int iip_scan::print_all( void )
{
double d_x_reso,
d_y_reso;
if (OK != this->imageinfo_pri_all()) { return NG; }
if (OK != this->imagelayout_pri_all()) { return NG; }
if (OK != this->setupmemxfer_pri_all()) { return NG; }
if (OK != this->imageinfo_get_dp_reso(&d_x_reso,&d_y_reso)) {
return NG;
}
pri_funct_msg_vr( "imageinfo resolution x %.16g y %.16g",
d_x_reso, d_y_reso );
if (OK != this->cap_pri_brightness()) { return NG; }
if (OK != this->cap_pri_contrast()) { return NG; }
if (OK != this->cap_pri_gamma()) { return NG; }
if (OK != this->cap_pri_xresolution()) { return NG; }
if (OK != this->cap_pri_yresolution()) { return NG; }
if (OK != this->cap_pri_indicators()) { return NG; }
if (OK != this->cap_pri_units()) { return NG; }
if (OK != this->cap_pri_xfermech()) { return NG; }
if (OK != this->cap_pri_pixeltype()) { return NG; }
if (OK != this->cap_pri_bitdepth()) { return NG; }
if (OK != this->cap_pri_orientation()) { return NG; }
if (OK != this->cap_pri_threshold()) { return NG; }
/* TWAINスキャナーから読み取った情報 */
pri_funct_msg_vr( "native_resolution x %.16g y %.16g",
this->_d_x_native_resolution,
this->_d_y_native_resolution );
pri_funct_msg_vr( "physical_area x %.16g y %.16g",
this->_d_physical_width,
this->_d_physical_height );
pri_funct_msg_vr( "uicontrollable_sw %ld",
this->_l_uicontrollable_sw );
return OK;
}
void tw_win_l2_dss::_imageinfo_pri( TW_IMAGEINFO *p_tw_imageinfo )
{
TW_FIX32 *p_tw_fix32;
double d_val;
pri_funct_msg_vr(
"------ TW_IMAGEINFO ------" );
pri_funct_msg_vr(
"01/12 type parameter value : description");
p_tw_fix32 = &(p_tw_imageinfo->XResolution);
this->_fix32_to_double( p_tw_fix32, &d_val );
pri_funct_msg_vr(
"02/12 TW_FIX32 XResolution %lf : (While %d,Frac %d)",
d_val, p_tw_fix32->Whole, p_tw_fix32->Frac );
p_tw_fix32 = &(p_tw_imageinfo->YResolution);
this->_fix32_to_double( p_tw_fix32, &d_val );
pri_funct_msg_vr(
"03/12 TW_FIX32 YResolution %lf : (While %d,Frac %d)",
d_val, p_tw_fix32->Whole, p_tw_fix32->Frac );
pri_funct_msg_vr(
"04/12 TW_INT32 ImageWidth %d",
p_tw_imageinfo->ImageWidth );
pri_funct_msg_vr(
"05/12 TW_INT32 ImageLength %d : height",
p_tw_imageinfo->ImageLength );
pri_funct_msg_vr(
"06/12 TW_INT16 SamplesPerPixel %d",
p_tw_imageinfo->SamplesPerPixel );
pri_funct_msg_vr(
"07/12 TW_INT16 BitsPerSample[8] %d %d %d %d %d %d %d %d",
p_tw_imageinfo->BitsPerSample[0],
p_tw_imageinfo->BitsPerSample[1],
p_tw_imageinfo->BitsPerSample[2],
p_tw_imageinfo->BitsPerSample[3],
p_tw_imageinfo->BitsPerSample[4],
p_tw_imageinfo->BitsPerSample[5],
p_tw_imageinfo->BitsPerSample[6],
p_tw_imageinfo->BitsPerSample[7]
);
pri_funct_msg_vr(
"08/12 : Number of bits for each sample" );
pri_funct_msg_vr(
"09/12 TW_INT16 BitsPerPixel %d",
p_tw_imageinfo->BitsPerPixel );
pri_funct_msg_vr(
"10/12 TW_BOOL Planar %d : TRUE is Planar,FALSE is chunky",
p_tw_imageinfo->Planar );
pri_funct_msg_vr(
"11/12 TW_INT16 PixelType %d : TWPT_XXXX",
p_tw_imageinfo->PixelType );
pri_funct_msg_vr(
"12/12 TW_UINT16 Compression %d : TWCP_XXXX",
p_tw_imageinfo->Compression );
}
int iip_opengl_l2data::set_imagedata( iip_canvas *clp_parent )
{
if (ON == this->get_i_mv_sw()) {
pri_funct_msg_vr( "iip_opengl_l2data::set_imagedata(-)" );
}
/*
* 親子接続し、関係を設定する
*/
/* clp_parent - 元画像
+-- cl_iip_prec 精度変換
+-- cl_iip_chan RGB(A)チャンネル表示専用
+-- cl_iip_view OpenGL画像表示機能
*/
this->cl_iip_prec.set_clp_parent( clp_parent );
this->cl_iip_chan.set_clp_parent(
&(this->cl_iip_prec) );
this->cl_iip_view.set_clp_parent(
&(this->cl_iip_prec) );
/*
* 親から子へ画像の大きさをセット
*/
this->cl_iip_prec.set_canvas_size( clp_parent );
/* 以下の精度の場合は、表示用の精度に変更する */
switch(this->cl_iip_prec.cl_ch_info.get_e_ch_num_type()){
case E_CH_NUM_USHRT:
case E_CH_NUM_ULONG:
case E_CH_NUM_DOUBL:
this->cl_iip_prec.cl_ch_info.set_e_ch_num_type(
E_CH_NUM_UCHAR);
break;
case E_CH_NUM_BITBW:
if (ON == this->_i_bw_use_uchar_sw) {
this->cl_iip_prec.cl_ch_info.set_e_ch_num_type(
E_CH_NUM_UCHAR);
}
break;
case E_CH_NUM_EMPTY:
case E_CH_NUM_UCHAR:
default:
break;
}
this->cl_iip_chan.set_canvas_size(
&(this->cl_iip_prec) );
this->cl_iip_view.set_canvas_size(
&(this->cl_iip_prec) );
/* 切抜きエリアを(画像の大きさに)初期設定 */
this->cl_iip_view.set_crop_full_image();
/*
* 画像カンバスの準備(メモリ確保あるいは参照)
*/
if (OK != this->cl_iip_prec.set_canvas()) {
pri_funct_err_bttvr(
"Error : this->cl_iip_prec.set_canvas() returns NG" );
return NG;
}
/* RGB(A)のときだけ、channel毎表示用メモリが必要 */
if (3L <= this->cl_iip_chan.get_l_channels()) {
/* channel毎表示メモリを確保 */
if (OK != this->cl_iip_chan.mem_alloc_canvas()) {
pri_funct_err_bttvr(
"Error : this->cl_iip_chan.mem_alloc_canvas() returns NG" );
return NG;
}
/* channel毎のメモリを表示classへ登録する */
this->cl_iip_view.set_ucp_rrggbbaa(
(unsigned char *)(this->cl_iip_chan.get_vp_canvas())
);
}
/*
this->cl_iip_viewは
this->cl_iip_prec(親)を参照するのみ
*/
this->cl_iip_view.set_vp_reference_canvas(
this->cl_iip_prec.get_vp_canvas()
);
/*
* 画像を作成、あるいは参照
*/
this->cl_iip_prec.exec();
/* RGB(A)のときだけ、channel毎の画像を作成 */
if (3L <= this->cl_iip_chan.get_l_channels()) {
this->_from_uchar_rgbargba_to_rrggbbaa(
(unsigned char *)
this->cl_iip_prec.get_vp_canvas(),
this->cl_iip_prec.get_l_width(),
this->cl_iip_prec.get_l_height(),
this->cl_iip_prec.get_l_channels(),
(unsigned char *)
this->cl_iip_chan.get_vp_canvas()
);
}
return OK;
}
