/* Screens.c Developer Screen - Displays System Information PIC32MX695F512L-80I/PF PIC32MX795F512L-80I/PF */ #include #include #include "Screens.h" #include "HX8357B.h" #include "CourierNew16.h" #include "Strings.h" #include "Binary2ASCIIBCD.h" #include "Binary2ASCIIHex.h" #include "Interrupts.h" #include "Delay.h" #include "REN71V30.h" #include "Flash.h" #include "LED_Port.h" #include "Commands.h" #include "Binary2ASCIIBCD32.h" //#include "VoltageArray.h" //#include "CurrentArray.h" void Header(void) { fore_color = 0; //Draw Header Bar HX8357B_Rect(0, 480, 0, 40, 0x2D1B); back_color = 0x2D1B; //Header Text = "MainBrain 1.0 " Write_String(145, 7, 0, 45, SYSTEM_STRING, SYSTEM_STRING_OFFSET); return; } void Home_Screen(void) { // //Clear the Screen // HX8357B_CLRSCN(0xffff); // // //Turn off the Display // HX8357B_DISPOFF(); // //Draw header Header(); HX8357B_Rect(0, 480, 40, 42, 0x0); //Motion HX8357B_Rect(35, 230, 60, 105, 0x0); HX8357B_Rect(30, 225, 55, 100, 0x2CED); back_color = 0x2CED; Write_String(85, 65, 0, 88, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Oscillator HX8357B_Rect(35, 230, 125, 170, 0x0); HX8357B_Rect(30, 225, 120, 165, 0x2CED); back_color = 0x2CED; Write_String(55, 130, 0, 29, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Current HX8357B_Rect(35, 230, 190, 235, 0x0); HX8357B_Rect(30, 225, 185, 230, 0x2CED); back_color = 0x2CED; Write_String(75, 195, 0, 32, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Display HX8357B_Rect(35, 230, 255, 300, 0x0); HX8357B_Rect(30, 225, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(75, 260, 0, 41, SYSTEM_STRING, SYSTEM_STRING_OFFSET); ///////////////////////////////////////////////////////////////////// //Real time HX8357B_Rect(260, 450, 60, 105, 0x0); HX8357B_Rect(255, 445, 55, 100, 0x2CED); back_color = 0x2CED; Write_String(285, 65, 0, 42, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //SRAM HX8357B_Rect(260, 450, 125, 170, 0x0); HX8357B_Rect(255, 445, 120, 165, 0x2CED); back_color = 0x2CED; Write_String(315, 130, 0, 33, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Flash HX8357B_Rect(260, 450, 190, 235, 0x0); HX8357B_Rect(255, 445, 185, 230, 0x2CED); back_color = 0x2CED; Write_String(310, 195, 0, 49, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //USB HX8357B_Rect(260, 450, 255, 300, 0x0); HX8357B_Rect(255, 445, 250, 295, 0x2CED); back_color = 0x2CED; // Write_String(330, 260, 0, 92, SYSTEM_STRING, SYSTEM_STRING_OFFSET); ///////////////////////////////////////////////////////////////////// while(1) { Delay(50000); //Motion if((data_x > 30 ) && (data_x < 225) && (data_y < 100) && (data_y > 55) ) { //Turn off the Display HX8357B_DISPOFF(); //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Motion_Screen(); } //Oscillator if((data_x > 30 ) && (data_x < 225) && (data_y < 165) && (data_y > 120) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Oscillator_Screen(); } //Current if((data_x > 30 ) && (data_x < 225) && (data_y < 230) && (data_y > 185) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Current_Screen(); } //Display if((data_x > 30 ) && (data_x < 225) && (data_y < 295) && (data_y > 250) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Display_Screen(); } /////////////////////////////////////////////////////////////////////// //Real Time if((data_x > 255 ) && (data_x < 445) && (data_y < 100) && (data_y > 55) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); RTC_Screen(); } //SRAM if((data_x > 255 ) && (data_x < 445) && (data_y < 165) && (data_y > 120) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); SRAM_Screen(); } //Flash if((data_x > 255 ) && (data_x < 445) && (data_y < 230) && (data_y > 185) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Flash_Screen(); } //USB if((data_x > 255 ) && (data_x < 445) && (data_y < 295) && (data_y > 250) ) { //clear screen HX8357B_Rect(0, 479, 0, 319, 0xffff); USB_Screen(); } } return; } void Motion_Screen(void) { fore_color = 0x0; back_color = 0xffff; //command register - motor off REN71V30_WR(0x3fc, 0); //Set default motor speed REN71V30_WR(0x0104, 200); //Read the DEVID register and format for display Get_Display_DEVID(); //Set the Home coordinates int h_home = 10; int v_home = 10; hchar = h_home; vchar = v_home; //MCU Write_String(hchar, vchar, 0x105d, 74, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //peripheral 0 hchar = h_home; Write_String(hchar, v_home + 25, 0x105d, 79, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Version hchar = h_home + 90; vchar = v_home; REN71V30_RD(0); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); //Device ID hchar = h_home + 130; REN71V30_RD(4); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); REN71V30_RD(3); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); REN71V30_RD(2); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); REN71V30_RD(1); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); //Peripheral Boards list //Number of boards hchar = h_home + 90; vchar = v_home + 25; REN71V30_RD(5); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); hchar = h_home + 130; //Board #1 type REN71V30_RD(6); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); //Board #1 Revision REN71V30_RD(7); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); //Board #1 Serial REN71V30_RD(9); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); REN71V30_RD(8); Binary2ASCIIHex(mdata_71V30); WriteChar(hchar, vchar, d_hex[1], 0x0); WriteChar(hchar, vchar, d_hex[0], 0x0); //Motor Group h_home = 10; v_home = 75; //Border HX8357B_Rect(h_home, h_home + 165, v_home, v_home + 175, 0); HX8357B_Rect(h_home + 2, h_home + 163, v_home + 2, v_home + 173, 0xffff); //Motor RUN button HX8357B_Rect(h_home + 10, h_home + 70, v_home + 10, v_home + 55, 0x0); HX8357B_Rect(h_home + 12, h_home + 68, v_home + 12, v_home + 53, 0x2CED); back_color = 0x2CED; Write_String(h_home + 18, v_home + 20, 0, 84, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Motor Stop button HX8357B_Rect(h_home + 85, h_home + 155, v_home + 10, v_home + 55, 0x0); HX8357B_Rect(h_home + 87, h_home + 153, v_home + 12, v_home + 53, 0xA0E2); back_color = 0xA0E2; Write_String(h_home + 90, v_home + 20, 0, 85, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Motor Jog Left Button HX8357B_Rect(h_home + 10, h_home + 70, v_home + 65, v_home + 110, 0x0); HX8357B_Rect(h_home + 12, h_home + 68, v_home + 67, v_home + 108, 0x2CED); back_color = 0x2CED; Write_String(h_home + 23, v_home + 75, 0, 86, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Motor Jog Right Button HX8357B_Rect(h_home + 85, h_home + 155, v_home + 65, v_home + 110, 0x0); HX8357B_Rect(h_home + 87, h_home + 153, v_home + 67, v_home + 108, 0x2CED); back_color = 0x2CED; Write_String(h_home + 107, v_home + 75, 0, 87, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Motor CCW button HX8357B_Rect(h_home + 10, h_home + 70, v_home + 120, v_home + 165, 0x0); HX8357B_Rect(h_home + 12, h_home + 68, v_home + 122, v_home + 163, 0x2CED); back_color = 0x2CED; Write_String(h_home + 18, v_home + 130, 0, 81, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Motor CW button HX8357B_Rect(h_home + 85, h_home + 155, v_home + 120, v_home + 165, 0x0); HX8357B_Rect(h_home + 87, h_home + 153, v_home + 122, v_home + 163, 0x2CED); back_color = 0x2CED; Write_String(h_home + 105, v_home + 130, 0, 82, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Encoder Group //Border HX8357B_Rect(h_home + 180, h_home + 390, v_home, v_home + 175, 0); HX8357B_Rect(h_home + 182, h_home + 388, v_home + 2, v_home + 173, 0xffff); //CLR Button HX8357B_Rect(h_home + 190, h_home + 250, v_home + 10, v_home + 55, 0x0); HX8357B_Rect(h_home + 192, h_home + 248, v_home + 12, v_home + 53, 0x2CED); back_color = 0x2CED; Write_String(h_home + 200, v_home + 20, 0, 83, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Motor Speed Slider HX8357B_Rect(h_home + 430, h_home + 433, v_home - 25, v_home + 175, 0x0); //Home button HX8357B_Rect(h_home + 145, h_home + 335, v_home + 185, v_home + 230, 0x0); HX8357B_Rect(h_home + 140, h_home + 328, v_home + 182, v_home + 223, 0x2CED); back_color = 0x2CED; Write_String(h_home + 205, v_home + 190, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; back_color = 0xffff; int s; //used for QEI //set the initial count REN71V30_WR(0x3ef, 0); REN71V30_WR(0x3f0, 0); REN71V30_WR(0x3f1, 3); REN71V30_WR(0x3f2, 0); //set lower bounds limit REN71V30_WR(0x3f3, 0); REN71V30_WR(0x3f4, 0); REN71V30_WR(0x3f5, 0); REN71V30_WR(0x3f6, 0); //set the upper bounds limit (1000) REN71V30_WR(0x3f7, 2); REN71V30_WR(0x3f8, 0xb); REN71V30_WR(0x3f9, 3); REN71V30_WR(0x3fa, 0); //Turn on the Display HX8357B_DISPON(); //Display the current motor speed value REN71V30_RD(0x0104); hchar = h_home + 405; vchar = 275; Binary2ASCIIBCD(mdata_71V30); motor_speed = mdata_71V30; //WriteChar(hchar , vchar, d3, 0x0); WriteChar(hchar, vchar, d2, 0x0); WriteChar(hchar, vchar, d1, 0x0); WriteChar(hchar, vchar, d0, 0x0); //Set the slider position HX8357B_Rect(h_home + 420, h_home + 440, motor_speed, motor_speed + 10, 0x0); while(1) { //Motor Run button if((data_x > h_home + 10) && (data_x < h_home + 70) && (data_y > v_home + 10) && (data_y < v_home + 55)) { // motor run REN71V30_WR(0x3fc, 1); } //Motor Stop button if((data_x > h_home + 85 ) && (data_x < h_home + 155) && (data_y > v_home + 10) && (data_y < v_home + 55)) { // motor stop REN71V30_WR(0x3fc, 0); } //Motor Jog << button if((data_x > h_home + 10 ) && (data_x < h_home + 70) && (data_y > v_home + 65) && (data_y < v_home + 110)) { // motor DIR = 1, REN71V30_WR(0x3f0, 1); } //Motor Jog >> button if((data_x > h_home + 85 ) && (data_x < h_home + 155) && (data_y > v_home + 65) && (data_y < v_home + 110)) { // motor DIR = 1, REN71V30_WR(0x3f0, 1); } //Motor CCW button if((data_x > h_home + 10 ) && (data_x < h_home + 70) && (data_y > v_home + 120) && (data_y < v_home + 165)) { // motor DIR = 1, REN71V30_WR(0x3fb, 1); } //Motor CW button if((data_x > h_home + 85 ) && (data_x < h_home + 155) && (data_y > v_home + 120) && (data_y < v_home + 165)) { // motor DIR = 0, REN71V30_WR(0x3fb, 0); } //Reset count button if((data_x > h_home + 190 ) && (data_x < h_home + 250) && (data_y > v_home + 10) && (data_y < v_home + 55)) { //clear count REN71V30_WR(0x3fc, 2); } //Motor Speed Slider if((data_x > h_home + 415) && (data_x < h_home + 469) && (data_y > v_home - 25) && (data_y < v_home + 175)) { //clear the current position tic HX8357B_Rect(h_home + 420, h_home + 440, motor_speed, motor_speed + 10, 0xffff); motor_speed = data_y; if(motor_speed < 50) motor_speed = 50; if(motor_speed > 250) motor_speed = 250; //set motor speed //DSP PG4DC = 0-4000 REN71V30_WR(0x0104, motor_speed); //Set the slider position HX8357B_Rect(h_home + 430, h_home + 433, v_home - 25, v_home + 175, 0x0); HX8357B_Rect(h_home + 420, h_home + 440, motor_speed, motor_speed + 10, 0x0); //Display the current motor speed value REN71V30_RD(0x0104); hchar = h_home + 405; vchar = 275; Binary2ASCIIBCD(mdata_71V30); motor_speed = mdata_71V30; //WriteChar(hchar , vchar, d3, 0x0); WriteChar(hchar, vchar, d2, 0x0); WriteChar(hchar, vchar, d1, 0x0); WriteChar(hchar, vchar, d0, 0x0); } //Home button if((data_x > h_home + 145 ) && (data_x < h_home + 335) && (data_y > v_home + 185) && (data_y < v_home + 300)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Home_Screen(); } //Read the motor direction from DSP REN71V30_RD(0x3fb); //LED_Port(mdata_71V30); //get status from DSP REN71V30_RD(0x200); //?????? REN71V30_RD(0x3fd); if(mdata_71V30 == 0) { //QEI1 REN71V30_RD(0x305); s = mdata_71V30 << 8; REN71V30_RD(0x304); s = s + mdata_71V30; hchar = h_home + 300; vchar = 95; Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d4, 0x0); WriteChar(hchar, vchar, d3, 0x0); WriteChar(hchar, vchar, d2, 0x0); WriteChar(hchar, vchar, d1, 0x0); WriteChar(hchar, vchar, d0, 0x0); } } return; } void Oscillator_Screen(void) { //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); back_color = 0x2CED; //Header Text = "Oscillator" Write_String(170, 0, 0, 29, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; //COSC //Write_String(column start, row start, string index, name of the array, name of the offset array) Write_String(10, 30, 0x105d, 1, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Write_String(column start, row start, string index, name of the array, name of the offset array) Write_String(100, 30, fore_color, OSCCONbits.COSC + 2, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //display the system clock frequency //PRI_FREQ; //COSC-->FPLLIDIV-->PLLMULT-->PLLODIV-->SYSCLK-->PBCLK switch(OSCCONbits.COSC) { case 0: //FRC sysclk_freq = 8000000; break; case 1: //FRC with PLL sysclk_freq = 8000000; break; case 2: //PRI sysclk_freq = PRI_FREQ; break; case 3: //PRIPLL sysclk_freq = PRI_FREQ; break; case 4: //SOSC sysclk_freq = 32768; break; case 5: //LPRC sysclk_freq = 31250; break; case 6: //FRC / 16 sysclk_freq = 8000000 / 16; break; case 7: //FRC / FRCDIV sysclk_freq = 8000000; switch(OSCCONbits.FRCDIV) { case 0: sysclk_freq = sysclk_freq; break; case 1: sysclk_freq = sysclk_freq / 2; break; case 2: sysclk_freq = sysclk_freq / 4; break; case 3: sysclk_freq = sysclk_freq / 8; break; case 4: sysclk_freq = sysclk_freq / 16; break; case 5: sysclk_freq = sysclk_freq / 32; break; case 6: sysclk_freq = sysclk_freq / 64; break; case 7: sysclk_freq = sysclk_freq / 256; break; } break; } if((OSCCONbits.COSC == 1) | (OSCCONbits.COSC == 3)) { switch(DEVCFG2bits.FPLLIDIV) { case 0: sysclk_freq = sysclk_freq; break; case 1: sysclk_freq = sysclk_freq / 2; break; case 2: sysclk_freq = sysclk_freq / 3; break; case 3: sysclk_freq = sysclk_freq / 4; break; case 4: sysclk_freq = sysclk_freq / 5; break; case 5: sysclk_freq = sysclk_freq / 6; break; case 6: sysclk_freq = sysclk_freq / 10; break; case 7: sysclk_freq = sysclk_freq / 12; break; } switch(OSCCONbits.PLLMULT) { case 0: sysclk_freq = sysclk_freq * 15; break; case 1: sysclk_freq = sysclk_freq * 16; break; case 2: sysclk_freq = sysclk_freq * 17; break; case 3: sysclk_freq = sysclk_freq * 18; break; case 4: sysclk_freq = sysclk_freq * 19; break; case 5: sysclk_freq = sysclk_freq * 20; break; case 6: sysclk_freq = sysclk_freq * 21; break; case 7: sysclk_freq = sysclk_freq * 24; break; } switch(OSCCONbits.PLLODIV) { case 0: sysclk_freq = sysclk_freq / 1; break; case 1: sysclk_freq = sysclk_freq / 2; break; case 2: sysclk_freq = sysclk_freq / 4; break; case 3: sysclk_freq = sysclk_freq / 8; break; case 4: sysclk_freq = sysclk_freq / 16; break; case 5: sysclk_freq = sysclk_freq / 32; break; case 6: sysclk_freq = sysclk_freq / 64; break; case 7: sysclk_freq = sysclk_freq / 256; break; } } if(sysclk_freq > 999999) { sysclk_freq = sysclk_freq / 1000000; } else { sysclk_freq = sysclk_freq / 1000; } Binary2ASCIIBCD(sysclk_freq); //Hundreds if(d2 > 48) { WriteChar(200, 30, d2, fore_color); //Tens WriteChar(200, 30, d1, fore_color); } else { if(d1 > 48) { //Tens WriteChar(215, 30, d1, fore_color); } } //Ones WriteChar(230, 30, d0, fore_color); //MHz //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(250, 30, fore_color, 11, SYSTEM_STRING, SYSTEM_STRING_OFFSET); switch(OSCCONbits.PBDIV) { case 0: pbclk_freq = sysclk_freq; break; case 1: pbclk_freq = sysclk_freq / 2; break; case 2: pbclk_freq = sysclk_freq / 4; break; case 3: pbclk_freq = sysclk_freq / 8; break; } //##################################################################// // PBCLK // //##################################################################// back_color = 0xffff; //void Write_String(int col_start, int row_start, fore_color, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 50, 0x105d, 10, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Display PBCLK Frequency Binary2ASCIIBCD(pbclk_freq); //Hundreds if(d2 > 48) { WriteChar(115, 50, d2, fore_color); //Tens WriteChar(130, 50, d1, fore_color); } else { if(d1 > 48) { //Tens WriteChar(130, 50, d1, fore_color); } } //Ones WriteChar(145, 50, d0, fore_color); //MHz //void Write_String(int col_start, int row_start, fore_color, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(170, 50, fore_color, 11, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //##################################################################// // Secondary Oscillator // //##################################################################// //SOSC //void Write_String(int col_start, int row_start, fore_color, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 70, 0x105d, 12, SYSTEM_STRING, SYSTEM_STRING_OFFSET); if(OSCCONbits.SOSCEN == 1) { //SOSC Enabled //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(100, 70, fore_color, 15, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //SOSC Disabled //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(100, 70, fore_color, 16, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } if(OSCCONbits.SOSCRDY == 1) { //SOSC is running and stable OK //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(230, 70, fore_color, 13, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //SOSC is still warming up or is turned OFF //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(230, 70, fore_color, 14, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } //##################################################################// //Clock and PLL locked/unlocked // //##################################################################// //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 90, 0x105d, 17, SYSTEM_STRING, SYSTEM_STRING_OFFSET); if(OSCCONbits.CLKLOCK == 1) { //Clock and PLL selections are locked //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(215, 90, fore_color, 18, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //Clock and PLL selections are not locked and may be modified //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(215, 90, fore_color, 19, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } //##################################################################// //PLL Status // //##################################################################// //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 110, 0x105d, 22, SYSTEM_STRING, SYSTEM_STRING_OFFSET); if(OSCCONbits.SLOCK == 1) { //Clock and PLL selections are locked //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(180, 110, fore_color, 20, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //Clock and PLL selections are not locked and may be modified //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(180, 110, fore_color, 21, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } //##################################################################// //USB PLL Status // //##################################################################// //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 130, 0x105d, 23, SYSTEM_STRING, SYSTEM_STRING_OFFSET); if(OSCCONbits.ULOCK == 1) { //Clock and PLL selections are locked //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(250, 130, fore_color, 20, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //Clock and PLL selections are not locked //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(250, 130, 0xa0c2, 21, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } //##################################################################// //USB clock // //##################################################################// //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 150, 0x105d, 26, SYSTEM_STRING, SYSTEM_STRING_OFFSET); if(OSCCONbits.UFRCEN == 1) { //Clock and PLL selections are locked //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(135, 150, fore_color, 2, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //Clock and PLL selections are not locked and may be modified //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(135, 150, fore_color, 4, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } //##################################################################// //Clock Failure Detect Bit // //##################################################################// //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 170, 0x105d, 24, SYSTEM_STRING, SYSTEM_STRING_OFFSET); if(OSCCONbits.CF == 1) { //Clock and PLL selections are locked Write_String(150, 170, fore_color, 25, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } else { //Clock and PLL selections are not locked and may be modified Write_String(150, 170, fore_color, 27, SYSTEM_STRING, SYSTEM_STRING_OFFSET); } //##################################################################// //OSCCON // //##################################################################// //void Write_String(int col_start, int row_start, int string_index, const unsigned char the_array[], const uint16_t array_offset[]) Write_String(10, 190, 0x105d, 28, SYSTEM_STRING, SYSTEM_STRING_OFFSET); WriteChar(120, 190, '0', fore_color); WriteChar(135, 190, 'x', fore_color); Binary2ASCIIHex(OSCCON); hchar = 150; int i; for(i=7;i>=0;i--) { WriteChar(hchar, 190, d_hex[i], fore_color); } //Home button HX8357B_Rect(150, 340, 255, 300, 0x0); HX8357B_Rect(145, 335, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(215, 260, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); while(1) { if((data_x > 145 ) && (data_x < 335) && (data_y > 250) && (data_y < 295)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Home_Screen(); } } return; } void Current_Screen(void) { fore_color = 0x0; //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); back_color = 0x2CED; //Header Text = "Current" Write_String(200, 0, 0, 32, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; hchar = 10; vchar = 40; //Vin= WriteChar(hchar, vchar, 'V', fore_color); WriteChar(hchar, vchar, 'i', fore_color); WriteChar(hchar, vchar, 'n', fore_color); WriteChar(hchar, vchar, ' ', fore_color); WriteChar(hchar, vchar, '=', fore_color); WriteChar(hchar, vchar, ' ', fore_color); //Iin= hchar = 10; vchar = 65; WriteChar(hchar, vchar, 'I', fore_color); WriteChar(hchar, vchar, 't', fore_color); WriteChar(hchar, vchar, ' ', fore_color); WriteChar(hchar, vchar, '=', fore_color); WriteChar(hchar, vchar, ' ', fore_color); //Home button HX8357B_Rect(150, 340, 255, 300, 0x0); HX8357B_Rect(145, 335, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(215, 260, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; while(1) { hchar = 95; vchar = 40; //*********************************************** // Get the input voltage //*********************************************** //voltage is looked up in VoltageString[] array int chara; int b; unsigned c = data_v * 5; // for(b=0;b<5;b++) // { // chara = VoltageString[c]; // WriteChar(hchar, vchar, chara, 0); // c++; // } // // //V // WriteChar(hchar, vchar, 'V', fore_color); // // vchar = 65; // hchar = 95; // // c = data_i * 5; // // for(b=0;b<5;b++) // { // chara = CurrentString[c]; // WriteChar(hchar, vchar, chara, 0); // c++; // } hchar = 200; fore_color = 0; //mA WriteChar(hchar, vchar, 'm', fore_color); WriteChar(hchar, vchar, 'A', fore_color); //Home button if((data_x > 145 ) && (data_x < 335) && (data_y < 295) && (data_y > 250)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Home_Screen(); } } return; } void Display_Screen(void) { int s = 100 - (OC1RS / 3); fore_color = 0x0; //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); back_color = 0x2CED; //Header Text = "Display" Write_String(200, 0, 0, 41, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; hchar = 10; vchar = 30; //CFAF320480C5-035T-TS TFT Display Module Write_String(hchar, vchar, 0, 62, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = hchar + 15; Write_String(hchar, vchar, 0, 63, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = 10; vchar = 60; //Pixel format - 16/18 Bit RGB //Get pixel format HX8357B_RDDCOLMOD(); //Binary2ASCIIHex(Display_Read); int strg; if(Display_Read == 5) { strg = 64; } if(Display_Read == 6) { strg = 65; } Write_String(hchar, vchar, 0, strg, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = 10; vchar = 90; //Device ID Write_String(hchar, vchar, 0, 66, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = hchar + 20; HX8357B_GETDEVICEID(); Binary2ASCIIHex(Display_Read); WriteChar(hchar, vchar, d_hex[7], fore_color); WriteChar(hchar, vchar, d_hex[6], fore_color); WriteChar(hchar, vchar, d_hex[5], fore_color); WriteChar(hchar, vchar, d_hex[4], fore_color); WriteChar(hchar, vchar, d_hex[3], fore_color); WriteChar(hchar, vchar, d_hex[2], fore_color); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); hchar = 10; vchar = 120; //Brightness Write_String(hchar, vchar, 0, 47, SYSTEM_STRING, SYSTEM_STRING_OFFSET); Binary2ASCIIBCD(s); hchar = hchar + 15; //keep the text aligned if(s == 100) { WriteChar(hchar, vchar, d2, fore_color); } else { hchar = hchar + 15; } WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); //brightness control hchar = 400; vchar = 70; WriteChar(hchar - 35, vchar, '1', fore_color); WriteChar(hchar - 35, vchar, '0', fore_color); WriteChar(hchar - 35, vchar, '0', fore_color); HX8357B_Rect(hchar - 25, hchar - 23, vchar + 10, vchar + 200, 0x0); WriteChar(hchar - 50, vchar + 190, '0', fore_color); HX8357B_Rect(hchar - 50, hchar - 30, vchar + 10, vchar + 12, 0x0); HX8357B_Rect(hchar - 50, hchar - 30, vchar + 100, vchar + 102, 0x0); HX8357B_Rect(hchar - 50, hchar - 30, vchar + 200, vchar + 202, 0x0); //Home button HX8357B_Rect(150, 340, 255, 300, 0x0); HX8357B_Rect(145, 335, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(215, 260, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); while(1) { //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 97) && (data_y > 75)) { Delay(50000); hchar = 175; vchar = 120; OC1RS = 0; s = 100 - (OC1RS / 3); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d2, fore_color); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 120) && (data_y > 75)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 30; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 142) && (data_y > 121)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 60; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 165) && (data_y > 143)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 90; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 187) && (data_y > 166)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 120; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 210) && (data_y > 188)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 150; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 232) && (data_y > 211)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 180; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 255) && (data_y > 233)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 210; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 277) && (data_y > 256)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 240; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } //Touch Brightness - Brightness value (OC1RS) highlight if((data_x > 400 ) && (data_x < 450) && (data_y < 300) && (data_y > 278)) { Delay(50000); hchar = 190; vchar = 120; OC1RS = 270; s = 100 - (OC1RS / 3); HX8357B_Rect(170, 200, 125, 140, 0xffff); Binary2ASCIIBCD(s); WriteChar(hchar, vchar, d1, fore_color); WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, '%', fore_color); } back_color = 0xffff; hchar = 10; vchar = 150; //Show touch coordinates Binary2ASCIIBCD(data_x); //X- WriteChar(hchar, vchar, 'x', fore_color); WriteChar(hchar, vchar, '-', fore_color); //Thousands WriteChar(hchar, vchar, d3, fore_color); //Hundreds WriteChar(hchar, vchar, d2, fore_color); //Tens WriteChar(hchar, vchar, d1, fore_color); //Ones WriteChar(hchar, vchar, d0, fore_color); hchar = hchar + 10; Binary2ASCIIBCD(data_y); //Y- WriteChar(hchar, vchar, 'y', fore_color); WriteChar(hchar, vchar, '-', fore_color); //Thousands WriteChar(hchar, vchar, d3, fore_color); //Hundreds WriteChar(hchar, vchar, d2, fore_color); //Tens WriteChar(hchar, vchar, d1, fore_color); //Ones WriteChar(hchar, vchar, d0, fore_color); //Home button if((data_x > 145 ) && (data_x < 335) && (data_y < 295) && (data_y > 250)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Home_Screen(); } } return; } void Write_Digit(int RTC_Data) { fore_color = 0x06cc; //write seconds if(RTC_Data == 0) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, fore_color); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, fore_color); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, fore_color); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, 0xffff); } if(RTC_Data == 1) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, 0xffff); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, 0xffff); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, 0xffff); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, 0xffff); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, 0xffff); } if(RTC_Data == 2) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, 0xffff); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, fore_color); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, fore_color); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, 0xffff); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } if(RTC_Data == 3) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, fore_color); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, 0xffff); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, 0xffff); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } if(RTC_Data == 4) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, 0xffff); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, 0xffff); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, 0xffff); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, fore_color); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } if(RTC_Data == 5) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, 0xffff); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, fore_color); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, 0xffff); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, fore_color); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } if(RTC_Data == 6) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, 0xffff); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, 0xffff); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, fore_color); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, fore_color); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, fore_color); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } if(RTC_Data == 7) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, 0xffff); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, 0xffff); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, 0xffff); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, 0xffff); } if(RTC_Data == 8) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, fore_color); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, fore_color); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, fore_color); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } if(RTC_Data == 9) { //segment A HX8357B_Rect(hchar + 10, hchar + 50, vchar, vchar + 10, fore_color); //segment B HX8357B_Rect(hchar + 50, hchar + 60, vchar, vchar + 50, fore_color); //Segment C HX8357B_Rect(hchar + 50, hchar + 60, vchar + 60, vchar + 110, fore_color); //Segment D HX8357B_Rect(hchar + 10, hchar + 50, vchar + 100, vchar + 110, 0xffff); //Segment E HX8357B_Rect(hchar, hchar + 10, vchar + 60, vchar + 110, 0xffff); //Segment F HX8357B_Rect(hchar, hchar + 10, vchar, vchar + 50, fore_color); //Segment G HX8357B_Rect(hchar + 10, hchar + 50, vchar + 50, vchar + 60, fore_color); } hchar = 0; vchar = 0; return; } void RTC_Screen(void) { clock_on = 1; fore_color = 0x0; back_color = 0x2CED; //Clear the Screen HX8357B_CLRSCN(0xffff); //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); //Header Text = "Real Time" Write_String(190, 0, 0, 42, SYSTEM_STRING, SYSTEM_STRING_OFFSET); fore_color = 0x0; back_color = 0xffff; hchar = 10; vchar = 90; //Colon 1 HX8357B_Rect(hchar + 141, hchar + 153, vchar + 30, vchar + 40, fore_color); HX8357B_Rect(hchar + 141, hchar + 153, vchar + 70, vchar + 80, fore_color); //Colon 2 HX8357B_Rect(hchar + 307, hchar + 319, vchar + 30, vchar + 40, fore_color); HX8357B_Rect(hchar + 307, hchar + 319, vchar + 70, vchar + 80, fore_color); //Turn on the Display HX8357B_DISPON(); while(1) { //Home button if((data_x > 10) && (data_x < 470) && (data_y > 250) && (data_y < 310)) { clock_on = 0; //Clear the Screen HX8357B_CLRSCN(0xffff); Home_Screen(); } } return; } void SRAM_Screen(void) { fore_color = 0x0; //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); //Header Text = "SRAM" Write_String(200, 0, 0, 33, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; hchar = 10; vchar = 30; //SRAM Write_String(hchar, vchar, fore_color, 33, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = hchar + 15; //Display RAM size Binary2ASCIIBCD(RAM_SIZE); if(d4 != 0x30) { WriteChar(hchar, vchar, d4, fore_color); } WriteChar(hchar, vchar, d3, fore_color); WriteChar(hchar, vchar, d2, fore_color); WriteChar(hchar, vchar, d1, fore_color); //Ones WriteChar(hchar, vchar, d0, fore_color); WriteChar(hchar, vchar, 'x', 0x0); WriteChar(hchar, vchar, '8', 0x0); hchar = hchar + 25; back_color = 0xffff; fore_color = 0x0; //Display the results of the test if(sram_test != 1) { Write_String(hchar, vchar, 0xe8e3, 34, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = hchar + 20; Binary2ASCIIBCD(address_71V30); WriteChar(hchar, vchar, d4, 0xe8e3); WriteChar(hchar, vchar, d3, 0xe8e3); WriteChar(hchar, vchar, d2, 0xe8e3); WriteChar(hchar, vchar, d1, 0xe8e3); WriteChar(hchar, vchar, d0, 0xe8e3); hchar = hchar + 20; Binary2ASCIIBCD(mdata_71V30); WriteChar(hchar, vchar, d4, 0xe8e3); WriteChar(hchar, vchar, d3, 0xe8e3); WriteChar(hchar, vchar, d2, 0xe8e3); WriteChar(hchar, vchar, d1, 0xe8e3); WriteChar(hchar, vchar, d0, 0xe8e3); } else { WriteChar(hchar, vchar, 'O', 0x35E4); WriteChar(hchar, vchar, 'K', 0x35E4); } //Graphical view of memory test results vchar = 75; hchar = 20; int i; for(i=0;i<1024;i++) { if(sram_test_data[i] == 0) { HX8357B_Rect(hchar, hchar + 5, vchar, vchar + 5, 0xE082); hchar = hchar + 2; if(hchar > 450) { hchar = 20; vchar = vchar + 20; } } if(sram_test_data[i] == 1) { HX8357B_Rect(hchar, hchar + 5, vchar, vchar + 5, 0x1724); hchar = hchar + 7; if(hchar > 455) { hchar = 20; vchar = vchar + 7; } } } //Home button HX8357B_Rect(150, 340, 255, 300, 0x0); HX8357B_Rect(145, 335, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(215, 260, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); while(1) { //Home button if((data_x > 145 ) && (data_x < 335) && (data_y < 295) && (data_y > 250)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); //System is ready to exchange data with the DSP (RDY = 1) PORTAbits.RA5 = 1; Home_Screen(); } } return; } void Flash_Screen(void) { //Clear the Screen HX8357B_CLRSCN(0xffff); fore_color = 0x0; //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); back_color = 0x2CED; //Header Text = "Flash " Write_String(200, 0, 0, 49, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; hchar = 10; vchar = 30; ////////////////////// //Display Flash size ////////////////////// vchar = 30; hchar = 10; back_color = 0xffff; fore_color = 0x0; //Flash Write_String(hchar, vchar, fore_color, 35, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = hchar + 20; fore_color = 0x105d; if(Flash_DID == 0xd5) flash_size = 89; if(Flash_DID == 0xd6) flash_size = 90; if(Flash_DID == 0xd7) flash_size = 91; Write_String(hchar, vchar, fore_color, flash_size, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //////////////////// //Display Flash MID //////////////////// vchar = 60; hchar = 10; fore_color = 0; //MID Write_String(10, 60, 0, 53, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = hchar + 65; fore_color = 0x105d; Binary2ASCIIHex(Flash_MID); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); ////////////////////////// //Convert Flash DID ////////////////////////// hchar = 75; vchar = 90; fore_color = 0; //DID Write_String(10, 90, 0, 54, SYSTEM_STRING, SYSTEM_STRING_OFFSET); fore_color = 0x105d; Binary2ASCIIHex(Flash_DID); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); //Display until Flash_Get_Bytes_Used() is complete //Working... Write_String(10, 120, 0, 96, SYSTEM_STRING, SYSTEM_STRING_OFFSET); fore_color = 0x105d; hchar = 10; vchar = 120; //Get bytes used //Save PMADDR and restore it after calling function! //This fixes a hang problem. unsigned d = PMADDR; Flash_Get_Bytes_Used(); PMADDR = d; HX8357B_Rect(10, 300, 120, 150, back_color); Binary2ASCIIHex(Bytes_used); WriteChar(hchar, vchar, d_hex[4], fore_color); WriteChar(hchar, vchar, d_hex[3], fore_color); WriteChar(hchar, vchar, d_hex[2], fore_color); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); //Show used bytes Write_String(110, 120, 0, 67, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //erase button HX8357B_Rect(150, 340, 185, 230, 0x0); HX8357B_Rect(145, 335, 180, 225, 0x2CED); back_color = 0x2CED; Write_String(205, 190, 0xD8C3, 68, SYSTEM_STRING, SYSTEM_STRING_OFFSET); //Home button HX8357B_Rect(150, 340, 255, 300, 0x0); HX8357B_Rect(145, 335, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(215, 260, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); while(1) { //Erase button if((data_x > 145 ) && (data_x < 335) && (data_y < 230) && (data_y > 185)) { Flash_Chip_Erase(); //change the color of the text back_color = 0x2CED; Write_String(205, 190, 0, 68, SYSTEM_STRING, SYSTEM_STRING_OFFSET); fore_color = 0x105d; back_color = 0xffff; hchar = 10; vchar = 120; //Get bytes used //Save PMADDR and restore it after calling function! //This fixes a hang problem. unsigned d = PMADDR; Flash_Get_Bytes_Used(); PMADDR = d; Binary2ASCIIHex(Bytes_used); WriteChar(hchar, vchar, d_hex[4], fore_color); WriteChar(hchar, vchar, d_hex[3], fore_color); WriteChar(hchar, vchar, d_hex[2], fore_color); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); } //Home button if((data_x > 145 ) && (data_x < 335) && (data_y < 295) && (data_y > 250)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Home_Screen(); } } return; } void USB_Screen(void) { fore_color = 0x0; //Draw Header Bar HX8357B_Rect(0, 480, 0, 25, 0x2CED); back_color = 0x2CED; //Header Text = "USB" Write_String(235, 0, 0, 92, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; //Home button HX8357B_Rect(150, 340, 255, 300, 0x0); HX8357B_Rect(145, 335, 250, 295, 0x2CED); back_color = 0x2CED; Write_String(215, 260, 0, 36, SYSTEM_STRING, SYSTEM_STRING_OFFSET); back_color = 0xffff; //Display USB Status Information //U1IR - USB Interrupt Status Write_String(10, 35, 0, 93, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = 270; vchar = 35; Binary2ASCIIHex(U1IR); WriteChar(hchar, vchar, d_hex[4], fore_color); WriteChar(hchar, vchar, d_hex[3], fore_color); WriteChar(hchar, vchar, d_hex[2], fore_color); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); //U1STAT - USB Status Write_String(10, 55, 0, 94, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = 270; vchar = 55; Binary2ASCIIHex(U1STAT); WriteChar(hchar, vchar, d_hex[4], fore_color); WriteChar(hchar, vchar, d_hex[3], fore_color); WriteChar(hchar, vchar, d_hex[2], fore_color); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); //U1STAT - USB Control Write_String(10, 75, 0, 95, SYSTEM_STRING, SYSTEM_STRING_OFFSET); hchar = 270; vchar = 75; Binary2ASCIIHex(U1CON); WriteChar(hchar, vchar, d_hex[4], fore_color); WriteChar(hchar, vchar, d_hex[3], fore_color); WriteChar(hchar, vchar, d_hex[2], fore_color); WriteChar(hchar, vchar, d_hex[1], fore_color); WriteChar(hchar, vchar, d_hex[0], fore_color); while(1) { //Home button if((data_x > 145 ) && (data_x < 335) && (data_y < 295) && (data_y > 250)) { //Clear the screen HX8357B_Rect(0, 479, 0, 319, 0xffff); Home_Screen(); } } return; }