kopia lustrzana https://github.com/hoglet67/RGBtoHDMI
Fix whitespace
rodzic
e636d9aba8
commit
cb2039d434
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@ -47,7 +47,7 @@ static param_t params[] = {
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{ MAX_H_WIDTH, "Max H Width", "max_h_width", 200, 1920, 8 },
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{MAX_V_HEIGHT, "Max V Height", "max_v_height", 200, 1200, 2 },
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{ H_ASPECT, "H Pixel Aspect", "h_aspect", 0, 8, 1 },
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{ V_ASPECT, "V Pixel Aspect", "v_aspect", 0, 8, 1 },
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{ V_ASPECT, "V Pixel Aspect", "v_aspect", 0, 8, 1 },
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{ FB_SIZEX2, "FB Size", "fb_size", 0, 3, 1 },
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{ FB_BPP, "FB Bits/Pixel", "fb_bits_pixel", 4, 8, 4 },
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{ CLOCK, "Clock Frequency", "clock_frequency", 1000000, 40000000, 1000 },
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@ -170,7 +170,7 @@ int geometry_get_value(int num) {
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case H_ASPECT:
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return geometry->h_aspect;
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case V_ASPECT:
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return geometry->v_aspect;
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return geometry->v_aspect;
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case FB_SIZEX2:
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return geometry->fb_sizex2;
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case FB_BPP:
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@ -241,7 +241,7 @@ void geometry_set_value(int num, int value) {
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break;
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case V_ASPECT:
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geometry->v_aspect = value;
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break;
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break;
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case FB_SIZEX2:
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geometry->fb_sizex2 = value;
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break;
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@ -320,7 +320,7 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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int geometry_min_v_height = geometry->min_v_height;
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int geometry_max_h_width = geometry->max_h_width;
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int geometry_max_v_height = geometry->max_v_height;
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int h_aspect = geometry->h_aspect;
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int v_aspect = geometry->v_aspect;
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@ -385,24 +385,24 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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geometry_max_v_height = geometry_min_v_height;
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}
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if (overscan == OVERSCAN_HALF && (geometry->setup_mode == SETUP_NORMAL || geometry->setup_mode == SETUP_CLOCK)) {
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if (overscan == OVERSCAN_HALF && (geometry->setup_mode == SETUP_NORMAL || geometry->setup_mode == SETUP_CLOCK)) {
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geometry_max_h_width = (((geometry_max_h_width - geometry_min_h_width) >> 1) + geometry_min_h_width) & 0xfffffff8;
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geometry_max_v_height = (((geometry_max_v_height - geometry_min_v_height) >> 1) + geometry_min_v_height) & 0xfffffffe;
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geometry_h_offset = geometry_h_offset - (((geometry_max_h_width - geometry_min_h_width) >> 3) << 2);
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geometry_v_offset = geometry_v_offset - ((geometry_max_v_height - geometry_min_v_height) >> 1);
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geometry_min_h_width = geometry_max_h_width;
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geometry_min_v_height = geometry_max_v_height;
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geometry_min_v_height = geometry_max_v_height;
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}
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if (geometry->setup_mode == SETUP_MAX
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|| (overscan == OVERSCAN_MAX && (geometry->setup_mode == SETUP_NORMAL || geometry->setup_mode == SETUP_CLOCK))
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|| (overscan == OVERSCAN_AUTO && (scaling == SCALING_MANUAL43 || scaling == SCALING_MANUAL) && (geometry->setup_mode == SETUP_NORMAL || geometry->setup_mode == SETUP_CLOCK))) {
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|| (overscan == OVERSCAN_AUTO && (scaling == SCALING_MANUAL43 || scaling == SCALING_MANUAL) && (geometry->setup_mode == SETUP_NORMAL || geometry->setup_mode == SETUP_CLOCK))) {
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geometry_h_offset = geometry_h_offset - (((geometry_max_h_width - geometry_min_h_width) >> 3) << 2);
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geometry_v_offset = geometry_v_offset - ((geometry_max_v_height - geometry_min_v_height) >> 1);
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geometry_min_h_width = geometry_max_h_width;
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geometry_min_v_height = geometry_max_v_height;
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geometry_min_v_height = geometry_max_v_height;
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}
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int h_size43_adj = h_size43;
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if (mode7 && m7scaling == M7_UNEVEN) {
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h_size43_adj = h_size43 * 3 / 4;
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@ -411,10 +411,10 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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v_aspect = 2;
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}
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}
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int hscale = h_size43_adj / geometry_min_h_width;
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int hscale = h_size43_adj / geometry_min_h_width;
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int vscale = v_size43 / geometry_min_v_height;
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if (scaling == SCALING_INTEGER) {
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if (h_aspect != 0 && v_aspect !=0) {
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int new_hs = hscale;
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@ -424,7 +424,7 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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int abort_count = 0;
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do {
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h_ratio = (double)hscale / h_aspect;
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v_ratio = (double)vscale / v_aspect;
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v_ratio = (double)vscale / v_aspect;
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if (h_ratio != v_ratio) {
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if (h_ratio > v_ratio) {
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new_hs = ((int)v_ratio) * h_aspect;
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@ -439,11 +439,11 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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}
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//log_info("Aspect after loop: %d, %d", hscale, vscale);
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}
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abort_count++;
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abort_count++;
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} while (new_hs !=0 && new_vs != 0 && h_ratio != v_ratio && abort_count < 10);
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}
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//log_info("Final aspect: %d, %d", hscale, vscale);
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int new_geometry_min_h_width = h_size43_adj / hscale;
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if (new_geometry_min_h_width > geometry_max_h_width) {
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new_geometry_min_h_width = geometry_max_h_width;
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@ -457,7 +457,7 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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geometry_min_h_width = new_geometry_min_h_width;
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geometry_min_v_height = new_geometry_min_v_height;
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}
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//log_info(" adujusted integer = %d, %d, %d, %d", geometry_h_offset, geometry_v_offset, geometry_min_h_width, geometry_min_v_height);
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if (geometry_h_offset < 0) {
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@ -482,35 +482,35 @@ void geometry_get_fb_params(capture_info_t *capinfo) {
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caphscale = 2;
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capvscale = 2;
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int standard_width = geometry_min_h_width;
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if (m7scaling == M7_UNEVEN) {
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standard_width = mode7 ? (geometry_min_h_width * 4 / 3) : geometry_min_h_width; // workaround mode 7 width so it looks like other modes
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}
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int standard_height = geometry_min_v_height;
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switch (scaling) {
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case SCALING_INTEGER:
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{
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int adjusted_width = geometry_min_h_width << double_width;
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int adjusted_height = geometry_min_v_height << double_height;
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int hborder = ((h_size - standard_width * hscale) << double_width) / hscale;
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if ((hborder + adjusted_width) > h_size) {
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log_info("Handling invalid H ratio");
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hborder = (h_size - adjusted_width) / hscale;
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}
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int vborder = ((v_size - standard_height * vscale) << double_height) / vscale;
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}
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int vborder = ((v_size - standard_height * vscale) << double_height) / vscale;
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if ((vborder + adjusted_height) > v_size) {
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log_info("Handling invalid V ratio");
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vborder = (v_size - adjusted_height) / vscale;
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}
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vborder = (v_size - adjusted_height) / vscale;
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}
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capinfo->width = adjusted_width + hborder;
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capinfo->height = adjusted_height + vborder;
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caphscale = (h_size << 1) / capinfo->width;
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capvscale = (v_size << 1) / capinfo->height;
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}
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@ -252,7 +252,7 @@ static param_t features[] = {
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{ F_PALETTE, "Palette", "palette", 0, NUM_PALETTES - 1, 1 },
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{ F_PALETTECONTROL, "Palette Control", "palette_control", 0, NUM_CONTROLS - 1, 1 },
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{ F_DEINTERLACE,"Mode7 Deinterlace","mode7_deinterlace", 0, NUM_DEINTERLACES - 1, 1 },
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{ F_M7SCALING, "Mode7 Scaling", "mode7_scaling", 0, NUM_M7SCALINGS - 1, 1 },
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{ F_M7SCALING, "Mode7 Scaling", "mode7_scaling", 0, NUM_M7SCALINGS - 1, 1 },
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{ F_COLOUR, "Output Colour", "output_colour", 0, NUM_COLOURS - 1, 1 },
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{ F_INVERT, "Output Invert", "output_invert", 0, 1, 1 },
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{ F_SCANLINES, "Scanlines", "scanlines", 0, 1, 1 },
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@ -735,7 +735,7 @@ static int get_feature(int num) {
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case F_DEINTERLACE:
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return get_deinterlace();
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case F_M7SCALING:
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return get_m7scaling();
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return get_m7scaling();
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case F_PALETTE:
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return palette;
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case F_PALETTECONTROL:
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@ -806,7 +806,7 @@ static void set_feature(int num, int value) {
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break;
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case F_M7SCALING:
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set_m7scaling(value);
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break;
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break;
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case F_OVERSCAN:
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set_overscan(value);
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break;
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@ -983,7 +983,7 @@ static const char *get_param_string(param_menu_item_t *param_item) {
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case F_DEINTERLACE:
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return deinterlace_names[value];
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case F_M7SCALING:
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return m7scaling_names[value];
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return m7scaling_names[value];
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case F_VLOCKMODE:
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return vlockmode_names[value];
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case F_VLOCKSPEED:
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