2147483647) $top = $top - 4294967296; //this makes the number signed instead of unsigned if($bottom!=0) $data=$top/$bottom; else if($top==0) $data = 0; else $data=$top."/".$bottom; if(($tag=="011a" || $tag=="011b") && $bottom==1) { //XResolution YResolution $data=$top." dots per ResolutionUnit"; } else if($tag=="829a") { //Exposure Time if($top/10 == 1) $data="1/".round($bottom/10, 0)." sec"; else $data=$top."/".$bottom." sec"; } else if($tag=="829d") { //FNumber $data="f ".$data; } else if($tag=="9204") { //ExposureBiasValue $data=$data." EV"; } else if($tag=="9205" || $tag=="9202") { //ApertureValue and MaxApertureValue //ApertureValue is given in the APEX Mode. Many thanks to Matthieu Froment for this code //The formula is : Aperture = 2*log2(FNumber) <=> FNumber = e((Aperture.ln(2))/2) $data = exp(($data*log(2))/2); $data = round($data, 1);//Focal is given with a precision of 1 digit. $data="f ".$data; } else if($tag=="920a") { //FocalLength $data=$data." mm"; } else if($tag=="9201") { //ShutterSpeedValue // The ShutterSpeedValue is given in the APEX mode. Many thanks to Matthieu Froment for this code // The formula is : Shutter = - log2(exposureTime) (Appendix C of EXIF spec.) // Where shutter is in APEX, log2(exposure) = ln(exposure)/ln(2) // So final formula is : exposure = exp(-ln(2).shutter) // The formula can be developed : exposure = 1/(exp(ln(2).shutter)) $data = exp($data * log(2)); if ($data > 1) $data = floor($data); //Drop the decimal. if ($data > 0) { $data = 1/$data; //Final calculation. We now have a floating number. Transform it in a pretty number $n=0;$d=0; ConvertToFraction($data, $n, $d); if ($n>=1 && $d==1) $data = $n." sec"; //To avoid exposure times style 3/1 sec. else $data = $n."/".$d." sec"; } else { $data = "Bulb"; } } } else if($type=="USHORT" || $type=="SSHORT" || $type=="ULONG" || $type=="SLONG" || $type=="FLOAT" || $type=="DOUBLE") { $data = bin2hex($data); if($intel==1) $data = intel2Moto($data); if($intel==0 && ($type=="USHORT" || $type=="SSHORT")) $data = substr($data,0,4); $data=hexdec($data); if($type=="SSHORT" && $data>32767) $data = $data - 65536; //this makes the number signed instead of unsigned if($type=="SLONG" && $data>2147483647) $data = $data - 4294967296; //this makes the number signed instead of unsigned if($tag=="0112") { //Orientation if($data==1) $data = "Normal (O deg)"; if($data==2) $data = "Mirrored"; if($data==3) $data = "Upsidedown"; if($data==4) $data = "Upsidedown Mirrored"; if($data==5) $data = "90 deg CW Mirrored"; if($data==6) $data = "90 deg CCW"; if($data==7) $data = "90 deg CCW Mirrored"; if($data==8) $data = "90 deg CW"; } else if($tag=="0128" || $tag=="a210" || $tag=="0128") { //ResolutionUnit and FocalPlaneResolutionUnit and ThumbnailResolutionUnit if($data==1) $data = "No Unit"; if($data==2) $data = "Inch"; if($data==3) $data = "Centimeter"; } else if($tag=="0213") { //YCbCrPositioning if($data==1) $data = "Center of Pixel Array"; if($data==2) $data = "Datum Point"; } else if($tag=="8822") { //ExposureProgram if($data==1) $data = "Manual"; else if($data==2) $data = "Program"; else if($data==3) $data = "Aperature Priority"; else if($data==4) $data = "Shutter Priority"; else if($data==5) $data = "Program Creative"; else if($data==6) $data = "Program Action"; else if($data==7) $data = "Portrat"; else if($data==8) $data = "Landscape"; else $data = "Unknown: ".$data; } else if($tag=="9207") { //MeteringMode if($data==0) $data = "Unknown"; else if($data==1) $data = "Average"; else if($data==2) $data = "Center Weighted Average"; else if($data==3) $data = "Spot"; else if($data==4) $data = "Multi-Spot"; else if($data==5) $data = "Multi-Segment"; else if($data==6) $data = "Partial"; else if($data==255) $data = "Other"; else $data = "Unknown: ".$data; } else if($tag=="9208") { //LightSource if($data==0) $data = "Unknown or Auto"; else if($data==1) $data = "Daylight"; else if($data==2) $data = "Flourescent"; else if($data==3) $data = "Tungsten"; else if($data==10) $data = "Flash"; else if($data==17) $data = "Standard Light A"; else if($data==18) $data = "Standard Light B"; else if($data==19) $data = "Standard Light C"; else if($data==20) $data = "D55"; else if($data==21) $data = "D65"; else if($data==22) $data = "D75"; else if($data==255) $data = "Other"; else $data = "Unknown: ".$data; } else if($tag=="9209") { //Flash if($data==0) $data = "No Flash"; else if($data==1) $data = "Flash"; else if($data==5) $data = "Flash, strobe return light not detected"; else if($data==7) $data = "Flash, strob return light detected"; else if($data==9) $data = "Compulsory Flash"; else if($data==13) $data = "Compulsory Flash, Return light not detected"; else if($data==15) $data = "Compulsory Flash, Return light detected"; else if($data==16) $data = "No Flash"; else if($data==24) $data = "No Flash"; else if($data==25) $data = "Flash, Auto-Mode"; else if($data==29) $data = "Flash, Auto-Mode, Return light not detected"; else if($data==31) $data = "Flash, Auto-Mode, Return light detected"; else if($data==32) $data = "No Flash"; else if($data==65) $data = "Red Eye"; else if($data==69) $data = "Red Eye, Return light not detected"; else if($data==71) $data = "Red Eye, Return light detected"; else if($data==73) $data = "Red Eye, Compulsory Flash"; else if($data==77) $data = "Red Eye, Compulsory Flash, Return light not detected"; else if($data==79) $data = "Red Eye, Compulsory Flash, Return light detected"; else if($data==89) $data = "Red Eye, Auto-Mode"; else if($data==93) $data = "Red Eye, Auto-Mode, Return light not detected"; else if($data==95) $data = "Red Eye, Auto-Mode, Return light detected"; else $data = "Unknown: ".$data; } else if($tag=="a001") { //ColorSpace if($data==1) $data = "sRGB"; else $data = "Uncalibrated"; } else if($tag=="a002" || $tag=="a003") { //ExifImageWidth/Height $data = $data. " pixels"; } else if($tag=="0103") { //Compression if($data==1) $data = "No Compression"; else if($data==6) $data = "Jpeg Compression"; else $data = "Unknown: ".$data; } else if($tag=="a217") { //SensingMethod if($data==1) $data = "Not defined"; if($data==2) $data = "One Chip Color Area Sensor"; if($data==3) $data = "Two Chip Color Area Sensor"; if($data==4) $data = "Three Chip Color Area Sensor"; if($data==5) $data = "Color Sequential Area Sensor"; if($data==7) $data = "Trilinear Sensor"; if($data==8) $data = "Color Sequential Linear Sensor"; else $data = "Unknown: ".$data; } else if($tag=="0106") { //PhotometricInterpretation if($data==1) $data = "Monochrome"; else if($data==2) $data = "RGB"; else if($data==6) $data = "YCbCr"; else $data = "Unknown: ".$data; } } else if($type=="UNDEFINED") { if($tag=="9000" || $tag=="a000" || $tag=="0002") { //ExifVersion,FlashPixVersion,InteroperabilityVersion $data="version ".$data/100; } if($tag=="a300") { //FileSource $data = bin2hex($data); $data = str_replace("00","",$data); $data = str_replace("03","Digital Still Camera",$data); } if($tag=="a301") { //SceneType $data = bin2hex($data); $data = str_replace("00","",$data); $data = str_replace("01","Directly Photographed",$data); } if($tag=="9101") { //ComponentsConfiguration $data = bin2hex($data); $data = str_replace("01","Y",$data); $data = str_replace("02","Cb",$data); $data = str_replace("03","Cr",$data); $data = str_replace("04","R",$data); $data = str_replace("05","G",$data); $data = str_replace("06","B",$data); $data = str_replace("00","",$data); } } else { $data = bin2hex($data); if($intel==1) $data = intel2Moto($data); } return $data; } //================================================================================================ //================================================================================================ // Reads one standard IFD entry //================================================================================================ //================================================================================================ function read_entry(&$result,$in,$seek,$intel,$ifd_name,$globalOffset) { if(feof($in)) { //test to make sure we can still read. $result['Errors'] = $result['Errors']+1; return; } //2 byte tag $tag = bin2hex(fread( $in, 2 )); if($intel==1) $tag = intel2Moto($tag); $tag_name = lookup_tag($tag); //2 byte datatype $type = bin2hex(fread( $in, 2 )); if($intel==1) $type = intel2Moto($type); lookup_type($type,$size); //4 byte number of elements $count = bin2hex(fread( $in, 4 )); if($intel==1) $count = intel2Moto($count); $bytesofdata = $size*hexdec($count); //4 byte value or pointer to value if larger than 4 bytes $value = fread( $in, 4 ); if($bytesofdata<=4) { //if datatype is 4 bytes or less, its the value $data = $value; } else if($bytesofdata<100000) { //otherwise its a pointer to the value, so lets go get it $value = bin2hex($value); if($intel==1) $value = intel2Moto($value); $v = fseek($seek,$globalOffset+hexdec($value)); //offsets are from TIFF header which is 12 bytes from the start of the file if($v==0) { $data = fread($seek, $bytesofdata); } else if($v==-1) { $result['Errors'] = $result['Errors']+1; } } else { //bytesofdata was too big, so the exif had an error $result['Errors'] = $result['Errors']+1; return; } if($tag_name=="MakerNote") { //if its a maker tag, we need to parse this specially $make = $result['IFD0']['Make']; if($result['VerboseOutput']==1) { $result[$ifd_name]['MakerNote']['RawData'] = $data; } if(eregi("NIKON",$make)) { require_once('makers/nikon.php'); parseNikon($data,$result); $result[$ifd_name]['KnownMaker'] = 1; } else if(eregi("OLYMPUS",$make)) { require_once('makers/olympus.php'); parseOlympus($data,$result,$seek,$globalOffset); $result[$ifd_name]['KnownMaker'] = 1; } else if(eregi("Canon",$make)) { require_once('makers/canon.php'); parseCanon($data,$result,$seek,$globalOffset); $result[$ifd_name]['KnownMaker'] = 1; } else if(eregi("FUJIFILM",$make)) { require_once('makers/fujifilm.php'); parseFujifilm($data,$result); $result[$ifd_name]['KnownMaker'] = 1; } else if(eregi("SANYO",$make)) { require_once('makers/sanyo.php'); parseSanyo($data,$result,$seek,$globalOffset); $result[$ifd_name]['KnownMaker'] = 1; } else { $result[$ifd_name]['KnownMaker'] = 0; } } else if($tag_name=="GPSInfoOffset") { require_once('makers/gps.php'); $formated_data = formatData($type,$tag,$intel,$data); $result[$ifd_name]['GPSInfo'] = $formated_data; parseGPS($data,$result,$formated_data,$seek,$globalOffset); } else { //Format the data depending on the type and tag $formated_data = formatData($type,$tag,$intel,$data); $result[$ifd_name][$tag_name] = $formated_data; if($result['VerboseOutput']==1) { if($type=="URATIONAL" || $type=="SRATIONAL" || $type=="USHORT" || $type=="SSHORT" || $type=="ULONG" || $type=="SLONG" || $type=="FLOAT" || $type=="DOUBLE") { $data = bin2hex($data); if($intel==1) $data = intel2Moto($data); } $result[$ifd_name][$tag_name."_Verbose"]['RawData'] = $data; $result[$ifd_name][$tag_name."_Verbose"]['Type'] = $type; $result[$ifd_name][$tag_name."_Verbose"]['Bytes'] = $bytesofdata; } } } //================================================================================================ //================================================================================================ // Pass in a file and this reads the EXIF data // // Usefull resources // http://www.ba.wakwak.com/~tsuruzoh/Computer/Digicams/exif-e.html // http://www.w3.org/Graphics/JPEG/jfif.txt // http://exif.org/ // http://www.ozhiker.com/electronics/pjmt/library/list_contents.php4 // http://www.ozhiker.com/electronics/pjmt/jpeg_info/makernotes.html // http://pel.sourceforge.net/ // http://us2.php.net/manual/en/function.exif-read-data.php //================================================================================================ //================================================================================================ function read_exif_data_raw($path,$verbose) { if($path=='' || $path=='none') return; $in = @fopen($path, "rb"); //the b is for windows machines to open in binary mode $seek = @fopen($path, "rb"); //There may be an elegant way to do this with one file handle. $globalOffset = 0; if(!isset($verbose)) $verbose=0; $result['VerboseOutput'] = $verbose; $result['Errors'] = 0; if(!$in || !$seek) { //if the path was invalid, this error will catch it $result['Errors'] = 1; $result['Error'][$result['Errors']] = "The file could not be found."; return $result; } //First 2 bytes of JPEG are 0xFFD8 $data = bin2hex(fread( $in, 2 )); if($data=="ffd8") { $result['ValidJpeg'] = 1; } else { $result['ValidJpeg'] = 0; fclose($in); fclose($seek); return $result; } $result['ValidIPTCData'] = 0; $result['ValidJFIFData'] = 0; $result['ValidEXIFData'] = 0; $result['ValidAPP2Data'] = 0; $result['ValidCOMData'] = 0; //Next 2 bytes are MARKER tag (0xFFE#) $data = bin2hex(fread( $in, 2 )); $size = bin2hex(fread( $in, 2 )); //LOOP THROUGH MARKERS TILL YOU GET TO FFE1 (exif marker) while(!feof($in) && $data!="ffe1" && $data!="ffc0" && $data!="ffd9") { if($data=="ffe0") { //JFIF Marker $result['ValidJFIFData'] = 1; $result['JFIF']['Size'] = hexdec($size); if(hexdec($size)-2 > 0) { $data = fread( $in, hexdec($size)-2); $result['JFIF']['Data'] = $data; } $result['JFIF']['Identifier'] = substr($data,0,5);; $result['JFIF']['ExtensionCode'] = bin2hex(substr($data,6,1)); $globalOffset+=hexdec($size)+2; } else if($data=="ffed") { //IPTC Marker $result['ValidIPTCData'] = 1; $result['IPTC']['Size'] = hexdec($size); if(hexdec($size)-2 > 0) { $data = fread( $in, hexdec($size)-2); $result['IPTC']['Data'] = $data ; } $globalOffset+=hexdec($size)+2; } else if($data=="ffe2") { //EXIF extension Marker $result['ValidAPP2Data'] = 1; $result['APP2']['Size'] = hexdec($size); if(hexdec($size)-2 > 0) { $data = fread( $in, hexdec($size)-2); $result['APP2']['Data'] = $data ; } $globalOffset+=hexdec($size)+2; } else if($data=="fffe") { //COM extension Marker $result['ValidCOMData'] = 1; $result['COM']['Size'] = hexdec($size); if(hexdec($size)-2 > 0) { $data = fread( $in, hexdec($size)-2); $result['COM']['Data'] = $data ; } $globalOffset+=hexdec($size)+2; } else if($data=="ffe1") { $result['ValidEXIFData'] = 1; } $data = bin2hex(fread( $in, 2 )); $size = bin2hex(fread( $in, 2 )); } //END MARKER LOOP if($data=="ffe1") { $result['ValidEXIFData'] = 1; } else { fclose($in); fclose($seek); return $result; } //Size of APP1 $result['APP1Size'] = hexdec($size); //Start of APP1 block starts with "Exif" header (6 bytes) $header = fread( $in, 6 ); //Then theres a TIFF header with 2 bytes of endieness (II or MM) $header = fread( $in, 2 ); if($header==="II") { $intel=1; $result['Endien'] = "Intel"; } else if($header==="MM") { $intel=0; $result['Endien'] = "Motorola"; } else { $intel=1; //not sure what the default should be, but this seems reasonable $result['Endien'] = "Unknown"; } //2 bytes of 0x002a $tag = bin2hex(fread( $in, 2 )); //Then 4 bytes of offset to IFD0 (usually 8 which includes all 8 bytes of TIFF header) $offset = bin2hex(fread( $in, 4 )); if($intel==1) $offset = intel2Moto($offset); // Check for extremely large values here if(hexdec($offset) > 100000) { $result['ValidEXIFData'] = 0; fclose($in); fclose($seek); return $result; } if(hexdec($offset)>8) $unknown = fread( $in, hexdec($offset)-8); //fixed this bug in 1.3 //add 12 to the offset to account for TIFF header $globalOffset+=12; //===========================================================Start of IFD0 $num = bin2hex(fread( $in, 2 )); if($intel==1) $num = intel2Moto($num); $num = hexdec($num); $result['IFD0NumTags'] = $num; if($num<1000) { //1000 entries is too much and is probably an error. for($i=0;$i<$num;$i++) { read_entry($result,$in,$seek,$intel,"IFD0",$globalOffset); } } else { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Illegal size for IFD0"; } //store offset to IFD1 $offset = bin2hex(fread( $in, 4 )); if($intel==1) $offset = intel2Moto($offset); $result['IFD1Offset'] = hexdec($offset); //Check for SubIFD if(!isset($result['IFD0']['ExifOffset']) || $result['IFD0']['ExifOffset']==0) { fclose($in); fclose($seek); return $result; } //seek to SubIFD (Value of ExifOffset tag) above. $ExitOffset = $result['IFD0']['ExifOffset']; $v = fseek($in,$globalOffset+$ExitOffset); if($v==-1) { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Couldnt Find SubIFD"; } //===========================================================Start of SubIFD $num = bin2hex(fread( $in, 2 )); if($intel==1) $num = intel2Moto($num); $num = hexdec($num); $result['SubIFDNumTags'] = $num; if($num<1000) { //1000 entries is too much and is probably an error. for($i=0;$i<$num;$i++) { read_entry($result,$in,$seek,$intel,"SubIFD",$globalOffset); } } else { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Illegal size for SubIFD"; } //Check for IFD1 if(!isset($result['IFD1Offset']) || $result['IFD1Offset']==0) { fclose($in); fclose($seek); return $result; } //seek to IFD1 $v = fseek($in,$globalOffset+$result['IFD1Offset']); if($v==-1) { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Couldnt Find IFD1"; } //===========================================================Start of IFD1 $num = bin2hex(fread( $in, 2 )); if($intel==1) $num = intel2Moto($num); $num = hexdec($num); $result['IFD1NumTags'] = $num; if($num<1000) { //1000 entries is too much and is probably an error. for($i=0;$i<$num;$i++) { read_entry($result,$in,$seek,$intel,"IFD1",$globalOffset); } } else { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Illegal size for IFD1"; } //if verbose output is on, stick in the thumbnail raw data if($result['VerboseOutput']==1 && $result['IFD1']['JpegIFOffset']>0 && $result['IFD1']['JpegIFByteCount']>0) { $v = fseek($seek,$globalOffset+$result['IFD1']['JpegIFOffset']); if($v==0) { $data = fread($seek, $result['IFD1']['JpegIFByteCount']); } else if($v==-1) { $result['Errors'] = $result['Errors']+1; } $result['IFD1']["ThumbnailData"] = $data; } //Check for Interoperability IFD if(!isset($result['SubIFD']['ExifInteroperabilityOffset']) || $result['SubIFD']['ExifInteroperabilityOffset']==0) { fclose($in); fclose($seek); return $result; } //seek to InteroperabilityIFD $v = fseek($in,$globalOffset+$result['SubIFD']['ExifInteroperabilityOffset']); if($v==-1) { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Couldnt Find InteroperabilityIFD"; } //===========================================================Start of InteroperabilityIFD $num = bin2hex(fread( $in, 2 )); if($intel==1) $num = intel2Moto($num); $num = hexdec($num); $result['InteroperabilityIFDNumTags'] = $num; if($num<1000) { //1000 entries is too much and is probably an error. for($i=0;$i<$num;$i++) { read_entry($result,$in,$seek,$intel,"InteroperabilityIFD",$globalOffset); } } else { $result['Errors'] = $result['Errors']+1; $result['Error'][$result['Errors']] = "Illegal size for InteroperabilityIFD"; } fclose($in); fclose($seek); return $result; } //================================================================================================ //================================================================================================ // Converts a floating point number into a fraction. Many thanks to Matthieu Froment for this code //================================================================================================ //================================================================================================ function ConvertToFraction($v, &$n, &$d) { $MaxTerms = 15; //Limit to prevent infinite loop $MinDivisor = 0.000001; //Limit to prevent divide by zero $MaxError = 0.00000001; //How close is enough $f = $v; //Initialize fraction being converted $n_un = 1; //Initialize fractions with 1/0, 0/1 $d_un = 0; $n_deux = 0; $d_deux = 1; for ($i = 0;$i<$MaxTerms;$i++) { $a = floor($f); //Get next term $f = $f - $a; //Get new divisor $n = $n_un * $a + $n_deux; //Calculate new fraction $d = $d_un * $a + $d_deux; $n_deux = $n_un; //Save last two fractions $d_deux = $d_un; $n_un = $n; $d_un = $d; if ($f < $MinDivisor) //Quit if dividing by zero break; if (abs($v - $n / $d) < $MaxError) break; $f = 1 / $f; //Take reciprocal } } ?> Jure Nastran

Jure Nastran

fotografije

Dec
5

Sulec, kralj voda

Objavljeno v kategoriji Foto

Sulec, kralj voda
Ko se pri ribolovu vse poklopi. MlajÅ¡i, manjÅ¡i brat, manjÅ¡a riba, starejÅ¡i, veÄji brat, veÄja riba.
82 cm in 5.8 kg ter 105 cm in 9.8 kg. Sava, RD Kranj.

Oglej si vse slike »


Pa Å¡e nekaj fotk z ostalih ribolovnih dni.

Petindvajseti oktober 2021

Drugi november 2021

Sedemindvajseti november 2021

Komentarji (0)

Maj
6

Lov Å¡Äuke na Vipavi z Matejem

Objavljeno v kategoriji Foto

Vodostaj je bil ravno pravi, pretok 30 m3/s v upadanju. Å Äuke so prijemale in imela sva lep dan.

Oglej si vse slike »


Dva dni nazaj je bil vodostaj oÄitno previsok (95 m3/s), prijema ni bilo.

Komentarji (0)

Maj
1

Sezona lova Å¡Äuke se zaÄne prvega maja

Objavljeno v kategoriji Foto

Ribolov na reki Vipavi.

Oglej si vse slike »

Komentarji (0)

Feb
14

Lov sulca v sezoni 20/21

Objavljeno v kategoriji Foto

Sulec, kralj voda, ali tako imenovana riba tisoÄerih metov, se lovi od prvega oktobra do 14. februarja. Proti pomladi se namreÄ zaÄne drstiti in takrat se ga ne lovi. Poseljuje donavsko poreÄje, tudi reko Savo.
Lov sulca je zahteven, saj poleg potrebnega znanja, izkuÅ¡enj in opreme botruje lovu zimsko vreme, ki zna biti muhasto, vÄasih pa nas preseneti s soncem in prijetnimi temperaturami.
Spodnje fotografije so nastale v tej sezoni lova v RD Kranj.


27.12.2020

Oglej si vse slike »


30.01.2021
Nov jez pod Tekstilindusom, ki je bil zgrajen lani poleti, Å¡e deluje.

06.02.2021
Lov pod HE MavÄiÄe

13.02.2021
Bil je mrzel, sonÄen dan. Jez je spodkopala voda, ki sedaj teÄe pod njim.

Sezona lova sulca je zakljuÄena. KonÄala se je brez ulova, a z dvema prijemoma, ki sta dobro vidna na fotografijah vabe. Prvi je prijel nad zgornjim trojÄkom, drugi pa nad spodnjim.

Komentarji (0)

Nov
29

Kunec v peÄici

Objavljeno v kategoriji Foto

Marinada: majaron, merlot, sojina omaka, med, ostrigina omaka, ingver, sok limone, grobo mlet poper, brinove jagode.

Oglej si vse slike »


Sestavine za marinado premeÅ¡amo in z njo prelijemo kunca. Po mariniranju damo kunca v pekaÄ in dodamo preostanek marinade. Kunca obložimo z maslom in peÄemo uro in pol v predogreti peÄici na 185 °C. Prvo uro ga vsakih 15 minut obrnemo in polijemo z omako, zadnje pol ure pa ga pokrijemo s folijo.
Vir: BlažKuha

Komentarji (0)

« Previous Entries
Next Entries »

© 2026 Jure Nastran, gostovanje: pokorn.net