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More scalable double-bevel setup for window frames

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Jack Zeal 2026-03-25 19:58:00 -07:00
parent 34ea693879
commit 939b339a8e
1 changed files with 102 additions and 44 deletions
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146
src/ssd/ssd-border.c
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@ -12,6 +12,8 @@
#include "theme.h"
#include "view.h"
#define PIXEL(x,y) (bw * y + x)
void
ssd_border_create(struct ssd *ssd)
{
@ -53,6 +55,10 @@ ssd_border_create(struct ssd *ssd)
if (theme->beveled_border) {
int bevelSize = 2; // TODO: configurable
/* From Pull request 3382 */
uint8_t r = color[0] * 255;
uint8_t g = color[1] * 255;
@ -79,75 +85,127 @@ ssd_border_create(struct ssd *ssd)
uint32_t *left_data = znew_n(uint32_t, bw);
uint32_t *top_data = znew_n(uint32_t, bw);
left_data[0] = top_data[0] = col1;
left_data[1] = top_data[1] = col1;
for (int i = 2; i < bw; i++) {
left_data[i] = col;
top_data[i] = col;
}
left_data[bw-1] = top_data[bw-1] = col0;
left_data[bw-2] = top_data[bw-2] = col0;
uint32_t *right_data = znew_n(uint32_t, theme->border_width);
uint32_t *bottom_data = znew_n(uint32_t, theme->border_width);
for (int i = 0; i < bw; i++) {
if (i<bevelSize) {
left_data[i] = col1;
top_data[i] = col1;
right_data[i] = col1;
bottom_data[i] = col1;
} else if (i > (bw-bevelSize-1)) {
left_data[i] = col0;
top_data[i] = col0;
right_data[i] = col0;
bottom_data[i] = col0;
} else {
left_data[i] = col;
top_data[i] = col;
right_data[i] = col;
bottom_data[i] = col;
}
}
uint32_t *tl_data = znew_n(uint32_t, bw*bw);
uint32_t *tr_data = znew_n(uint32_t, bw*bw);
uint32_t *bl_data = znew_n(uint32_t, bw*bw);
uint32_t *br_data = znew_n(uint32_t, bw*bw);
// Fill with solid
for (int i=0; i<bw;i++) {
for (int j=0; j<bw;j++) {
tl_data[i*bw + j] = col;
tr_data[i*bw + j] = col;
bl_data[i*bw + j] = col;
br_data[i*bw + j] = col;
if (i<2) {
tl_data[i*bw + j] = col1;
tr_data[i*bw + j] = col1;
}
if (i>bw -3) {
bl_data[i*bw + j] = col0;
br_data[i*bw + j] = col0;
}
if (j<2) {
tl_data[i*bw + j] = col1;
bl_data[i*bw + j] = col1;
}
if (j>bw -3) {
tr_data[i*bw + j] = col0;
br_data[i*bw + j] = col0;
}
tl_data[PIXEL(i, j)] = col;
tr_data[PIXEL(i, j)] = col;
bl_data[PIXEL(i, j)] = col;
br_data[PIXEL(i, j)] = col;
}
}
// Main Corners
for (int i=0; i < bevelSize; i++) {
// Solid bar parts
for (int j=0; j<bw; j++) {
// Top left corner: Entire "bevel size" top rows are highlighted
tl_data[PIXEL(j, i)] = col1;
// First "bevel size" top columns are highlighted
tl_data[PIXEL(i, j)] = col1;
// Bottom Right corner: Entire "bevel size" last rows are lowlight
br_data[PIXEL(j, (bw-1-i))] = col0;
// Last "bevel size" columns are lowlight
br_data[PIXEL((bw-1-i), j)] = col0;
// Bottom left corner: Entire "bevel size" last rows are lowlight
bl_data[PIXEL(j, (bw-1-i))] = col0;
// First "bevel size" columns are highlight, except for the bottom right corner
bl_data[PIXEL(i, j)] = col1;
// Top Right corner: Entire "bevel size" first rows are highlight
tr_data[PIXEL(j, i)] = col1;
// Last "bevel size" columns are lowlight, except for the top left
tr_data[PIXEL((bw-1-i), j)] = col0;
}
}
// Beveled Corner Parts
for (int i=0; i < bevelSize; i++) {
for (int j=0; j<bevelSize; j++) {
// Outer Corners
// Bottom left corner:
// First "bevel size" columns are highlight, except for the bottom right corner
bl_data[PIXEL(i, (bw - 1 - j))] = (j >= i) ? col1 : col0;
// Top Right corner:
// Last "bevel size" columns are lowlight, except for the top left
tr_data[PIXEL((bw-1-i), j)] = (j > i) ? col0 : col1;
// Inner Corners
// Top left corner: Bottom right is all dark
tl_data[PIXEL((bw-1-i), (bw - 1 - j))] = col0;
// Bottom Right corner: Top left is all light
br_data[PIXEL(i, j)] = col1;
// Top Right corner:
// Interior bottom left is dark on top, light on bottom
tr_data[PIXEL(i, (bw-1-j))] = (i > j) ? col1 : col0;
// Bottom Left corner:
// Interior top right is dark on top, light on bottom
bl_data[PIXEL((bw-1-i), j)] = (i > j) ? col0 : col1;
}
}
tl_data[bw*bw -1] = col0;
tl_data[bw*bw -2] = col0;
tl_data[(bw-1)*bw -1] = col0;
tl_data[(bw-1)*bw -2] = col0;
tr_data[(bw-1)*bw + (0)] = col0;
tr_data[(bw-1)*bw + (1)] = col0;
tr_data[(bw-1)*bw + (1)] = col1;
tr_data[(bw-2)*bw + (0)] = col0;
tr_data[(bw-2)*bw + (1)] = col0;
bl_data[(0)*bw + (bw-1)] = col1;
bl_data[(0)*bw + (bw-2)] = col1;
bl_data[(0)*bw + (bw-1)] = col0;
bl_data[(0)*bw + (bw-2)] = col0;
bl_data[(1)*bw + (bw-1)] = col1;
bl_data[(1)*bw + (bw-2)] = col1;
bl_data[(1)*bw + (bw-2)] = col0;
br_data[(0)*bw + (0)] = col1;
br_data[(0)*bw + (1)] = col1;
br_data[(1)*bw + (0)] = col1;
br_data[(1)*bw + (1)] = col1;
/* bottom and right are identical */
uint32_t *right_data = znew_n(uint32_t, theme->border_width);
uint32_t *bottom_data = znew_n(uint32_t, theme->border_width);
right_data[0]=bottom_data[0]=col1;
right_data[1]=bottom_data[1]=col1;
for (int i = 2; i < theme->border_width - 1; i++) {
right_data[i] = col;
bottom_data[i] = col;
}
right_data[theme->border_width - 1] = bottom_data[theme->border_width - 1] = col0;
right_data[theme->border_width - 2] = bottom_data[theme->border_width - 2] = col0;
struct lab_data_buffer *ttexture_buffer =
buffer_create_from_data(top_data, 1,theme->border_width,