters->tot_columns);
+ memset(totweight_w, 0, sizeof(*totweight_w) * parameters->tot_columns);
}
- if (tot_rows != 0) {
- max_h = alloca(sizeof(*max_h) * tot_rows);
- memset(max_h, 0, sizeof(*max_h) * tot_rows);
+ if (parameters->tot_rows != 0) {
+ max_h = BLI_array_alloca(max_h, parameters->tot_rows);
+ memset(max_h, 0, sizeof(*max_h) * parameters->tot_rows);
}
for (i = 0, item = items->first; item; item = item->next, i++) {
@@ -2889,9 +2917,9 @@ static void ui_litem_grid_flow_compute(
global_totweight_w += (float)item_w;
global_max_h = max_ii(global_max_h, item_h);
- if (tot_rows != 0 && tot_cols != 0) {
- const int index_col = row_major ? i % tot_cols : i / tot_rows;
- const int index_row = row_major ? i / tot_cols : i % tot_rows;
+ if (parameters->tot_rows != 0 && parameters->tot_columns != 0) {
+ const int index_col = parameters->row_major ? i % parameters->tot_columns : i / parameters->tot_rows;
+ const int index_row = parameters->row_major ? i / parameters->tot_columns : i % parameters->tot_rows;
avg_w[index_col] += (float)(item_w * item_w);
totweight_w[index_col] += (float)item_w;
@@ -2899,75 +2927,75 @@ static void ui_litem_grid_flow_compute(
max_h[index_row] = max_ii(max_h[index_row], item_h);
}
- if (r_tot_items) {
- (*r_tot_items)++;
+ if (results->tot_items) {
+ (*results->tot_items)++;
}
}
/* Finalize computing of column average sizes */
global_avg_w /= global_totweight_w;
- if (tot_cols != 0) {
- for (i = 0; i < tot_cols; i++) {
+ if (parameters->tot_columns != 0) {
+ for (i = 0; i < parameters->tot_columns; i++) {
avg_w[i] /= totweight_w[i];
tot_w += avg_w[i];
}
- if (even_cols) {
- tot_w = ceilf(global_avg_w) * tot_cols;
+ if (parameters->even_columns) {
+ tot_w = ceilf(global_avg_w) * parameters->tot_columns;
}
}
/* Finalize computing of rows max sizes */
- if (tot_rows != 0) {
- for (i = 0; i < tot_rows; i++) {
+ if (parameters->tot_rows != 0) {
+ for (i = 0; i < parameters->tot_rows; i++) {
tot_h += max_h[i];
}
- if (even_rows) {
- tot_h = global_max_h * tot_cols;
+ if (parameters->even_rows) {
+ tot_h = global_max_h * parameters->tot_columns;
}
}
/* Compute positions and sizes of all cells. */
- if (r_cos_x != NULL && r_widths != NULL) {
+ if (results->cos_x_array != NULL && results->widths_array != NULL) {
/* We enlarge/narrow columns evenly to match available width. */
- const float wfac = (float)(litem_w - (tot_cols - 1) * space_x) / tot_w;
+ const float wfac = (float)(parameters->litem_w - (parameters->tot_columns - 1) * parameters->space_x) / tot_w;
- for (int col = 0; col < tot_cols; col++) {
- r_cos_x[col] = col ? r_cos_x[col - 1] + r_widths[col - 1] + space_x : litem_x;
- if (even_cols) {
- /* (< remaining width > - <space between remain columns>) / <remain columns> */
- r_widths[col] = ((litem_w - (r_cos_x[col] - litem_x)) - (tot_cols - col - 1) * space_x) / (tot_cols - col);
+ for (int col = 0; col < parameters->tot_columns; col++) {
+ results->cos_x_array[col] = col ? results->cos_x_array[col - 1] + results->widths_array[col - 1] + parameters->space_x : parameters->litem_x;
+ if (parameters->even_columns) {
+ /* (< remaining width > - < space between remaining columns >) / < remaining columns > */
+ results->widths_array[col] = ((parameters->litem_w - (results->cos_x_array[col] - parameters->litem_x)) - (parameters->tot_columns - col - 1) * parameters->space_x) / (parameters->tot_columns - col);
}
- else if (col == tot_cols - 1) {
+ else if (col == parameters->tot_columns - 1) {
/* Last column copes width rounding errors... */
- r_widths[col] = litem_w - (r_cos_x[col] - litem_x);
+ results->widths_array[col] = parameters->litem_w - (results->cos_x_array[col] - parameters->litem_x);
}
else {
- r_widths[col] = (int)(avg_w[col] * wfac);
+ results->widths_array[col] = (int)(avg_w[col] * wfac);
}
}
}
- if (r_cos_y != NULL && r_heights != NULL) {
- for (int row = 0; row < tot_rows; row++) {
- if (even_rows) {
- r_heights[row] = global_max_h;
+ if (results->cos_y_array != NULL && results->heights_array != NULL) {
+ for (int row = 0; row < parameters->tot_rows; row++) {
+ if (parameters->even_rows) {
+ results->heights_array[row] = global_max_h;
}
else {
- r_heights[row] = max_h[row];
+ results->heights_array[row] = max_h[row];
}
- r_cos_y[row] = row ? r_cos_y[row - 1] - space_y - r_heights[row] : litem_y - r_heights[row];
+ results->cos_y_array[row] = row ? results->cos_y_array[row - 1] - parameters->space_y - results->heights_array[row] : parameters->litem_y - results->heights_array[row];
}
}
- if (r_global_avg_w) {
- *r_global_avg_w = global_avg_w;
+ if (results->global_avg_w) {
+ *results->global_avg_w = global_avg_w;
}
- if (r_global_max_h) {
- *r_global_max_h = global_max_h;
+ if (results->global_max_h) {
+ *results->global_max_h = global_max_h;
}
- if (r_tot_w) {
- *r_tot_w = (int)tot_w + space_x * (tot_cols - 1);
+ if (results->tot_w) {
+ *results->tot_w = (int)tot_w + parameters->space_x * (parameters->tot_columns - 1);
}
- if (r_tot_h) {
- *r_tot_h = tot_h + space_y * (tot_rows - 1);
+ if (results->tot_h) {
+ *results->tot_h = tot_h + parameters->space_y * (parameters->tot_rows - 1);
}
}
@@ -2985,10 +3013,22 @@ static void ui_litem_estimate_grid_flow(uiLayout *litem)
int max_h;
ui_litem_grid_flow_compute(
- &litem->items, &gflow->tot_items, gflow->row_major, gflow->even_columns, gflow->even_rows,
- litem->w, litem->x, litem->y, space_x, space_y,
- &avg_w, 0, NULL, NULL, NULL,
- &max_h, 0, NULL, NULL, NULL);
+ &litem->items,
+ &((UILayoutGridFlowInput) {
+ .row_major = gflow->row_major,
+ .even_columns = gflow->even_columns,
+ .even_rows = gflow->even_rows,
+ .litem_w = litem->w,
+ .litem_x = litem->x,
+ .litem_y = litem->y,
+ .space_x = space_x,
+ .space_y = space_y,
+ }),
+ &((UILayoutGridFlowOutput) {
+ .tot_items = &gflow->tot_items,
+ .global_avg_w = &avg_w,
+ .global_max_h = &max_h,
+ }));
if (gflow->tot_items == 0) {
litem->w = litem->h = 0;
@@ -3058,10 +3098,23 @@ static void ui_litem_estimate_grid_flow(uiLayout *litem)
int tot_w, tot_h;
ui_litem_grid_flow_compute(
- &litem->items, NULL, gflow->row_major, gflow->even_columns, gflow->even_rows,
- litem->w, litem->x, litem->y, space_x, space_y,
- NULL, gflow->tot_columns, NULL, NULL, &tot_w,
- NULL, gflow->tot_rows, NULL, NULL, &tot_h);
+ &litem->items,
+ &((UILayoutGridFlowInput) {
+ .row_major = gflow->row_major,
+ .even_columns = gflow->even_columns,
+ .even_rows = gflow->even_rows,
+ .litem_w = litem->w,
+ .litem_x = litem->x,
+ .litem_y = litem->y,
+ .space_x = space_x,
+ .space_y = space_y,
+ .tot_columns = gflow->tot_columns,
+ .tot_rows = gflow->tot_rows,
+ }),
+ &((UILayoutGridFlowOutput) {
+ .tot_w = &tot_w,
+ .tot_h = &tot_h,
+ }));
litem->w = tot_w;
litem->h = tot_h;
@@ -3086,17 +3139,32 @@ static void ui_litem_layout_grid_flow(uiLayout *litem)
const int space_x = style->columnspace;
const int space_y = style->buttonspacey;
- int *widths = alloca(sizeof(*widths) * gflow->tot_columns);
- int *heights = alloca(sizeof(*heights) * gflow->tot_rows);
- int *cos_x = alloca(sizeof(*cos_x) * gflow->tot_columns);
- int *cos_y = alloca(sizeof(*cos_y) * gflow->tot_rows);
+ int *widths = BLI_array_alloca(widths, gflow->tot_columns);
+ int *heights = BLI_array_alloca(heights, gflow->tot_rows);
+ int *cos_x = BLI_array_alloca(cos_x, gflow->tot_columns);
+ int *cos_y = BLI_array_alloca(cos_y, gflow->tot_rows);
/* This time we directly compute coordinates and sizes of all cells. */
ui_litem_grid_flow_compute(
- &litem->items, NULL, gflow->row_major, gflow->even_columns, gflow->even_rows,
- litem->w, litem->x, litem->y, space_x, space_y,
- NULL, gflow->tot_columns, cos_x, widths, NULL,
- NULL, gflow->tot_rows, cos_y, heights, NULL);
+ &litem->items,
+ &((UILayoutGridFlowInput) {
+ .row_major = gflow->row_major,
+ .even_columns = gflow->even_columns,
+ .even_rows = gflow->even_rows,
+ .litem_w = litem->w,
+ .litem_x = litem->x,
+ .litem_y = litem->y,
+ .space_x = space_x,
+ .space_y = space_y,
+ .tot_columns = gflow->tot_columns,
+ .tot_rows = gflow->tot_rows,
+ }),
+ &((UILayoutGridFlowOutput) {
+ .cos_x_array = cos_x,
+ .cos_y_array = cos_y,
+ .widths_array = widths,
+ .heights_array = heights,
+ }));
for (item = litem->items.first, i = 0; item; item = item->next, i++) {
const int col = gflow->row_major ? i % gflow->tot_columns : i / gflow->tot_rows;
generated by cgit v1.2.3 (git 2.25.1) at 2024-06-26 04:01:44 +0300