hal_gdc_mipi.h
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1 /**
2  ****************************************************************************************
3  *
4  * @file hal_gdc_mipi.h
5  * @author BLE Driver Team
6  * @brief Header file containing functions prototypes of Graphics library.
7  *
8  ****************************************************************************************
9  * @attention
10  #####Copyright (c) 2019 GOODIX
11  All rights reserved.
12 
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15  * Redistributions of source code must retain the above copyright
16  notice, this list of conditions and the following disclaimer.
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18  notice, this list of conditions and the following disclaimer in the
19  documentation and/or other materials provided with the distribution.
20  * Neither the name of GOODIX nor the names of its contributors may be used
21  to endorse or promote products derived from this software without
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23 
24  THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
25  AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
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33  ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
34  POSSIBILITY OF SUCH DAMAGE.
35  ****************************************************************************************
36  */
37 
38 /** @addtogroup GRAPHICS_SDK Graphics
39  * @{
40  */
41 
42 /** @addtogroup HAL_DC HAL DC
43  * @{
44  */
45 
46 /** @defgroup HAL_GDC_MIPI GDC MIPI
47  * @brief DC-related MIPI function definition.
48  * @{
49  */
50 
51 #ifndef HAL_GDC_MIPI_H__
52 #define HAL_GDC_MIPI_H__
53 
54 #include "hal_gfx_sys_defs.h"
55 
56 #pragma diag_suppress 61
57 
58 /**
59  * @addtogroup HAL_GDC_MIPI_MACRO Defines
60  * @{
61  */
62 /** @defgroup HAL_GDC_MIPI_CFG The DC configuration
63  * @{
64  */
65 #define MIPICFG_DBI_EN (1U<<31U) /**< Enables MIPI DBI/SPI interface */
66 #define MIPICFG_FRC_CSX_0 (1U<<30U) /**< Enables CSX force value */
67 #define MIPICFG_FRC_CSX_1 ((1U<<30U)|(1U<<29U)) /**< Force CSX to 1 */
68 #define MIPICFG_SPI_CSX_V (1U<<29U) /**< CSX active high/low */
69 #define MIPICFG_DIS_TE (1U<<28U) /**< Disables Input Tearing Signal */
70 #define MIPICFG_SPIDC_DQSPI (1U<<27U) /**< Enables the usage of SPI_DC wire as SPI_SD1 */
71 #define MIPICFG_RSTN_DBI_SPI (1U<<26U) /**< DBI/SPI interfaces clear */
72 #define MIPICFG_RESX (1U<<25U) /**< Controls MIPI DBI Type-B RESX output signal */
73 #define MIPICFG_DMA (1U<<24U) /**< (unused) Enables pixel data from DMA */
74 #define MIPICFG_SPI3 (1U<<23U) /**< Enables SPI 3-wire interface */
75 #define MIPICFG_SPI4 (1U<<22U) /**< Enables SPI 4-wire interface */
76 #define MIPICFG_GPI ((1U<<23U)|(1U<<22U)) /**< Enables Generic Packet Interface */
77 #define MIPICFG_EN_STALL (1U<<21U) /**< Enables back-pressure from dbi_stall_i signal */
78 #define MIPICFG_SPI_CPHA (1U<<20U) /**< Sets SPI Clock Phase */
79 #define MIPICFG_SPI_CPOL (1U<<19U) /**< Sets SPI Clock Polarity */
80 #define MIPICFG_SPI_JDI (1U<<18U) /**< -- reserved -- */
81 #define MIPICFG_EN_DVALID (1U<<18U) /**< Enables read using external data valid signal */
82 #define MIPICFG_SPI_HOLD (1U<<17U) /**< Binds scanline address with pixel data */
83 #define MIPICFG_INV_ADDR (1U<<16U) /**< Inverts scanline address */
84 #define MIPICFG_SCAN_ADDR (1U<<15U) /**< Scan address used as header of each line */
85 #define MIPICFG_PIXCLK_OUT_EN (1U<<14U) /**< Redirects pixel generation clock to the output */
86 #define MIPICFG_EXT_CTRL (1U<<13U) /**< Enables external control signals */
87 #define MIPICFG_BLANKING_EN (1U<<12U) /**< Enables horizontal blanking */
88 #define MIPICFG_DSPI_SPIX (1U<<11U) /**< Enables DSPI sub-pixel transaction */
89 #define MIPICFG_QSPI (1U<<10U) /**< Enables QSPI */
90 #define MIPICFG_QSPI_DDR ((1U<<10U)|(1U<<9U)) /**< Enables QSPI DDR */
91 #define MIPICFG_DSPI (1U<< 9U) /**< Enables DSPI */
92 #define MIPICFG_SPI (0U<< 9U) /**< Enables SPI */
93 #define MIPICFG_NULL (0x00U) /**< MIPI CFG NULL */
94 /** @} */
95 
96 /** @defgroup HAL_GDC_MIPI_OUTPUT_MODE The DC output mode defines
97  * @{
98  */
99 #define MIPI_DCS_RGB111 (1U) /**< Color mode RGB111 */
100 #define MIPI_DCS_RGB332 (2U) /**< Color mode RGB332 */
101 #define MIPI_DCS_RGB444 (3U) /**< Color mode RGB444 */
102 #define MIPI_DCS_RGB565 (5U) /**< Color mode RGB565 */
103 #define MIPI_DCS_RGB666 (6U) /**< Color mode RGB666 */
104 #define MIPI_DCS_RGB888 (7U) /**< Color mode RGB888 */
105 
106 #define MIPICFG_PF_SPI (3U<<6U) /**< Interface mode SPI */
107 #define MIPICFG_PF_DSPI (4U<<6U) /**< Interface mode DSPI */
108 #define MIPICFG_PF_QSPI (5U<<6U) /**< Interface mode QSPI */
109 #define MIPICFG_PF_DBI8 (0U<<6U) /**< Interface mode DBI8 */
110 #define MIPICFG_PF_DBI9 (1U<<6U) /**< Interface mode DBI9 */
111 #define MIPICFG_PF_DBI16 (2U<<6U) /**< Interface mode DBI16 */
112 #define MIPICFG_PF_GPI (6U<<6U) /**< Interface mode GPI */
113 
114 #define MIPICFG_PF_OPT0 (0U<<3U) /**< Option DBI_CFG:option 0 */
115 #define MIPICFG_PF_OPT1 (1U<<3U) /**< Option DBI_CFG:option 1 */
116 #define MIPICFG_PF_OPT2 (2U<<3U) /**< Option DBI_CFG:option 2 */
117 #define MIPICFG_PF_OPT3 (3U<<3U) /**< Option DBI_CFG:option 3 */
118 #define MIPICFG_PF_OPT4 (4U<<3U) /**< Option DBI_CFG:option 4 */
119 
120 #define MIPICFG_1RGB111_OPT0 (MIPICFG_PF_SPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB111) /**< 0xc1 */
121 #define MIPICFG_1RGB111_OPT1 (MIPICFG_PF_SPI|MIPICFG_PF_OPT1|MIPI_DCS_RGB111) /**< 0xc9 */
122 #define MIPICFG_1RGB111_OPT2 (MIPICFG_PF_SPI|MIPICFG_PF_OPT2|MIPI_DCS_RGB111) /**< 0xd1 */
123 #define MIPICFG_1RGB111_OPT3 (MIPICFG_PF_SPI|MIPICFG_PF_OPT3|MIPI_DCS_RGB111) /**< 0xd9 */
124 #define MIPICFG_1RGB111_OPT4 (MIPICFG_PF_SPI|MIPICFG_PF_OPT4|MIPI_DCS_RGB111) /**< 0xe1 */
125 #define MIPICFG_1RGB332_OPT0 (MIPICFG_PF_SPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB332) /**< 0xc2 */
126 #define MIPICFG_1RGB444_OPT0 (MIPICFG_PF_SPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB444) /**< 0xc3 */
127 #define MIPICFG_1RGB565_OPT0 (MIPICFG_PF_SPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB565) /**< 0xc5 */
128 #define MIPICFG_1RGB666_OPT0 (MIPICFG_PF_SPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0xc6 */
129 #define MIPICFG_1RGB888_OPT0 (MIPICFG_PF_SPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB888) /**< 0xc7 */
130 #define MIPICFG_2RGB332_OPT0 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB332) /**< 0x102 */
131 #define MIPICFG_2RGB444_OPT0 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB444) /**< 0x103 */
132 #define MIPICFG_2RGB444_OPT1 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT1|MIPI_DCS_RGB444) /**< 0x10b */
133 #define MIPICFG_2RGB565_OPT0 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB565) /**< 0x105 */
134 #define MIPICFG_2RGB666_OPT0 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0x106 */
135 #define MIPICFG_2RGB666_OPT1 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT1|MIPI_DCS_RGB666) /**< 0x10e */
136 #define MIPICFG_2RGB888_OPT0 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB888) /**< 0x107 */
137 #define MIPICFG_2RGB888_OPT1 (MIPICFG_PF_DSPI|MIPICFG_PF_OPT1|MIPI_DCS_RGB888) /**< 0x10f */
138 #define MIPICFG_4RGB111_OPT0 (MIPICFG_PF_QSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB111) /**< 0x141 */
139 #define MIPICFG_4RGB332_OPT0 (MIPICFG_PF_QSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB332) /**< 0x142 */
140 #define MIPICFG_4RGB444_OPT0 (MIPICFG_PF_QSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB444) /**< 0x143 */
141 #define MIPICFG_4RGB565_OPT0 (MIPICFG_PF_QSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB565) /**< 0x145 */
142 #define MIPICFG_4RGB666_OPT0 (MIPICFG_PF_QSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0x146 */
143 #define MIPICFG_4RGB888_OPT0 (MIPICFG_PF_QSPI|MIPICFG_PF_OPT0|MIPI_DCS_RGB888) /**< 0x147 */
144 
145 #define MIPICFG_8RGB332_OPT0 (MIPICFG_PF_DBI8|MIPICFG_PF_OPT0|MIPI_DCS_RGB332) /**< 0x2 */
146 #define MIPICFG_8RGB444_OPT0 (MIPICFG_PF_DBI8|MIPICFG_PF_OPT0|MIPI_DCS_RGB444) /**< 0x3 */
147 #define MIPICFG_8RGB565_OPT0 (MIPICFG_PF_DBI8|MIPICFG_PF_OPT0|MIPI_DCS_RGB565) /**< 0x5 */
148 #define MIPICFG_8RGB666_OPT0 (MIPICFG_PF_DBI8|MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0x6 */
149 #define MIPICFG_8RGB888_OPT0 (MIPICFG_PF_DBI8|MIPICFG_PF_OPT0|MIPI_DCS_RGB888) /**< 0x7 */
150 #define MIPICFG_16RGB332_OPT0 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT0|MIPI_DCS_RGB332) /**< 0x82 */
151 #define MIPICFG_16RGB444_OPT0 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT0|MIPI_DCS_RGB444) /**< 0x83 */
152 #define MIPICFG_16RGB565_OPT0 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT0|MIPI_DCS_RGB565) /**< 0x85 */
153 #define MIPICFG_16RGB666_OPT0 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0x86 */
154 #define MIPICFG_16RGB666_OPT1 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT1|MIPI_DCS_RGB666) /**< 0x8e */
155 #define MIPICFG_16RGB888_OPT0 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT0|MIPI_DCS_RGB888) /**< 0x87 */
156 #define MIPICFG_16RGB888_OPT1 (MIPICFG_PF_DBI16|MIPICFG_PF_OPT1|MIPI_DCS_RGB888) /**< 0x8f */
157 #define MIPICFG_9RGB666_OPT0 (MIPICFG_PF_DBI9|MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0x46 */
158 #define MIPICFG_32RGB332_OPT0 (MIPICFG_PF_GPI |MIPICFG_PF_OPT0|MIPI_DCS_RGB332) /**< 0x182 */
159 #define MIPICFG_32RGB444_OPT0 (MIPICFG_PF_GPI |MIPICFG_PF_OPT0|MIPI_DCS_RGB444) /**< 0x183 */
160 #define MIPICFG_32RGB565_OPT0 (MIPICFG_PF_GPI |MIPICFG_PF_OPT0|MIPI_DCS_RGB565) /**< 0x185 */
161 #define MIPICFG_32RGB666_OPT0 (MIPICFG_PF_GPI |MIPICFG_PF_OPT0|MIPI_DCS_RGB666) /**< 0x186 */
162 #define MIPICFG_32RGB666_OPT1 (MIPICFG_PF_GPI |MIPICFG_PF_OPT1|MIPI_DCS_RGB666) /**< 0x18e */
163 #define MIPICFG_32RGB888_OPT0 (MIPICFG_PF_GPI |MIPICFG_PF_OPT0|MIPI_DCS_RGB888) /**< 0x187 */
164 /** @} */
165 
166 /** @defgroup HAL_GDC_MIPI_SET_MODE The DC set mode
167  * @{
168  */
169 #define hal_gdc_MIPI_set_mode hal_gdc_MIPI_set_pixel_format /**< for backward compatibility */
170 /** @} */
171 
172 /** @} */
173 
174 /** @addtogroup HAL_GDC_MIPI_ENUM Enumerations
175  * @{
176  */
177 /**
178  * @brief MIPI Command List definition
179  */
180 typedef enum {
181  MIPI_enter_idle_mode = 0x39, /**< Enter idle mode. */
182  MIPI_enter_invert_mode = 0x21, /**< Enter invert mode. */
183  MIPI_enter_normal_mode = 0x13, /**< Enter normal mode. */
184  MIPI_enter_partial_mode = 0x12, /**< Enter partial mode. */
185  MIPI_enter_sleep_mode = 0x10, /**< Enter sleep mode. */
186  MIPI_exit_idle_mode = 0x38, /**< Exit idle mode. */
187  MIPI_exit_invert_mode = 0x20, /**< Exit invert mode. */
188  MIPI_exit_sleep_mode = 0x11, /**< Exit sleep mode. */
189  MIPI_get_3D_control = 0x3f, /**< Get 3D control. */
190  MIPI_get_address_mode = 0x0b, /**< Get address mode. */
191  MIPI_get_blue_channel = 0x08, /**< Get blue channel. */
192  MIPI_get_diagnostic_result = 0x0f, /**< Get diagnostic result. */
193  MIPI_get_display_mode = 0x0d, /**< Get display mode. */
194  MIPI_get_green_channel = 0x07, /**< Get green channel. */
195  MIPI_get_pixel_format = 0x0c, /**< Get pixel format. */
196  MIPI_get_power_mode = 0x0a, /**< Get power mode. */
197  MIPI_get_red_channel = 0x06, /**< Get red channel. */
198  MIPI_get_scanline = 0x45, /**< Get scanline. */
199  MIPI_get_signal_mode = 0x0e, /**< Get signal mode. */
200  MIPI_nop = 0x00, /**< MIPI nop. */
201  MIPI_read_DDB_continue = 0xa8, /**< Read DDB continue. */
202  MIPI_read_DDB_start = 0xa1, /**< Read DDB start. */
203  MIPI_read_memory_continue = 0x3e, /**< Read memory continue. */
204  MIPI_read_memory_start = 0x2e, /**< Read memory start. */
205  MIPI_set_3D_control = 0x3d, /**< Set 3D control. */
206  MIPI_set_address_mode = 0x36, /**< Set address mode. */
207  MIPI_set_column_address = 0x2a, /**< Set column address. */
208  MIPI_set_display_off = 0x28, /**< Set display off. */
209  MIPI_set_display_on = 0x29, /**< Set display on. */
210  MIPI_set_gamma_curve = 0x26, /**< Set gamma curve. */
211  MIPI_set_page_address = 0x2b, /**< Set page address. */
212  MIPI_set_partial_columns = 0x31, /**< Set partial columns. */
213  MIPI_set_partial_rows = 0x30, /**< Set partial rows. */
214  MIPI_set_pixel_format = 0x3a, /**< Set pixel format. */
215  MIPI_set_scroll_area = 0x33, /**< Set scroll area. */
216  MIPI_set_scroll_start = 0x37, /**< Set scroll start. */
217  MIPI_set_tear_off = 0x34, /**< Set tear off. */
218  MIPI_set_tear_on = 0x35, /**< Set tear on. */
219  MIPI_set_tear_scanline = 0x44, /**< Set tear scanline. */
220  MIPI_set_vsync_timing = 0x40, /**< Set vsync timing. */
221  MIPI_soft_reset = 0x01, /**< Soft reset. */
222  MIPI_write_LUT = 0x2d, /**< Write LUT. */
223  MIPI_write_memory_continue = 0x3c, /**< Write memory continue. */
224  MIPI_write_memory_start = 0x2c, /**< Write memory start. */
225  MIPI_snapshot = 0xff, /**< snapshot. */
226  MIPI_DBIB_STORE_BASE_ADDR = (1 <<31), /**< DBIB store base addr. */
227  MIPI_DBIB_CMD = (1U<<30), /**< DBIB CMD. */
228  MIPI_CMD08 = (0U<<28), /**< Set cmd width to 8bit */
229  MIPI_CMD16 = (1U<<28), /**< Set cmd width to 16bit */
230  MIPI_CMD24 = (1U<<29), /**< Set cmd width to 24bit */
231  MIPI_MASK_QSPI = (1U<<27), /**< Qspi is forced to single line */
232 } hal_gdc_mipi_cmd_t;
233 
234 /** @} */
235 
236 /** @addtogroup HAL_GDC_MIPI_FUNCTION Functions
237  * @{
238  */
239 /**
240  *****************************************************************************************
241  * @brief Send command or data to MIPI Interface.
242  *
243  * @param[in] cmd: command or data to be sent
244  *****************************************************************************************
245  */
246 void hal_gdc_MIPI_out(int cmd);
247 
248 /**
249  *****************************************************************************************
250  * @brief Configure hal_gdc's serial interace.
251  *
252  * @param[in] cfg: configuration mode
253  *****************************************************************************************
254  */
255 void hal_gdc_MIPI_CFG_out(int cfg);
256 
257 /**
258  *****************************************************************************************
259  * @brief Read data from MIPI interface.
260  *
261  * @return data form MIPI interface
262  *****************************************************************************************
263  */
264 int hal_gdc_MIPI_in(void);
265 
266 /**
267  *****************************************************************************************
268  * @brief Read MIPI DBI Type-B parameters.
269  *
270  * @param[in] cmd: MIPI DCS command
271  * @param[in] n_params: Number of parameters to read (max: 3)
272  *
273  * @return The read parameters
274  *****************************************************************************************
275  */
276 unsigned hal_gdc_MIPI_read(int cmd, int n_params);
277 
278 /**
279  *****************************************************************************************
280  * @brief Send DCS command to display over the physical interface.
281  *
282  * @param[in] cmd: MIPI DCS command
283  *****************************************************************************************
284  */
285 void hal_gdc_MIPI_cmd(int cmd);
286 
287 /**
288  *****************************************************************************************
289  * @brief Similar to hal_gdc_MIPI_cmd, with command parameters.
290  *
291  * @param[in] cmd: MIPI DCS command
292  * @param[in] n_params: Number of cmd parameters
293  *****************************************************************************************
294  */
295 void hal_gdc_MIPI_cmd_params(int cmd, int n_params,...);
296 
297 /**
298  *****************************************************************************************
299  * @brief Does Partial Update in MIPI.
300  *
301  * @param[in] start_x: start x coordinate
302  * @param[in] start_y: start y coordinate
303  * @param[in] end_x: end x coordinate
304  * @param[in] end_y: end y coordinate
305  *
306  * @return Always 1, user can ignore the result
307  *****************************************************************************************
308  */
309 int hal_gdc_MIPI_updateregion(int start_x, int start_y,int end_x, int end_y);
310 
311 /**
312  *****************************************************************************************
313  * @brief Convenience function. Sends exit_sleep and display_on commands.
314  *****************************************************************************************
315  */
316 void hal_gdc_MIPI_enable(void);
317 
318 /**
319  *****************************************************************************************
320  * @brief Convenience function. Sends display_off and enter_sleep_mode commands.
321  *****************************************************************************************
322  */
323 void hal_gdc_MIPI_disable(void);
324 
325 /**
326  *****************************************************************************************
327  * @brief Set the display pixel format. Sends set_pixel_format command to the display.
328  *
329  * @param[in] pixel_format: pixel format
330  *****************************************************************************************
331  */
332 void hal_gdc_MIPI_set_pixel_format(int pixel_format);
333 
334 /**
335  *****************************************************************************************
336  * @brief Set the frame position. Sends set_column_address and set_page_address commands.
337  *
338  * @param[in] minx: frames' minimum x
339  * @param[in] miny: frames' minimum y
340  * @param[in] maxx: frame's maximum x
341  * @param[in] maxy: frame's maximum y
342  *****************************************************************************************
343  */
344 void hal_gdc_MIPI_set_position(int minx, int miny, int maxx, int maxy);
345 
346 /**
347  *****************************************************************************************
348  * @brief Set the display partial area and enter Partial Display Mode.
349  *
350  * @param[in] minx: partial areas' minimum x
351  * @param[in] miny: partial areas' minimum y
352  * @param[in] maxx: partial areas' maximum x
353  * @param[in] maxy: partial areas' maximum y
354  *****************************************************************************************
355  */
356 void hal_gdc_MIPI_set_partial_mode(int minx, int miny, int maxx, int maxy);
357 
358  /**
359  *****************************************************************************************
360  * @brief Convenience function. Send a write_memory_start command in order to start transfering the frame to the display.
361  *****************************************************************************************
362  */
363 void hal_gdc_MIPI_start_frame_transfer(void);
364 
365 /** @} */
366 
367 #endif // HAL_GDC_MIPI_H__
368 /** @} */
369 /** @} */
370 /** @} */
371 
MIPI_CMD16
@ MIPI_CMD16
Set cmd width to 16bit.
Definition: hal_gdc_mipi.h:229
hal_gdc_MIPI_read
unsigned hal_gdc_MIPI_read(int cmd, int n_params)
Read MIPI DBI Type-B parameters.
MIPI_write_LUT
@ MIPI_write_LUT
Write LUT.
Definition: hal_gdc_mipi.h:222
hal_gdc_MIPI_in
int hal_gdc_MIPI_in(void)
Read data from MIPI interface.
MIPI_MASK_QSPI
@ MIPI_MASK_QSPI
Qspi is forced to single line.
Definition: hal_gdc_mipi.h:231
MIPI_set_display_on
@ MIPI_set_display_on
Set display on.
Definition: hal_gdc_mipi.h:209
MIPI_enter_partial_mode
@ MIPI_enter_partial_mode
Enter partial mode.
Definition: hal_gdc_mipi.h:184
MIPI_set_display_off
@ MIPI_set_display_off
Set display off.
Definition: hal_gdc_mipi.h:208
MIPI_exit_idle_mode
@ MIPI_exit_idle_mode
Exit idle mode.
Definition: hal_gdc_mipi.h:186
MIPI_set_scroll_start
@ MIPI_set_scroll_start
Set scroll start.
Definition: hal_gdc_mipi.h:216
MIPI_DBIB_STORE_BASE_ADDR
@ MIPI_DBIB_STORE_BASE_ADDR
DBIB store base addr.
Definition: hal_gdc_mipi.h:226
MIPI_read_memory_start
@ MIPI_read_memory_start
Read memory start.
Definition: hal_gdc_mipi.h:204
hal_gdc_MIPI_cmd
void hal_gdc_MIPI_cmd(int cmd)
Send DCS command to display over the physical interface.
MIPI_set_tear_on
@ MIPI_set_tear_on
Set tear on.
Definition: hal_gdc_mipi.h:218
MIPI_set_scroll_area
@ MIPI_set_scroll_area
Set scroll area.
Definition: hal_gdc_mipi.h:215
hal_gdc_MIPI_start_frame_transfer
void hal_gdc_MIPI_start_frame_transfer(void)
Convenience function.
MIPI_get_green_channel
@ MIPI_get_green_channel
Get green channel.
Definition: hal_gdc_mipi.h:194
MIPI_DBIB_CMD
@ MIPI_DBIB_CMD
DBIB CMD.
Definition: hal_gdc_mipi.h:227
MIPI_get_blue_channel
@ MIPI_get_blue_channel
Get blue channel.
Definition: hal_gdc_mipi.h:191
hal_gfx_sys_defs.h
hal_gdc_MIPI_set_pixel_format
void hal_gdc_MIPI_set_pixel_format(int pixel_format)
Set the display pixel format.
MIPI_read_DDB_start
@ MIPI_read_DDB_start
Read DDB start.
Definition: hal_gdc_mipi.h:202
MIPI_CMD08
@ MIPI_CMD08
Set cmd width to 8bit.
Definition: hal_gdc_mipi.h:228
MIPI_CMD24
@ MIPI_CMD24
Set cmd width to 24bit.
Definition: hal_gdc_mipi.h:230
MIPI_set_partial_rows
@ MIPI_set_partial_rows
Set partial rows.
Definition: hal_gdc_mipi.h:213
MIPI_set_tear_off
@ MIPI_set_tear_off
Set tear off.
Definition: hal_gdc_mipi.h:217
MIPI_get_signal_mode
@ MIPI_get_signal_mode
Get signal mode.
Definition: hal_gdc_mipi.h:199
MIPI_set_tear_scanline
@ MIPI_set_tear_scanline
Set tear scanline.
Definition: hal_gdc_mipi.h:219
hal_gdc_MIPI_set_partial_mode
void hal_gdc_MIPI_set_partial_mode(int minx, int miny, int maxx, int maxy)
Set the display partial area and enter Partial Display Mode.
MIPI_read_memory_continue
@ MIPI_read_memory_continue
Read memory continue.
Definition: hal_gdc_mipi.h:203
MIPI_set_partial_columns
@ MIPI_set_partial_columns
Set partial columns.
Definition: hal_gdc_mipi.h:212
MIPI_write_memory_continue
@ MIPI_write_memory_continue
Write memory continue.
Definition: hal_gdc_mipi.h:223
MIPI_get_display_mode
@ MIPI_get_display_mode
Get display mode.
Definition: hal_gdc_mipi.h:193
MIPI_get_address_mode
@ MIPI_get_address_mode
Get address mode.
Definition: hal_gdc_mipi.h:190
hal_gdc_MIPI_set_position
void hal_gdc_MIPI_set_position(int minx, int miny, int maxx, int maxy)
Set the frame position.
MIPI_enter_invert_mode
@ MIPI_enter_invert_mode
Enter invert mode.
Definition: hal_gdc_mipi.h:182
MIPI_enter_idle_mode
@ MIPI_enter_idle_mode
Enter idle mode.
Definition: hal_gdc_mipi.h:181
MIPI_enter_sleep_mode
@ MIPI_enter_sleep_mode
Enter sleep mode.
Definition: hal_gdc_mipi.h:185
hal_gdc_MIPI_updateregion
int hal_gdc_MIPI_updateregion(int start_x, int start_y, int end_x, int end_y)
Does Partial Update in MIPI.
MIPI_get_scanline
@ MIPI_get_scanline
Get scanline.
Definition: hal_gdc_mipi.h:198
MIPI_set_page_address
@ MIPI_set_page_address
Set page address.
Definition: hal_gdc_mipi.h:211
MIPI_get_diagnostic_result
@ MIPI_get_diagnostic_result
Get diagnostic result.
Definition: hal_gdc_mipi.h:192
MIPI_set_3D_control
@ MIPI_set_3D_control
Set 3D control.
Definition: hal_gdc_mipi.h:205
MIPI_get_red_channel
@ MIPI_get_red_channel
Get red channel.
Definition: hal_gdc_mipi.h:197
MIPI_get_3D_control
@ MIPI_get_3D_control
Get 3D control.
Definition: hal_gdc_mipi.h:189
MIPI_snapshot
@ MIPI_snapshot
snapshot.
Definition: hal_gdc_mipi.h:225
MIPI_set_pixel_format
@ MIPI_set_pixel_format
Set pixel format.
Definition: hal_gdc_mipi.h:214
hal_gdc_MIPI_disable
void hal_gdc_MIPI_disable(void)
Convenience function.
hal_gdc_MIPI_out
void hal_gdc_MIPI_out(int cmd)
Send command or data to MIPI Interface.
MIPI_set_gamma_curve
@ MIPI_set_gamma_curve
Set gamma curve.
Definition: hal_gdc_mipi.h:210
hal_gdc_MIPI_CFG_out
void hal_gdc_MIPI_CFG_out(int cfg)
Configure hal_gdc's serial interace.
hal_gdc_MIPI_cmd_params
void hal_gdc_MIPI_cmd_params(int cmd, int n_params,...)
Similar to hal_gdc_MIPI_cmd, with command parameters.
MIPI_read_DDB_continue
@ MIPI_read_DDB_continue
Read DDB continue.
Definition: hal_gdc_mipi.h:201
MIPI_nop
@ MIPI_nop
MIPI nop.
Definition: hal_gdc_mipi.h:200
MIPI_write_memory_start
@ MIPI_write_memory_start
Write memory start.
Definition: hal_gdc_mipi.h:224
MIPI_soft_reset
@ MIPI_soft_reset
Soft reset.
Definition: hal_gdc_mipi.h:221
MIPI_exit_invert_mode
@ MIPI_exit_invert_mode
Exit invert mode.
Definition: hal_gdc_mipi.h:187
MIPI_exit_sleep_mode
@ MIPI_exit_sleep_mode
Exit sleep mode.
Definition: hal_gdc_mipi.h:188
hal_gdc_mipi_cmd_t
hal_gdc_mipi_cmd_t
MIPI Command List definition.
Definition: hal_gdc_mipi.h:180
MIPI_enter_normal_mode
@ MIPI_enter_normal_mode
Enter normal mode.
Definition: hal_gdc_mipi.h:183
MIPI_set_vsync_timing
@ MIPI_set_vsync_timing
Set vsync timing.
Definition: hal_gdc_mipi.h:220
MIPI_set_address_mode
@ MIPI_set_address_mode
Set address mode.
Definition: hal_gdc_mipi.h:206
hal_gdc_MIPI_enable
void hal_gdc_MIPI_enable(void)
Convenience function.
MIPI_set_column_address
@ MIPI_set_column_address
Set column address.
Definition: hal_gdc_mipi.h:207
MIPI_get_pixel_format
@ MIPI_get_pixel_format
Get pixel format.
Definition: hal_gdc_mipi.h:195
MIPI_get_power_mode
@ MIPI_get_power_mode
Get power mode.
Definition: hal_gdc_mipi.h:196