void
set_input_layer_translation(INPUT_DESC *input, int x, int y)
{
	// The coordinate system must be adjusted to the MAE internal coordinates
	input->wxd = x;
	input->wyd = y;
	translation_filter_deltaX = (float)(-IMAGE_WIDTH  + input->wxd);
	translation_filter_deltaY = (float)(-IMAGE_HEIGHT + input->wyd);
	move_input_window (input->name, input->wxd, input->wyd);
}
Ejemplo n.º 2
0
NEURON_OUTPUT Move2Mouth (PARAM_LIST *pParamList)
{
	NEURON_OUTPUT output;

	g_nFacePart = MOUTH;
	face_recog.wxd_old = face_recog.wxd;
	face_recog.wyd_old = face_recog.wyd;
	face_recog.wxd = g_nMouthX;
	face_recog.wyd = g_nMouthY;
	move_input_window (face_recog.name, face_recog.wxd, face_recog.wyd);
	
	output.ival = 0;
	return (output);
}
Ejemplo n.º 3
0
NEURON_OUTPUT Move2Nose (PARAM_LIST *pParamList)
{
	NEURON_OUTPUT output;

	g_nFacePart = NOSE;
	face_recog.wxd_old = face_recog.wxd;
	face_recog.wyd_old = face_recog.wyd;
	face_recog.wxd = g_nNoseX;
	face_recog.wyd = g_nNoseY;
	move_input_window (face_recog.name, face_recog.wxd, face_recog.wyd);
	
	output.ival = 0;
	return (output);
}
Ejemplo n.º 4
0
NEURON_OUTPUT Move2Nose2 (PARAM_LIST *pParamList)
{
	NEURON_OUTPUT output;
	int x_disp;
	int y_disp;

	x_disp = pParamList->next->param.ival;
	y_disp = pParamList->next->next->param.ival;

	g_nFacePart = NOSE;
	face_recog.wxd_old = face_recog.wxd;
	face_recog.wyd_old = face_recog.wyd;
	face_recog.wxd = g_nNoseX + x_disp;
	face_recog.wyd = g_nNoseY + y_disp;
	move_input_window (face_recog.name, face_recog.wxd, face_recog.wyd);
	
	output.ival = 0;
	return (output);
}
Ejemplo n.º 5
0
int main( int argc, char ** argv )
{
	g_dict_list_t gdl;
	init_g_dict_list( &gdl );

	printf("正在加载词库...\n");	
	FILE * fp = fopen( CIKU_FILENAME, "rb" );
	if( fp == NULL ) {
		perror("fopen");
		return 1;
	}

	char words_line[1024];
	char explain_line[1024];
	char * ret;
	char * p;

	int len = 0;
	while( !feof( fp ) ) {
		ret = fgets( words_line, sizeof(words_line), fp );
		if( ret == NULL )
			break;

		p = strchr(words_line, '\n');
		*p = '\0';
		len += strlen( words_line );
		ret = fgets( explain_line, sizeof(explain_line), fp );
		if( ret == NULL )
			break;

		p = strchr(explain_line, '\n');
		*p = '\0';
		insert_dict_glist( &gdl, words_line, explain_line ); 	
	}
	printf("cha liao %d ci.\n", gdl.node_num );
	
	printf("加载完毕.\n");
	//traversal_glist( gdl.first_level );
	printf("len = %d\n", len );
	//return 0;

	show_window();	

	char input_buf[ winy ];
	move_input_window();
	int key;
	int input_off = 0;

	left_words_num = winy - 6;
	char left_words[ left_words_num ][MAX_WORDS_LEN];
	char * explain;

	insert_dict_glist( &gdl, "shit", "些特" );

	while( 1 ) {
		key = get_key( 0 );		
		switch( key ) {
			case BACKSPACE:
				if( input_off > 0 ) {
					move_left( 1 );
					putchar( ' ' );
					move_left( 1 );
					input_off --;

					input_buf[ input_off ] = '\0';
					bzero( left_words, sizeof(left_words) );

					search_words( &gdl, input_buf, left_words, &explain );

					show_left_words( input_buf, left_words );
					show_explain( input_buf, explain );
					fflush( NULL );
				}
				break;
			case ESC:
				clear_screen();
				move_xy( 1, 1 );
				exit( 0 );
				break;	
			default:
				if( input_off < winx - 20 ) {
					if( isprint( key ) ) 
						putchar( key );

					input_buf[ input_off ++ ] = key;

					input_buf[ input_off ] = '\0';
					bzero( left_words, sizeof(left_words) );
					search_words( &gdl, input_buf, left_words, &explain );

					show_left_words( input_buf, left_words );
					show_explain( input_buf, explain );
					fflush( NULL );
				}
		}
	}
		
	return 0;
}