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简介：StudiesonthePharmacyofin-vitroCultivatedCalculusbovis(ICCB)；StudiesonSesquiterpenesConstituentsofLigulariapleurocaulis；IsolationandIdentificationofLabdaneDiterpenoidsfromtheRootsofColeusforskohlii；StudyontheApplicationofIndexofCompositeInformationofChromatographicFingerprintsinQualityControlofTraditional；ChineseMedicine

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简介：Graphicscienceisthesubjectwhichteachesgeometryandgraphics,andistaughtinearlyundergraduatecurriculaatmanyJapaneseuniversitiesasaliberalartssubjectorasabasicsubjectfordesignanddrawing.Intraditionalgraphicsciencecourses,descriptivegeometrybasedonhanddrawingswastaught.However,inrecentyears,therecontinuestobearapidspreadintheuseof3D-CADinthefieldofengineeringdesignanddrawing,andthereisalsoincreasinguseofCGinmanyfieldssuchasforvisualizationofcomputersimulationresultsinscience,andforimagedisplayinthemovieandgameentertainmentfields.Sothereisaneedforgraphicpresentationeducationincludingthecompetenceintheuseof3D-CAD/CG,or'graphicsliteracy(orvisualliteracy)education'forawiderangeofstudents.Inordertorealizegraphicsliteracyeducation,from2007,anewgraphicsciencecurriculumhasbeenstartedattheCollegeofArtsandSciencesoftheUniversityofTokyo.ThemainpartofthecurriculumconsistsofGraphicScienceIandGraphicScienceII.WithGraphicScienceI,asbefore,traditionaldescriptivegeometryistaughtwithhanddrawingasthebase.WithGraphicScienceII,commercialgraphicprocessingsoftwarecanbeexperienced.Inthiscourse,byintroducinggeometricproblemsasexamplesandassignments,itisdesignedtomutuallycomplementwithdescriptivegeometryeducation(GraphicScienceI).Withthespreadof3D-CAD/CG,somepeoplesaythatthereisnolongeranyneedfordescriptivegeometry,butforthefollowingreasons,ithasbeendecidedtoteachdescriptivegeometry.1)Traditionaldescriptivegeometryisanexcellentmethodinteachingandlearninggeometryofprojectionandofthree-dimensionalobjects,andconceptsand/orproceduresindescriptivegeometrycanbeappliedinsolvinggeometricdesignproblemsbytheuseof3D-CAD/CG.2)Eveninthisageof3D-CAD/CG,handdrawingisstillbeingused(especiallyforfree-handsketches).3)Handdrawingisaneffectivemethod

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简介：Thepresentingworkdealswithimplementationofsamplegraphicpatternsderivedfrompublishedscientific/technologicdocumentationfiguresonnumericsimulationofmultiphaseflowandFEManalysisofthinwalledmechanicalstructures.First,geometricplanepatternsinrectangular/circularformweredemonstratedincontrasttogradualchangestyleincolorandgraphicconfiguration.Next,selectedartistic/graphicsamplepatternswereimplementedinlogoconceptualdesignandvisualinnovationstorming.Thewayineditingtheaboveoriginalfiguresis2Dsymmetry,rectangulararraygeometrically,andconvertingthemininversecolorinsoftwarelikePS.Theobjectiveofthisworkistocultivate,exploreanddisciplinetrainees'visualabilityinartistic/aestheticappreciation,graphiccommunicationandindustrialdesignandapplication,thuslayingtiescloselyamongcomprehensiveuniversitystudentsfromdifferentmajorsonscience,engineering,artsandhumanity.

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简介：ThispaperpointsoutthelimitationsofbothparametricandgeometricmodelmethodscommonlyappliedtogenerateoperationalsketchesinCAPP.Theideasofmulti-levelgraphiclibraryareintroducedandanewgenerativemethodbasedonthislibrarywhichcombinesparametricmethodwithgeometricmodelmethodispresented.Theprinciplesandcharacteristicsoftheconstructionofthelibraryaredescribedindetailandthefeaturedatastructurecorrespondingwiththelibraryisalsopresented.

简介：Anobject-orientedmulti-roboticgraphicsimulationenvironmentisdescribedinthispaper.Object-orientedprogrammingisusedtomodelthephysicalobjectsoftheroboticworkcellintheformofsoftwareobjectsorclasses.Thevirtualobjectsaredefinedtoprovidetheuserwithauser-friendlyinterfaceincludingrealisticgraphicsimulationandclarifythesoftwarearchitecture.Theprogrammingmethodofassociatingthetaskobjectwithactiveobjecteffectivelyincreasesthesoftwarereusability,maintainabilityandmodifiability.Tasklevelprogrammingisalsodemonstratedthroughamulti-robotweldingtaskthatallowstheusertoconcentrateonthemostimportantaspectsofthetasks.Themulti-threadprogrammingtechniqueisusedtosimulatetheinteractionofmultipletasks.Finally,avirtualtestiscarriedoutinthegraphicsimulationenvironmenttoobservedesignandprogramerrorsandfixthembeforedownloadingthesoftwaretotherealworkcell.

简介：ThemainpurposetodevelopaMapGraphicWorkstationonthewidelyusedmicro-computeristhatbyitthewholeprocessingofmapdatafromcapturing,managing,editing,updatingtographicoutputtingcanberealized.MapDigitizationSystem（MDS）isthesoftwaresystemtodealwiththeinitialandalsothemostimportantprocessing.Inthispaper,theauthorsintroduceaMDSonamicro-computerbasedMapGrphicWorkstationthathasbeenqualitifiedfortheproducationofdigitalmap.SincethesystemisdesignedtotallyindependentlyandinthegeneralframeoftheMapGraphicWorkstation,thecapturingandman-agingandotherprocessingsformapdataareinanintegralmanner,inwhichtheproducationofdigitalmapcanbefulfilledconveniently.Atthesametime,thesystemisflexibleforfunctionextensionandwidelyapplicabletothedatafromdif-ferentsourcesandwithdifferentinformationcharacterisitcs(e.g.,theprocessingofChinesecharactersonmap).

简介：Organicreefs,thetargetsofdeep-waterpetroleumexploration,developedwidelyinXishaarea.However,thereareconcealedigneousrocksundersea,towhichorganicrockshavenearlyequalwaveimpedance.Sotheigneousrockshavebecomeinterferenceforfutureexplorationbyhavingsimilarseismicreflectioncharacteristics.Yet,thedensityandmagnetismoforganicreefsareverydifferentfromigneousrocks.Ithasobviousadvantagestoidentifyorganicreefsandigneousrocksbygravityandmagneticdata.Atfirst,frequencydecompositionwasappliedtothefree-airgravityanomalyinXishaareatoobtainthe2Dsubdivisionofthegravityanomalyandmagneticanomalyintheverticaldirection.Thus,thedistributionofigneousrocksinthehorizontaldirectioncanbeacquiredaccordingtohigh-frequencyfield,low-frequencyfield,anditsphysicalproperties.Then,3Dforwardmodelingofgravitationalfieldwascarriedouttoestablishthedensitymodelofthisareabyreferencetophysicalpropertiesofrocksbasedonformerresearches.Furthermore,3Dinversionofgravityanomalybygeneticalgorithmmethodofthegraphicprocessingunit(GPU)parallelprocessinginXishatargetareawasapplied,and3Ddensitystructureofthisareawasobtained.Bythisway,wecanconfinetheigneousrockstothecertaindepthaccordingtothedensityoftheigneousrocks.Thefrequencydecompositionand3DinversionofgravityanomalybygeneticalgorithmmethodoftheGPUparallelprocessingprovedtobeausefulmethodforrecognizingigneousrockstoits3Dgeologicalposition.Soorganicreefsandigneousrockscanbeidentified,whichprovideaprescientinformationforfurtherexploration.

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