简介:由于虚拟漫游系统具有沉浸性、交互性、构想性的特征,所以虚拟漫游系统被广泛应用在各个领域。出于学院工作和宣传的需要,对基于VR—Platform平台的虚拟校园漫游系统进行了研究,并且借助3DSMax建模软件,建立了一个完整的桌面型虚拟校园漫游系统。它的建立为校园规划建设、参观导航、学校对外宣传提供了一个智能化的平台。
简介:AcollaborativevirtualmodelingenvironmentbasedonVRMLispresentedasasugarcaneharvestermodelingframework,andisillustratedwiththeimplementedsoftwarethatcanusingI_DEAS,Smarteam,andConceptualInnovationDesignSystem(CIDS)asthesupportingplatform,whichispowerfulenoughtomeetthedemandsofdifferentreallifeapplications.Itispossibletoperformcollaborativeinteractivemodificationswithconcurrentsynchronousvisualizationateachclientcomputerwithanyrequiredlevelofdetail.Theplatformprovidesaproductmodelingandassemblingenvironment,andtheproductdataamongI_DEAS,SmarteamandCIDScanbeexchanged.
简介:摘要:随着VR技术和智能AI的技术的发展和完善,这些技术被逐渐被应用到生活的各个领域。在科技飞速发展的同时,人们的生活节奏越来越快,在快节奏和高压的的紧张生活中,压力随之而来。本文设计了结合VR和智能AI两大核心技术的虚拟全景绿植生活电商平台APP,结合当今热潮的VR虚拟眼镜,打造虚拟形象和虚拟社区。在绿色城建传播知识的同时,利用植物和科技让人们释放压力享受生活,维护身心健康。,
简介:InthisFebruary,CYTShassignedthecontractwithRADIUS,thefamousglobalcorporatetravelmanagementcompanybasedinU.S.Thisco-operationisoneofthestepsforCYTSgoingglobal.TheInternationalM.I.C.E.DepartmentofCYTS-themainbodyco-operatingwithRADIUSisseekingnewgrowthpointforprofitability-thatisengaginginnontraditionaltravelbusinesslikecorporatetravel,eventsmanagementconventions,exhibitions,incentiveandFITsetc.SohowCYTSstartsherbusinessafterjoiningRadius?WehaveinterviewedMr.GalenZhang,ManagingDirectorofInternationalM.I.C.E.DepartmentofChinaCYTSToursHoldingCo.Ltd.Belowarehisideasaboutdevelopingnewbusinessandstrengtheningcorecompetitiveness.
简介:ThispaperpresentstheresearchontheexternalmechanismofcollisioncharactersforaSPARplatform.ThecollisioncharactersofSPARplatformhavenotattractedsomuchattentionasthatofshipsinthepast,becauseshortofthiskindofcollisionaccidentsreported.ButwiththeincreasingnumberofSPARplatformsintheworld,thepossibilityofsuchkindofaccidentalsoincreases.Therefore,itisnecessarytomasterthecharacterofSPARcollision.Modeltesttechniqueisemployedtostudytheexternalmechanism.ThecollisionscenarioisashipcollidingwithaSPARplatformmooredinthesitewith1500meterswaterdepth.ThestrikingshiphitstheSPARplatformonthehardtanknearwatersurfaceinitslongitudinaldirection.ThespecificsoftheSPAR'smotionsandthetensionforcesofthemooringlinesarecollectedtosummarizethehydrodynamiccharactersinthecollisionscenario.ItisfoundthatthemaximaldisplacementsandthemaximalpitchanglesoftheSPARplatform,andthemaximaltensionforcesofmooringlinesarealllinearlyproportionaltotheinitialvelocityofthestrikingshipbasically.Mooringlinesplayelasticrolesinthecollisioncourse.