La Suno / UniGraphic

Basically i glued Peter Drescher and Simon Ford libs in a GraphicsDisplay class, then derived TFT or LCD class (which inherits Protocols class), then the most derived ones (Inits), which are per-display and are the only part needed to be adapted to diff hw.

Dependents:   afero_poc15_180216 afero_poc15_180223 afero_poc15_180302 afero_poc15_180403R ... more

Fork of UniGraphic by GraphicsDisplay

UniGraphic for La Suno Version.
To go with La Suno, WatchDog Reset functions were added in ILI9341.

Display/TFT.h@2:713844a55c4e, 2015-02-13 (annotated)

Committer:
Geremia
Date:
Fri Feb 13 23:17:55 2015 +0000
Revision:
2:713844a55c4e
Child:
4:12ba0ecc2c1f
Initial TFT implementation, needs to add read cmds

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Geremia 2:713844a55c4e 1 #ifndef MBED_TFT_H
Geremia 2:713844a55c4e 2 #define MBED_TFT_H
Geremia 2:713844a55c4e 3
Geremia 2:713844a55c4e 4 #include "GraphicsDisplay.h"
Geremia 2:713844a55c4e 5 #include "PAR8.h"
Geremia 2:713844a55c4e 6 #include "SPI8.h"
Geremia 2:713844a55c4e 7 #include "SPI16.h"
Geremia 2:713844a55c4e 8 #include "Protocols.h"
Geremia 2:713844a55c4e 9
Geremia 2:713844a55c4e 10
Geremia 2:713844a55c4e 11
Geremia 2:713844a55c4e 12
Geremia 2:713844a55c4e 13
Geremia 2:713844a55c4e 14
Geremia 2:713844a55c4e 15 /** A common base class for monochrome Display
Geremia 2:713844a55c4e 16 */
Geremia 2:713844a55c4e 17 class TFT : public GraphicsDisplay
Geremia 2:713844a55c4e 18 {
Geremia 2:713844a55c4e 19
Geremia 2:713844a55c4e 20 public:
Geremia 2:713844a55c4e 21
Geremia 2:713844a55c4e 22 /** Create a monochrome LCD Parallel interface
Geremia 2:713844a55c4e 23 * @param name The name used by the parent class to access the interface
Geremia 2:713844a55c4e 24 */
Geremia 2:713844a55c4e 25 TFT(proto_t displayproto,PortName port, PinName CS, PinName reset, PinName DC, PinName WR, PinName RD, const int lcdsize_x, const int lcdsize_y, const char* name);
Geremia 2:713844a55c4e 26
Geremia 2:713844a55c4e 27 /** Create a monochrome LCD SPI interface
Geremia 2:713844a55c4e 28 * @param name The name used by the parent class to access the interface
Geremia 2:713844a55c4e 29 */
Geremia 2:713844a55c4e 30 TFT(proto_t displayproto, int Hz, PinName mosi, PinName miso, PinName sclk, PinName CS, PinName reset, PinName DC, const int lcdsize_x, const int lcdsize_y, const char* name);
Geremia 2:713844a55c4e 31
Geremia 2:713844a55c4e 32 /////// functions that come for free, but can be overwritten///////////////////////////////////////////////////
Geremia 2:713844a55c4e 33 /////// ----------------------------------------------------///////////////////////////////////////////////////
Geremia 2:713844a55c4e 34
Geremia 2:713844a55c4e 35 /** Draw a pixel in the specified color.
Geremia 2:713844a55c4e 36 * @param x is the horizontal offset to this pixel.
Geremia 2:713844a55c4e 37 * @param y is the vertical offset to this pixel.
Geremia 2:713844a55c4e 38 * @param color defines the color for the pixel.
Geremia 2:713844a55c4e 39 */
Geremia 2:713844a55c4e 40 virtual void pixel(int x, int y, unsigned short color);
Geremia 2:713844a55c4e 41
Geremia 2:713844a55c4e 42 /** Set the window, which controls where items are written to the screen.
Geremia 2:713844a55c4e 43 * When something hits the window width, it wraps back to the left side
Geremia 2:713844a55c4e 44 * and down a row. If the initial write is outside the window, it will
Geremia 2:713844a55c4e 45 * be captured into the window when it crosses a boundary.
Geremia 2:713844a55c4e 46 * @param x is the left edge in pixels.
Geremia 2:713844a55c4e 47 * @param y is the top edge in pixels.
Geremia 2:713844a55c4e 48 * @param w is the window width in pixels.
Geremia 2:713844a55c4e 49 * @param h is the window height in pixels.
Geremia 2:713844a55c4e 50 */
Geremia 2:713844a55c4e 51 virtual void window(int x, int y, int w, int h);
Geremia 2:713844a55c4e 52
Geremia 2:713844a55c4e 53 /** Push a single pixel into the window and increment position.
Geremia 2:713844a55c4e 54 * You must first call window() then push pixels.
Geremia 2:713844a55c4e 55 * @param color is the pixel color.
Geremia 2:713844a55c4e 56 */
Geremia 2:713844a55c4e 57 virtual void window_pushpixel(unsigned short color);
Geremia 2:713844a55c4e 58
Geremia 2:713844a55c4e 59 /** Push some pixels of the same color into the window and increment position.
Geremia 2:713844a55c4e 60 * You must first call window() then push pixels.
Geremia 2:713844a55c4e 61 * @param color is the pixel color.
Geremia 2:713844a55c4e 62 * @param count: how many
Geremia 2:713844a55c4e 63 */
Geremia 2:713844a55c4e 64 virtual void window_pushpixel(unsigned short color, unsigned int count);
Geremia 2:713844a55c4e 65
Geremia 2:713844a55c4e 66 /** Push array of pixel colors into the window and increment position.
Geremia 2:713844a55c4e 67 * You must first call window() then push pixels.
Geremia 2:713844a55c4e 68 * @param color is the pixel color.
Geremia 2:713844a55c4e 69 */
Geremia 2:713844a55c4e 70 virtual void window_pushpixelbuf(unsigned short* color, unsigned int lenght);
Geremia 2:713844a55c4e 71
Geremia 2:713844a55c4e 72 /** Framebuffer is not used for TFT
Geremia 2:713844a55c4e 73 */
Geremia 2:713844a55c4e 74 virtual void copy_to_lcd(){ };
Geremia 2:713844a55c4e 75
Geremia 2:713844a55c4e 76 /** invert the screen
Geremia 2:713844a55c4e 77 *
Geremia 2:713844a55c4e 78 * @param o = 0 normal, 1 invert
Geremia 2:713844a55c4e 79 */
Geremia 2:713844a55c4e 80 void invert(unsigned char o);
Geremia 2:713844a55c4e 81
Geremia 2:713844a55c4e 82 /** clear the entire screen
Geremia 2:713844a55c4e 83 * The inherited one sets windomax then fill with background color
Geremia 2:713844a55c4e 84 * We override it to speedup
Geremia 2:713844a55c4e 85 */
Geremia 2:713844a55c4e 86 virtual void cls();
Geremia 2:713844a55c4e 87
Geremia 2:713844a55c4e 88 /** Set the orientation of the screen
Geremia 2:713844a55c4e 89 * x,y: 0,0 is always top left
Geremia 2:713844a55c4e 90 *
Geremia 2:713844a55c4e 91 * @param o direction to use the screen (0-3)
Geremia 2:713844a55c4e 92 * 0 = default 0° portrait view
Geremia 2:713844a55c4e 93 * 1 = +90° landscape view
Geremia 2:713844a55c4e 94 * 2 = +180° portrait view
Geremia 2:713844a55c4e 95 * 3 = -90° landscape view
Geremia 2:713844a55c4e 96 *
Geremia 2:713844a55c4e 97 */
Geremia 2:713844a55c4e 98 virtual void set_orientation(int o);
Geremia 2:713844a55c4e 99
Geremia 2:713844a55c4e 100 /** Set ChipSelect high or low
Geremia 2:713844a55c4e 101 * @param enable 0/1
Geremia 2:713844a55c4e 102 */
Geremia 2:713844a55c4e 103 virtual void BusEnable(bool enable);
Geremia 2:713844a55c4e 104
Geremia 2:713844a55c4e 105
Geremia 2:713844a55c4e 106 protected:
Geremia 2:713844a55c4e 107
Geremia 2:713844a55c4e 108
Geremia 2:713844a55c4e 109 ////// functions needed by parent class ///////////////////////////////////////
Geremia 2:713844a55c4e 110 ////// -------------------------------- ///////////////////////////////////////
Geremia 2:713844a55c4e 111
Geremia 2:713844a55c4e 112 /** Send 8bit command to display controller
Geremia 2:713844a55c4e 113 *
Geremia 2:713844a55c4e 114 * @param cmd: byte to send
Geremia 2:713844a55c4e 115 * @note if protocol is SPI16, it will insert NOP cmd before, so if cmd is a 2byte cmd, the second cmd will be broken. Use wr_cmd16 for 2bytes cmds
Geremia 2:713844a55c4e 116 */
Geremia 2:713844a55c4e 117 void wr_cmd8(unsigned char cmd);
Geremia 2:713844a55c4e 118
Geremia 2:713844a55c4e 119 /** Send 8bit data to display controller
Geremia 2:713844a55c4e 120 *
Geremia 2:713844a55c4e 121 * @param data: byte to send
Geremia 2:713844a55c4e 122 *
Geremia 2:713844a55c4e 123 */
Geremia 2:713844a55c4e 124 void wr_data8(unsigned char data);
Geremia 2:713844a55c4e 125
Geremia 2:713844a55c4e 126 /** Send same 8bit data to display controller multiple times
Geremia 2:713844a55c4e 127 *
Geremia 2:713844a55c4e 128 * @param data: byte to send
Geremia 2:713844a55c4e 129 * @param count: how many
Geremia 2:713844a55c4e 130 *
Geremia 2:713844a55c4e 131 */
Geremia 2:713844a55c4e 132 void wr_data8(unsigned char data, unsigned int count);
Geremia 2:713844a55c4e 133
Geremia 2:713844a55c4e 134 /** Send array of data bytes to display controller
Geremia 2:713844a55c4e 135 *
Geremia 2:713844a55c4e 136 * @param data: unsigned char data array
Geremia 2:713844a55c4e 137 * @param lenght: lenght of array
Geremia 2:713844a55c4e 138 *
Geremia 2:713844a55c4e 139 */
Geremia 2:713844a55c4e 140 void wr_data8buf(unsigned char* data, unsigned int lenght);
Geremia 2:713844a55c4e 141
Geremia 2:713844a55c4e 142 /** Send 16bit command to display controller
Geremia 2:713844a55c4e 143 *
Geremia 2:713844a55c4e 144 * @param cmd: halfword to send
Geremia 2:713844a55c4e 145 *
Geremia 2:713844a55c4e 146 */
Geremia 2:713844a55c4e 147 void wr_cmd16(unsigned short cmd);
Geremia 2:713844a55c4e 148
Geremia 2:713844a55c4e 149 /** Send 16bit data to display controller
Geremia 2:713844a55c4e 150 *
Geremia 2:713844a55c4e 151 * @param data: halfword to send
Geremia 2:713844a55c4e 152 *
Geremia 2:713844a55c4e 153 */
Geremia 2:713844a55c4e 154 void wr_data16(unsigned short data);
Geremia 2:713844a55c4e 155
Geremia 2:713844a55c4e 156 /** Send same 16bit data to display controller multiple times
Geremia 2:713844a55c4e 157 *
Geremia 2:713844a55c4e 158 * @param data: halfword to send
Geremia 2:713844a55c4e 159 * @param count: how many
Geremia 2:713844a55c4e 160 *
Geremia 2:713844a55c4e 161 */
Geremia 2:713844a55c4e 162 void wr_data16(unsigned short data, unsigned int count);
Geremia 2:713844a55c4e 163
Geremia 2:713844a55c4e 164 /** Send array of data shorts to display controller
Geremia 2:713844a55c4e 165 *
Geremia 2:713844a55c4e 166 * @param data: unsigned short data array
Geremia 2:713844a55c4e 167 * @param lenght: lenght (in shorts)
Geremia 2:713844a55c4e 168 *
Geremia 2:713844a55c4e 169 */
Geremia 2:713844a55c4e 170 void wr_data16buf(unsigned short* data, unsigned int lenght);
Geremia 2:713844a55c4e 171
Geremia 2:713844a55c4e 172 /** HW reset sequence (without display init commands)
Geremia 2:713844a55c4e 173 */
Geremia 2:713844a55c4e 174 void hw_reset();
Geremia 2:713844a55c4e 175
Geremia 2:713844a55c4e 176
Geremia 2:713844a55c4e 177 private:
Geremia 2:713844a55c4e 178
Geremia 2:713844a55c4e 179 Protocols* proto;
Geremia 2:713844a55c4e 180 const int LCDSIZE_X;
Geremia 2:713844a55c4e 181 const int LCDSIZE_Y;
Geremia 2:713844a55c4e 182 // const int LCDPAGES;
Geremia 2:713844a55c4e 183 // const int IC_X_SEGS;
Geremia 2:713844a55c4e 184 // const int IC_Y_COMS;
Geremia 2:713844a55c4e 185 // const int IC_PAGES;
Geremia 2:713844a55c4e 186
Geremia 2:713844a55c4e 187 // int page_offset;
Geremia 2:713844a55c4e 188 // int col_offset;
Geremia 2:713844a55c4e 189 // pixel location
Geremia 2:713844a55c4e 190 int cur_x;
Geremia 2:713844a55c4e 191 int cur_y;
Geremia 2:713844a55c4e 192 // window location
Geremia 2:713844a55c4e 193 int win_x1;
Geremia 2:713844a55c4e 194 int win_x2;
Geremia 2:713844a55c4e 195 int win_y1;
Geremia 2:713844a55c4e 196 int win_y2;
Geremia 2:713844a55c4e 197 int orientation;
Geremia 2:713844a55c4e 198 unsigned int tftID;
Geremia 2:713844a55c4e 199 bool mipistd;
Geremia 2:713844a55c4e 200 bool useNOP;
Geremia 2:713844a55c4e 201 };
Geremia 2:713844a55c4e 202
Geremia 2:713844a55c4e 203 #endif