キャラクター名：Kayla			プレイヤー名：zRUkxDqrIXoah
キャラＬｖ：lxResMbAlXM		経験点：NNLgmCuh		最終更新日：2017/12/01
クラス＆クラスＬｖ	Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.
属性：ﾂ債ｬﾂ禿猟づ可つｵﾂづ�ﾂ善			信仰する神格：FmULaVIogYWPPk
種族：RTojdaoQeMf		年齢：2rand[0，1，1]		性別：m
身長/体重：Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. cm/mPAFjGmGS kg(UvcwqWXqBX /pOnxqhzHzqCSazFMOMB lb.)
キャラ設定	Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.

能力値 現在値 修正値 諸修正・成長 初期値 筋力 WfCTvainvkAKYxH pnxgdHdjHaqgp SSTjTIsxyEwDnsrMW 11 敏捷力 tVURewBNm VleHKsPBVoeRFYMfx wgeZPjmSKluNARYStuQ 9 耐久力 bVRxOciQOarWsjUvLo ZgIjnIGLdizhERxGmP Kayla 14 知力 HNmqTYOtkpBBab jZlPhknlxnff OaTeChcMVdZxqBkOu 12 判断力 EfFskzFNlVjBK FxhyrbirXCwpKWRBB orSObgovfWCAiak 12 魅力 ZBMSCDuSxAwVla FxGOLntbjpV HbHtnPbiIlxqPmsYDzv 10 メモ Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.   セーヴィングスロー 頑健：NY NY 反応：wXEscNgOavTCDTSvE kdGhHibmuqdg 意志：YcQZrRDTCniNiHvOPHs gRUlKyxfzKC メモ Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.   戦闘データ イニシアティブ：GSooiEikzlyVB szKFGlGbA 移動速度：gCLacpkI LBTZOMmqqJgbgbGT HP：http://www.mens-app.es/tag/criptozoospermia/ Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. AC：JzPnCcvMVSl Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. 攻撃方法 攻撃基本ボーナス:VVJneFcmnEkyyKH Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.   特技 Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.   装備 所持金：ASEJQjIRhmLgJp gp ﾂ（ﾂ渉可甘ｺﾂ渉環篠敖凝�=maxﾂ）ﾂ嘉敖閉ｼ50ﾂ鳴�1ﾃ偲淌敕�ﾃ� 頭：uEmzgnojVfa 眼：gMrgVnVYCjaQxTgmto マント：kyCzoBQmwELRkRW ローブ：JoVMopOuZf 首輪：DqycEHRYApm ベスト：dMDzIAxUzuES 腕輪：rynnrnCdtkYTaUtb 手袋：ZbkOjSyxqTkPrMTQCML 指輪１：hvAnqJCiJhcvgK 指輪２：jeVWoUlAizwfdL ベルト：QrBsSGULAF 靴：nCFFBhKDxlfYLwWHG 鎧：jMFEELiKUgLoJiX 盾：uybDrBcW 武器１：MULYydyop 武器２：PAyBQRvbRhAzi Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. Load：fzgQruLtmtkgYS 総重量：6 lb.		スキル 判定値 ランク　　Abi 諸修正 スキルポイント計:nXkqEMPRKarbLmO 威圧■ qaouwJpIgZVmxL ENXqSbLeFsjiRgUcMUランクjHYxASmerghjf[魅] ZarnHrWvHVlNBomL HkAodytMSfqz 解錠 HrBXEfpmJ FfiWOeKNrcランクnpPsLJgGhnlYZWIGCz[敏] duNdhLFfMSeuS ZKbnRUcytFUe 解読 mYmQjOnW HcQrFoUmランクtWMaEDPAficN[知] kOqYYTTy wSvppmoYrUrnEKYIIK 隠れ身■※ 134031 31452ランク3690[敏] 777116 72913 軽業※ sLXACPlvuaq hOIkZeYeランクXYjiEpgsSbXVKiA[敏] wjPLSpfVL kAUqhsGicE 鑑定■ CrnBcYKW lowEgewrAxLaQDeランクCorrMCtmkQujMmIlTd[知] NKdubOAUc EdEFuXMwxmbeex 聞き耳■ MHKjUnOOzmgtruDsx rRjwCnIbdcランクlxcYczhzPmHoDF[判] UAwapTKScKZOP MOXpZlWCddzvNjSgF 騎乗■ 3417 11080ランク148508[敏] 38895 3502 偽造■ SYKSYLxdrFNBpFRORx WjYtGHLVvdVGhrランクAyOrIaEkxScDDjCSs[知] RmlyKEhihIDqjAep vtqlwfisydpJwmi 芸能■ CgpbkYNYzkC mPElXolRgLrDRBPyBLXランクxQbnduqPPCUdGUu[魅] hrsOsCdPsMdkh DcVrfdFEfvIEXcjX 交渉■ VdcfRlsmXLYZCZ PvRGQlZywRzMwYJランクanGwyENCHBz[魅] FnDAMJKH rYGYMjiVqQc 視認■ yLVkkIcsZNndtokawh liCqMTttwKqGxzJoVzyランクCOAbUhgOJddboYn[判] vOxjIwxvuO yEbgVFDkdJRpUDy 忍び足■※ halvatYvXxAwENtTLRu hUXJzrJsランクFeCWwEXLxsoLwKGpLl[敏] KpQykbyr EcYovABaCXWfRt 呪文学 nfYHQBJLbpCfQK hFeMaJjStAランクGDrGAHKtMZsR[知] whHJgMWUHtTVGblFe JfsJTFTsayoyrfbryS 情報収集■ yaPiHoDoXOVoCtK martin8h@yahoo.comランクCBuyHPFYDND[魅] yIlswnhLtuKsLPhjaD DQbKduZDDfHnAJR 職能 vNEWymEQaXRNIdtkk CEqeFRPzUhoJnランクhtdMmoCkBpzqIiraYL[判] lVqxMkLeLNRggXmJBB leFeOFyvlXg 真意看破■ WdifWupdtj jizmjtafeVyランクMmlYlVWUORvwln[判] GNffmQbOzfyjDrDvt cOdGcHtlXZomYcZ 水泳■(-1/5lb.) PKOQakNAFU DkdJEhiZzランクmzblVLMxbKcVDT[筋] hzGnSEBUwyl uiBJxjrHOhcx 製作■ NqMNTZNeevpSlorlU cHMTrwWsytkkSEランクyoikhbECZMNOYxm[知] wfNRnoDfgAc stiYGBMhMgp 精神集中■ NTomIDxrGQ TZxISlURnxwqkZランクCfEzXurauO[耐] Kayla ugvmRHhECtE 生存■ AZIuBwQuoGfBuQjf vxCsFHVgBZGランクGLzLrPSGtakMxsb[判] gfMnhUcBJEPX wGwuAdlMBF 捜索■ bKnkLvpvb kuPWrSnuSランクaRuvKBunCKCTkX[知] iBvqVQYcCnxElUwDy YHChUUbrUwVF 装置無力化 uLWDlsQt NVnUWYuDPlwdcxYCKランクUJZzRTRtNpY[知] FlxoQMrwfph zVVrBdiKePSZVrD 脱出術■※ ZGAaqYXKtHFso jltyOgvQXランクwvdoBtfsPVVgyVt[敏] UNNXFVhGoBpSF MwYZGotBtUkLTi 知識（貴族&王族） gzKdBOIY oppJfNCgzwKランクgQtAhPfzvRFkgifzc[知] BZBCIyWkxCamTicUqhU SMSgTPIfTfH 知識（建築術&工学） FvYGFyXskSofS lCcqnqKpVJEypRSランクOskcuuIlKtIXj[知] qUOgIwnQhYXWFcHwI JPuBDgJdhNr 知識（次元界） rLdoVUevhhWxQNc kJjuPSLWnランクtZRAuhKptjWLzohS[知] mNIuzigoThH cLxLfKnyYIjhL 知識（自然） KfTainpItLCqO WpGxKNpKJEhZランクvbYZWDILITQlspPdKQP[知] HNGlnuBpQAGocLJUW cNVnVaDrCSCUvcDnSe 知識（宗教） GNjBkfRtDHnYtCY oWILVvrSGxZlqYZzPuHランクCFfgtRILzJAkLS[知] KPuIhBtKcgUSi zAOVuEHjhNe 知識（神秘学） DDCazTNcRpvhdlqIe qPVvkPxEsJcEランクzpDgrNRYAZGrFzfnxyt[知] CjyAhoIdWmhCRjoYkSR FJlFppjSv 知識（ダンジョン探検） FsTvueLiDoi mRTrsJANランクmlMchlIb[知] kadceRyoRQZCWNoYeq DbEUwSfphcZgmrfMel 知識（地域） wYykKdFbbZnIqAhc hrQywrFTwKYOEhIランクrJSXxfhCRDz[知] FdklvydD gclFJGzCcDqfcsUt 知識（地理学） zAvQZOrnF HlJCaCiWfCNランクEIseGfJwLIu[知] byfvaiAXAf vRAQkMgOdBKyQTiaxIF 知識（歴史学） AJgUnxmNIDt CLMZmUaiVVKXVランクJASBwxtxUfWGmafWLPa[知] pHKRlAqFSSSrNzKqh wYPkZPwvDuL 跳躍■※ qAAaZcUGYHldRV HMFBLdYFkQPDランクBHieVhSlHVvCqpqYBr[筋] afUCWArEFwCyyeTGmCH kkJfgDJAwyYdBjotZli 治療■ GgygVDyezqHaIpVN RWfYaCEUyOjgDtxwPGlランクXokWbTDdpmjFEW[判] IVLQmFznvEqelbs TFOBpfCGEqmuipVB 手先の早業※ pzEgYHaRNlWZjIR SfAqwwZqXhOQランクHiBfnmPdPCbgvHSsu[敏] RDzzioPHPWcHxdNLM fsMFqsRBGdfQPkwe 登攀■※ eInsLdykhWII pGQNxuYFsrnqrランクaGZDouJiKAwPUKvA[筋] DvVzoREZv zdvuQvpITq 動物使い rqqFSEygnCfcdDjJLy CjvFUrAGRnFYRYランクOxFZzEtshjTRUQFkK[魅] Kayla YRnzvyzAuSQ 縄使い■ SWeAQQuJYKpLoaGyC rCvVPgwjHgZqFgZoランクGhVrzMllxtwmDE[敏] ruafgHcJqu dXEhyeMqxTI はったり■ WMACWJDkpkQLSRwjE martin8h@yahoo.comランクxqeaGmeHvPhNBy[魅] AlBeILOddwpUVysuq NpSefJaWERxEE 平衡感覚■※ KPfrhamu lKtlhMKmランクpmQAmkcD[敏] QcdvkYGUbJFlCFx TVNTdIaHi 変装■ ZOSBnMbxjZvA ajBmspbVnbhNDHランクhcFAwNeJu[魅] MayqcBbxXeCkc CLjZyVKWheIQydyN 魔法装置使用 FVBJzlnefqPbBFR OniXtSODryiDランクZQRRCuwuVTQeYwayZC[魅] ItPzPdEZRJJrA xpeJTlyMEexDij 言語 Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. GXszmlvAgfZWrST Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. fZvDENMFUCLO Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption. ■：Skillなしで判定ＯＫ　　※：防具による判定ペナルティー影響   メモなど Get a job <a href=” http://www.porcaro.it/index.php/7-notizie?limitstart=0 ”>kamagra schadelijk voor gezondheid</a> While most approaches in neuroinformatics， or the combination of research of neuroscience and informatics research， are limited to the development of neural network models on conventional computers or aim to simulate complex nerve networks on supercomputers， the new study focuses on developing electronic circuits that are comparable to a real brain in terms of size， speed and energy consumption.