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comparison src/aci2/mfw/mfw_fv.c @ 3:93999a60b835

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src/aci2, src/condat2: import of g23m/condat source pieces from TCS211
author Mychaela Falconia <falcon@freecalypso.org>
date Mon, 26 Sep 2016 00:29:36 +0000
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2:c41a534f33c6 3:93999a60b835
1 /*
2 +--------------------------------------------------------------------+
3 | PROJECT: MMI-Framework (8417) $Workfile:: mfw_fv.c $|
4 | $Author:: NDH $Revision:: 1 $|
5 | CREATED: 21.05.04 $Modtime:: 21.05.04 14:58 $|
6 | STATE : code |
7 +--------------------------------------------------------------------+
8
9 MODULE : MFW_FV
10
11 PURPOSE : This module contains File Viewer Interface functions.
12
13 HISTORY :
14 Oct 06, 2005 REF: SPR 34560 xdeepadh
15 Description: File Viewer: Image stored in the FFS is not displayed in the file viewer
16 Solution: Screen updation will be performed , soon after the decoding/color conversion
17 of the image is completed.
18
19 Aug 22, 2005 REF: ENH 31154 xdeepadh
20 Description: Application to Test Camera
21 Solution: Implemeted the Fileviewer to view the jpeg images.Camera Application to
22 preview,capture and save image has been implemented.
23
24 */
25
26 #define ENTITY_MFW
27 /*
28 ** Include Files
29 */
30
31 /* includes */
32 #include <string.h>
33 #include "typedefs.h"
34 #include "mfw_mfw.h"
35 #include "mfw_sys.h"
36 #include "mfw_fv.h"
37
38 //Includes of IMGIL
39 #include "img/imgil1_api.h"
40 #include "img/imgil1_i.h"
41 #include "gil/gil_gpf.h"
42 #include "dspl.h"
43
44
45
46 //Variable defines
47
48 T_IMG_YUV_BUFFER qcif_yuv_tempbuf;
49 extern UINT8 qcif_yuv_lum[FV_DSPL_VOLUME]; //decoded and Scaled lum buffer
50 extern UINT8 qcif_yuv_cb[FV_SCALE_VOLUME]; //decoded and Scaled cb buffer
51 extern UINT8 qcif_yuv_cr[FV_SCALE_VOLUME]; //decoded and Scaled cr buffer
52
53 extern UINT8 qcif_rgb_array[ FV_DSPL_VOLUME * 2]; //Color converted buffer to view
54 extern UINT8 rgb_img_process_array[FV_DSPL_VOLUME * 2]; //Color converted buffer for zoom/rotate
55
56 T_IMG_YUV_BUFFER qcif_process_buffer;
57 extern UINT8 qcif_yuv_process_lum[FV_DSPL_VOLUME ]; //lum buffer for rotate and zoom
58 extern UINT8 qcif_yuv_process_cb[FV_SCALE_VOLUME]; //cb buffer for rotate and zoom
59 extern UINT8 qcif_yuv_process_cr[FV_SCALE_VOLUME]; //cr buffer for rotate and zoom
60
61 extern UBYTE zoom_flag;
62 extern UBYTE rotate_flag;
63
64 //Function Prototypes
65 static void mfw_fv_change_format_cb(void *parameter);
66 static void mfw_fv_zoom_cb(void *parameter);
67 static void mfw_fv_rotate_cb(void *parameter);
68 static void mfw_fv_color_convert_cb(void *parameter);
69 static void mfw_fv_process_cb(void *parameter);
70 GLOBAL UBYTE mfw_fv_display_image_in_center(
71 USHORT in_Width,
72 USHORT in_Height,
73 void * in_BmpPtr,
74 USHORT in_index,
75 int bmpFormat,
76 USHORT dsplWidth,
77 USHORT dsplHeight);
78
79
80
81 /*******************************************************************************
82
83 $Function: mfw_fv_decode_image
84
85 $Description: decode the jpeg image
86
87 $Returns: Status
88
89 $Arguments: inputbuffer -Input Buffer
90 size- Size of the Input Buffer
91
92
93 *******************************************************************************/
94
95 int mfw_fv_decode_image(UBYTE * inputbuffer, int size)
96 {
97 T_IMG_CHANGE_FORMAT_PARAM change_param;
98 T_IMG_RETURN ret;
99
100 TRACE_EVENT("mfw_fv_decode_image");
101
102 qcif_yuv_tempbuf.lum = qcif_yuv_lum;
103 qcif_yuv_tempbuf.cb = qcif_yuv_cb;
104 qcif_yuv_tempbuf.cr = qcif_yuv_cr;
105 qcif_yuv_tempbuf.width = FV_DSPL_WIDTH;
106 qcif_yuv_tempbuf.height =FV_DSPL_HEIGHT;
107
108 change_param.input_image_format = IMG_FORMAT_JPG ;
109 change_param.decode_param.x_offset = 0;
110 change_param.decode_param.y_offset = 0;
111 change_param.decode_param.sampling_factor = 1;
112 change_param.decode_param.num_rows = 0;
113 change_param.decode_param.scaling_factor = 2;
114 //This is the dummy parameter .The source color format will be retrieved by reading the jpeg header.
115 change_param.output_format.color_format = IMG_YUV420;
116 //The width and height should not be taken based on the resolution.
117 change_param.output_format.resolution = 0;
118 change_param.output_format.x_length = FV_DSPL_WIDTH;
119 change_param.output_format.y_length = FV_DSPL_HEIGHT;
120
121 //Call the Change Format API to decode/scale and color convert
122 //Decode and Scale the input image.
123
124 ret = imgil_change_format((UINT8*)inputbuffer,size,change_param,&qcif_yuv_tempbuf,mfw_fv_change_format_cb,NULL);
125
126 if(ret == IMG_OK)
127 {
128 TRACE_EVENT("mfw_fv_decode_image---OK");
129 return 1;
130 }
131 else
132 {
133 TRACE_EVENT("mfw_fv_decode_image--FAIL");
134 return 0;
135 }
136 }
137
138
139 /*******************************************************************************
140
141 $Function: mfw_fv_change_format_cb
142
143 $Description: Callback for img_change_format.
144
145 $Returns: None
146
147 $Arguments: Callback Parameter
148
149 *******************************************************************************/
150 static void mfw_fv_change_format_cb(void *parameter)
151 {
152 T_IMG_RETURN ret;
153 T_IMG_COLORCONV_PARAM color_param;
154 UBYTE color_format;
155
156 TRACE_EVENT("mfw_fv_change_format_cb()");
157 color_param.actWidht = qcif_yuv_tempbuf.width;
158 color_param.actHeight = qcif_yuv_tempbuf.height;
159 color_param.srcClrFfmt =qcif_yuv_tempbuf.color_format;
160 color_param.numBytes = 0;
161 color_param.destClrFmt = IMG_RGB565 ;
162
163 //Call the Color Conversion API
164 memset(qcif_rgb_array,0,sizeof(qcif_rgb_array));
165 imgil_color_convert(&qcif_yuv_tempbuf,color_param,qcif_rgb_array,mfw_fv_color_convert_cb);
166 }
167
168 /*******************************************************************************
169
170 $Function: mfw_fv_color_convert_cb
171
172 $Description: Callback for imgil_color_convert API.
173
174 $Returns: None
175
176 $Arguments: Callback Parameter
177
178 *******************************************************************************/
179 static void mfw_fv_color_convert_cb(void *parameter)
180 {
181 TRACE_EVENT("mfw_fv_color_convert_cb()");
182 //Draw the image on the LCD
183 mfw_fv_display_image_in_center(qcif_yuv_tempbuf.width,qcif_yuv_tempbuf.height, qcif_rgb_array,0,0x05,FV_DSPL_WIDTH,FV_DSPL_HEIGHT);
184 }
185
186 /*******************************************************************************
187
188 $Function: mfw_fv_zoom_image
189
190 $Description: zoom the jpeg image
191
192 $Returns: Status
193
194 $Arguments:None
195
196
197 *******************************************************************************/
198
199 SHORT mfw_fv_zoom_image()
200 {
201 T_IMG_SCALE_PARAM scale_param;
202 T_IMG_RETURN ret;
203
204 TRACE_FUNCTION("mfw_fv_zoom_image");
205
206 qcif_process_buffer.lum = qcif_yuv_process_lum;
207 qcif_process_buffer.cb = qcif_yuv_process_cb;
208 qcif_process_buffer.cr = qcif_yuv_process_cr;
209 qcif_process_buffer.width =0;
210 qcif_process_buffer.height=0;
211
212 scale_param.srcClrFmt = qcif_yuv_tempbuf.color_format;
213
214 //Set the Zoom Parameters
215 if(zoom_flag == FV_ZOOM_OUT)
216 {
217 //Zoom out the complete image to a smaller size
218 scale_param.x_offset = 0 ;
219 scale_param.y_offset = 0;
220 scale_param.cropWidth = qcif_yuv_tempbuf.width ;
221 scale_param.cropHeight = qcif_yuv_tempbuf.height;
222 qcif_process_buffer.width = qcif_yuv_tempbuf.width - MFW_ZOOM_WIDTH_DELTA;
223 qcif_process_buffer.height = qcif_yuv_tempbuf.height - MFW_ZOOM_HEIGHT_DELTA;
224
225 }
226 else //FV_ZOOM_IN
227 {
228 //Zoom out the central portion of the image to the display width and height
229 scale_param.x_offset=MFW_ZOOM_WIDTH_DELTA ;
230 scale_param.y_offset=MFW_ZOOM_HEIGHT_DELTA;
231 scale_param.cropWidth=qcif_yuv_tempbuf.width - 2 * MFW_ZOOM_WIDTH_DELTA;
232 scale_param.cropHeight=qcif_yuv_tempbuf.height - 2 * MFW_ZOOM_HEIGHT_DELTA;
233 qcif_process_buffer.width = FV_DSPL_WIDTH;
234 qcif_process_buffer.height = FV_DSPL_HEIGHT;
235
236 }
237
238 //Call the Scaling API to zoom in or out based on the scaling parameters
239 memset(qcif_yuv_process_lum,0,sizeof(qcif_yuv_process_lum));
240 memset(qcif_yuv_process_cb,0,sizeof(qcif_yuv_process_cb));
241 memset(qcif_yuv_process_cr,0,sizeof(qcif_yuv_process_cr));
242 ret = imgil_scale(&qcif_yuv_tempbuf,scale_param,&qcif_process_buffer,mfw_fv_zoom_cb);
243 return 1;
244 }
245
246 /*******************************************************************************
247
248 $Function: mfw_fv_zoom_cb
249
250 $Description: Callback function for imgil_scale
251
252 $Returns: None
253
254 $Arguments: Callback Parameter
255
256 *******************************************************************************/
257 static void mfw_fv_zoom_cb(void *parameter)
258 {
259
260 T_IMG_COLORCONV_PARAM color_param;
261
262 TRACE_EVENT("mfw_fv_zoom_cb()");
263
264 //Set the color conversion parameters
265 color_param.actWidht = qcif_process_buffer.width;
266 color_param.actHeight =qcif_process_buffer.height ;
267 color_param.srcClrFfmt = qcif_yuv_tempbuf.color_format;
268 color_param.numBytes = 0;
269 color_param.destClrFmt = IMG_RGB565 ;
270
271 memset(rgb_img_process_array,0,sizeof(rgb_img_process_array));
272 //Call the Color Conversion API
273 imgil_color_convert(&qcif_process_buffer,color_param,rgb_img_process_array,mfw_fv_process_cb);
274 }
275
276 /*******************************************************************************
277
278 $Function: mfw_fv_process_cb
279
280 $Description: Callback for imgil_color_convert API while zooming and rotating
281
282 $Returns: None
283
284 $Arguments: Callback Parameter
285
286 *******************************************************************************/
287 static void mfw_fv_process_cb(void *parameter)
288 {
289 TRACE_EVENT("mfw_fv_process_cb()");
290
291 //Draw the image on the LCD
292 mfw_fv_display_image_in_center(qcif_process_buffer.width,qcif_process_buffer.height,rgb_img_process_array,0,BMP_FORMAT_16BIT_LCD_COMPRESSED_COLOUR,FV_DSPL_WIDTH,FV_DSPL_HEIGHT);
293
294 if( rotate_flag == FV_ROTATE_90 || rotate_flag == FV_ROTATE_270)
295 {
296 //Unset the flag
297 rotate_flag = FV_ROTATE_360;
298 }
299 else if(zoom_flag == FV_ZOOM_OUT || zoom_flag == FV_ZOOM_IN)
300 {
301 //Unset the flag
302 zoom_flag = FV_NO_ZOOM;
303 }
304 }
305
306 /*******************************************************************************
307
308 $Function: mfw_fv_rotate_image
309
310 $Description: Rotate the jpeg image
311
312 $Returns: Status
313
314 $Arguments: None
315
316
317 *******************************************************************************/
318
319 SHORT mfw_fv_rotate_image()
320 {
321 T_IMG_ROTATION_PARAM rotate_param;
322 T_IMG_RETURN ret;
323
324 TRACE_FUNCTION("mfw_fv_rotate_image");
325
326 qcif_process_buffer.lum = qcif_yuv_process_lum;
327 qcif_process_buffer.cb = qcif_yuv_process_cb;
328 qcif_process_buffer.cr = qcif_yuv_process_cr;
329 qcif_process_buffer.width =qcif_yuv_tempbuf.width;
330 qcif_process_buffer.height=qcif_yuv_tempbuf.height;
331
332 //Set the Rotate Parameters
333 if(rotate_flag == FV_ROTATE_90)
334 {
335 rotate_param.rotate_flag = 1 ;
336 }
337 else if(rotate_flag == FV_ROTATE_180)
338 {
339 rotate_param.rotate_flag = 2 ;
340 }
341 else if(rotate_flag == FV_ROTATE_270)
342 {
343 rotate_param.rotate_flag = 3 ;
344 }
345
346 rotate_param.srcClrFmt = qcif_yuv_tempbuf.color_format;
347
348 memset(qcif_yuv_process_lum,0,sizeof(qcif_yuv_process_lum));
349 memset(qcif_yuv_process_cb,0,sizeof(qcif_yuv_process_cb));
350 memset(qcif_yuv_process_cr,0,sizeof(qcif_yuv_process_cr));
351 //Call the Rotate API to rotate by the set degree
352 ret = imgil_rotate(&qcif_yuv_tempbuf,rotate_param,&qcif_process_buffer,mfw_fv_rotate_cb);
353 return 1;
354 }
355
356
357 /*******************************************************************************
358
359 $Function: mfw_fv_rotate_cb
360
361 $Description: Callback function for imgil_roate
362
363 $Returns: None
364
365 $Arguments: Callback Parameter
366
367 *******************************************************************************/
368 static void mfw_fv_rotate_cb(void *parameter)
369 {
370 T_IMG_COLORCONV_PARAM color_param;
371
372 TRACE_EVENT("mfw_fv_rotate_cb()");
373
374 //Set the Color Conversion Parameters
375 color_param.actWidht = qcif_process_buffer.width;
376 color_param.actHeight = qcif_process_buffer.height;
377 color_param.actWidht = qcif_process_buffer.width;
378 color_param.actHeight = qcif_process_buffer.height;
379 color_param.srcClrFfmt =qcif_yuv_tempbuf.color_format;
380 color_param.numBytes = 0;
381 color_param.destClrFmt = IMG_RGB565 ;
382
383 memset(rgb_img_process_array,0,sizeof(rgb_img_process_array));
384 //Call the color Conversion API
385 imgil_color_convert(&qcif_process_buffer,color_param,rgb_img_process_array,mfw_fv_process_cb);
386 }
387
388 /*******************************************************************************
389
390 $Function: mfw_fv_init
391
392 $Description: This function initialises the imgil interface.
393
394 $Returns: None
395
396 $Arguments: None
397
398 *******************************************************************************/
399 void mfw_fv_init(void)
400 {
401 TRACE_EVENT("mfw_fv_init()");
402 // Initialize IMGIL interface.
403 if (imgil_init() != RV_OK)
404 {
405 // @todo : use correct return code for error cases !
406 return ;
407 }
408 }
409
410 /*******************************************************************************
411
412 $Function: mfw_fv_exit
413
414 $Description: This function will tidy up any resources used by the Mfw FileViewer Module
415 on Power Down
416
417 $Returns: None
418
419 $Arguments: None
420
421 *******************************************************************************/
422 void mfw_fv_exit(void)
423 {
424 TRACE_EVENT("mfw_fv_exit()");
425 /* nothing to do here... RAM will be automatically cleaned, and the flash wasn't modified */
426 }
427
428 /***********************************************************************************************************************
429 $Function: mfw_fv_display_image_in_center
430
431 $Description: This function will display the image in the center
432
433 $Returns: None
434
435 $Arguments: None
436
437 ***********************************************************************************************************************/
438 GLOBAL UBYTE mfw_fv_display_image_in_center(
439 USHORT in_Width,
440 USHORT in_Height,
441 void * in_BmpPtr,
442 USHORT in_index,
443 int bmpFormat,
444 USHORT dsplWidth,
445 USHORT dsplHeight)
446 {
447 int x_offset,y_offset;
448 x_offset = (dsplWidth - in_Width) / 2 ;
449 y_offset = (dsplHeight- in_Height) / 2 ;
450
451 TRACE_EVENT_P2("width and height are %d ---%d",in_Width,in_Height);
452 TRACE_EVENT_P2("x and y offset are %d ---%d",x_offset,y_offset);
453
454 if(zoom_flag == FV_ZOOM_OUT)
455 {
456 dspl_BitBlt2(x_offset,11,in_Width,in_Height,in_BmpPtr,in_index,bmpFormat);
457 //Oct 06, 2005 REF: SPR 34560 xdeepadh
458 //Screen updation will be performed , soon after the decoding/color conversion
459 //of the image is completed.
460 dspl_Enable(1);
461 }
462 else
463 {
464 #if 0
465 if(in_Height < dsplHeight)
466 {
467 TRACE_EVENT("The height is lesser ");
468
469 dspl_BitBlt2(x_offset,11,in_Width,in_Height,in_BmpPtr,in_index,bmpFormat);
470 }
471 else
472 {
473 #endif
474 dspl_BitBlt2(x_offset,0,in_Width,in_Height,in_BmpPtr,in_index,bmpFormat);
475 //Oct 06, 2005 REF: SPR 34560 xdeepadh
476 //Screen updation will be performed , soon after the decoding/color conversion
477 //of the image is completed.
478 dspl_Enable(1);
479 }
480 return 1;
481 }
482
483
484