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https://w.atwiki.jp/nekonomike/pages/496.html
#blognavi Olsen Twin Confuses Us オルセン双子は、我々を混同します If you like a good crossword puzzle or a bit of Sudoku, then you re going to love this... あなたが良いクロスワードパズルまたはわずかなSudokuが好きならば、あなたはこれが好きなことになります... It s a game of guess the Olsen twin. オルセンが双子を産むことは、推測のゲームです。 Now, these two lasses are identical twins - but (some of us) here at Showbiz HQ were always able to tell them apart because of their hair colours. 現在、これらの2人の少女は、一卵性双生児です - しかし、Showbiz司令部で彼らの髪色のため、離れて彼らに言うことがここで常にできました（我々の何人か）。 One twin was blonde - the other brunette. Simple. 1人の双子はブロンドでした - 他のブルネット。単純な。 However, in a minxy little move, the blonde Olsen has only gone and dyed her hair brown. しかし、minxy小さい動きにおいて、ブロンドのオルセンは、行って、彼女の髪を茶色に染めるだけでした。 d**n it. d**nは、それです。 The other Olsen twin 他のオルセン双子 Not only do we think she looks better as a brunette, but she s now just made our lives a little trickier. だけでなく我々が、彼女がブルネットとしてよりよく見える、しかし、彼女が今はちょうど今我々の命を少しより慎重を要するようにした思う。 d**n it again. d**nは、再びそれです。 Still, with a bit a Hercule Poirot cunning (without the tache of course) we worked out that the top pic is the newly brown twin because of that thread around her wrist. しかし、少しエルキュールポアロ狡猾さ（『コースの傷なしで）で、我々は一番上の写真が彼女の手首のあたりのその糸のため、新しく茶色の双子であることをもたらしました。 Seriously, we re wasted doing showbiz journalism... まじめな話、我々はショービジネスジャーナリズムをして無駄にされます... photo Viktor Rolf Celebrates The Launch of Their Collection for H M ビクトルとルドルフはH Mのための彼らのコレクションの開始を祝う カテゴリ [Olsen News] - trackback- 2006年10月29日 14 11 04 #blognavi
https://w.atwiki.jp/gametext/pages/37.html
編集 烈焔戦紀 Embergarde http //kultur2.blog.fc2.com/blog-entry-2700.html -... Lost Ark http //kultur2.blog.fc2.com/blog-entry-2558.html -... Zombies Monsters Robots http //zmr.enmasse.com/ http //www.hazardops.com/en/ -... Hazard Ops Asura Online http //mmohuts.com/review/asura-online -... MBA - Metal Black Alternative http //kultur2.blog.fc2.com/blog-entry-1877.html -... The Repopulation -... Pathfinder Online パスファインダーオンライン http //kultur2.blog.fc2.com/blog-entry-1666.html -... 天諭 http //kultur2.blog.fc2.com/blog-entry-1688.html -... nether http //www.playnether.com/ http //www.onrpg.com/games/nether-online/ -... Dead Island Epidemic http //www.deadislandepidemic.com/ -... Space Engineers http //www.f2p.com/space-engineers-a-new-sandbox-game-is-coming/ -... Travia2 http //www.f2p.com/travia-2-first-look-gameplay-with-commentary/ -... Nosgoth http //nosgoth.com/ http //kultur2.blog.fc2.com/blog-entry-1575.html -... DK Online http //dkonline.aeriagames.com/ -... WildStar -...
https://w.atwiki.jp/mcmaster/pages/348.html
this_page プラグインエラー エラー this_page プラグインエラー エラーのマーキングコード一覧です。 マーキングコードは同じでも製品型番が異なるものもありますので外形、特性などをデータシートで比べることをおすすめします。 「*」,「**」,「***」,「****」にはロットNo.やデートコード,「#」,「_」などにはhFE、特性種別などにより各々の文字が入ります。詳しくは各データシートを参照してください。 注意事項はTOSHIBAを参照して下さい。 マーキングコードリスト LIST TOSHIBA(1) LIST TOSHIBA(2) LIST TOSHIBA(3) LIST TOSHIBA(4) TOSHIBAのリスト説明ページ(TOSHIBA TOP MENU) 前のリスト TOSHIBA(1)へ(BACKWARD) 次のリスト TOSHIBA(3)へ(FORWARD) MARKING CODE LIST TOSHIBA(2) * , ** , *** , ****,_=date code,Lot No. etc. #=hfe rank. MARKINGCODE PART No.Grade etc. MAKER PACKAGENAME MAKERPACKAGE NAME PINCOUNT etc. G**Cathode Band color Silver S5566G TOSHIBA -DO-41SS (3-3E1A)Plastic Axial mold package 2 Fast Recoverey Diode.IF=1A. G1 CRG01 TOSHIBA - S-FLAT(1.6 x 3.5)(3-2A1A) 2 Diode for general purpose rectifier. G2 CMG02 TOSHIBA - M-FLAT(2.4 x 4.7)(3-4E1A) 2 Diode for general purpose rectifier. G2 CRG02 TOSHIBA - S-FLAT(1.6 x 3.5)(3-2A1A) 2 Diode for general purpose rectifier. G3 CMG03 TOSHIBA - M-FLAT(2.4 x 4.7)(3-4E1A) 2 Diode for general purpose rectifier. G3 CRG03 TOSHIBA - S-FLAT(1.6 x 3.5)(3-2A1A) 2 Diode for general purpose rectifier. G3 1SS196 TOSHIBA SC-59TO-236MOD 1-3G1AS-Mini(2.9 x 2.5) 3 Si Diode for Ultra High-Speed Switching Applications. G3 TC7SET02FU TOSHIBA SC-88ASOT-353 USV(2.1 x 2.1)SSOP5-P-0.65A) 5 2-input NOR gate. G3 TC7SET02F TOSHIBA SC-74ASOT-25 SMV(2.9 x 2.8)SSOP5-P-0.95) 5 2-input NOR gate. G4 CRG04 TOSHIBA - S-FLAT(1.6 x 3.5)(3-2A1A) 2 Diode for general purpose rectifier. G5 CMG05 TOSHIBA - M-FLAT(2.4 x 4.7)(3-4E1A) 2 Diode for general purpose rectifier. G5 CRG05 TOSHIBA - S-FLAT(1.6 x 3.5)(3-2A1A) 2 Diode for general purpose rectifier. G6 CMG06 TOSHIBA - M-FLAT(2.4 x 4.7)(3-4E1A) 2 Diode for general purpose rectifier. G*|Eor(G|E) TA78L15F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +15V outputRoHS compatible.Pb free. G*Eor(GE) TA78L15F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +15V output G*|Jor(G|J) TA79L15F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -15VoutputRoHS compatible.Pb free. G*Jor(GJ) TA79L15F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -15Voutput G*Oor(GO) 2SC2883Grade O(100~200) TOSHIBA SC-62 PW-Mini(4.6 x 4.2)(2-5K1A) 4 Bipolar NPN transistor for low power amp/audio frequency amp.Complementary to 2SA1203.Discontinued. G*|Oor(G|O) 2SC2883Grade O(100~200) TOSHIBA SC-62 PW-Mini(4.6 x 4.2)(2-5K1A) 4 Bipolar NPN transistor for low power amp/audio frequency amp.Pb free.Complementary to 2SA1203.Discontinued. G*Yor(GY) 2SC2883Grade Y(160~320) TOSHIBA SC-62 PW-Mini(4.6 x 4.2)(2-5K1A) 4 Bipolar NPN transistor for low power amp/audio frequency amp.Complementary to 2SA1203.Discontinued. G*|Yor(G|Y) 2SC2883Grade Y(160~320) TOSHIBA SC-62 PW-Mini(4.6 x 4.2)(2-5K1A) 4 Bipolar NPN transistor for low power amp/audio frequency amp.Pb free.Complementary to 2SA1203.Discontinued. GT8G132*** GT8G132 TOSHIBA - SOP-8(2-6J1C) 8 IGBT for strobe flash application. GT8G132*** GT8G132 TOSHIBA - SOP-8(2-6J1C) 8 IGBT for strobe flash application.Pb free. H5 CMH05A TOSHIBA - M-FLAT(2.4 x 4.7)(3-4E1A) 2 High efficiency rectifier for switching mode power supply. GWJ** 1GWJ43N TOSHIBA - 3-3F2A 2 Schottky barrier diode for high speed rectifier applicatiosAXIAL Plastic Mold.Discontinued. GWJ** 1GWJ43N TOSHIBA - 3-3F2A 2 Schottky barrier diode for high speed rectifier applicatios(Pb free).AXIAL Plastic Mold.Discontinued. H9 1SS344 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(1-3G1B) 3 Schottky barrier diode for ultra high speed switching.Discontinued. HA TC7SH14FU TOSHIBA SC-88ASOT-353 USV(2.1 x 2.1)SSOP5-P-0.65A) 5 Schmitt inverter gate. HA TC7SH14F TOSHIBA SC-74ASOT-25 SMV(2.9 x 2.8)SSOP5-P-0.95) 5 Schmitt inverter gate. H*|Eor(H|E) TA78L18F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +18V outputRoHS compatible.Pb free. H*Eor HE) TA78L18F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +18V output H*|Jor(H|J) TA79L18F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -18VoutputRoHS compatible.Pb free. H*Jor(HJ) TA79L18F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -18Voutput I9 1SS336 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(1-3G1E) 3 Switching diode for ultra high speed switching. I*|Eor(I|E) TA78L20F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +20V outputRoHS compatible.Pb free. I*Eor(IE) TA78L20F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +20V output I*|Jor(I|J) TA79L20F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -20VoutputRoHS compatible.Pb free. I*Jor(IJ) TA79L20F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -20Voutput J**Cathode Band color Silver S5566J TOSHIBA -DO-41SS (3-3E1A)Plastic Axial mold package 2 Fast Recoverey Diode.IF=1A. J9 1SS337 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(1-3G1F) 3 Switching diode for ultra high speed switching. J*|Eor(J|E) TA78L24F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +24V outputRoHS compatible.Pb free. J*Eor(JE) TA78L24F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +24V output J*|Jor(J|J) TA79L24F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -24VoutputRoHS compatible.Pb free. J*Jor(JJ) TA79L24F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator -24Voutput JJ1 SSM3J108TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for high speed switching application. JJ2 SSM3J109TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for high speed switching application. JJ3 SSM3J110TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for high speed switching application. JJ7 SSM3J114TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for high speed switching application. JJ8 SSM3J115TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for high speed switching application. JJB SSM3J120TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. JJC SSM3J130TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. JJE SSM3J129TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. JJK SSM3J132TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. JJL SSM3J133TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. JJM SSM3J134TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. JJN SSM3J135TU TOSHIBA - UFM(2.0 x 2.1)(2-2U1A) 3 P-ch MOS FET for power management switch application. K9 1SS348 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(1-3G1B) 3 Schottky barrier diode for low voltage high speed switching.Discontinued. K11 SSM6J409TU TOSHIBA - UF6(2.0 x 2.1)(2-2T1D) 6 P-ch MOS FET for power management application. KDL SSM3J14T TOSHIBA - TSM(2.9 x 2.8)(2-3S1A) 3 P-ch MOS FET for power management switch.DC-DC converter. K*|Eor(K|E) TA78L07F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +7V outputRoHS compatible.Pb free. K*Eor(KE) TA78L07F TOSHIBA SC-62SOT-89 PW-Mini(HSOP3-P-1.50) 3(4) Low dropout voltage regulator +7V output KFG SSM3J327R TOSHIBA -SOT-23F (2-3Z1A) 3 P-ch MOS FET for power management switch application. KFH SSM3J328R TOSHIBA -SOT-23F (2-3Z1A) 3 P-ch MOS FET for power management switch application. KFJ SSM3J332R TOSHIBA -SOT-23F (2-3Z1A) 3 P-ch MOS FET for power management switch application. KFL SSM3J334R TOSHIBA -SOT-23F (2-3Z1A) 3 P-ch MOS FET for power management switch application. KPH SSM6J412TU TOSHIBA - UF6(2.0 x 2.1)(2-2T1D) 6 P-ch MOS FET for power management application. LG 2SC4207Grade GR(200~400) TOSHIBA SC-74A SMV(2.9 x 2.8)(2-3L1A) 5 Bipolar NPN x2 transistor for low frequency general purpose amp..Complementary to 2SA1618. LG 2SC2712Grade GR(200~400) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN small signal transistor for low frequency amp.Complementary to 2SA1162. LL 2SC2712Grade BL(350~700) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN small signal transistor for low frequency amp.Complementary to 2SA1162. LO 2SC2712Grade O(70~140) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN small signal transistor for low frequency amp.Complementary to 2SA1162. LY 2SC2712Grade Y(120~240) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN small signal transistor for low frequency amp.Complementary to 2SA1162. MA 2SC3011 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN small signal transistor for UHF~C BAND LOW NOISE AMPLIFIER APPLICATIONS. M*Oor(MO) 2SC2873Grade O(70~140) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for power amp/switching.Discontinued.Complementary to 2SA1213. M*|Oor(M|O) 2SC2873Grade O(70~140) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for power amp/switching.Pb free.Discontinued.Complementary to 2SA1213. M*Yor(MY) 2SC2873Grade Y(120~240) TOSHIBA SC-62 PW-Mini(4.6 x 4.2)(2-5K1A) 4 Bipolar NPN transistor for power amp/switching.Discontinued.Complementary to 2SA1213. M*|Yor(M|Y) 2SC2873Grade Y(120~240) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for power amp/switching.Pb free.Discontinued.Complementary to 2SA1213. N**Cathode Band color Silver S5566N TOSHIBA -DO-41SS (3-3E1A)Plastic Axial mold package 2 Fast Recoverey Diode.IF=1A. N9 1SS372 TOSHIBA SC-70SOT-323 USM(2.0 x 2.1)(1-2P1C) 3 Schottky barrier diode for high speed switching. N9 1SS374 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(1-3G1G) 3 Schottky barrier diode for high speed switching. N*Oor(NO) 2SA1213Grade O(70~140) TOSHIBA SC-62 2-5K1APW-Mini(4.6 x 4.2) 3(4) Si PNP Transistor for Power ApplicationsSwitchingComplementary to 2SC2873. N*|Oor(N|O) 2SA1213Grade O(70~140) TOSHIBA SC-62 2-5K1APW-Mini(4.6 x 4.2) 3(4) Si PNP Transistor for Power ApplicationsSwitchingComplementary to 2SC2873.Pb free. N*Yor(NY) 2SA1213Grade Y(120~240) TOSHIBA SC-62 2-5K1APW-Mini(4.6 x 4.2) 3(4) Si PNP Transistor for Power ApplicationsSwitchingComplementary to 2SC2873. N*|Yor(N|Y) 2SA1213Grade Y(120~240) TOSHIBA SC-62 2-5K1APW-Mini(4.6 x 4.2) 3(4) Si PNP Transistor for Power ApplicationsSwitchingComplementary to 2SC2873.Pb free. O9 1SS385FV TOSHIBA - VESM(1.2 x 1.2)(1-1Q1A) 3 Schottky barrier diode for high speed switching. P9 1SS412 TOSHIBA SC-70SOT-323 USM(2.0 x 2.1)(1-2P1C) 3 Schottky barrier diode for general purpose rectifirer. PP4*** SSM6P47NU TOSHIBA - UDFN6(2.0 x 2.0)(2-2Y1A) 6(8) P-ch MOS FET for power management application. PP5*** SSM6P49NU TOSHIBA - UDFN6(2.0 x 2.0)(2-1Y1A) 6(8) P-ch MOS FET for power management application. PQ SSM6J212FE TOSHIBA - ES6(1.6 x 1.6)(2-2N1J) 6 P-ch MOS FET for power management application. PS SSM6J213FE TOSHIBA - ES6(1.6 x 1.6)(2-2N1J) 6 P-ch MOS FET for power management application. PT SSM6J214FE TOSHIBA - ES6(1.6 x 1.6)(2-2N1J) 6 P-ch MOS FET for power management application. PX SSM3J36MFV TOSHIBA - VESM(1.2 x 1.2)(2-1L1B) 3 P-ch MOS FET for power management switch applications. PY SSM3J56MFV TOSHIBA - VESM(1.2 x 1.2)(2-1L1B) 3 P-ch MOS FET for load switching application. PZ SSM3J35FS TOSHIBA - SSM(1.6 x 1.6)(2-2H1B) 3 P-ch MOS FET for high speed switching. PZ SSM3J35MFV TOSHIBA - VESM(1.2 x 1.2)(2-1L1B) 3 P-ch MOS FET for high speed switching. PZ SSM3J35MFV TOSHIBA - VESM(1.2 x 1.2)(2-1L1B) 3 P-ch MOS FET for high speed switching. P*|Oor(P|O) 2SC2884Grade O(100~200) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for low power amp/audio frequency amp.Pb free.Complementary to 2SA1204. P*Oor(PO) 2SC2884Grade O(100~200) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for low frequency amp.Complementary to 2SA1204. P*|Yor(P|Y) 2SC2884Grade Y(160~320) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for low power amp/audio frequency amp.Pb free.Complementary to 2SA1204. P*Yor(PY) 2SC2884Grade Y(160~320) TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(2-5K1A) 3(4) Bipolar NPN transistor for low frequency amp.Complementary to 2SA1204. QO 2SC2714Grade O(70~140) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN transistor for FM band high frequency amp. QR 2SC2714Grade R(40~80) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN transistor for FM band high frequency amp. QY 2SC2714Grade Y(100~200) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN transistor for FM band high frequency amp. R9 1SS392 TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(1-3G1F) 3 Schottky barrier diode for low voltage high speed switching. R9 1SS393 TOSHIBA SC-70SOT-323 USM(2.0 x 2.1)(1-2P1B) 3 Schottky barrier diode for low voltage high speed switching. RDorR|D U1DL49 TOSHIBA SC-62SOT-89 PW-Mini(4.6 x 4.2)(3-5E1A) 3(4) High efficiency rectifier(HED) for switching power supply application. RO 2SC2715Grade O(70~140) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN transistor for high frequency AM/FM convert.Discontinued. RR 2SC2715Grade R(40~80) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN transistor for high frequency AM/FM convert.Discontinued. RY 2SC2715Grade Y(120~240) TOSHIBA SC-59TO-236MOD S-Mini(2.9 x 2.5)(2-3F1A) 3 Bipolar NPN transistor for high frequency AM/FM convert.Discontinued. TOSHIBAのリスト説明ページ(TOSHIBA TOP MENU) 前のリスト TOSHIBA(1)へ(BACKWARD) 次のリスト TOSHIBA(3)へ(FORWARD) リンク MARKING CODE一覧
https://w.atwiki.jp/ce00582/pages/941.html
Private Sub Command1_Click() Dim a As Single Dim beta As Single Dim phi As Single Dim sig As Single Dim barm As Single Dim t2 As Single Dim t1 As Single Dim t3 As Single Dim t4 As Single Dim t5 As Single Dim k(1 To 100) As Single Dim cx(-5 To 5, 1 To 10, 1 To 100) As Single Dim cp(-5 To 5, 1 To 10, 1 To 100) As Single Dim lx(-5 To 5, 1 To 10, 1 To 100) As Single Dim lp(-5 To 5, 1 To 10, 1 To 100) As Single Dim px(-5 To 5, 1 To 10, 1 To 100) As Single Dim ps(-5 To 5, 1 To 10, 1 To 100) As Single Dim gotos(-5 To 5, 1 To 10, 1 To 100, 1 To 10) As Single Dim maki(-5 To 5, 1 To 10, 1 To 100, 1 To 10) As Single Dim v(0 To 2, -5 To 5, 1 To 10, 1 To 100) As Single Dim vs(0 To 2, -5 To 5, 1 To 10, 1 To 100) As Single Dim wedge(-5 To 5) As Single Dim th(1 To 10) As Single Dim ls As Single Dim ks As Single Dim s As Single Dim m As Single Dim n As Single Dim q As Single Dim m1 As Single Dim h As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim s1 As Single Dim s2 As Single Dim s3 As Single Dim q1 As Single Dim q2 As Single Dim q3 As Single Dim r1 As Single Dim c1 As Single Dim l1 As Single Dim y1 As Single Dim i1 As Single Dim ds As Single Dim dn As Single Dim dq As Single Dim e As Single Dim uc As Single Dim um As Single Dim mc As Single Dim p1 As Single Dim p2 As Single Dim p3 As Single Dim z1 As Single Dim z2 As Single Dim pxs As Single Dim pp As Single Dim pr1 As Single Dim pr2 As Single Dim pr3 As Single Dim ys As Single Dim vv1 As Single Dim vv2 As Single Dim vv0 As Single Dim price(-5 To 5, 1 To 10, 1 To 100) As Single Open "c /pro131.txt" For Input As #2 Do Until EOF(2) Input #2, a1, a2, a3, a4, a5, a6 s = a1 m = a2 n = a3 lx(s, m, n) = a4 cx(s, m, n) = a5 px(s, m, n) = a6 Loop Close #2 phi = 0.9 For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 For m1 = 1 To 10 gotos(s, m, n, m1) = s Next Next Next Next For m = 1 To 10 th(m) = 1 + 0.01 * m Next For s = -5 To 5 sig = 1 / (1 - phi) px1 = 1 + 0.01 * s px2 = ((1 - 0.1 * px1 ^ (1 - sig)) / 0.9) ^ (1 / (1 - sig)) wedge(s) = phi * px2 Next beta = 0.95 a = 0.33 ls = ((1 - a) * phi) / ((1 - a) * phi + 1) ks = ls * ((1 / beta - 1) / (a * phi)) ^ (1 / (a - 1)) h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h Next t5 = 0 Do Until t5 100 t1 = 0 Do Until t1 100 For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 uc = 0 k1 = k(n) + th(m) * k(n) ^ a * lx(s, m, n) ^ (1 - a) - cx(s, m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 For m1 = 1 To 10 s1 = gotos(s, m, n, m1) s2 = Int(s1) s3 = s2 + 1 If s3 5 Then s3 = 5 ds = (s1 - s2) * (cx(s3, m1, n2) - cx(s2, m1, n2)) dn = (n1 - n2) * (cx(s2, m1, n3) - cx(s2, m1, n2)) c1 = cx(s2, m1, n2) + ds + dn ds = (s1 - s2) * (lx(s3, m1, n2) - lx(s2, m1, n2)) dn = (n1 - n2) * (lx(s2, m1, n3) - lx(s2, m1, n2)) l1 = lx(s2, m1, n2) + ds + dn mc = wedge(s2) + (s1 - s2) * (wedge(s3) - wedge(s2)) r1 = mc * th(m1) * a * k1 ^ (a - 1) * l1 ^ (1 - a) uc = uc + (beta * (1 + r1)) / c1 Next uc = uc / 10 cp(s, m, n) = 1 / uc w1 = wedge(s) * th(m) * (1 - a) * k(n) ^ a * lx(s, m, n) ^ (-a) lp(s, m, n) = 1 - cp(s, m, n) / w1 Next Next Next e = 0 For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 e = e + (cx(s, m, n) - cp(s, m, n)) ^ 2 + (lx(s, m, n) - lp(s, m, n)) ^ 2 Next Next Next For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 cx(s, m, n) = cp(s, m, n) lx(s, m, n) = lp(s, m, n) Next Next Next If e 10 ^ (-5) Then t1 = 1000 Debug.Print 81, t1, e t1 = t1 + 1 Loop barm = 20 t2 = 0 Do Until t2 100 For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 p1 = 0.9 * px(s, m, n) p2 = 1.1 * px(s, m, n) k1 = k(n) + th(m) * k(n) ^ a * lx(s, m, n) ^ (1 - a) - cx(s, m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 um = 0 For m1 = 1 To 10 s1 = gotos(s, m, n, m1) s2 = Int(s1) s3 = s2 + 1 If s3 5 Then s3 = 5 ds = (s1 - s2) * (cx(s3, m1, n2) - cx(s2, m1, n2)) dn = (n1 - n2) * (cx(s2, m1, n3) - cx(s2, m1, n2)) c1 = cx(s2, m1, n2) + ds + dn ds = (s1 - s2) * (lx(s3, m1, n2) - lx(s2, m1, n2)) dn = (n1 - n2) * (lx(s2, m1, n3) - lx(s2, m1, n2)) l1 = lx(s2, m1, n2) + ds + dn ds = (s1 - s2) * (px(s3, m1, n2) - px(s2, m1, n2)) dn = (n1 - n2) * (px(s2, m1, n3) - px(s2, m1, n2)) pxs = px(s2, m1, n2) + ds + dn mc = wedge(s2) + (s1 - s2) * (wedge(s3) - wedge(s2)) r1 = mc * th(m1) * a * k1 ^ (a - 1) * l1 ^ (1 - a) pp = pxs / p1 i1 = (1 + r1) * pp - 1 um = um + (beta * i1) / (c1 * pp) Next um = 0.1 * um z1 = um * barm - p1 t3 = 0 Do Until t3 100 k1 = k(n) + th(m) * k(n) ^ a * lx(s, m, n) ^ (1 - a) - cx(s, m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 um = 0 For m1 = 1 To 10 s1 = gotos(s, m, n, m1) s2 = Int(s1) s3 = s2 + 1 If s3 5 Then s3 = 5 ds = (s1 - s2) * (cx(s3, m1, n2) - cx(s2, m1, n2)) dn = (n1 - n2) * (cx(s2, m1, n3) - cx(s2, m1, n2)) c1 = cx(s2, m1, n2) + ds + dn ds = (s1 - s2) * (lx(s3, m1, n2) - lx(s2, m1, n2)) dn = (n1 - n2) * (lx(s2, m1, n3) - lx(s2, m1, n2)) l1 = lx(s2, m1, n2) + ds + dn ds = (s1 - s2) * (px(s3, m1, n2) - px(s2, m1, n2)) dn = (n1 - n2) * (px(s2, m1, n3) - px(s2, m1, n2)) pxs = px(s2, m1, n2) + ds + dn mc = wedge(s2) + (s1 - s2) * (wedge(s3) - wedge(s2)) r1 = th(m1) * mc * a * k1 ^ (a - 1) * l1 ^ (1 - a) pp = pxs / p2 i1 = (1 + r1) * pp - 1 um = um + (beta * i1) / (c1 * pp) Next um = 0.1 * um z2 = um * barm - p2 p3 = p2 - z2 * (p2 - p1) / (z2 - z1) p1 = p2 p2 = p3 z1 = z2 If (z2) ^ 2 10 ^ (-5) Then t3 = 10000 t3 = t3 + 1 Loop ps(s, m, n) = p2 Next Next Next e = 0 For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 e = e + (px(s, m, n) - ps(s, m, n)) ^ 2 Next Next Next If e 10 ^ (-5) Then t2 = 1000 For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 px(s, m, n) = ps(s, m, n) Next Next Next Debug.Print 82, t2, e t2 = t2 + 1 Loop Dim pi As Single Dim pipi As Single Dim pipipi As Single Dim r(0 To 2, -5 To 5, 1 To 10, 1 To 100) As Single Dim dv(0 To 2) As Single Dim dr(0 To 2) As Single Dim rank As Single For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 ys = th(m) * k(n) ^ a * lx(s, m, n) ^ (1 - a) pi = px(s, m, n) * ys - wedge(s) * px(s, m, n) * ys pipi = (phi - wedge(s)) * (ys / (phi - 1)) pipipi = (mr + wedge(s) * ys) / (px(s, m, n) * (phi - 1)) r(2, s, m, n) = pipipi / 2 r(1, s, m, n) = pipi - 2 * px(s, m, n) * r(2, s, m, n) r(0, s, m, n) = pi - r(1, s, m, n) * px(s, m, n) - r(2, s, m, n) * px(s, m, n) ^ 2 Next Next Next t4 = 0 Do Until t4 100 For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 k1 = k(n) + th(m) * k(n) ^ a * lx(s, m, n) ^ (1 - a) - cx(s, m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 vv0 = 0 vv1 = 0 vv2 = 0 For m1 = 1 To 10 s1 = gotos(s, m, n, m1) s2 = Int(s1) s3 = s2 + 1 If s3 5 Then s3 = 5 ds = (s1 - s2) * (lx(s3, m1, n2) - lx(s2, m1, n2)) dn = (n1 - n2) * (lx(s2, m1, n3) - lx(s2, m1, n2)) l1 = lx(s2, m1, n2) + ds + dn ds = (s1 - s2) * (px(s3, m1, n2) - px(s2, m1, n2)) dn = (n1 - n2) * (px(s2, m1, n3) - px(s2, m1, n2)) pxs = px(s2, m1, n2) + ds + dn mc = wedge(s2) + (s1 - s2) * (wedge(s3) - wedge(s2)) r1 = th(m1) * mc * a * k1 ^ (a - 1) * l1 ^ (1 - a) pp = pxs / px(s, m, n) i1 = (1 + r1) * pp - 1 For rank = 0 To 2 ds = (s1 - s2) * (v(rank, s3, m1, n2) - v(rank, s2, m1, n2)) dn = (n1 - n2) * (v(rank, s2, m1, n3) - v(rank, s2, m1, n2)) dv(rank) = v(rank, s2, m1, n2) + ds + dn Next For rank = 0 To 2 ds = (s1 - s2) * (r(rank, s3, m1, n2) - r(rank, s2, m1, n2)) dn = (n1 - n2) * (r(rank, s2, m1, n3) - r(rank, s2, m1, n2)) dr(rank) = r(rank, s2, m1, n2) + ds + dn Next vv0 = vv0 + (dr(0) + 0.8 * dv(0)) / (1 + i1) vv1 = vv1 + (dr(1) + 0.8 * dv(1)) / (1 + i1) vv2 = vv2 + (dr(2) + 0.8 * dv(2)) / (1 + i1) Next vs(0, s, m, n) = vv0 / 10 vs(1, s, m, n) = vv1 / 10 vs(2, s, m, n) = vv2 / 10 Next Next Next e = 0 For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 For q = 0 To 2 e = e + (v(q, s, m, n) - vs(q, s, m, n)) ^ 2 Next Next Next Next For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 For q = 0 To 2 v(q, s, m, n) = vs(q, s, m, n) Next Next Next Next If e 10 ^ (-5) Then t4 = 1000 Debug.Print 83, t4, e t4 = t4 + 1 Loop For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 price(s, m, n) = -v(1, s, m, n) / (2 * v(2, s, m, n)) If price(s, m, n) 1.05 * px(s, m, n) Then price(s, m, n) = 1.05 * px(s, m, n) If price(s, m, n) 0.95 * px(s, m, n) Then price(s, m, n) = 0.95 * px(s, m, n) Next Next Next For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 p2 = price(s, m, n) p1 = (1 + 0.01 * s) * px(s, m, n) p3 = (0.8 * p1 ^ (1 - sig) + 0.2 * p2 ^ (1 - sig)) ^ (1 / (1 - sig)) k1 = k(n) + th(m) * k(n) ^ a * lx(s, m, n) ^ (1 - a) - cx(s, m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 For m1 = 1 To 10 s1 = gotos(s, m, n, m1) s1 = gotos(s, m, n, m1) s2 = Int(s1) s3 = s2 + 1 If s3 5 Then s3 = 5 ds = (s1 - s2) * (px(s3, m1, n2) - px(s2, m1, n2)) dn = (n1 - n2) * (px(s2, m1, n3) - px(s2, m1, n2)) pxs = px(s2, m1, n2) + ds + dn gt = 100 * (p3 / pxs - 1) If gt 5 Then gt = 5 If gt -5 Then gt = -5 maki(s, m, n, m1) = gt Next Next Next Next For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 For m1 = 1 To 10 gotos(s, m, n, m1) = maki(s, m, n, m1) Next Next Next Next Dim checkc(-5 To 5, 1 To 10, 1 To 100) As Single Dim checkl(-5 To 5, 1 To 10, 1 To 100) As Single Dim checkp(-5 To 5, 1 To 10, 1 To 100) As Single e = 0 For s = -5 To 5 For m = 1 To 10 For n = 10 To 90 e = e + (checkc(s, m, n) - cx(s, m, n)) ^ 2 + (checkl(s, m, n) - lx(s, m, n)) ^ 2 + (checkp(s, m, n) - px(s, m, n)) ^ 2 Next Next Next For s = -5 To 5 For n = 10 To 90 For m = 1 To 10 checkc(s, m, n) = cx(s, m, n) checkl(s, m, n) = lx(s, m, n) checkp(s, m, n) = px(s, m, n) Next Next Next If e 10 ^ (-4) Then t5 = 1000 Debug.Print t5, e t5 = t5 + 1 Loop Open "c /pro131.txt" For Output As #1 For s = -5 To 5 For m = 1 To 10 For n = 1 To 100 Write #1, s, m, n, lx(s, m, n), cx(s, m, n), px(s, m, n) Next Next Next Close #1 Open "c /pro132.txt" For Output As #5 For s = -5 To 5 For m = 1 To 10 For n = 1 To 100 For m1 = 1 To 10 Write #5, s, m, n, m1, gotos(s, m, n, m1) Next Next Next Next Close #5 End Sub
https://w.atwiki.jp/mtgwiki/pages/629.html
Harold Mc Neill （この記事にある実際の絵師名はHarold McNeillですが、整形ルールの都合上、スペースによって切り離して表示しています。） Harold (Arthur) Mc Neill（ハロルド・アーサー・マクニール）は、三大マジック印象派部門イラストレーターの１人。カリフォルニア州サンフランシスコ(San Francisco)に生まれる。 マジックの他、Vampire the Eternal Struggleなどにも絵を提供し、他にも音楽や彫刻など、あらゆる芸術活動にいそしんでいることから、多芸ぶりを伺わせる。 マジックのアートにはレジェンド〜テンペストまで参戦、２６枚とその数は少ないが、全面に煙でもかかったようなあのタッチから彼の絵を判別することは容易だ。この煙のようなもやの海はHarold作品のテーマであり深みであり、トーナメント・シーンにおいては永劫の輪廻/Enduring Renewalで一時代を彩った。 しかし、彼の絵が再度話題となるとは誰が予想しただろうか。かの防御円問題である。 テンペストの６種類の防御円は彼の最後の作品でもあるが、「防御円の見分けがつかない」という声がプレイヤーから巻き起こったのである。 特に白・黒・シャドーの３枚については、絵がモノクロであり、誤った防御円と勘違いするケースが多発した。 後にこの話は語り草になり、「飛んでないのに飛んでいるように見える絵」の話題以来、カードの絵の判別可能性について教訓を得るきっかけとなった。 手がけた有名なカード Nether Void 濃霧/Fog（第６版） 防御円シリーズ（テンペスト） 命令の光/Ray of Command（第５版） 森の知恵/Sylvan Library 参考 ミスなんてもってのほか その１１（米Wizards社、英文）--M tGやっちまった小咄集(Braingeyser、上の記事の和訳) Third Camelot： Harold Arthur McNeill, Work Thereof 絵師「Harold McNeill」で検索 実在の人物
https://w.atwiki.jp/mousegestures/pages/33.html
Macintosh用 簡易比較 Cocoa Gestures Expogesture xGestures バージョン 1.04. 1.1.2 1．72 更新日 2004/11/23 対応OS Mac OS X 10.2 以降 Mac OS X 10.3以降 Mac OS X 10.3以降 適用アプリ Input Manager Cocoaアプリ 全システム 実行できる動作 任意のメニューアイテムを実行 任意のキーイベントを送信 全システム ライセンス シェアウェア（14.95ドル） GPL V2 のフリーソフトウェア シェアウェア（5ドル） 紹介動画 - Magic Mouse時代の必須ユーティリティー？「Expogesture」 Inkwell https //www.apple.com/jp/macosx/features/inkwell/ #ref error ：ご指定のファイルが見つかりません。ファイル名を確認して、再度指定してください。 (nolink) indexgestures2005 [記事] 速記のようにタブレットを操る ジェスチャーを使ったタブレットワークがもたらす世界観 http //www.depth-of-field.jp/main/vol003/demostage/demostage_003_1_1.php CocoaGestures 1.2 Mac OS X http //tekapo.com/loc/index.html#Cocoa_Gestures_1.2_ http //d.hatena.ne.jp/marqs/20061225/p1 Expogesture http //ichiro.nnip.org/osx/Expogesture/index.html xGestures http //alum.hampshire.edu/~bjk02/xGestures/ リンク OS X向けキーボード/マウスユーティリティ http //www16.plala.or.jp/x-tomo/Pages/mouse.html
https://w.atwiki.jp/wnt0/pages/25.html
#include iostream #include string using namespace std; class Product { public void Append(const string str) { m_string.append(str); } void Output() { cout m_string.c_str() endl; } private string m_string; }; class Builder { public virtual Product* GetResult() = 0; protected friend class Director; virtual void Build_A() = 0; virtual void Build_B() = 0; virtual void Build_C() = 0; }; class A_Builder public Builder { public A_Builder() { m_product = new Product; } ~A_Builder() { delete m_product; } virtual Product* GetResult() { return m_product; } protected virtual void Build_A() { m_product- Append("A"); } virtual void Build_B() { m_product- Append("B"); } virtual void Build_C() { m_product- Append("C"); } private Product *m_product; }; class a_Builder public Builder { public a_Builder() { m_product = new Product; } ~a_Builder() { delete m_product; } virtual Product* GetResult() { return m_product; } protected virtual void Build_A() { m_product- Append("a"); } virtual void Build_B() { m_product- Append("b"); } virtual void Build_C() { m_product- Append("c"); } private Product *m_product; }; class Director { public void Construct(Builder *builder) { builder- Build_A(); builder- Build_B(); builder- Build_C(); } }; int main(int argc, char **argv) { Director director; Builder *builder; if (argc == 1) { builder = new A_Builder; } else { builder = new a_Builder; } director.Construct(builder); Product *product = builder- GetResult(); product- Output(); delete builder; return 0; } 参考サイト デザインパターンを“喩え話”で分かり易く理解する http //www.netlaputa.ne.jp/~hijk/study/oo/designpattern.html TECHSCORE http //www.techscore.com/tech/DesignPattern/index.html/ Programing Place http //www.geocities.jp/ky_webid/index_old.html デザインパターンの骸骨たち http //www002.upp.so-net.ne.jp/ys_oota/mdp/ デザインパターンの使い方 Builder http //japan.internet.com/developer/20081014/26.html
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Gold Star リクエスト AskFriend/NewsFeed(不明) 入手方法 X mas緑の靴下(Energy) X masイベント サンタ袋(Energy)
https://w.atwiki.jp/suzu_notes/pages/13.html
リスト表示 ■メインビュー（CxxxView）の場合 BOOL CxxxView PreCreateWindow(CREATESTRUCT cs) { // TODO この位置で CREATESTRUCT cs を修正して Window クラスまたはスタイルを // 修正してください。 cs.style |= LVS_REPORT;// スタイルの指定 return CListView PreCreateWindow(cs); } void CxxxView OnInitialUpdate() { CxxxView OnInitialUpdate(); // TODO GetListCtrl() メンバ関数の呼び出しをとおして直接そのリスト コントロールに // アクセスすることによって ListView をアイテムで固定できます。 CListCtrl myLV = GetListCtrl(); myLV.InsertColumn(0, _T("テスト"), LVCFMT_LEFT, 100, -1);// 表示テスト用カラム myLV.InsertColumn(1, _T("テスト2"), LVCFMT_LEFT, 300, -1);// 表示テスト用カラム } ■ドッキングウィンドウ上に表示 CDockablePaneの派生クラス（CxxxWnd）のOnCreate関数 int CxxxWnd OnCreate(LPCREATESTRUCT lpCreateStruct) { if (CDockablePane OnCreate(lpCreateStruct) == -1) return -1; // TODO ここに特定な作成コードを追加してください。 CRect rectDummy; rectDummy.SetRectEmpty(); const DWORD dwViewStyle = LVS_REPORT | WS_CHILD | WS_VISIBLE | WS_VSCROLL;// リストのスタイル指定 if ( !m_ListCtrl.Create(dwViewStyle, rectDummy, this, 1) ) return -1;// リストコントロールの生成 m_ListCtrl.InsertColumn( 1, _T("テスト"), LVCFMT_LEFT, 100);// カラムを追加 return 0; } これだけだと、ウィンドウは白いままなので再描画を行う必要がある。 CDockablePaneの派生クラス（CxxxWnd）のOnSize関数 void CxxxViewWnd OnSize(UINT nType, int cx, int cy) { CDockablePane OnSize(nType, cx, cy); // TODO ここにメッセージ ハンドラ コードを追加します。 AdjustLayout();// リストコントロール部分の再描画 } CDockablePaneの派生クラス（CxxxWnd）にリストコントロールを再描画する関数（AdjustLayout）を追加 void CxxxViewWnd AdjustLayout() { if(GetSafeHwnd() == NULL) return; CRect rectClient; GetClientRect(rectClient); m_ListCtrl.SetWindowPos(NULL, rectClient.left, rectClient.top, rectClient.Width(), rectClient.Height(), SWP_NOACTIVATE | SWP_NOZORDER); }
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