Engravity-CDU / CDU_Mbed_26

Check this one ! mbos setup changed, WTX hor pos changed, no font style check, no checksum check

Dependencies:   4DGL MODSERIAL mbed mbos

Fork of CDU_Mbed_21 by Engravity-CDU

display.cpp@8:422544d24df3, 2014-07-20 (annotated)

Committer:
LvdK
Date:
Sun Jul 20 16:33:53 2014 +0000
Revision:
8:422544d24df3
Parent:
7:6576a287e563
Child:
11:d60c746c097c
CDU_Mbed_26; - other mbos setup !; - WTX hor. pos. changed; - no fontstyle check; - no checksum check

Who changed what in which revision?

UserRevisionLine numberNew contents of line
LvdK 7:6576a287e563 1 //Display control functions --
LvdK 7:6576a287e563 2 #include "mbed.h"
LvdK 7:6576a287e563 3 #include "TFT_4DGL.h"
LvdK 7:6576a287e563 4 #include "display.h"
LvdK 8:422544d24df3 5 #include <string>
LvdK 7:6576a287e563 6 using namespace std;
LvdK 7:6576a287e563 7 DigitalOut VGA_SOURCE( p7 ); //control line for video switch between INT and EXT video
LvdK 7:6576a287e563 8 DigitalOut VGA_SELECT( p8 ); //control line to select/deselect video switch
LvdK 7:6576a287e563 9 /*
LvdK 7:6576a287e563 10 =====================================================
LvdK 7:6576a287e563 11 SGC (Serial Graphics Controller) PLATFORM OUTPUT FILE
LvdK 7:6576a287e563 12 =====================================================
LvdK 7:6576a287e563 13 *******************************************************
LvdK 7:6576a287e563 14 * Must set 'New image format' for usage on Picaso SGC *
LvdK 7:6576a287e563 15 * Data: *
LvdK 7:6576a287e563 16 * 0x59, 0x06, 0x00 *
LvdK 7:6576a287e563 17 * 4DSL command: *
LvdK 7:6576a287e563 18 * Control(6,0) *
LvdK 7:6576a287e563 19 *******************************************************
LvdK 7:6576a287e563 20 ---------------------------------------------------------------------------------------
LvdK 7:6576a287e563 21 File "logo_flyengravity.jpg" (logo_flyengravity.jpg)
LvdK 7:6576a287e563 22 Sector Address 0x000000
LvdK 7:6576a287e563 23 X = 0 Y = 135 Width = 640 Height = 215 Bits = 16
LvdK 7:6576a287e563 24 Display Image from Memory Card (Serial Command):
LvdK 7:6576a287e563 25 Syntax:
LvdK 7:6576a287e563 26 @, I, x, y, SectorAdd(hi), SectorAdd(mid), SectorAdd(lo)
LvdK 7:6576a287e563 27 Picaso Data:
LvdK 7:6576a287e563 28 0x40, 0x49, 0x00, 0x00, 0x00, 0x87, 0x00, 0x00, 0x00
LvdK 7:6576a287e563 29 4DSL command:
LvdK 7:6576a287e563 30 NewUSDImage(0, 135, 0x000000)
LvdK 7:6576a287e563 31 ---------------------------------------------------------------------------------------
LvdK 7:6576a287e563 32 File "Testscreen.png" (Testscreen.png)
LvdK 7:6576a287e563 33 Sector Address 0x00021A
LvdK 7:6576a287e563 34 X = 0 Y = 0 Width = 640 Height = 480 Bits = 16
LvdK 7:6576a287e563 35 Display Image from Memory Card (Serial Command):
LvdK 7:6576a287e563 36 Syntax:
LvdK 7:6576a287e563 37 @, I, x, y, SectorAdd(hi), SectorAdd(mid), SectorAdd(lo)
LvdK 7:6576a287e563 38 Picaso Data:
LvdK 7:6576a287e563 39 0x40, 0x49, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x1A
LvdK 7:6576a287e563 40 4DSL command:
LvdK 7:6576a287e563 41 NewUSDImage(0, 0, 0x00021A)
LvdK 7:6576a287e563 42 */
LvdK 7:6576a287e563 43 /*Display Commands
LvdK 7:6576a287e563 44 $PCDUCLS Erase to active background colour (default black) or white
LvdK 7:6576a287e563 45 ===================================================================
LvdK 7:6576a287e563 46 Syntax: $PCDUCLS, <mode>*<checksum>CRLF
LvdK 8:422544d24df3 47 <mode>=0 : Clear screen to current background colour (default=black)
LvdK 8:422544d24df3 48 <mode>=1 : Clear screen to white
LvdK 7:6576a287e563 49 $PCDUSBC Set Background Color
LvdK 7:6576a287e563 50 ====================================================================
LvdK 7:6576a287e563 51 Syntax: $PCDUSBC,<Rcolour>,<Gcolour>,<Bcolour>*<checksum>CRLF
LvdK 8:422544d24df3 52 < Rcolour > : RED (000‐255)
LvdK 8:422544d24df3 53 < Gcolour > : GREEN (000‐255)
LvdK 8:422544d24df3 54 < Bcolour > : BLUE (000‐255)
LvdK 8:422544d24df3 55 Set background colour to RGB as defined in the three data fields.
LvdK 7:6576a287e563 56 $PCDUWTX WTX=WRITE TEXT Write text on any X,Y position on the screen.
LvdK 7:6576a287e563 57 =====================================================================
LvdK 7:6576a287e563 58 Syntax: $PCDUWTX,<Fsize>,<Fstyle>,<Rcolour>,<Gcolour>,<Bcolour>,<Text><Col>,<Row>*<checksum>CRLF
LvdK 8:422544d24df3 59 <Fsize> : Font size (F0..F9). Currently F0 and F1 are implemented.
LvdK 8:422544d24df3 60 <Fstyle> : Font style (S=Standard, B=Bold, I=Italic, U=Underline, N=Negative)
LvdK 8:422544d24df3 61 < Rcolour > : RED (000‐255)
LvdK 8:422544d24df3 62 < Gcolour > : GREEN (000‐255)
LvdK 8:422544d24df3 63 < Bcolour > : BLUE (000‐255)
LvdK 8:422544d24df3 64 <Text> : Any printable ASCII character except the * character as this is used as the text field delimiter.
LvdK 7:6576a287e563 65 Maximum length is 24 characters, minimum length is 1 character for font F0.
LvdK 7:6576a287e563 66 Maximum length is 48 characters, minumum length is 1 character for font F1.
LvdK 8:422544d24df3 67 <Col> : Horizontal position of the first character (1..24)
LvdK 8:422544d24df3 68 <Row> : Vertical position of the line (1..14)
LvdK 7:6576a287e563 69 $PCDUETX ETX=ERASE TEXT
LvdK 8:422544d24df3 70 =============================================================
LvdK 7:6576a287e563 71 Syntax: $PCDUETX, <Col>,<Row>,<n>*<checksum>CRLF
LvdK 8:422544d24df3 72 <Col> : Horizontal position of the first character (1..24 for font F0 or 1..48 for font F1)
LvdK 8:422544d24df3 73 <Row> : Vertical position of the line (1‐14)
LvdK 8:422544d24df3 74 <n> : number of characters to be erased (1..24 for font F0 or 1..48 for font F1)
LvdK 7:6576a287e563 75 $PCDUKTX Write text attached to a Select Key
LvdK 7:6576a287e563 76 ===========================================================
LvdK 7:6576a287e563 77 Syntax: $PCDUKTX,<KeyID>,<Texttype>,<Fsize>,<Fstyle>,<Rcolour>,<Gcolour>,<Bcolour>,<Text>*< checksum>CRLF
LvdK 8:422544d24df3 78 <KeyID> : Numbering is 00 – 49 for left keys and 50 – 99 for right keys. Top keys are 00 and 50.
LvdK 8:422544d24df3 79 <Texttype> : M or S, meaning Main text or Subtext.
LvdK 8:422544d24df3 80 <Fsize> : Font size (F0..F9). Currently F0 and F1 are implemented.
LvdK 8:422544d24df3 81 <Fstyle> : Font style (S=Standard, B=Bold, I=Italic, U=Underline, N=Negative)
LvdK 8:422544d24df3 82 < Rcolour > : RED (000‐255)
LvdK 8:422544d24df3 83 < Gcolour > : GREEN (000‐255)
LvdK 8:422544d24df3 84 < Bcolour > : BLUE (000‐255)
LvdK 8:422544d24df3 85 <Text> : Any printable ASCII character within the character set.except the * character as this is used as the text field delimiter.
LvdK 7:6576a287e563 86 Maximum length is 24 characters, minimum length is 1 character for font F0
LvdK 8:422544d24df3 87 Maximum length is 48 characters, minumum length is 1 character for font F1.
LvdK 7:6576a287e563 88 */
LvdK 7:6576a287e563 89 //Control lines for VGA driver board
LvdK 7:6576a287e563 90 TFT_4DGL display(p13,p14,p15); // serial tx, serial rx, reset pin
LvdK 7:6576a287e563 91 //Character & String functions
LvdK 7:6576a287e563 92 char* str2char( string cString ) //convert a string to a character array
LvdK 7:6576a287e563 93 {
LvdK 7:6576a287e563 94 int nStrLen=cString.size();
LvdK 7:6576a287e563 95 std::string cInput( cString );
LvdK 7:6576a287e563 96 char* cText = new char[nStrLen+1];
LvdK 7:6576a287e563 97 strncpy(cText, cInput.c_str(), nStrLen);
LvdK 7:6576a287e563 98 cText[nStrLen] = '\0';
LvdK 7:6576a287e563 99 return cText;
LvdK 7:6576a287e563 100 }
LvdK 8:422544d24df3 101
LvdK 7:6576a287e563 102 int centertext( string cString, int nChars, int nCharWidth )
LvdK 7:6576a287e563 103 //calculates the startposition on the screen to center the text
LvdK 7:6576a287e563 104 //needs the actual string (cString), screenwidth in characters (nChars) and the character width (nCharWidth)
LvdK 7:6576a287e563 105 {
LvdK 7:6576a287e563 106 int nStart;
LvdK 7:6576a287e563 107 nStart = nCharWidth*( nChars/2-( cString.size()/2 ));
LvdK 7:6576a287e563 108 return nStart;
LvdK 7:6576a287e563 109 }
LvdK 8:422544d24df3 110
LvdK 7:6576a287e563 111 int righttext( string cString, int nChars, int nCharWidth )
LvdK 7:6576a287e563 112 //calculates the startposition on the screen to right-align the text
LvdK 7:6576a287e563 113 //needs the actual string (cString), screenwidth in characters (nChars) and the character width (nCharWidth)
LvdK 7:6576a287e563 114 {
LvdK 7:6576a287e563 115 int nStart;
LvdK 7:6576a287e563 116 nStart = nCharWidth*( nChars - cString.size());
LvdK 7:6576a287e563 117 return nStart;
LvdK 7:6576a287e563 118 }
LvdK 7:6576a287e563 119 int nFontSize( int nfont_number )
LvdK 7:6576a287e563 120 {
LvdK 8:422544d24df3 121 int nFontWidth = 24;
LvdK 7:6576a287e563 122 switch ( nfont_number )
LvdK 7:6576a287e563 123 {
LvdK 7:6576a287e563 124 case 0:
LvdK 7:6576a287e563 125 {
LvdK 8:422544d24df3 126 nFontWidth = SMALLCHAR;
LvdK 8:422544d24df3 127 //nFontWidth = FONT_12X34;
LvdK 7:6576a287e563 128 break;
LvdK 7:6576a287e563 129 }
LvdK 7:6576a287e563 130 case 1:
LvdK 7:6576a287e563 131 {
LvdK 8:422544d24df3 132 nFontWidth = LARGECHAR;
LvdK 8:422544d24df3 133 //nFontWidth = FONT_24X34;
LvdK 7:6576a287e563 134 break;
LvdK 7:6576a287e563 135 }
LvdK 7:6576a287e563 136 }
LvdK 8:422544d24df3 137 return ( nFontWidth );
LvdK 8:422544d24df3 138 }
LvdK 7:6576a287e563 139
LvdK 7:6576a287e563 140 int nFontWidth (int nfont_number )
LvdK 7:6576a287e563 141 {
LvdK 7:6576a287e563 142 int nFont = 12;
LvdK 7:6576a287e563 143 switch ( nfont_number )
LvdK 7:6576a287e563 144 {
LvdK 7:6576a287e563 145 case 0:
LvdK 7:6576a287e563 146 {
LvdK 7:6576a287e563 147 nFont = 12;
LvdK 7:6576a287e563 148 break;
LvdK 7:6576a287e563 149 }
LvdK 7:6576a287e563 150 case 1:
LvdK 7:6576a287e563 151 {
LvdK 7:6576a287e563 152 nFont = 24;
LvdK 7:6576a287e563 153 break;
LvdK 7:6576a287e563 154 }
LvdK 7:6576a287e563 155 }
LvdK 7:6576a287e563 156 return ( nFont );
LvdK 8:422544d24df3 157 }
LvdK 7:6576a287e563 158
LvdK 7:6576a287e563 159 unsigned int cRGB( char cRED, char cGREEN, char cBLUE )
LvdK 7:6576a287e563 160 {
LvdK 7:6576a287e563 161 //assemble separate colors into 1 integer value as 0xRRGGBB
LvdK 7:6576a287e563 162 //Display driver requires this format
LvdK 7:6576a287e563 163 unsigned int RGB = cBLUE + 256*cGREEN + 65536*cRED;
LvdK 7:6576a287e563 164 return ( RGB );
LvdK 8:422544d24df3 165 }
LvdK 7:6576a287e563 166
LvdK 7:6576a287e563 167 int LeftOrRight( int nTextLine, string cString, int nChars, int nCharWidth )
LvdK 7:6576a287e563 168 {
LvdK 8:422544d24df3 169 // nChars is the maximum numbers of characters on the line
LvdK 8:422544d24df3 170 // nCharWidth is the characterwidth in pixels
LvdK 7:6576a287e563 171 //decide to print data left aligned or right aligned
LvdK 7:6576a287e563 172 //00 - 49 is left side of screen
LvdK 7:6576a287e563 173 //50 - 99 is right side of screen
LvdK 8:422544d24df3 174 int nHorPos = 0;
LvdK 7:6576a287e563 175 // nChars is number of characters on this line (24 or 48)
LvdK 7:6576a287e563 176 // nCharWidth is the character width in pixels
LvdK 8:422544d24df3 177
LvdK 7:6576a287e563 178 if ( nTextLine < 50 )
LvdK 7:6576a287e563 179 // Left side adjust
LvdK 7:6576a287e563 180 {
LvdK 7:6576a287e563 181 nHorPos = 0;
LvdK 7:6576a287e563 182 }
LvdK 7:6576a287e563 183 else
LvdK 7:6576a287e563 184 // Right side adjust
LvdK 7:6576a287e563 185 {
LvdK 7:6576a287e563 186 nHorPos = righttext( cString, nChars, nCharWidth );
LvdK 7:6576a287e563 187 }
LvdK 7:6576a287e563 188 return ( nHorPos );
LvdK 7:6576a287e563 189 }
LvdK 7:6576a287e563 190 int nLine2Pixel( int nLine )
LvdK 7:6576a287e563 191 {
LvdK 7:6576a287e563 192 //calculate vertical pixelposition from linenumber
LvdK 7:6576a287e563 193 int nPixel = 0;
LvdK 7:6576a287e563 194 switch ( nLine )
LvdK 7:6576a287e563 195 {
LvdK 7:6576a287e563 196 case 1:
LvdK 7:6576a287e563 197 {
LvdK 7:6576a287e563 198 nPixel = LINE1;
LvdK 7:6576a287e563 199 break;
LvdK 7:6576a287e563 200 }
LvdK 7:6576a287e563 201 case 2:
LvdK 7:6576a287e563 202 {
LvdK 7:6576a287e563 203 nPixel = LINE2;
LvdK 7:6576a287e563 204 break;
LvdK 7:6576a287e563 205 }
LvdK 8:422544d24df3 206
LvdK 7:6576a287e563 207 case 3:
LvdK 7:6576a287e563 208 {
LvdK 7:6576a287e563 209 nPixel = LINE3;
LvdK 7:6576a287e563 210 break;
LvdK 7:6576a287e563 211 }
LvdK 8:422544d24df3 212
LvdK 7:6576a287e563 213 case 4:
LvdK 7:6576a287e563 214 {
LvdK 7:6576a287e563 215 nPixel = LINE4;
LvdK 7:6576a287e563 216 break;
LvdK 7:6576a287e563 217 }
LvdK 8:422544d24df3 218
LvdK 7:6576a287e563 219 case 5:
LvdK 7:6576a287e563 220 {
LvdK 7:6576a287e563 221 nPixel = LINE5;
LvdK 7:6576a287e563 222 break;
LvdK 7:6576a287e563 223 }
LvdK 8:422544d24df3 224
LvdK 7:6576a287e563 225 case 6:
LvdK 7:6576a287e563 226 {
LvdK 7:6576a287e563 227 nPixel = LINE6;
LvdK 7:6576a287e563 228 break;
LvdK 7:6576a287e563 229 }
LvdK 8:422544d24df3 230
LvdK 7:6576a287e563 231 case 7:
LvdK 7:6576a287e563 232 {
LvdK 7:6576a287e563 233 nPixel = LINE7;
LvdK 7:6576a287e563 234 break;
LvdK 7:6576a287e563 235 }
LvdK 8:422544d24df3 236
LvdK 7:6576a287e563 237 case 8:
LvdK 7:6576a287e563 238 {
LvdK 7:6576a287e563 239 nPixel = LINE8;
LvdK 7:6576a287e563 240 break;
LvdK 7:6576a287e563 241 }
LvdK 8:422544d24df3 242
LvdK 7:6576a287e563 243 case 9:
LvdK 7:6576a287e563 244 {
LvdK 7:6576a287e563 245 nPixel = LINE9;
LvdK 7:6576a287e563 246 break;
LvdK 7:6576a287e563 247 }
LvdK 8:422544d24df3 248
LvdK 7:6576a287e563 249 case 10:
LvdK 7:6576a287e563 250 {
LvdK 7:6576a287e563 251 nPixel = LINE10;
LvdK 7:6576a287e563 252 break;
LvdK 7:6576a287e563 253 }
LvdK 8:422544d24df3 254
LvdK 7:6576a287e563 255 case 11:
LvdK 7:6576a287e563 256 {
LvdK 7:6576a287e563 257 nPixel = LINE11;
LvdK 7:6576a287e563 258 break;
LvdK 7:6576a287e563 259 }
LvdK 8:422544d24df3 260
LvdK 7:6576a287e563 261 case 12:
LvdK 7:6576a287e563 262 {
LvdK 7:6576a287e563 263 nPixel = LINE12;
LvdK 7:6576a287e563 264 break;
LvdK 7:6576a287e563 265 }
LvdK 8:422544d24df3 266
LvdK 7:6576a287e563 267 case 13:
LvdK 7:6576a287e563 268 {
LvdK 7:6576a287e563 269 nPixel = LINE13;
LvdK 7:6576a287e563 270 break;
LvdK 7:6576a287e563 271 }
LvdK 8:422544d24df3 272
LvdK 7:6576a287e563 273 case 14:
LvdK 7:6576a287e563 274 {
LvdK 7:6576a287e563 275 nPixel = LINE14;
LvdK 7:6576a287e563 276 break;
LvdK 7:6576a287e563 277 }
LvdK 8:422544d24df3 278
LvdK 7:6576a287e563 279 }
LvdK 7:6576a287e563 280 return ( nPixel ) ;
LvdK 7:6576a287e563 281 }
LvdK 7:6576a287e563 282 void VGA_SIGNAL( int Source, int On_Off)
LvdK 7:6576a287e563 283 {
LvdK 7:6576a287e563 284 VGA_SOURCE = Source;
LvdK 7:6576a287e563 285 VGA_SELECT = On_Off;
LvdK 7:6576a287e563 286 }
LvdK 7:6576a287e563 287 void CDU_InitDisplay()
LvdK 7:6576a287e563 288 {
LvdK 7:6576a287e563 289 display.baudrate( 9600 ); //init uVGAIII card
LvdK 7:6576a287e563 290 VGA_SIGNAL( VGA_INT, VGA_ON ); //select INTERNTAL video and set VGA switch ON
LvdK 7:6576a287e563 291 }
LvdK 7:6576a287e563 292 void CDU_StartScreen()
LvdK 8:422544d24df3 293 {
LvdK 7:6576a287e563 294 string cTitle1="ENGRAVITY";
LvdK 7:6576a287e563 295 string cTitle2="CONTROL & DISPLAY UNIT";
LvdK 8:422544d24df3 296 display.cls();
LvdK 7:6576a287e563 297
LvdK 7:6576a287e563 298 display.graphic_string( str2char( cTitle1 ), centertext( cTitle1, 24, LARGECHAR), LINE6, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 299 wait_ms(100);
LvdK 7:6576a287e563 300 display.graphic_string( str2char( cTitle2 ), centertext( cTitle2, 24, LARGECHAR), LINE8, FONT_24X34, RED, 1, 1 );
LvdK 8:422544d24df3 301 wait_ms(100);
LvdK 7:6576a287e563 302 display.graphic_string( str2char( cTitle2 ), centertext( cTitle2, 24, LARGECHAR), LINE8, FONT_24X34, GREEN, 1, 1 );
LvdK 8:422544d24df3 303 wait_ms(100);
LvdK 7:6576a287e563 304 display.graphic_string( str2char( cTitle2) , centertext( cTitle2, 24, LARGECHAR), LINE8, FONT_24X34, BLUE, 1, 1 );
LvdK 8:422544d24df3 305 wait_ms(100);
LvdK 7:6576a287e563 306 display.graphic_string( str2char( cTitle2) , centertext( cTitle2, 24, LARGECHAR), LINE8, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 307 wait_ms(100);
LvdK 8:422544d24df3 308 }
LvdK 7:6576a287e563 309 void CDU_ScreenAlign()
LvdK 7:6576a287e563 310 //Draw a wireframe for aligning the screen on display with keys
LvdK 7:6576a287e563 311 {
LvdK 7:6576a287e563 312 display.cls();
LvdK 8:422544d24df3 313
LvdK 7:6576a287e563 314 display.pen_size(WIREFRAME);
LvdK 7:6576a287e563 315 display.rectangle(XMIN,YMIN,XMAX,YMAX, WHITE);
LvdK 7:6576a287e563 316 display.line(XMIN,LINE2,XMAX,LINE2, WHITE);
LvdK 7:6576a287e563 317 display.line(XMIN,LINE3,XMAX,LINE3, WHITE);
LvdK 7:6576a287e563 318 display.line(XMIN,LINE4,XMAX,LINE4, WHITE);
LvdK 7:6576a287e563 319 display.line(XMIN,LINE5,XMAX,LINE5, WHITE);
LvdK 7:6576a287e563 320 display.line(XMIN,LINE6,XMAX,LINE6, WHITE);
LvdK 7:6576a287e563 321 display.line(XMIN,LINE7,XMAX,LINE7, WHITE);
LvdK 7:6576a287e563 322 display.line(XMIN,LINE8,XMAX,LINE8, WHITE);
LvdK 7:6576a287e563 323 display.line(XMIN,LINE9,XMAX,LINE9, WHITE);
LvdK 7:6576a287e563 324 display.line(XMIN,LINE10,XMAX,LINE10, WHITE);
LvdK 7:6576a287e563 325 display.line(XMIN,LINE11,XMAX,LINE11, WHITE);
LvdK 7:6576a287e563 326 display.line(XMIN,LINE12,XMAX,LINE12, WHITE);
LvdK 7:6576a287e563 327 display.line(XMIN,LINE13,XMAX,LINE13, WHITE);
LvdK 7:6576a287e563 328 display.line(XMIN,LINE14,XMAX,LINE14, WHITE);
LvdK 7:6576a287e563 329 }
LvdK 7:6576a287e563 330 void CDU_TestScreen()
LvdK 7:6576a287e563 331 {
LvdK 7:6576a287e563 332 display.display_control(IMAGE_FORMAT, NEW); //set correct image for reading from SD
LvdK 7:6576a287e563 333 display.cls();
LvdK 7:6576a287e563 334 display.showpicture(0x00, 0x00, 0x00, 0x14, 0x00, 0x01, 0xB5); // Testscreen
LvdK 7:6576a287e563 335 }
LvdK 7:6576a287e563 336 void CDU_LogoScreen()
LvdK 7:6576a287e563 337 {
LvdK 8:422544d24df3 338 display.display_control(IMAGE_FORMAT, NEW); //set correct image for reading from SD
LvdK 7:6576a287e563 339 display.cls();
LvdK 7:6576a287e563 340 display.showpicture(0x00, 0x00, 0x00, 0x87, 0x00, 0x00, 0x00); // Engravity logo
LvdK 7:6576a287e563 341 }
LvdK 8:422544d24df3 342
LvdK 7:6576a287e563 343 void CDU_Page()
LvdK 7:6576a287e563 344 {
LvdK 7:6576a287e563 345 display.cls();
LvdK 7:6576a287e563 346 display.graphic_string( "PERF INIT" , 8*24, LINE1, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 347
LvdK 7:6576a287e563 348 display.graphic_string( "GW/CRZ CG" , 0, LINE2, FONT_12X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 349 display.graphic_string( "CRZ ALT" , 41*12, LINE2, FONT_12X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 350
LvdK 7:6576a287e563 351 display.graphic_string( "___._ / 26.2%" , 0, LINE3, FONT_24X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 352 display.graphic_string( "_____" , 19*24, LINE3, FONT_24X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 353 display.graphic_string( "FUEL" , 0, LINE4, FONT_12X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 354 display.graphic_string( "CRZ/WIND" , 40*12, LINE4, FONT_12X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 355
LvdK 7:6576a287e563 356 display.graphic_string( "0.0" , 0, LINE5, FONT_24X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 357 display.graphic_string( "000$ /---" , 15*24, LINE5, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 358
LvdK 7:6576a287e563 359 display.graphic_string( "ZFW" , 0, LINE6, FONT_12X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 360 display.graphic_string( "___._ " , 0, LINE7, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 361
LvdK 7:6576a287e563 362 display.graphic_string( "RESERVES" , 0, LINE8, FONT_12X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 363 display.graphic_string( "__._ " , 0, LINE9, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 364
LvdK 7:6576a287e563 365 display.graphic_string( "COST INDEX" , 0, LINE10, FONT_12X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 366 display.graphic_string( "TRANS ALT" , 39*12, LINE10, FONT_12X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 367
LvdK 7:6576a287e563 368 display.graphic_string( "___" , 0, LINE11, FONT_24X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 369 display.graphic_string( "_____" , 19*24, LINE11, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 370
LvdK 8:422544d24df3 371 display.graphic_string( "------------------------------------------------" , 0, LINE12, FONT_12X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 372
LvdK 7:6576a287e563 373 display.graphic_string( "<INDEX" , 0, LINE13, FONT_24X34, WHITE, 1, 1 );
LvdK 7:6576a287e563 374 display.graphic_string( "N1 LIMIT>" , 15*24, LINE13, FONT_24X34, WHITE, 1, 1 );
LvdK 8:422544d24df3 375
LvdK 7:6576a287e563 376 display.graphic_string( "SCRATCHPAD DATA LINE", centertext("SCRATCHPAD DATA LINE", 24, LARGECHAR) , LINE14, FONT_24X34, RED, 1, 1 );
LvdK 8:422544d24df3 377
LvdK 7:6576a287e563 378 }
LvdK 8:422544d24df3 379
LvdK 7:6576a287e563 380 void CDU_displayclear(){
LvdK 7:6576a287e563 381 display.cls();
LvdK 7:6576a287e563 382 }
LvdK 8:422544d24df3 383
LvdK 7:6576a287e563 384