CN104834798B - A kind of three-dimensional pottery art experiencing system based on touch-screen - Google Patents
A kind of three-dimensional pottery art experiencing system based on touch-screen Download PDFInfo
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Abstract
The present invention relates to a kind of three-dimensional pottery art experiencing system based on touch-screen, including：Data center DNC, ceramics 3 d modeling system based on touch-screen, ceramics plane creative design system, Experience design engine, ceramic product burns till analogue system, effect exhibition centre, order management system, ceramic cloud platform, by cloud computing technology, mobile calculation technique, touch-screen human-computer interaction technology is applied to ceramics Experience design, build with the threedimensional model of ceramics, ceramics plane intention, ceramics burns till the three-dimensional pottery art experiencing system that emulation is characterized, realize computer technology, mobile calculation technique, touch-screen human-computer interaction technology and the organic combination of user, a kind of ceramics centered on Consumer's Experience is formed to create with the customized operation mode being combined of finished product online, realize the personalization of ceramics, Experience Design and conveniently human-computer interaction are experienced, therefore with wide market prospects.
Description
Technical field
The invention belongs to field of mobile computing, and in particular to a kind of three-dimensional pottery art experiencing system based on touch-screen.
Background technology
Ceramics are one of symbols of Chinese civilization, and porcelain making smelting pottery passes through the whole history of dress China, without cease extend to of being continuous
It is modern.At the same time, with the development and progress of society, user is also growing to the individual demand of ceramic product, ceramic green
This Requirement of Individualized Products that user was tackled and met to production how is that Production of Ceramics person needs problems faced.
The current country has to the ceramic product virtual design based on Research on Interactive Experience Design, ceramic experiential marketing, electronics
Commercial affairs etc. research report, but be not involved with the three-dimensional pottery art Experience design based on touch-screen based on mobile calculation technique,
Works material object based on order disappearance is customized, share and interaction.
With the development and progress of society, user is also growing to the demand of the personalized ceramic art work, how to meet
This personalized pottery artwork demand of user is the problem of ceramic industry practitioner need to solve.The personalized ceramic art work has
Moulding is changeable, the features such as yield is small, and very rare two users have same demand.In addition, user wishes to take action on one's own to participate in
The whole process of ceramics design, this point can not be realized in current pottery art market.
The content of the invention
The technical problem to be solved in the present invention is to provide one kind based on touch-screen human-computer interaction technology, made with pottery art
Type design, plane decoration creative design, inscription signature design, burn till design of Simulation, experience gain sharing, design management and
The three-dimensional pottery art experiencing system of the functions such as order management, realizes that the ceramics based on mobile computing platform and touch-screen is real
When interactive experience design, and by user three-dimensional experience result of design based on generate individual subscriber ceramics design side
Case, the details of pottery art material object manufacture is determined by about talking, and is completed pottery art material object manufacture order and is completed transaction, and can be to the public
Platform shares the three-dimensional pottery art experiencing system based on touch-screen of creation.
To solve above technical problem, the technical scheme is that：A kind of three-dimensional pottery art experience system based on touch-screen
System, it is characterised in that including：
Data center DNC：The Various types of data produced in being run for storage system, including：Works of ceramic arts 3D model datas,
Ceramic product pattern data, pottery art order data, ceramic batch knowledge base, ceramic glaze knowledge base, ceramic marble paper color roasting knowledge
Storehouse, ceramic production technology knowledge base, ceramic product simulation data base；
Ceramics 3 d modeling system based on touch-screen：3D modellings for completing works of ceramic arts, system
Known by third party's moulding loading converter, pottery art stencil design subsystem, the pottery art moulding maker based on template, pottery art moulding
Knowledge system, the moulding maker based on pottery art configurational learning and pottery art shape-designing system composition；
Ceramics plane creative design system：It is made up of decorative pattern customization subsystem, inscription customization subsystem；
Experience design engine：Realize rendering and generating for Experience design product live effect；
Ceramic product burns till analogue system：Mainly realize that physics and the product of coloring mechanism based on ceramic material burn
Into emulation, system is burnt till simulation engine, emulation data loader, ceramic product by ceramic material management system, ceramic product and imitated
True data storehouse, interface four, interface five are constituted；
Effect exhibition centre：For three-dimensional experience Design Works analogue system is burnt till through Experience design engine and ceramic product
Live effect displaying obtained by processing；
Order management system：Be mainly used in user to the custom orders of Experience design works and its make progress and look into
Ask；
Ceramic cloud platform：Including platform own and user's upload works of ceramic arts 3D model datas and ceramic product pattern numbers
According to；
Interface two：With docking for the public platform such as microblogging, wechat, in order to which user is real-time by the final effect of deisgn product
Share interactive community；
Interface three：Docked with Three-Part protocol instrument, so that the material object manufacture for create order is about talked.
The ceramic cloud platform passes through interface one and the ceramics 3 d modeling system based on touch-screen and ceramic skill
Art product plane creative design system is relative to be connect, the ceramics 3 d modeling system and ceramics based on touch-screen
Plane creative design system respectively with Experience design engine and data center DNC is relative connects, the data center DNC is produced with ceramics
Product burn till analogue system and order management system connects relatively, and the Experience design engine and ceramic product burn till analogue system and effect
Fruit exhibition centre is relative to be connect, and the effect exhibition centre is docked with interface two-phase, and the order management system is relative with interface three
Connect.
The above-mentioned ceramics 3 d modeling system based on touch-screen generates works of ceramic arts by following three kinds of modes
3D models：
First way：User inquires about conventional works of ceramic arts 3D pattern numbers by data center DNC or ceramic cloud platforms
According to works list, works of ceramic arts 3D models are selected, then converter loads are loaded to pottery art shape-designing system by third party's model
System；
The second way：User is transported to based on template by pottery art stencil design subsystem Design Works template, data
Pottery art moulding maker generate works of ceramic arts 3D models, and be loaded into pottery art shape-designing system；
The third mode：User is by pottery art configurational learning system and the moulding maker based on pottery art configurational learning is come fast
Fast-growing is loaded into pottery art shape-designing system, the pottery art moulding of the pottery art configurational learning system into works of ceramic arts 3D models
Knowledge data comes from system data center DNC.
It is roasting including ceramic biscuiting emulation module, ceramic glaze firing emulation module and ceramics that the ceramic product burns till simulation engine
Flower emulation module.
The ceramic biscuiting emulation module includes kind of information, biscuiting temperature information, the firing atmosphere information of ceramic body；
Chrominance information of the ceramic glaze firing emulation module including ceramic glaze, transparence information, glossiness information, surface line
Manage information, firing temperature information, firing atmosphere information.
The ceramic decoration firing emulation module includes under the glaze of ceramic decoration firing effect information in effect information, glaze, effect on glaze
Information, decoration firing temperature information.
Above-mentioned one end of interface four is relative with data center DNC to be connect, the other end and emulation data loader and ceramic material pipe
Reason system is relative to be connect, and it is relative that the emulation data loader and ceramic material management system burn till simulation engine with ceramic product
Connect, the ceramic product burns till simulation engine and connect relatively with interface four and interface five, the interface five and effect exhibition centre phase
Docking.
By the application implementation of the system, by cloud computing technology, mobile calculation technique, touch-screen human-computer interaction technology application
In ceramics Experience design, build with the threedimensional model of ceramics, ceramics plane intention, ceramics
The three-dimensional pottery art experiencing system that emulation is characterized is burnt till, computer technology, mobile calculation technique, touch-screen man-machine interaction skill is realized
Art and the organic combination of user, form a kind of ceramics centered on Consumer's Experience creation and the customized phase knot of finished product online
The operation mode of conjunction, realizes personalization, Experience Design and the conveniently human-computer interaction experience of ceramics, therefore tool
There are wide market prospects.
Brief description of the drawings
The composition frame diagram of three-dimensional pottery art experiencing systems of the Fig. 1 based on touch-screen；
Fig. 2 ceramic products burn till the composition frame diagram of analogue system；
The composition frame diagram of ceramics three-dimension model designs of the Fig. 3 based on touch-screen.
Embodiment
Below in conjunction with accompanying drawing 1-3 and specific implementation case, the present invention will be described in detail：
A kind of three-dimensional pottery art experiencing system based on touch-screen, it is characterised in that including：
Data center DNC11：The Various types of data produced in being run for storage system, including：Works of ceramic arts 3D pattern numbers
According to, ceramic product pattern data, pottery art order data, ceramic batch knowledge base, ceramic glaze knowledge base, ceramic marble paper color roasting know
Know storehouse, ceramic production technology knowledge base, ceramic product simulation data base；
Ceramics 3 d modeling system 21 based on touch-screen：3D modellings for completing works of ceramic arts, be
System loads converter 21-1, pottery art stencil design subsystem 21-2, the pottery art moulding maker based on template by third party's moulding
21-3, pottery art configurational learning system 21-4, the moulding maker 21-5 based on pottery art configurational learning and pottery art shape-designing system
21-6 is constituted；
Ceramics plane creative design system 22：It is made up of decorative pattern customization subsystem, inscription customization subsystem；
Experience design engine 23：Realize rendering and generating for Experience design product live effect；
Ceramic product burns till analogue system 24：Mainly realize physics and the product of coloring mechanism based on ceramic material
Emulation is burnt till, system burns till simulation engine 24-2, emulation data loader by ceramic material management system 24-1, ceramic product
24-4, ceramic product simulation data base 24-5, the 24-7 of interface four, the 24-8 of interface five are constituted；
Effect exhibition centre 25：For three-dimensional experience Design Works emulation is burnt till through Experience design engine 23 and ceramic product
Live effect displaying obtained by the processing of system 24；
Order management system 26：Be mainly used in user to the custom orders of Experience design works and its make progress and look into
Ask；
Ceramic cloud platform 10：Including platform own and user's upload works of ceramic arts 3D model datas and ceramic product pattern
Data；
Interface 2 02：With docking for the public platform such as microblogging, wechat, in order to which user is real by the final effect of deisgn product
When share interactive community；
Interface 3 03：Docked with Three-Part protocol instrument, so that the material object manufacture for create order is about talked.
The ceramic cloud platform 10 by interface 1 with based on touch-screen ceramics 3 d modeling system 21 and
Ceramics plane creative design system 22 is relative to be connect, the He of ceramics 3 d modeling system 21 based on touch-screen
Ceramics plane creative design system 22 respectively with Experience design engine 23 and data center DNC11 is relative connects, the number
Analogue system 24 is burnt till with ceramic product and order management system 26 connects relatively, the Experience design engine 23 according to center DNC11
Analogue system 24 is burnt till with ceramic product to connect relatively with effect exhibition centre 25, the effect exhibition centre 25 and the phase of interface 2 02
Docking, the order management system 26 is relative with interface 3 03 to be connect.
The ceramics 3 d modeling system 21 based on touch-screen generates pottery art work by following three kinds of modes
The 3D models of product：
First way：User inquires about conventional works of ceramic arts 3D moulds by data center DNC11 or ceramic cloud platforms 10
Type data works list, selectes works of ceramic arts 3D models, then is loaded into pottery art by third party's model loading converter 21-1 and make
Type design system 21-6；
The second way：User is by pottery art stencil design subsystem 21-2 Design Works templates, and data, which are transported to, to be based on
The pottery art moulding maker 21-3 of template generates works of ceramic arts 3D models, and is loaded into pottery art shape-designing system 21-6；
The third mode：Moulding maker of the user by pottery art configurational learning system 21-4 and based on pottery art configurational learning
21-5 quickly generates works of ceramic arts 3D models, and is loaded into pottery art shape-designing system 21-6, the pottery art configurational learning system
System 21-4 pottery art configurational learning data come from system data center DNC11.
The ceramic product, which burns till simulation engine 24-2, includes ceramic biscuiting emulation module 24-2-1, ceramic glaze firing emulation mould
Block 24-2-2 and ceramic decoration firing emulation module 24-2-3.
The ceramic biscuiting emulation module 24-2-1 including ceramic body kind of information, biscuiting temperature information, burn till gas
Atmosphere information.
The ceramic glaze firing emulation module 24-2-2 including ceramic glaze chrominance information, transparence information, glossiness information,
Surface texture information, firing temperature information, firing atmosphere information.
The ceramic decoration firing emulation module 24-2-3 includes under the glaze of ceramic decoration firing effect information, glaze in effect information, glaze
Upper effect information, decoration firing temperature information.
Above-mentioned 24-7 one end of interface four is relative with data center DNC11 to be connect, the other end with emulation data loader 24-4 and
Ceramic material management system 24-1 is relative to be connect, the emulation data loader 24-4 and ceramic material management system 24-1 and ceramics
Product burns till simulation engine 24-2 and connect relatively, and the ceramic product burns till simulation engine 24-2 and the 24-7 of interface four and interface five
24-8 is relative to be connect, and the 24-8 of interface five is relative with effect exhibition centre 25 to be connect.
The specifically used step of the system：
As shown in Figure 1, the system is based on mobile calculation technique, cloud computing technology, the exploitation of touch-screen human-computer interaction technology,
System can be deployed in the mobile computing devices such as smart mobile phone, tablet personal computer, can also be deployed in PC ends.System is entered by following steps
The three-dimensional Experience design of row ceramics.
First, user is downloaded by the application shop of mobile computing device and installs the system, and user first can be made pottery in anonymity
The experience type design of the porcelain art work, when that the works of ceramic arts of design need to be converted into material object, then carries out system user registration
Deng operation, so that the trading order form that system of users is generated is managed.
Second, user completes the 3D moulds of works of ceramic arts by the ceramics 3 d modeling system 21 based on touch-screen
Type is designed, and idiographic flow is as follows：
User can generate the 3D models of works of ceramic arts by following three kinds of modes first, as shown in Figure 3：
1st, user inquires about conventional works of ceramic arts 3D model data works lists using 3 d modeling system 21, selectes pottery art
Works 3D models, then pottery art shape-designing system 21-6, the pottery art are loaded into by third party's model loading converter 21-1
Works 3D model datas come from system data center DNC 11 or ceramic cloud platforms 10；
2nd, user applies pottery art stencil design subsystem 21-2 Design Works templates, and data are transported to the pottery art based on template
Moulding maker 21-3 generates works of ceramic arts 3D models, and is loaded into pottery art shape-designing system 21-6；
3rd, user obtains the moulding maker of the pottery art configurational learning of works by system pottery art configurational learning system 21-4
21-5 quickly generates works of ceramic arts 3D models, and is loaded into pottery art shape-designing system 21-6, the pottery art moulding of the works
Knowledge data comes from system data center DNC 11；
Then secondary creation is carried out using the pottery art shape-designing system 21-6 works of ceramic arts 3D models generated to upper step,
The works of ceramic arts 3D model datas real-time storage of secondary generation is in data center DNC 11；The Experience design engine 23 of simultaneity factor
The final effect for generating works in real time according to above-mentioned data is sent into exhibition centre 25 to show.
3rd, the plane pattern intention for completing works by the ceramics plane creative design system 22 of system is set
Meter, the design of inscription word；The Material for design of system may be from system data center DNC 11 or ceramic cloud platforms 10；
1st, plane pattern creative design:When carrying out plane intention design, the Material for design of system may be from system
Data center DNC11 or ceramic cloud platforms 10, user is completed after creation, and plane pattern creative design work data is by real-time storage
To system data center DNC11；
2nd, inscription word is designed:The design of product inscription word is divided into ornamental word and two classifications of product back stamp, Yong Huke
The content settings such as word content, font format, style, color are realized to customize subsystem by inscription, and are finally completed
Money word is designed；
3rd, step 1-2 work data will be automatically sent to system Experience design engine 23, and engine integrates the three-dimensional of works
Moulding data, plane intention pattern data generate the final effect picture of works in real time, and be sent to exhibition centre 25 in time
Displaying, user also can repeatedly adjust the parameter of plane intention pattern to determine optimal ginseng of the plane intention pattern on works of ceramic arts
Number, the application parameter of intention pattern includes display location, direction, tone, decoration species（Individually, array, suitable etc.）, transparency
Deng.
4th, the ceramic product of knowledge-based inference burn till analogue system 24 realize physics based on ceramic material with
The product of coloring mechanism burns till emulation, as shown in Figure 2；
After ceramic three-dimensional modeling and plane pattern selection is completed, ceramic product burns till simulation engine by ceramic product
24-2 completes ceramic product and burns till emulation, and simulation engine is burnt till by ceramic biscuiting emulation 24-2-1, ceramic glaze by ceramic product
Emulation 24-2-2 and ceramic tri- module compositions of decoration firing emulation 24-2-3 are burnt, biscuit, glazing, the applique of ceramic product are realized respectively
Three phases burn till emulation.Emulation is burnt till by following scheme to implement：
1st, emulation is burnt till based on color, user first selects simulation objectives（I.e. ceramic biscuiting emulation, ceramic glaze firing emulation with
Ceramic decoration firing emulation）；
2nd, ceramic biscuiting emulation
Initialization system simulation parameter first, ceramic material management system 24-1 retrieval data center DNC11 and list display
Ceramic material grouped data, such as porcelain area porcelain kind（Jing Dezhen ceramic whiteware, Longquan celadon, Henan pottery etc.）, user's selection determination porcelain area
Porcelain kind；Then, ceramic material management system 24-1 porcelain kinds according to selected by the selected porcelain area porcelain kind data generation substantially burn till temperature
Degree is interval, instructs user to set specific firing temperature；Finally, then firing atmosphere selection is carried out, firing atmosphere refers to reducing atmosphere burning
Burnt till into, oxidizing atmosphere；
Secondly, ceramic material management system 24-1 obtains base substrate simulation parameter by previous step and sets data, and screening adds
Carry the ceramic product material quality data in data center DNC11（Including colourity, transparency, glossiness, surface texture and ceramics classification
Information, burn till data（Firing temperature, firing atmosphere etc.））, generate the emulation material quality data of product（Colourity, transparency, gloss
Degree, surface texture）；
Finally, the ceramic biscuiting emulation 24-2-1 modules of product simulation material quality data feeding calculate the final ceramic product of generation
Burn till simulated effect；
3rd, ceramic glaze firing emulation
Similar to ceramic product biscuiting emulation, ceramic glaze firing simulation process also needs to set simulation parameter, ceramic glaze firing emulation
System completes glaze firing simulation parameter by ceramic material management system 24-1 and set, and ceramic material management system 24-1 is imitative with biscuiting
True data（Including firing temperature, atmosphere etc.）The enamel species data matched can be emulated with biscuiting by going out for choice of parameters（The data
It is stored in data center DNC11）, list display is for user's selection, and user passes through UI and clicks on selection determination enamel；
Secondly, the emulation data that ceramic material management system 24-1 receptions previous step sets generation are parameter from data
Enamel data are filtered out in heart DNC11（Colourity, transparency, glossiness, surface texture, firing temperature including enamel, burn till
The data such as atmosphere）, the glaze firing emulation material quality data of generation product（Colourity, transparency, glossiness, surface texture）；
Finally, the ceramic glaze firing emulation 24-2-2 modules of product glaze firing emulation material quality data feeding calculate and generate final pottery
Porcelain products glaze firing simulated effect；
4th, ceramic decoration firing emulation is realized as the ceramic decoration firing emulation 24-2-3 modules built in engine, passes through ceramic material first
Management system 24-1 sets decoration firing data, and decoration firing data include decoration firing temperature, the aspect of decoration firing effect two, decoration firing effect point glaze
Under, three kinds of decoration firing effects in glaze, on glaze；Secondly, decoration firing supplemental characteristic is sent into ceramic decoration firing and emulates 24-2-3 modules, by the mould
Block calculates the final effect of generation decoration firing emulation；
5th, simulated effect is transferred to effect exhibition centre 25 by the 24-8 of interface five and is shown；
6th, ceramic product burns till emulation data and is stored in data center DNC11 by the 24-7 of interface four.
5th, user completes the three-dimensional pottery art experience creation based on touch-screen with setting by the operation of aforementioned four step
Meter, the moulding data of works of ceramic arts, plane creative design, the base glaze selection real-time writing system data center DNC11 of data,
The final effect that the collective effect of analogue system 24 generates works is also burnt till by Experience design engine 23, ceramic product simultaneously, it is defeated
Effect exhibition centre 25 is sent to be shown.When user has material object manufacture demand, order can be generated by order management system 26
And data center DNC11 is write, while calling the third party such as wechat, QQ means of communication to carry out the reality of works by interface 3 03
Thing makes and about talked, and agrees and pays order after deposit and comes into force.
6th, user can be carried out the works of Ceramic Artistic Creation by interface 2 02 to the public interaction platform such as wechat, microblogging
Share displaying.
Data communication between said system has used SOAP/XML/JSON to carry out data exchange.
Claims (8)
1. a kind of three-dimensional pottery art experiencing system based on touch-screen, it is characterised in that including：
Data center DNC（11）：The Various types of data produced in being run for storage system, including：Works of ceramic arts 3D model datas,
Ceramic product pattern data, pottery art order data, ceramic batch knowledge base, ceramic glaze knowledge base, ceramic marble paper color roasting knowledge
Storehouse, ceramic production technology knowledge base, ceramic product simulation data base；
Ceramics 3 d modeling system based on touch-screen（21）：3D modellings for completing works of ceramic arts, system
Converter is loaded by third party's moulding（21-1）, pottery art stencil design subsystem（21-2）, based on template pottery art moulding generation
Device（21-3）, pottery art configurational learning system（21-4）, moulding maker based on pottery art configurational learning（21-5）And pottery art moulding
Design system（21-6）Composition；
Ceramics plane creative design system（22）：It is made up of decorative pattern customization subsystem, inscription customization subsystem；
Experience design engine（23）：Realize rendering and generating for Experience design product live effect；
Ceramic product burns till analogue system（24）：Mainly realize that physics and the product of coloring mechanism based on ceramic material burn
Into emulation, system is by ceramic material management system（24-1）, ceramic product burn till simulation engine（24-2）, emulation data loader
（24-4）, ceramic product simulation data base（24-5）, interface four（24-7）, interface five（24-8）Constitute；
Effect exhibition centre（25）：For three-dimensional experience Design Works through Experience design engine（23）Emulation is burnt till with ceramic product
System（24）Live effect displaying obtained by processing；
Order management system（26）：Be mainly used in user to the custom orders of Experience design works and its make progress and look into
Ask；
Ceramic cloud platform（10）：Including platform own and user's upload works of ceramic arts 3D model datas and ceramic product pattern numbers
According to；
Interface two（02）：Docked with microblogging, wechat public platform, in order to user divides the final effect of deisgn product in real time
Enjoy to interactive community；
Interface three（03）：Docked with Three-Part protocol instrument, so that the material object manufacture for create order is about talked.
2. three-dimensional pottery art experiencing system according to claim 1, it is characterised in that the ceramic cloud platform（10）By connecing
Mouth one（01）With the ceramics 3 d modeling system based on touch-screen（21）With ceramics plane creative design system
（22）It is relative to connect, the ceramics 3 d modeling system based on touch-screen（21）With ceramics plane creative design
System（22）Respectively with Experience design engine（23）With data center DNC（11）It is relative to connect, the data center DNC（11）With pottery
Porcelain products burn till analogue system（24）And order management system（26）It is relative to connect, the Experience design engine（23）And ceramic product
Burn till analogue system（24）With effect exhibition centre（25）It is relative to connect, the effect exhibition centre（25）With
Interface two（02）It is relative to connect, the order management system（26）With interface three（03）It is relative to connect.
3. three-dimensional pottery art experiencing system according to claim 1 or 2, it is characterised in that the ceramics based on touch-screen
Art work 3 d modeling system（21）The 3D models of works of ceramic arts are generated by following three kinds of modes：
First way：User passes through data center DNC（11）Or ceramic cloud platform（10）The conventional works of ceramic arts 3D moulds of inquiry
Type data works list, selectes works of ceramic arts 3D models, then load converter by third party's model（21-1）It is loaded into pottery art
Shape-designing system（21-6）；
The second way：User passes through pottery art stencil design subsystem（21-2）Design Works template, data are transported to based on mould
The pottery art moulding maker of plate（21-3）To generate works of ceramic arts 3D models, and it is loaded into pottery art shape-designing system（21-
6）；
The third mode：User passes through pottery art configurational learning system（21-4）With the moulding maker based on pottery art configurational learning
（21-5）To quickly generate works of ceramic arts 3D models, and it is loaded into pottery art shape-designing system（21-6）, the pottery art moulding knows
Knowledge system（21-4）Pottery art configurational learning data come from system data center DNC（11）.
4. three-dimensional pottery art experiencing system according to claim 1, it is characterised in that the ceramic product burns till simulation engine
（24-2）Including ceramic biscuiting emulation module（24-2-1）, ceramic glaze firing emulation module（24-2-2）And ceramic decoration firing emulation module
（24-2-3）.
5. three-dimensional pottery art experiencing system according to claim 4, it is characterised in that the ceramic biscuiting emulation module（24-
2-1）Kind of information including ceramic body, biscuiting temperature information, firing atmosphere information.
6. three-dimensional pottery art experiencing system according to claim 4, it is characterised in that the ceramic glaze firing emulation module（24-
2-2）Chrominance information, transparence information, glossiness information, surface texture information, firing temperature information including ceramic glaze, burn till
Atmosphere information.
7. three-dimensional pottery art experiencing system according to claim 4, it is characterised in that the ceramic decoration firing emulation module（24-
2-3）Effect information in effect information, glaze, effect information, decoration firing temperature information on glaze under glaze including ceramic decoration firing.
8. the three-dimensional pottery art experiencing system according to claim 1 or 4, it is characterised in that the interface four（24-7）One end
With data center DNC（11）It is relative to connect, the other end and emulation data loader（24-4）With ceramic material management system（24-1）
It is relative to connect, the emulation data loader（24-4）With ceramic material management system（24-1）Simulation engine is burnt till with ceramic product
（24-2）Relative to connect, the ceramic product burns till simulation engine（24-2）With interface four（24-7）With interface five（24-8）Relatively
Connect, the interface five（24-8）With effect exhibition centre（25）It is relative to connect.
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| CN106530032A (en) * | 2016-10-14 | 2017-03-22 | 西安工程大学 | Unity 3D based ceramics customizing and virtual display method |
| CN106875251A (en) * | 2016-12-28 | 2017-06-20 | 张家口国玉陶瓷文化发展有限公司 | Based on the online 3D ceramics commodity personalization customization method in internet and system architecture |
| CN107204035B (en) * | 2016-12-31 | 2021-05-14 | 桂林大容文化科技有限公司 | Real-time rendering method of multilayer non-uniform material reflective object |
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