const char *MIXPAGE_ChanNameProtoCB(guiObject_t *obj, const void *data)
{
(void)obj;
u8 ch = (long)data;
u8 proto_map_length = PROTO_MAP_LEN;
char tmp1[30];
/* See if we need to name the cyclic virtual channels */
if (_is_virt_cyclic(ch)) {
switch(ch - NUM_OUT_CHANNELS) {
case 0: snprintf(tempstring, sizeof(tempstring), "%s-%s", _tr("CYC"), _tr("AIL")); return tempstring;
case 1: snprintf(tempstring, sizeof(tempstring), "%s-%s", _tr("CYC"), _tr("ELE")); return tempstring;
case 2: snprintf(tempstring, sizeof(tempstring), "%s-%s", _tr("CYC"), _tr("COL")); return tempstring;
}
}
#if defined(_DEVO7E_256_TARGET_H_) || defined(_T8SG_TARGET_H_)
#define SWITCH_NOSTOCK ((1 << INP_HOLD0) | (1 << INP_HOLD1) | \
(1 << INP_FMOD0) | (1 << INP_FMOD1))
if ((Transmitter.ignore_src & SWITCH_NOSTOCK) == SWITCH_NOSTOCK)
proto_map_length = PROTO_MAP_LEN - 1;
#endif
if (ch < proto_map_length && ProtocolChannelMap[Model.protocol]) {
INPUT_SourceNameAbbrevSwitch(tmp1, ProtocolChannelMap[Model.protocol][ch]);
sprintf(tempstring, "%s%d-%s",
(Model.limits[ch].flags & CH_REVERSE) ? "!" : "",
(int)(ch + 1), tmp1);
} else {
INPUT_SourceName(tmp1, ch + NUM_INPUTS + 1);
sprintf(tempstring, "%s%s",
(ch < Model.num_channels && Model.limits[ch].flags & CH_REVERSE) ? "!" : "",
tmp1);
}
return tempstring;
}
static void _show_page()
{
u8 h = 12;
int i;
PAGE_RemoveAllObjects();
PAGE_ShowHeader(_tr("Mixer"));
memset(gui, 0, sizeof(*gui));
struct Mixer *mix = MIXER_GetAllMixers();
u8 space = ITEM_HEIGHT + 1;
u8 row = space;
u8 w1 = 50;
u8 w2 = LCD_WIDTH - w1 - ARROW_WIDTH - 4;
for (i = 0; row < space * 5; i++) {
u8 idx;
labelDesc.style = LABEL_LEFT;
u8 ch = mp->top_channel + i;
if (ch >= Model.num_channels)
ch += (NUM_OUT_CHANNELS - Model.num_channels);
if (ch < NUM_OUT_CHANNELS) {
GUI_CreateButtonPlateText(&gui->limit[i], 0, row, w1, h,&labelDesc, MIXPAGE_ChanNameProtoCB, 0,
limitselect_cb, (void *)((long)ch));
} else if(! _is_virt_cyclic(ch)) {
GUI_CreateButtonPlateText(&gui->limit[i], 0, row, w1, h,&labelDesc, MIXPAGE_ChanNameProtoCB, 0,
virtname_cb, (void *)((long)ch));
} else {
GUI_CreateLabelBox(&gui->name[i], 0, row, w1, h, &labelDesc,
MIXPAGE_ChanNameProtoCB, NULL, (const void *)((long)ch));
}
labelDesc.style = LABEL_CENTER;
GUI_CreateButtonPlateText(&gui->tmpl[i], w1 + 2, row, w2, h , &labelDesc, template_name_cb, 0,
templateselect_cb, (void *)((long)ch));
row += space; // bug fix: dynamically showing/hiding items won't work in devo10, it causes crash when changing template from none to simple/expo/complex
for (idx = 0; idx < NUM_MIXERS; idx++)
if (mix[idx].src && mix[idx].dest == ch)
break;
if (idx != NUM_MIXERS) {
enum TemplateType template = MIXER_GetTemplate(ch);
labelDesc.style = LABEL_LEFTCENTER;
GUI_CreateLabelBox(&gui->src[i], 0, row, w1, h, &labelDesc, show_source, NULL, &mix[idx].src);
if (template == MIXERTEMPLATE_EXPO_DR) {
static void _show_page()
{
// Note for future maintenance: DO NOT use logical view to draw all the channel items at a time for this page: I just
// gave it a try, it spent very long time to construct all the 30 items and could trigger watch-dog to reboot !!!
static const int XOFFSET = ((LCD_WIDTH - 320) / 2);
int init_y = LCD_HEIGHT == 240 ? 44 : 36;
int i;
if (mp->firstObj) {
GUI_RemoveHierObjects(mp->firstObj);
mp->firstObj = NULL;
}
struct Mixer *mix = MIXER_GetAllMixers();
for (i = 0; i < ENTRIES_PER_PAGE; i++) {
guiObject_t *obj;
u8 idx;
int row = init_y + 24 * i;
u8 ch = mp->top_channel + i;
if (ch >= Model.num_channels)
ch += (NUM_OUT_CHANNELS - Model.num_channels);
if (ch < NUM_OUT_CHANNELS) {
obj = GUI_CreateButton(&gui->name[i].but, XOFFSET+4, row, BUTTON_64x16, MIXPAGE_ChanNameProtoCB,
0x0000, limitselect_cb, (void *)((long)ch));
} else if(! _is_virt_cyclic(ch)) {
obj = GUI_CreateButton(&gui->name[i].but, XOFFSET+4, row, BUTTON_64x16, MIXPAGE_ChanNameProtoCB,
0x0000, virtname_cb, (void *)(long)ch);
} else {
obj = GUI_CreateLabelBox(&gui->name[i].lbl, XOFFSET+4, row, 64, 16, &DEFAULT_FONT,
MIXPAGE_ChanNameProtoCB, NULL, (void *)((long)ch));
}
if (! mp->firstObj)
mp->firstObj = obj;
GUI_CreateButton(&gui->tmpl[i], XOFFSET+132, row, BUTTON_64x16, template_name_cb, 0x0000,
templateselect_cb, (void *)((long)ch));
for (idx = 0; idx < NUM_MIXERS; idx++)
if (mix[idx].src && mix[idx].dest == ch)
break;
if (idx != NUM_MIXERS) {
enum TemplateType template = MIXER_GetTemplate(ch);
GUI_CreateLabelBox(&gui->src[i], XOFFSET+68, row, 60, 16, &NARROW_FONT, show_source, NULL, &mix[idx].src);
if (template == MIXERTEMPLATE_EXPO_DR) {
static int row_cb(int absrow, int relrow, int y, void *data)
{
(void)data;
u8 idx;
struct Mixer *mix = MIXER_GetAllMixers();
int selectable = 2;
int channel = absrow;
if (channel >= Model.num_channels)
channel += (NUM_OUT_CHANNELS - Model.num_channels);
if (channel < NUM_OUT_CHANNELS) {
labelDesc.style = LABEL_LEFT;
GUI_CreateButtonPlateText(&gui->limit[relrow], COL1_X, y, COL1_W, LINE_HEIGHT, &labelDesc, MIXPAGE_ChanNameProtoCB, 0,
limitselect_cb, (void *)((long)channel));
} else if(! _is_virt_cyclic(channel)) {
GUI_CreateButtonPlateText(&gui->limit[relrow], COL1_X, y, COL1_W, LINE_HEIGHT, &labelDesc, MIXPAGE_ChanNameProtoCB, 0,
virtname_cb, (void *)((long)channel));
} else {
GUI_CreateLabelBox(&gui->name[relrow], COL1_X, y, COL1_W, LINE_HEIGHT, &labelDesc,
MIXPAGE_ChanNameProtoCB, NULL, (const void *)((long)channel));
selectable = 1;
}
labelDesc.style = LABEL_CENTER;
GUI_CreateButtonPlateText(&gui->tmpl[relrow], COL2_X, y, COL2_W, LINE_HEIGHT , &labelDesc, template_name_cb, 0,
templateselect_cb, (void *)((long)channel));
for (idx = 0; idx < NUM_MIXERS; idx++)
if (mix[idx].src && mix[idx].dest == channel)
break;
if (idx != NUM_MIXERS) {
// don't show source if curve type is fixed, works only for the first mix per channel
if(CURVE_TYPE(&mix[idx].curve) != CURVE_FIXED) {
labelDesc.style = LABEL_LEFT;
GUI_CreateLabelBox(&gui->src[relrow], COL3_X, y, COL3_W , LINE_HEIGHT, &labelDesc, show_source, NULL, &mix[idx].src);
}
}
return selectable;
}
