Richard Ellingworth / Gameduino

Library for communicating with a Gameduino shield. Provides colour VGA display, hardware sprites with collision detection and stero sound. See http://excamera.com/sphinx/gameduino/ for more details.

Dependents:   GameduinoTest SimpleGameduinoTest RobotRic

Note that to use this library you must also import the CommonTypes library because this library uses it.

To get an mbed talking to a Gameduino shield all you really have to do is connect the Gameduino to the SPI bus. I did it using an LPC11U24 mbed and wired it to the Gameduino as follows:

  • mbed pin...................Gameduino pin
  • 5 (MOSI)...................11 (MOSI)
  • 6 (MISO)...................12 (MISO)
  • 7 (SCK)....................13 (SCK)
  • 8..........................9 (SEL)
  • 40 (VOUT)..................5V and 3.3V
  • 1 (GND)....................GND

mbed pins 5, 6 and 7 make up the SPI datalink. mbed pin 8 should be configured as a digital output and is driven low to communicate with the Gameduino.

Probably best to run the whole lot off a regulated 5V supply rather than relying on the 5V supply from the USB cable. I have had problems with the mbed's 3.3V VOUT supply. If the USB voltage is very low (nearer 4V than 5V) then the mbed's 3.3V regulator won't work properly and can't provide much current. I struggled to draw 10 mA for an LED. These problems go away if you power everything off an external 5V supply. It also means you can unplug the mbed from your computer of course.

Mounting the Gameduino is a bit awkward. I put it on some stripboard using 3 SIL sockets designed for an Arduino. Then I mounted the mbed alongside using two 20 pin SIL sockets. Unfortunately Arduino shields like the Gameduino don't fit nicely on a 0.1 inch grid (like the mbed does) so some connections have to be made using flying wires.

Here are some screenshots:

/media/uploads/RichardE/_scaled_img_0055_compressed.jpg

/media/uploads/RichardE/_scaled_img_0057_compressed.jpg

The code for generating this last display is found here:

Import programGameduinoTest

More complicated test program that generates text, coloured sprites and sound.

Last commit 18 Nov 2012 by Richard Ellingworth

Here's the games console:

/media/uploads/RichardE/_scaled_img_0058_compressed.jpg

and the insides. Don't worry about the cables and the 8 pin chips. You don't need them if all you want is a display. They are an RS485 chip and a serial EEPROM.

/media/uploads/RichardE/_scaled_img_0059_compressed.jpg

Gameduino.h@3:a1c856358996, 2012-11-18 (annotated)

Committer:
RichardE
Date:
Sun Nov 18 15:02:56 2012 +0000
Revision:
3:a1c856358996
Parent:
1:8ff91fe70bfc
Child:
4:f6a33c5f0f7f
Added HideAllSprites method.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
RichardE 0:d199d2362859 1 /*
RichardE 0:d199d2362859 2 * SOURCE FILE : Gameduino.h
RichardE 0:d199d2362859 3 *
RichardE 0:d199d2362859 4 * Definition of class Gameduino.
RichardE 0:d199d2362859 5 * Each instance of this class allows communication with
RichardE 0:d199d2362859 6 * a Gameduino shield over an SPI communications link.
RichardE 0:d199d2362859 7 *
RichardE 0:d199d2362859 8 */
RichardE 0:d199d2362859 9
RichardE 0:d199d2362859 10 #ifndef GameduinoDefined
RichardE 0:d199d2362859 11
RichardE 0:d199d2362859 12 #define GameduinoDefined
RichardE 0:d199d2362859 13
RichardE 0:d199d2362859 14 #include "mbed.h" // mbed library
RichardE 0:d199d2362859 15 #include "Types.h" // integer types
RichardE 0:d199d2362859 16
RichardE 0:d199d2362859 17 // These #defines allow you to use data arrays from an Arduino background that make
RichardE 0:d199d2362859 18 // use of program memory.
RichardE 0:d199d2362859 19 #define PROGMEM const
RichardE 0:d199d2362859 20 #define prog_uchar UInt8
RichardE 0:d199d2362859 21
RichardE 0:d199d2362859 22 /** Gameduino class to support SPI communications with the Gameduino game adapter
RichardE 0:d199d2362859 23 *
RichardE 0:d199d2362859 24 * Example:
RichardE 0:d199d2362859 25 * @code
RichardE 0:d199d2362859 26 * #include "mbed.h"
RichardE 0:d199d2362859 27 * #include "Gameduino.h"
RichardE 0:d199d2362859 28 *
RichardE 0:d199d2362859 29 * int main() {
RichardE 0:d199d2362859 30 * // Make a digital output for use with Gameduino.
RichardE 0:d199d2362859 31 * DigitalOut cs( p8 );
RichardE 0:d199d2362859 32 * // Initialise an SPI link for communications with Gameduino.
RichardE 0:d199d2362859 33 * // Use pin 5 for MOSI.
RichardE 0:d199d2362859 34 * // Use pin 6 for MISO.
RichardE 0:d199d2362859 35 * // Use pin 7 for SCK.
RichardE 0:d199d2362859 36 * SPI spi( p5, p6, p7 );
RichardE 0:d199d2362859 37 * // 8MHz clock should be OK.
RichardE 0:d199d2362859 38 * spi.frequency( 8000000 );
RichardE 0:d199d2362859 39 * // Set SPI format to use.
RichardE 0:d199d2362859 40 * // Use 8 bits per SPI frame.
RichardE 0:d199d2362859 41 * // Use SPI mode 0.
RichardE 0:d199d2362859 42 * spi.format( 8, 0 );
RichardE 0:d199d2362859 43 * // Make a Gameduino and pass SPI link and digital output for chip select.
RichardE 0:d199d2362859 44 * Gameduino gd( &spi, &cs );
RichardE 0:d199d2362859 45 * // Reset the Gameduino.
RichardE 0:d199d2362859 46 * gd.begin();
RichardE 0:d199d2362859 47 * // Lets have a default ASCII character set.
RichardE 0:d199d2362859 48 * gd.ascii();
RichardE 0:d199d2362859 49 * // Write something to character memory.
RichardE 0:d199d2362859 50 * gd.__wstart( Gameduino::RAM_PIC );
RichardE 0:d199d2362859 51 * for( UInt8 c = 'A'; c <= 'Z'; ++c ) {
RichardE 0:d199d2362859 52 * gd.__tr8( c );
RichardE 0:d199d2362859 53 * }
RichardE 0:d199d2362859 54 * gd.__end();
RichardE 0:d199d2362859 55 * // Test copy method.
RichardE 0:d199d2362859 56 * UInt8 copyData[] = "HELLO";
RichardE 0:d199d2362859 57 * gd.copy( Gameduino::RAM_PIC + 64, copyData, 5 );
RichardE 0:d199d2362859 58 * // Test putstr method.
RichardE 0:d199d2362859 59 * gd.putstr( 3, 10, "Ambidextrous!" );
RichardE 0:d199d2362859 60 * // Finished with Gameduino.
RichardE 0:d199d2362859 61 * gd.end();
RichardE 0:d199d2362859 62 * }
RichardE 0:d199d2362859 63 * @endcode
RichardE 0:d199d2362859 64 */
RichardE 0:d199d2362859 65 class Gameduino {
RichardE 0:d199d2362859 66
RichardE 0:d199d2362859 67 public :
RichardE 0:d199d2362859 68
RichardE 0:d199d2362859 69 // Registers on Gameduino.
RichardE 0:d199d2362859 70 enum Reg {
RichardE 0:d199d2362859 71 RAM_PIC = 0x0000, // Screen Picture, 64 x 64 = 4096 bytes
RichardE 0:d199d2362859 72 RAM_CHR = 0x1000, // Screen Characters, 256 x 16 = 4096 bytes
RichardE 0:d199d2362859 73 RAM_PAL = 0x2000, // Screen Character Palette, 256 x 8 = 2048 bytes
RichardE 0:d199d2362859 74 IDENT = 0x2800,
RichardE 0:d199d2362859 75 REV = 0x2801,
RichardE 0:d199d2362859 76 FRAME = 0x2802,
RichardE 0:d199d2362859 77 VBLANK = 0x2803,
RichardE 0:d199d2362859 78 SCROLL_X = 0x2804,
RichardE 0:d199d2362859 79 SCROLL_Y = 0x2806,
RichardE 0:d199d2362859 80 JK_MODE = 0x2808,
RichardE 0:d199d2362859 81 J1_RESET = 0x2809,
RichardE 0:d199d2362859 82 SPR_DISABLE = 0x280a,
RichardE 0:d199d2362859 83 SPR_PAGE = 0x280b,
RichardE 0:d199d2362859 84 IOMODE = 0x280c,
RichardE 0:d199d2362859 85 BG_COLOR = 0x280e,
RichardE 0:d199d2362859 86 SAMPLE_L = 0x2810,
RichardE 0:d199d2362859 87 SAMPLE_R = 0x2812,
RichardE 0:d199d2362859 88 MODULATOR = 0x2814,
RichardE 0:d199d2362859 89 VIDEO_MODE = 0x2815,
RichardE 0:d199d2362859 90 SCREENSHOT_Y = 0x281e,
RichardE 0:d199d2362859 91 PALETTE16A = 0x2840, // 16-color palette RAM A, 32 bytes
RichardE 0:d199d2362859 92 PALETTE16B = 0x2860, // 16-color palette RAM B, 32 bytes
RichardE 0:d199d2362859 93 PALETTE4A = 0x2880, // 4-color palette RAM A, 8 bytes
RichardE 0:d199d2362859 94 PALETTE4B = 0x2888, // 4-color palette RAM A, 8 bytes
RichardE 0:d199d2362859 95 COMM = 0x2890, // Communication buffer
RichardE 0:d199d2362859 96 COLLISION = 0x2900, // Collision detection RAM, 256 bytes
RichardE 0:d199d2362859 97 VOICES = 0x2a00, // Voice controls
RichardE 0:d199d2362859 98 J1_CODE = 0x2b00, // J1 coprocessor microcode RAM
RichardE 0:d199d2362859 99 SCREENSHOT = 0x2c00, // screenshot line RAM
RichardE 0:d199d2362859 100 RAM_SPR = 0x3000, // Sprite Control, 512 x 4 = 2048 bytes
RichardE 0:d199d2362859 101 RAM_SPRPAL = 0x3800, // Sprite Palettes, 4 x 256 = 2048 bytes
RichardE 0:d199d2362859 102 RAM_SPRIMG = 0x4000, // Sprite Image, 64 x 256 = 16384 bytes
RichardE 0:d199d2362859 103 };
RichardE 0:d199d2362859 104
RichardE 0:d199d2362859 105 // Modes of operation.
RichardE 0:d199d2362859 106 enum Mode {
RichardE 0:d199d2362859 107 MODE_800x600_72 = 0,
RichardE 0:d199d2362859 108 MODE_800x600_60 = 1,
RichardE 0:d199d2362859 109 };
RichardE 0:d199d2362859 110
RichardE 0:d199d2362859 111 // Sprite rotations.
RichardE 0:d199d2362859 112 enum Rotation {
RichardE 0:d199d2362859 113 None = 0,
RichardE 0:d199d2362859 114 SwapXY = 1,
RichardE 0:d199d2362859 115 FlipX = 2,
RichardE 0:d199d2362859 116 FlipXSwapXY = 3,
RichardE 0:d199d2362859 117 FlipY = 4,
RichardE 0:d199d2362859 118 FlipYSwapXY = 5,
RichardE 0:d199d2362859 119 FlipYFlipX = 6,
RichardE 0:d199d2362859 120 FlipYFlipXSwapXY = 7,
RichardE 0:d199d2362859 121 };
RichardE 0:d199d2362859 122
RichardE 0:d199d2362859 123 // Sound waveforms used with voice method.
RichardE 0:d199d2362859 124 enum WaveForm {
RichardE 0:d199d2362859 125 SineWave,
RichardE 0:d199d2362859 126 WhiteNoise,
RichardE 0:d199d2362859 127 };
RichardE 0:d199d2362859 128
RichardE 0:d199d2362859 129 // Other constants.
RichardE 0:d199d2362859 130 enum {
RichardE 0:d199d2362859 131 TRANSPARENT = ( 1 << 15 ),
RichardE 0:d199d2362859 132 };
RichardE 0:d199d2362859 133
RichardE 0:d199d2362859 134 // Structure used with plots method.
RichardE 0:d199d2362859 135 struct sprplot {
RichardE 0:d199d2362859 136 Int8 x, y; // offsets from origin
RichardE 0:d199d2362859 137 UInt8 image, palette; // sprite image number and palette information
RichardE 0:d199d2362859 138 };
RichardE 0:d199d2362859 139
RichardE 0:d199d2362859 140 /** Constructor.
RichardE 0:d199d2362859 141 * @param spi Pointer to SPI datalink to use for comms.
RichardE 0:d199d2362859 142 * @param cs Pointer to digital output used Gameduino as chip select.
RichardE 0:d199d2362859 143 */
RichardE 0:d199d2362859 144 Gameduino( SPI *spi, DigitalOut *cs );
RichardE 0:d199d2362859 145
RichardE 0:d199d2362859 146 /** Destructor.
RichardE 0:d199d2362859 147 */
RichardE 0:d199d2362859 148 virtual ~Gameduino();
RichardE 0:d199d2362859 149
RichardE 0:d199d2362859 150 /** Initialise connection to adapter and reset things.
RichardE 0:d199d2362859 151 */
RichardE 0:d199d2362859 152 void begin( void );
RichardE 0:d199d2362859 153
RichardE 0:d199d2362859 154 /** Close down connection.
RichardE 0:d199d2362859 155 */
RichardE 0:d199d2362859 156 void end( void ) {
RichardE 0:d199d2362859 157 // Can't think of anything to do.
RichardE 0:d199d2362859 158 }
RichardE 0:d199d2362859 159
RichardE 1:8ff91fe70bfc 160 /** Clear the screen (character memory).
RichardE 1:8ff91fe70bfc 161 * @param code Character to use to clear screen.
RichardE 1:8ff91fe70bfc 162 */
RichardE 1:8ff91fe70bfc 163 void ClearScreen( UInt8 code ) {
RichardE 1:8ff91fe70bfc 164 fill( RAM_PIC, code, 64 * 64 );
RichardE 1:8ff91fe70bfc 165 }
RichardE 1:8ff91fe70bfc 166
RichardE 0:d199d2362859 167 /** Set default ASCII character set and palette.
RichardE 0:d199d2362859 168 */
RichardE 0:d199d2362859 169 void ascii( void );
RichardE 0:d199d2362859 170
RichardE 0:d199d2362859 171 /** Start an SPI transaction.
RichardE 0:d199d2362859 172 *
RichardE 0:d199d2362859 173 * @param address Address to read or write to. Bit 15 must be set for a write.
RichardE 0:d199d2362859 174 */
RichardE 0:d199d2362859 175 void __start( UInt16 address );
RichardE 0:d199d2362859 176
RichardE 0:d199d2362859 177 /** Start an SPI write transaction.
RichardE 0:d199d2362859 178 *
RichardE 0:d199d2362859 179 * @param address Address to write to.
RichardE 0:d199d2362859 180 */
RichardE 0:d199d2362859 181 void __wstart( UInt16 address );
RichardE 0:d199d2362859 182
RichardE 0:d199d2362859 183 /** Start a sprite transaction.
RichardE 0:d199d2362859 184 * Use this before calling xhide, xsprite or TransferSprite.
RichardE 0:d199d2362859 185 * @param sprnum Sprite number to start at.
RichardE 0:d199d2362859 186 */
RichardE 0:d199d2362859 187 void __wstartspr( UInt8 sprnum );
RichardE 0:d199d2362859 188
RichardE 0:d199d2362859 189 /** Transfer byte via SPI.
RichardE 0:d199d2362859 190 * Use only after a call to __start or __wstart.
RichardE 0:d199d2362859 191 * @param data Data to send.
RichardE 0:d199d2362859 192 */
RichardE 0:d199d2362859 193 UInt8 __tr8( UInt8 data );
RichardE 0:d199d2362859 194
RichardE 0:d199d2362859 195 /** Transfer 16 bit word via SPI.
RichardE 0:d199d2362859 196 * Use only after a call to __start or __wstart.
RichardE 0:d199d2362859 197 * @param data Data to send.
RichardE 0:d199d2362859 198 */
RichardE 0:d199d2362859 199 UInt8 __tr16( UInt16 data );
RichardE 0:d199d2362859 200
RichardE 0:d199d2362859 201 /** End an SPI transaction.
RichardE 0:d199d2362859 202 */
RichardE 0:d199d2362859 203 void __end( void );
RichardE 0:d199d2362859 204
RichardE 0:d199d2362859 205 /** Read a byte.
RichardE 0:d199d2362859 206 * @param address Address in Gameduino memory to read from.
RichardE 0:d199d2362859 207 * @param returns Byte at that address.
RichardE 0:d199d2362859 208 */
RichardE 0:d199d2362859 209 UInt8 rd( UInt16 address );
RichardE 0:d199d2362859 210
RichardE 0:d199d2362859 211 /** Read a 16 bit word.
RichardE 0:d199d2362859 212 * @param address Address in Gameduino memory to read from.
RichardE 0:d199d2362859 213 * @param returns Word at that address.
RichardE 0:d199d2362859 214 */
RichardE 0:d199d2362859 215 UInt16 rd16( UInt16 address );
RichardE 0:d199d2362859 216
RichardE 0:d199d2362859 217 /** Write a byte.
RichardE 0:d199d2362859 218 * @param address Address to write to.
RichardE 0:d199d2362859 219 * @param data Data to write.
RichardE 0:d199d2362859 220 */
RichardE 0:d199d2362859 221 void wr( UInt16 address, UInt8 data );
RichardE 0:d199d2362859 222
RichardE 0:d199d2362859 223 /** Write a 16 bit word.
RichardE 0:d199d2362859 224 * @param address Address to write to.
RichardE 0:d199d2362859 225 * @param data Data to write.
RichardE 0:d199d2362859 226 */
RichardE 0:d199d2362859 227 void wr16( UInt16 address, UInt16 data );
RichardE 0:d199d2362859 228
RichardE 0:d199d2362859 229 /** Fill area of Gameduino memory.
RichardE 0:d199d2362859 230 * @param address Address to write to.
RichardE 0:d199d2362859 231 * @param data Data to write to entire area.
RichardE 0:d199d2362859 232 * @param count Number of bytes to write.
RichardE 0:d199d2362859 233 */
RichardE 0:d199d2362859 234 void fill( UInt16 address, UInt8 data, UInt16 count );
RichardE 0:d199d2362859 235
RichardE 0:d199d2362859 236 /** Copy data into Gameduino memory.
RichardE 0:d199d2362859 237 * @param address Address to write to.
RichardE 0:d199d2362859 238 * @param src Pointer to data to copy from.
RichardE 0:d199d2362859 239 * @param count Number of bytes to write.
RichardE 0:d199d2362859 240 */
RichardE 0:d199d2362859 241 void copy( UInt16 address, const UInt8 *src, UInt16 count );
RichardE 0:d199d2362859 242
RichardE 0:d199d2362859 243 /** Hide a sprite.
RichardE 0:d199d2362859 244 * Use only after specifying address to write to.
RichardE 0:d199d2362859 245 * Basically just writes 400 twice to SPI.
RichardE 0:d199d2362859 246 */
RichardE 0:d199d2362859 247 void xhide( void );
RichardE 0:d199d2362859 248
RichardE 0:d199d2362859 249 /** Send sprite information to Gameduino.
RichardE 0:d199d2362859 250 * Use only after specifying address to write to.
RichardE 0:d199d2362859 251 * @param x X coordinate.
RichardE 0:d199d2362859 252 * @param y Y coordinate.
RichardE 0:d199d2362859 253 * @param image Sprite image number.
RichardE 0:d199d2362859 254 * @param palette Palette selection information (use 0 for 256 colour palette).
RichardE 0:d199d2362859 255 * @param rot Rotation and flip setting.
RichardE 0:d199d2362859 256 * @param jk JK collision information.
RichardE 0:d199d2362859 257 */
RichardE 0:d199d2362859 258 void TransferSprite( Int16 x, Int16 y, UInt8 image, UInt8 palette, Rotation rot=None, UInt8 jk=0 );
RichardE 0:d199d2362859 259
RichardE 0:d199d2362859 260 /** Draw a sprite at an offset from an origin taking into account rotation.
RichardE 0:d199d2362859 261 * Use only after specifying address to write to.
RichardE 0:d199d2362859 262 * @param ox Origin X coordinate.
RichardE 0:d199d2362859 263 * @param oy Origin Y coordinate.
RichardE 0:d199d2362859 264 * @param x X offset from origin.
RichardE 0:d199d2362859 265 * @param y Y offset from origin.
RichardE 0:d199d2362859 266 * @param image Sprite image number.
RichardE 0:d199d2362859 267 * @param palette Palette selection information (use 0 for 256 colour palette).
RichardE 0:d199d2362859 268 * @param rot Rotation and flip setting.
RichardE 0:d199d2362859 269 * @param jk JK collision information.
RichardE 0:d199d2362859 270 */
RichardE 0:d199d2362859 271 void xsprite( Int16 ox, Int16 oy, Int8 x, Int8 y, UInt8 image, UInt8 palette, Rotation rot=None, UInt8 jk=0 );
RichardE 0:d199d2362859 272
RichardE 0:d199d2362859 273 /** Construct RGB value.
RichardE 0:d199d2362859 274 * @param r Red level.
RichardE 0:d199d2362859 275 * @param g Green level.
RichardE 0:d199d2362859 276 * @param b Blue level.
RichardE 0:d199d2362859 277 * @param returns RGB value.
RichardE 0:d199d2362859 278 */
RichardE 0:d199d2362859 279 static UInt16 RGB( UInt8 r, UInt8 g, UInt8 b );
RichardE 0:d199d2362859 280
RichardE 0:d199d2362859 281 /** Set palette entry.
RichardE 0:d199d2362859 282 * @param Pallete entry.
RichardE 0:d199d2362859 283 * @param rgb RGB value to store.
RichardE 0:d199d2362859 284 */
RichardE 0:d199d2362859 285 void setpal( UInt16 pal, UInt16 rgb );
RichardE 0:d199d2362859 286
RichardE 0:d199d2362859 287 /** Write text at given coordinates.
RichardE 0:d199d2362859 288 * @param x X coordinate.
RichardE 0:d199d2362859 289 * @param y Y coordinate.
RichardE 0:d199d2362859 290 * @param s pointer to zero terminated text.
RichardE 0:d199d2362859 291 */
RichardE 0:d199d2362859 292 void putstr( UInt8 x, UInt8 y, const char *s );
RichardE 0:d199d2362859 293
RichardE 0:d199d2362859 294 /** Position a sprite.
RichardE 0:d199d2362859 295 * @param spr Sprite number.
RichardE 0:d199d2362859 296 * @param x X coordinate.
RichardE 0:d199d2362859 297 * @param y Y coordinate.
RichardE 0:d199d2362859 298 * @param image Sprite image number.
RichardE 0:d199d2362859 299 * @param palette Palette selection information (use 0 for 256 colour palette).
RichardE 0:d199d2362859 300 * @param rot Rotation and flip setting.
RichardE 0:d199d2362859 301 * @param jk JK collision information.
RichardE 0:d199d2362859 302 */
RichardE 0:d199d2362859 303 void sprite( UInt8 spr, Int16 x, Int16 y, UInt8 image, UInt8 palette, Rotation rot=None, UInt8 jk=0 );
RichardE 0:d199d2362859 304
RichardE 0:d199d2362859 305 /** Draw 4 sprites as a 2 by 2 block.
RichardE 0:d199d2362859 306 * @param spr Sprite number for first sprite.
RichardE 0:d199d2362859 307 * @param x X coordinate for centre of group.
RichardE 0:d199d2362859 308 * @param y Y coordinate for centre of group.
RichardE 0:d199d2362859 309 * @param image Sprite image number for first image.
RichardE 0:d199d2362859 310 * @param palette Palette selection information (use 0 for 256 colour palette).
RichardE 0:d199d2362859 311 * @param rot Rotation and flip setting.
RichardE 0:d199d2362859 312 * @param jk JK collision information.
RichardE 0:d199d2362859 313 */
RichardE 0:d199d2362859 314 void sprite2x2( UInt8 spr, Int16 x, Int16 y, UInt8 image, UInt8 palette, Rotation rot=None, UInt8 jk=0 );
RichardE 0:d199d2362859 315
RichardE 0:d199d2362859 316 /** Plot a number of sprites relative to an origin.
RichardE 0:d199d2362859 317 * @param x X coordinate of origin.
RichardE 0:d199d2362859 318 * @param y Y coordinate of origin.
RichardE 0:d199d2362859 319 * @param psp Pointer to an array of sprplot structures.
RichardE 0:d199d2362859 320 * @param count Number of structures in the psp array.
RichardE 0:d199d2362859 321 * @param rot Rotation and flip setting.
RichardE 0:d199d2362859 322 * @param jk JK collision information.
RichardE 0:d199d2362859 323 */
RichardE 0:d199d2362859 324 void plots( Int16 ox, Int16 oy, const sprplot *psp, UInt8 count, Rotation rot=None, UInt8 jk=0 );
RichardE 0:d199d2362859 325
RichardE 0:d199d2362859 326 /** Wait for vertical blanking.
RichardE 0:d199d2362859 327 */
RichardE 0:d199d2362859 328 void waitvblank( void );
RichardE 0:d199d2362859 329
RichardE 0:d199d2362859 330 /** Make a noise.
RichardE 0:d199d2362859 331 * @param v Voice number.
RichardE 0:d199d2362859 332 * @param wave Waveform type.
RichardE 0:d199d2362859 333 * @param freq Frequency in quarter Hz (so 100 Hz is 400).
RichardE 0:d199d2362859 334 * @param lamp Amplitude for left channel.
RichardE 0:d199d2362859 335 * @param ramp Amplitude for right channel.
RichardE 0:d199d2362859 336 */
RichardE 0:d199d2362859 337 void voice( UInt8 v, WaveForm wave, UInt16 freq, UInt8 lamp, UInt8 ramp );
RichardE 3:a1c856358996 338
RichardE 3:a1c856358996 339 /** Hide all sprites.
RichardE 3:a1c856358996 340 */
RichardE 3:a1c856358996 341 void HideAllSprites( void );
RichardE 3:a1c856358996 342
RichardE 0:d199d2362859 343 private :
RichardE 0:d199d2362859 344
RichardE 0:d199d2362859 345 // Pointer to SPI datalink.
RichardE 0:d199d2362859 346 SPI *spi;
RichardE 0:d199d2362859 347
RichardE 0:d199d2362859 348 // Pointer to chip select digital output.
RichardE 0:d199d2362859 349 DigitalOut *cs;
RichardE 0:d199d2362859 350
RichardE 0:d199d2362859 351 // Current sprite. Used by xsprite and xhide etc.
RichardE 0:d199d2362859 352 UInt8 spr;
RichardE 0:d199d2362859 353
RichardE 0:d199d2362859 354 };
RichardE 0:d199d2362859 355
RichardE 0:d199d2362859 356 #endif
RichardE 0:d199d2362859 357
RichardE 0:d199d2362859 358 /* END of Gameduino.h */