void screen_fx_colors(){
int x, y;
float offset = (float)1/(WIDTH*HEIGHT);
float h_offset = (float)1/HEIGHT*2;
screen_bg_color.bl = 0.0f;
screen_bg_color.rd = 1.0f;
for(x=0; x < WIDTH; x++){
screen_bg_color.gr = 1.0f;
for(y = 1; y < HEIGHT; y++){
screen_copy(x, y);
screen_bg_color.bl += offset;
screen_bg_color.rd -= offset;
if(y > HEIGHT/2){ screen_bg_color.gr += h_offset; }
else { screen_bg_color.gr -= h_offset; }
}
}
offset = (float)1/WIDTH;
screen_bg_color.bl = 0.0f;
screen_bg_color.rd = 0.0f;
screen_bg_color.gr = 0.0f;
screen_fg_color.bl = 1.0f;
screen_fg_color.rd = 1.0f;
screen_fg_color.gr = 1.0f;
y = 0;
for(x = 0; x < WIDTH; x++){
screen_copy(x, y);
screen_bg_color.bl += offset;
screen_bg_color.rd += offset;
screen_bg_color.gr += offset;
screen_fg_color.bl -= offset;
screen_fg_color.rd -= offset;
screen_fg_color.gr -= offset;
s[x][y].ch = 1;
}
}
/*#####################################################*/
int main(void) {
board_init();
/*******************************************************/
timer_interval(&TimerScanTouch, 10);
/*******************************************************/
#ifdef lcd
#ifdef USE_BACK_SCREEN
BackScreen = new_(new_screen);
memcpy((void *)BackScreen, (void *)ScreenBuff, sizeof(new_screen));
#ifdef gcc
BackScreen->DisplayData = malloc((BackScreen->raster_timings->X * BackScreen->raster_timings->Y * sizeof(BackScreen->DisplayData[0])) + (BackScreen->raster_timings->palete_len * sizeof(BackScreen->DisplayData[0])));
#else
BackScreen->DisplayData = memalign(sizeof(BackScreen->DisplayData[0]) << 3, (BackScreen->raster_timings->X * BackScreen->raster_timings->Y * sizeof(BackScreen->DisplayData[0])) + (BackScreen->raster_timings->palete_len * sizeof(BackScreen->DisplayData[0])));
#endif
MainWindow = new_window(NULL, BackScreen);
#else
MainWindow = new_window(NULL, ScreenBuff);
#endif
window_new_button(MainWindow, Btn1);
window_new_checkbox(MainWindow, CB1);
window_new_listbox(MainWindow, ListBox1);
window_new_progressbar(MainWindow, PBar1);
window_new_scrollbar(MainWindow, ScrollBar1);
window_new_textbox(MainWindow, TextBox1);
window_new_picturebox(MainWindow, PictureBox1);
window_new_window(MainWindow, Window1);
MainWindow->WindowMoveLimits.sXMin = 0;
MainWindow->WindowMoveLimits.sXMax = ScreenBuff->raster_timings->X;
MainWindow->WindowMoveLimits.sYMin = 20;
MainWindow->WindowMoveLimits.sYMax = ScreenBuff->raster_timings->Y - 100;
#ifdef USE_BACK_SCREEN
KbdWindow = new_window(NULL, BackScreen);
window_new_keyboard(KbdWindow, Kbd);
HeaderWindow = new_window(NULL, BackScreen);
#else
KbdWindow = new_window(NULL, ScreenBuff);
window_new_keyboard(KbdWindow, Kbd);
HeaderWindow = new_window(NULL, ScreenBuff);
#endif
HeaderWindow->WindowMoveLimits.sXMin = 0;
HeaderWindow->WindowMoveLimits.sXMax = ScreenBuff->raster_timings->X;
HeaderWindow->WindowMoveLimits.sYMin = 0;
HeaderWindow->WindowMoveLimits.sYMax = 20;
HeaderWindow->HideHeader = true;
HeaderWindow->HideHScroll = true;
HeaderWindow->HideVScroll = true;
KbdWindow->WindowMoveLimits.sXMin = 0;
KbdWindow->WindowMoveLimits.sXMax = ScreenBuff->raster_timings->X;
KbdWindow->WindowMoveLimits.sYMin = ScreenBuff->raster_timings->Y - 100;
KbdWindow->WindowMoveLimits.sYMax = ScreenBuff->raster_timings->Y;
KbdWindow->HideHeader = true;
KbdWindow->HideHScroll = true;
KbdWindow->HideVScroll = true;
KbdWindow->Caption.Font = (tFont *)&g_sFontCmss18b;
/* Set location and size of virtual keyboard */
Kbd->Position.X = 0;
Kbd->Position.Y = 0;
Kbd->Size.X = ScreenBuff->raster_timings->X - 6;
Kbd->Size.Y = 98;
Window1->Internals.FullScreen = false;
Window1->Position.X = 400;
Window1->Position.Y = 400;
Window1->Size.X = 400;
Window1->Size.Y = 300;
window_new_button(Window1, Btn2);
window_new_window(Window1, Window2);
Window2->Internals.FullScreen = false;
Window2->Position.X = 10;
Window2->Position.Y = 50;
Window2->Size.X = 300;
Window2->Size.Y = 200;
window_new_button(Window2, Btn3);
window_new_tab_group(Window2, TabGroup1);
//TabGroup1->Internals.FullScreen = false;
TabGroup1->Position.X = 10;
TabGroup1->Position.Y = 50;
TabGroup1->Size.X = 200;
TabGroup1->Size.Y = 100;
tab_group_new_tab(TabGroup1, "Tab1");
tab_group_new_tab(TabGroup1, "Tab2");
tab_group_new_tab(TabGroup1, "Tab3");
tab_group_new_tab(TabGroup1, "Tab4");
tab_group_new_tab(TabGroup1, "Tab5");
tab_group_new_tab(TabGroup1, "Tab6");
tab_group_new_tab(TabGroup1, "Tab7");
tab_group_new_tab(TabGroup1, "Tab8");
tab_group_new_button(TabGroup1, Btn4, 0);
tab_group_new_button(TabGroup1, Btn5, 1);
tab_group_new_button(TabGroup1, Btn6, 2);
tab_group_new_button(TabGroup1, Btn7, 3);
tab_group_new_button(TabGroup1, Btn8, 4);
tab_group_new_button(TabGroup1, Btn9, 5);
tab_group_new_button(TabGroup1, Btn10, 6);
tab_group_new_button(TabGroup1, Btn11, 7);
Btn5->Position.X = 30;
/* Enable clear background on refresh */
PictureBox1->PaintBackground = true;
/* Set callback's for picture box*/
PictureBox1->Events.OnMove.CallBack = picture_box_callback;
PictureBox1->Events.OnDown.CallBack = picture_box_callback_on_down;
/* Refresh is used to refresh the picture box when the window or picture box position , size is modified */
PictureBox1->Events.Refresh.CallBack = picture_box_refresh_callback;
/* Set callback's for Btn1*/
Btn1->Events.OnUp.CallbackData = PictureBox1;
Btn1->Events.OnUp.CallBack = picture_box_clear_callback;
/* Clear the picture box */
picture_box_clear_callback(PictureBox1);
char TmpStr[30];
unsigned int CntItems = 0;
for(CntItems = 0; CntItems < 100; CntItems++)
{
sprintf(TmpStr, "%d", CntItems);
listbox_item_add(ListBox1, TmpStr);
}
listbox_item_insert(ListBox1, "Inserted Item", 1);
listbox_item_remove(ListBox1, 3);
string(TextBoxString, "Multiplatform SDK to create standalone applications\n\r1\n\r2\n\r3\n\r4\n\r5\n\r6\n\r7\n\r8\n\r9\n\r10\n\r11\n\r12\n\r13\n\r14\n\r15\n\r16\n\r17\n\r18");
TextBox1->text(TextBox1, TextBoxString);
TextBox1->text(TextBox1, TextBox1->to_uper(TextBox1));
tControlCommandData control_comand;
control_comand.Comand = Control_Nop;
control_comand.CursorCoordonateUsed = true;
#endif
/*******************************************************/
/*arg's for console*/
char *argv[2];
argv[0] = NULL;
/*******************************************************/
bool old_connected = false;
#ifdef BridgeUsbDev0ToMmcSd0
if(sdCtrl[0].connected == false) usb_msc_dev_media_change_state(0, false);
#elif defined(BridgeUsbDev0ToMmcSd1)
if(sdCtrl[1].connected == false) usb_msc_dev_media_change_state(0, false);
#endif
/*******************************************************/
unsigned int PwrLoadCount = 0;
/*******************************************************/
while(1)
{
if(timer_tick(&TimerScanTouch))
{
if(PwrLoadCount) PwrLoadCount--;
//UARTprintf(DebugCom, "X= %d, Y= %d, But= %d, Whel= %d.\n\r" , MouseXPosition, MouseYPosition, g_ulButtons, MouseWheel);
#ifdef lcd
#ifdef USE_BACK_SCREEN
if(BackScreen)
#else
if(ScreenBuff)
#endif
{
memset(&control_comand, 0, sizeof(tControlCommandData));
#ifdef touch
if(TouchScreen->TouchScreen_Type == TouchScreen_Type_Int) TouchIdle(TouchScreen);
else if(TouchScreen->TouchScreen_Type == TouchScreen_Type_FT5x06) ft5x06_TouchIdle(TouchScreen);
control_comand.X = TouchScreen->TouchResponse.x1;
control_comand.Y = TouchScreen->TouchResponse.y1;
control_comand.Cursor = (CursorState)TouchScreen->TouchResponse.touch_event1;
#endif
#ifdef usb_1_mouse
usb_mouse_host_idle(1, &control_comand);
#elif defined(usb_1_msc)
usb_msc_host_idle(1);
#endif
HeaderWindow->idle(HeaderWindow, &control_comand);
MainWindow->idle(MainWindow, &control_comand);
KbdWindow->idle(KbdWindow, &control_comand);
#ifdef USE_BACK_SCREEN
if(control_comand.WindowRefresh) ScreenReRefreshCnt = 2;
if(ScreenReRefreshCnt)
{
ScreenReRefreshCnt--;
screen_copy(ScreenBuff, BackScreen, true, control_comand.X, control_comand.Y, 0x00000000);
//put_rectangle(ScreenBuff, control_comand.X, control_comand.Y, 2, 2, true, 0x00000000);
//box_cache_clean(ScreenBuff, control_comand.X, control_comand.Y, 2, 2);
}
#else
put_rectangle(ScreenBuff, control_comand.X, control_comand.Y, 2, 2, true, 0x00000000);
box_cache_clean(ScreenBuff, control_comand.X, control_comand.Y, 2, 2);
#endif
} else PwrLoadCount++;
#endif
#ifdef BridgeUsbDev0ToMmcSd0
mmcsd_idle(&sdCtrl[0]);
if(old_connected == false && sdCtrl[0].connected == true)
{
old_connected = true;
usb_msc_dev_media_change_state(0, true);
}
else if(old_connected == true && sdCtrl[0].connected == false)
{
old_connected = false;
usb_msc_dev_media_change_state(0, false);
}
#elif defined(BridgeUsbDev0ToMmcSd1)
mmcsd_idle(&sdCtrl[1]);
if(old_connected == false && sdCtrl[1].connected == true)
{
old_connected = true;
usb_msc_dev_media_change_state(1, true);
}
else if(old_connected == true && sdCtrl[1].connected == false)
{
old_connected = false;
usb_msc_dev_media_change_state(1, false);
}
#endif
}
signed int R_Chr = UARTGetcNoBlocking(DebugCom);
argv[1] = (char *)R_Chr;
console(2, argv);
}
}
