CN114662025B - Method, system and storage medium for constructing exhibition hall on line based on digitalization - Google Patents
Method, system and storage medium for constructing exhibition hall on line based on digitalization Download PDFInfo
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Abstract
The invention discloses a method, a system and a storage medium for constructing an online exhibition hall based on digitalization. The method for constructing the online exhibition hall based on the digitalization comprises the steps of obtaining basic setting information of the online exhibition hall, and constructing an exhibition space based on the basic setting information corresponding to the online exhibition hall to be constructed; preliminary analysis is carried out on basic setting information of the exhibition hall, and setting of display weight grades corresponding to each setting exhibition stand in each setting display area is carried out; basic information corresponding to each preset display object in the exhibition hall of the line to be constructed is obtained, and a 3D display model corresponding to each preset display object is constructed; analyzing the objects to be displayed corresponding to each set display area; analyzing the matched display objects corresponding to the display positions in the display areas; the invention effectively solves the problem that the prior art has certain limitation, and expands the display content of the online exhibition hall, thereby greatly improving the richness of the display content of the exhibition hall.
Description
Technical Field
The invention belongs to the technical field of online exhibition hall construction management, and relates to a method, a system and a storage medium for constructing an online exhibition hall based on digitalization.
Background
Along with the rapid development of social economy, the requirements on the final effect of the design of the exhibition hall are more and more strict due to the continuous improvement of the living standard of substances and aesthetic layers of people, and the cultural relics exhibition hall is gradually biased to be on-line under the background of the introduction of the digitizing technology, so that the improvement of the construction effect of the on-line exhibition hall is the construction key point of the on-line exhibition hall.
The construction of the online exhibition hall of the current relic display class is mainly based on the existing museum under the line, 3D panoramic scanning is carried out on the existing relic under the line to obtain a three-dimensional model corresponding to the museum, and then the acquired three-dimensional model is re-carved to further generate the online relic exhibition hall, so that the defects of the following aspects of the current online exhibition hall construction mode are obvious;
1. the content of the construction scene of the current construction online exhibition hall has a certain limitation: the current construction of the online exhibition hall is based on the repeated engraving construction of the offline exhibition hall, and the content laid in the exhibition hall is the offline existing exhibition content, so that the existing exhibition content cannot be exceeded, the richness of the exhibition content in the exhibition hall cannot be improved, and the experience of the exhibitors cannot be further improved;
2. no detailed analysis is performed on the placement of the display articles when the online exhibition hall is currently constructed: generally as cultural relics exhibition hall, all there is a main part show position in each show area, and main part show position probably is a plurality of show article and single show article, does not have at present to carry out the analysis based on the type that main part show position corresponds, and then can't improve the rationality and the standardly that show article laid in the show area, also can't effectually show the show bright spot that each show area corresponds, still can't improve the bandwagon effect that each show area corresponds simultaneously.
Disclosure of Invention
In view of this, in order to solve the problems set forth in the background art, a method, a system and a storage medium for constructing a digital online exhibition hall are proposed.
The aim of the invention can be achieved by the following technical scheme:
the invention provides a digital online exhibition hall construction method, which comprises the following steps:
the first step, basic setting information acquisition and display space construction of an online exhibition hall: positioning basic setting information corresponding to the exhibition hall of the line to be constructed based on the design plan corresponding to the exhibition hall of the line to be constructed, constructing a display space based on the basic setting information corresponding to the exhibition hall of the line to be constructed, and storing the constructed display space into an exhibition hall database;
the second step, the basic setting information of exhibition hall is analyzed preliminarily: based on basic setting information corresponding to the exhibition hall of the above-mentioned objects of the lines to be built, extracting information corresponding to the set exhibition positions in each set exhibition area in the exhibition hall of the above-mentioned objects of the lines to be built, carrying out preliminary analysis, counting the important exhibition position indexes corresponding to the set exhibition positions in each set exhibition area, and carrying out the setting of the display weight grades corresponding to the set exhibition positions in each set exhibition area based on the important exhibition position indexes corresponding to the set exhibition positions in each set exhibition area;
Third step, basic information acquisition and display model construction of preset display articles: basic information corresponding to each preset display article in the exhibition hall of the line to be constructed is obtained, wherein the basic information comprises attribute information, associated information and appearance information, a 3D display model corresponding to each preset display article is constructed based on the appearance information corresponding to each preset display article, corresponding marks are carried out based on the attribute information and the associated information of each preset display article, and the 3D display model and the mark information corresponding to each preset display article are stored in an exhibition hall database;
fourth step, presetting a display area matching analysis of the display object: analyzing each preset display object based on the associated information corresponding to each preset display object and the basic setting information corresponding to the above object exhibition hall on the line to be constructed, and outputting the number of the objects to be displayed corresponding to each setting display area;
fifth step, presetting display article display position matching analysis: analyzing to obtain matched display objects corresponding to the set display positions in each set display area based on attribute information, associated information and appearance information corresponding to the objects to be displayed in each set display area and information corresponding to the set display positions in each set display area;
Sixth, generating a target cultural relic on-line exhibition hall: and generating the on-line exhibition hall of the target cultural relics based on the matched exhibited articles corresponding to the set exhibition positions in the set exhibition areas.
In the above method, the basic setting information corresponding to the exhibition hall of the line to be constructed specifically includes a position corresponding to each setting display area, a main body display position set by each setting display area, a display theme corresponding to each setting display area, and information corresponding to the setting exhibition positions in each setting display area, where the information corresponding to the setting exhibition positions is the number of setting exhibition positions, the position corresponding to each setting exhibition position, the size corresponding to each setting exhibition position, and the type corresponding to each setting exhibition position includes a combination type and an independent type, and the information corresponding to the combination type setting exhibition position further includes the display number corresponding to the child exhibition positions and the size corresponding to each child exhibition position.
In the above method, the statistics of the important display indexes corresponding to the display positions in the display areas is specifically used for counting the important display indexes corresponding to the display positions in the display areas according to the positions, the sizes and the types of the display positions in the display areas, and the important display indexes are marked as lambda j i Wherein j represents the number corresponding to each setting display area, and i represents the number corresponding to each setting display position.
In the method, the specific setting process of setting the display weight level corresponding to each display position in each setting display area based on the display position importance index corresponding to each display position in each setting display area is to match and compare the display position importance index corresponding to each display position in each setting display area with the preset display position importance index corresponding to each display weight level, and screen out the display weight level corresponding to each display position in each setting display area.
In the above method, the attribute information corresponding to each preset display article is a category to which the preset display article corresponds, and the appearance information corresponding to each preset display article includes an outline, a color and a volume.
In the above method, the specific output process of analyzing each preset display article and outputting the number of the articles to be displayed corresponding to each set display area includes the following steps:
acquiring associated information corresponding to each preset display article, and further identifying and obtaining each associated keyword corresponding to the preset display article based on the associated information corresponding to each preset display article;
Based on basic setting information corresponding to the exhibition hall of the above objects to be constructed, extracting the exhibition subjects corresponding to the exhibition areas from the basic setting information, dividing words of the exhibition subjects corresponding to the exhibition areas, marking the divided words of the exhibition subjects corresponding to the exhibition areas as theme keywords corresponding to the exhibition areas, further calculating the matching degree of each preset exhibition object and each exhibition area, further comparing the matching degree of each preset exhibition object and each exhibition area with the matching degree of a preset standard area, and if the matching degree of a certain preset exhibition object and a certain exhibition area is larger than the matching degree of a preset standard area, taking the preset exhibition object as the object to be exhibited corresponding to the exhibition area, and further obtaining each object to be exhibited corresponding to each exhibition area.
In the above method, the specific analysis process of the matching setting display positions corresponding to the objects to be displayed in each setting display area is as follows:
based on the associated information corresponding to each object to be displayed in each setting display area, locating the corresponding historical year of each object to be displayed from the associated information, and meanwhile, based on the display theme corresponding to each setting display area, carrying out matching comparison on the display theme corresponding to each setting display area and each associated theme corresponding to each historical year in a historical information base, screening to obtain the corresponding historical year of each setting display area, and recording the corresponding historical year of each setting display area as the target display year corresponding to each setting display area;
Comparing the historical year corresponding to each object to be displayed in each set display area with the target display year corresponding to each set display area, marking the object to be displayed consistent with the key year of each set display area as a main body display object corresponding to each set display area, and marking the display object inconsistent with the key year of each set display area as an extension display object;
based on the display weight grade corresponding to each set display position in each set display area, the set display position corresponding to the first-level display weight grade is marked as a central display position, the set display positions corresponding to other display weight grades are marked as auxiliary display positions, the types corresponding to each central display position in each set display area are extracted, and main body display article matching analysis is carried out based on the types corresponding to each central display position in each set display area, so that matched display articles corresponding to each central display position in each set display area are obtained.
In the above method, in the fifth step, the analyzing to obtain the matching set display positions corresponding to the objects to be displayed in each set display area is further used for analyzing to obtain the matching display objects corresponding to each auxiliary display position in each set display area, and the specific analyzing process is as follows:
After the confirmation of matching display articles is completed by each central display position in each set display area, counting the number of corresponding residual main body display articles in each set display area, and taking the number as a priority analysis display article;
acquiring the number of corresponding auxiliary display positions in each set display area and the type corresponding to each auxiliary display position, confirming the corresponding auxiliary display position for preferential analysis in each set display area based on the number corresponding to the preferential display objects and the category corresponding to each preferential display object, and analyzing according to the analysis method of the matched display objects corresponding to each central display position in each set display area to obtain the matched display objects corresponding to each preferential auxiliary display position in each set display area;
and after the auxiliary display positions are analyzed in advance to complete the matching of the exhibits, acquiring the number of the corresponding extended display articles in each set display area and the number of the corresponding residual auxiliary display positions in each set display area, and analyzing according to an analysis method of the corresponding matched display articles of each auxiliary display position in each priority to obtain the corresponding matched display articles of each residual auxiliary display position.
The second aspect of the invention provides a digital online exhibition hall-based construction system, comprising:
The exhibition hall information acquisition and space construction module is used for positioning basic setting information corresponding to the exhibition hall of the line to be constructed based on a design plan corresponding to the exhibition hall of the line to be constructed, constructing the exhibition space based on the basic setting information corresponding to the exhibition hall of the line to be constructed, and storing the constructed exhibition space into an exhibition hall database;
the display position preliminary analysis module is used for extracting information corresponding to display positions arranged in each display area arranged in the above-line object exhibition hall to be constructed based on basic setting information corresponding to the above-line object exhibition hall to be constructed, and carrying out preliminary analysis;
the exhibition information acquisition and model construction module is used for acquiring basic information corresponding to each preset exhibition object in the exhibition hall of the above object to be constructed, further constructing a 3D exhibition model corresponding to each preset exhibition object, simultaneously marking each preset exhibition object, and storing the 3D exhibition model corresponding to each preset exhibition object and the marking information into an exhibition hall database;
the system comprises a database and a display database, wherein the database comprises a history database and a display hall database, the history database is used for storing each associated theme corresponding to each history year, the number of characteristic display articles corresponding to each history year, attribute information, associated information and appearance information corresponding to each characteristic display article of each history year, and the display hall database is used for storing and constructing a display space corresponding to each set display area, a display space corresponding to each set display position and a 3D display model and marking information corresponding to each preset display article;
The comprehensive analysis module is used for analyzing the matched display areas corresponding to the objects to be displayed and the matched display objects corresponding to the display positions in the setting display areas;
the on-line exhibition hall generation module is used for generating an on-line exhibition hall of the target cultural relics based on the matched set exhibition areas corresponding to the items to be exhibited and the matched exhibited items corresponding to the set exhibition positions in the set exhibition areas.
A third aspect of the present invention provides a storage medium having a computer program recorded thereon, the computer program implementing the method of the present invention when running in the memory of a server.
Aiming at the above, the beneficial effects of the invention are as follows:
according to the method for constructing the on-line exhibition hall based on the digital line, the matched exhibition areas and the matched exhibition positions corresponding to the objects to be exhibited are subjected to double analysis based on the basic setting information corresponding to the exhibition hall of the on-line exhibition hall to be constructed and the basic information corresponding to the objects to be exhibited, so that the problem that the construction scene content of the on-line exhibition hall is limited to a certain extent is effectively solved, the exhibition content of the on-line exhibition hall is expanded, the richness of the exhibition content of the exhibition hall is improved, the exhibition experience of the exhibitors is further improved, meanwhile, when the matched exhibition positions corresponding to the objects to be exhibited are analyzed, the type of the exhibition positions is analyzed, the fine analysis of the placement of the objects to be exhibited is realized, the pertinence of the analysis of the matching exhibition positions of the objects to be exhibited is improved, the rationality and the standability of the placement of the objects to be exhibited in the set exhibition areas are improved, the exhibition bright spots corresponding to the set up and the exhibition areas are effectively highlighted, and the exhibition effect corresponding to the areas is greatly improved.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are needed for the description of the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a flow chart of the steps of the method of the present invention;
FIG. 2 is a schematic diagram of the connection of the modules of the system of the present invention.
Detailed Description
The foregoing is merely illustrative of the principles of the invention, and various modifications, additions and substitutions for those skilled in the art will be apparent to those having ordinary skill in the art without departing from the principles of the invention or from the scope of the invention as defined in the accompanying claims.
Referring to fig. 1, the invention provides a method for constructing an on-line exhibition hall based on digitalization, which comprises the following steps:
the first step, basic setting information acquisition and display space construction of an online exhibition hall: positioning basic setting information corresponding to the exhibition hall of the line to be constructed based on the design plan corresponding to the exhibition hall of the line to be constructed, constructing a display space based on the basic setting information corresponding to the exhibition hall of the line to be constructed, and storing the constructed display space into an exhibition hall database;
Specifically, the basic setting information specifically includes a position corresponding to each setting display area, a main body display position set by each setting display area, a display theme corresponding to each setting display area, and information corresponding to a setting display position in each setting display area; the information corresponding to the set display positions comprises the number of the set display positions, the corresponding positions of the set display positions, the corresponding sizes of the set display positions and the corresponding types of the set display positions, wherein the corresponding types of the set display positions comprise combination type and independent type, the information corresponding to the combination type set display positions further comprises the display number corresponding to the sub display positions and the corresponding sizes of the sub display positions, and the sizes of the display positions comprise length, width and height.
The display space comprises display spaces corresponding to the display areas and display spaces corresponding to the display positions.
The second step, the basic setting information of exhibition hall is analyzed preliminarily: based on basic setting information corresponding to the exhibition hall of the above-mentioned objects of the lines to be built, extracting information corresponding to the set exhibition positions in each set exhibition area in the exhibition hall of the above-mentioned objects of the lines to be built, carrying out preliminary analysis, counting the important exhibition position indexes corresponding to the set exhibition positions in each set exhibition area, and carrying out the setting of the display weight grades corresponding to the set exhibition positions in each set exhibition area based on the important exhibition position indexes corresponding to the set exhibition positions in each set exhibition area;
The statistics of the important display indexes corresponding to the display positions in the display areas is specifically used for counting the important display indexes corresponding to the display positions in the display areas according to the positions, the sizes and the types of the display positions in the display areas, and marking the important display indexes as lambda j i Wherein j represents the number corresponding to each set display area, i represents the number corresponding to each set display position, and the specific statistical process comprises the following steps:
h1, numbering each set display area according to a preset sequence, and marking the set display areas as 1,2, j, m, and simultaneously numbering each set display position corresponding to each set display area as 1,2, i, n;
h2, based on the corresponding position of each setting display position in each setting display area and the main body display position set in each setting display area, acquiring each setting in each setting display areaThe distance between the display position and the main display position of the display position is calculated by using a calculation formula to obtain the position weight corresponding to each display position in each display area, and the position weight is marked as alpha j i The specific calculation formula is that the position weight calculation formula corresponding to each setting display position in each setting display area is that
ΔL j i The distance between the ith setting display position and the main body display position set by the jth setting display area is represented as the j setting display area, and DeltaL' is the reference distance between the preset display position and the main body display position.
H3, based on the corresponding sizes of the display positions in the display areas, counting the corresponding volumes of the display positions, locating the corresponding influence weights of the display positions in the display areas from the preset influence weights of the display positions, and marking as beta j i ；
H4, based on the types corresponding to the display positions of the settings in the setting display areas, locating the influence weights corresponding to the display position types of the settings in the setting display areas from the preset influence weights corresponding to the display position types, and marking as delta j i ；
H5, calculating to obtain the display position importance index corresponding to each display position in each display region according to the influence weight corresponding to each display position volume in each display region and the influence weight corresponding to each display position type in each display region, wherein the specific calculation formula is as follows
λ j i And representing the display position importance index corresponding to the ith display position in the jth display region.
The specific setting process of setting the display weight level corresponding to each display position in each setting display area is to match and compare the display position important index corresponding to each display position in each setting display area with the preset display position important index corresponding to each display weight level, and screen out the display weight level corresponding to each display position in each setting display area.
Third step, basic information acquisition and display model construction of preset display articles: basic information corresponding to each preset display article in the exhibition hall of the line to be constructed is obtained, wherein the basic information comprises attribute information, associated information and appearance information, a 3D display model corresponding to each preset display article is constructed based on the appearance information corresponding to each preset display article, corresponding marks are carried out based on the attribute information and the associated information of each preset display article, and the 3D display model and the mark information corresponding to each preset display article are stored in an exhibition hall database;
further, the attribute information corresponding to each preset display article is a category to which the preset display article corresponds, and the appearance information corresponding to each preset display article comprises an outline, a color and a volume.
For example, the association information corresponding to each preset display article may be in a picture form, a text form and a video form.
Still another exemplary embodiment of the present invention further provides a method for marking a category corresponding to each preset display article, a name corresponding to each preset display article, and a year corresponding to each preset display article, so as to facilitate the subsequent management of the layout of each preset display article.
Fourth step, presetting a display area matching analysis of the display object: analyzing each preset display object based on the associated information corresponding to each preset display object and the basic setting information corresponding to the above object exhibition hall on the line to be constructed, and outputting the number of the objects to be displayed corresponding to each setting display area;
the specific output process for analyzing each preset display object and outputting the number of objects to be displayed corresponding to each set display area comprises the following steps:
f1, acquiring associated information corresponding to each preset display article, and further identifying and obtaining each associated keyword corresponding to the preset display article based on the associated information corresponding to each preset display article, wherein the existing associated keyword identification technology can be effectively combined with picture identification, video identification and text identification technologies to be comprehensively applied, keywords can be conveniently extracted from picture, text or video information, and the method belongs to the existing mature technology, and therefore specific identification processes of the method are not repeated herein.
And F2, extracting display subjects corresponding to each setting display area based on basic setting information corresponding to the exhibition hall of the above object on the line to be constructed, dividing the display subjects corresponding to each setting display area, marking each division of the display subjects corresponding to each setting display area as a subject keyword corresponding to each setting display area, further calculating the matching degree of each preset display object corresponding to each setting display area, further comparing the matching degree of each preset display object corresponding to each setting display area with the matching degree of each preset standard area, and taking a preset display object as the object to be displayed corresponding to each setting display area if the matching degree of a certain preset display object corresponding to a certain setting display area is larger than the matching degree of a preset standard area, and further obtaining each object to be displayed corresponding to each setting display area.
The specific calculation process of the matching degree of each preset display object and each set display area comprises the following steps:
constructing each associated keyword set Q corresponding to each preset display article according to each associated keyword corresponding to each preset display article r ＝{q r 1,q r 2,...q r u,...q r v}，q r u represents the corresponding u-th associated keyword of the r-th item to be displayed, r represents the number of each preset displayed item, r=1, 2,. The..p., u represents a keyword number, u=1, 2,. The term v;
constructing each topic keyword set H corresponding to each setting display area according to topic keywords corresponding to each setting display area j ＝{h j 1,h j 2,...h j f,...h j g}，h j f represents the f-th theme keyword corresponding to the j-th setting display area, f represents the theme keyword number, and f=1, 2,.....g；
Substituting each associated keyword set corresponding to each preset display article and each theme keyword set corresponding to the set display area into a formula
Obtaining the matching degree of each preset display object and each setting display area, and the +.>
And indicating the matching degree of the r preset display article and the j setting display area.
Fifth step, presetting display article display position matching analysis: analyzing to obtain matched display objects corresponding to the set display positions in each set display area based on attribute information, associated information and appearance information corresponding to the objects to be displayed in each set display area and information corresponding to the set display positions in each set display area;
The specific analysis process of the matching setting display position corresponding to each object to be displayed in each setting display area is as follows:
step 1, locating the historical year corresponding to each object to be displayed from the associated information corresponding to each object to be displayed in each set display area, and simultaneously, carrying out matching comparison on the display theme corresponding to each set display area and each associated theme corresponding to each historical year in a historical information base based on the display theme corresponding to each set display area, screening to obtain the historical year corresponding to each set display area, and marking the historical year corresponding to each set display area as the target display year corresponding to each set display area;
step 2, comparing the historical year corresponding to each object to be displayed in each set display area with the target display year corresponding to each set display area, marking the object to be displayed consistent with the key year of each set display area as a main body display object corresponding to each set display area, and marking the display object inconsistent with the key year of each set display area as an extension display object;
step 3, based on the display weight levels corresponding to the display positions in the display areas, marking the display positions corresponding to the first-level display weight levels as central display positions, marking the display positions corresponding to the other display weight levels as auxiliary display positions, extracting the types corresponding to the display positions in the display areas, and carrying out main body display article matching analysis based on the types corresponding to the display positions in the display areas to obtain matched display articles corresponding to the display positions in the display areas;
The specific acquisition process of the matched display articles corresponding to the central display positions in the set display areas comprises the following steps:
a1, if the type corresponding to a central display position in a certain setting display area is independent, positioning feature display articles corresponding to the central display position in the setting area from a historical information base based on the target display year corresponding to the setting display area and the size corresponding to the central display position in the setting area, wherein when the number of feature display articles is multiple, selecting one at will, marking the feature display articles as central display articles, extracting attribute information and appearance information corresponding to the central display articles from the historical information base, counting the comprehensive matching degree of each main display article and the central display article in the setting display area according to the attribute information and the appearance information corresponding to each main display article in the setting display area, taking the main display article with the highest matching degree as the matching display article corresponding to the central display position in the setting display area, and respectively acquiring the matching display articles corresponding to each independent central display position in the setting display area in the mode;
the specific statistical process of the matching degree of each main body display article and the central display article corresponding to each main body display article in the setting display area is as follows:
A1-1, acquiring the belonging category corresponding to each main body display article in the setting display area and the belonging category corresponding to the central display article in the setting display area, and performing matching comparison, and if the belonging category corresponding to a certain main body display article is consistent with the belonging category corresponding to the central display article, matching the main body display article with the central display articleThe class matching degree corresponding to the center display article is marked as phi, otherwise marked as phi ', phi > phi ', so as to obtain the class matching degree corresponding to each main display article and the center display article respectively, and marked as phi ' t Phi 'is phi or phi', t represents the number of the main body display article;
a1-2, acquiring the contour corresponding to each main body display article and the contour corresponding to the center display article of the set display area, performing coincidence comparison on the contour corresponding to each main body display article and the contour corresponding to the center display article, acquiring the area of the coincidence area of each main body display article and the center display article, simultaneously acquiring the contour area corresponding to the center display article according to the contour corresponding to the center display article, calculating the contour matching degree of each main body display article and the center display article, and marking as K t ，
t represents the number of the display object of each main body, t=1, 2, &.. t Representing the area of a superposition area of the t main body display article and the central display article, wherein ym represents the outline area corresponding to the central display article;
a1-3, obtaining the corresponding color and volume of each main body display article and the corresponding color and volume of the central display article, calculating the overall matching degree of the appearance of each main body display article and the corresponding central display article, and marking as W t ，
Wherein epsilon 1, epsilon 2 and epsilon 3 are weight proportion corresponding to preset outline, color and volume, Y t ,L t Respectively representing the color and the volume corresponding to the t main body display article, and Y ', L' respectively represent the color and the volume corresponding to the central display article;
it should be further noted that, in the calculating of the color, the calculating is based on the RGB value of the object, and in order to describe the color matching calculating process, the invention uses L t -L' is substituted
Wherein R is t ,G t ,B t The R value, the G value and the B value corresponding to each main body display article are respectively expressed, R ', G ', B ' represent the R value, the G value and the B value corresponding to the central display article, and q1, q2 and q3 are correction coefficients.
A1-4 based on the category matching degree phi' of each main body display article and the center display article and the overall matching degree W of each main body display article and the appearance corresponding to the center display article t Counting to obtain the comprehensive matching degree of the main display articles and the central display articles, and marking as gamma t The specific calculation formula is gamma t ＝σ1*φ″ t +σ2*W t And sigma 1 and sigma 2 are expressed as preset coefficients, wherein the higher the class matching degree and the shape comprehensive matching degree of a certain main body display article corresponding to a central display article are, the higher the comprehensive matching degree of the main body display article corresponding to the central display article is.
A2, if the type corresponding to a certain central display position in a certain setting display area is a combination type, acquiring the number of sub display positions corresponding to the central display position, according to the target display year corresponding to the setting display area, the number of sub display positions corresponding to the central display position in the setting display area and the corresponding size of each sub display position in the central display position in the setting display area, positioning the number of characteristic display articles corresponding to the central display position in the setting display area and the attribute information and the appearance information corresponding to each characteristic display article in the central display position in the setting display area from a historical information base, counting the matching degree of each characteristic display article in the setting display area and each main display article based on the attribute information and the appearance information corresponding to each main display article in the setting display area, selecting each main display article with the highest matching degree of each characteristic display article in the central display position, and recording the matching display articles corresponding to each sub display position in the central display position, and acquiring the matching articles corresponding to each sub display position in each combination type in each setting display area;
The specific calculation mode of the matching degree of each feature display article of the central display position and each main display article in the setting display area is the same as the calculation mode of the matching degree of each main display article and the central display article in the independent central display position, and no detailed description is given here.
Step 5, carrying out display article matching analysis based on the types corresponding to the auxiliary display positions in the setting display areas to obtain matched display articles corresponding to the auxiliary display positions in the setting display areas, wherein the method specifically comprises the following steps:
step 5-1, counting the number of the corresponding residual main body display articles in each set display area after each central display position in each set display area completes the confirmation of the matched display articles, and taking the number as a priority analysis display article;
step 5-2, acquiring the number of the corresponding auxiliary display positions in each set display area and the type corresponding to each auxiliary display position, confirming the corresponding auxiliary display position for preferential analysis in each set display area based on the number, the category and the volume corresponding to the preferential display object, and analyzing according to the analysis method of the matched display object corresponding to each center display position in each set display area to obtain the matched display object corresponding to each auxiliary display position for preferential analysis in each set display area, wherein the specific confirmation process corresponding to the auxiliary display position for preferential analysis in each set display area is as follows:
Step 5-2-1, comparing the categories corresponding to the priority display items with each other, and counting the number of the priority display items corresponding to the categories;
step 5-2-2, extracting auxiliary display positions with combined types from the auxiliary display positions corresponding to the set display areas, and obtaining the number of sub display positions corresponding to the combined auxiliary display positions and the size corresponding to the sub display positions in the set display areas;
step 5-2-3, matching and comparing the number of the sub-display positions corresponding to the combined auxiliary display positions in each set display area with the number of the preferential display objects corresponding to each class, if the number of the sub-display positions corresponding to the combined auxiliary display position in a certain set display area is larger than or equal to the number of the preferential display objects corresponding to a certain class, acquiring the volume corresponding to each sub-display position in the combined auxiliary display position based on the size corresponding to each sub-display position in the combined auxiliary display position, comparing the volume corresponding to each preferential display object in the class, and if the size of each sub-display position in the combined auxiliary display position is larger than or equal to the volume corresponding to each preferential analysis display object, marking the combined auxiliary display position as the preferential analysis auxiliary display position in the set display area;
And 5-2-4, if the number of sub-display digits corresponding to each combined auxiliary display place in a certain setting display area or the volume corresponding to each combined auxiliary display place in a certain setting display area is inconsistent with the number of each priority display object and the volume corresponding to each priority display object in each category, primarily judging the corresponding independent display place in the setting display area as a priority auxiliary display place to be selected, acquiring the volume corresponding to each priority auxiliary display place to be selected based on the size corresponding to each priority auxiliary display place to be selected, comparing the volume corresponding to each priority auxiliary display place to be selected with the volume corresponding to each priority display object in each category, screening out the priority auxiliary display places to be selected which are larger than or equal to each priority display object in each category, and ensuring that the number of the priority auxiliary display places is consistent with the number of the priority display objects.
And 5-3, after the auxiliary display positions are analyzed preferentially to complete the matching of the exhibits, acquiring the number of the corresponding extended display articles in each set display area and the number of the corresponding residual auxiliary display positions in each set display area, and analyzing according to an analysis method of the corresponding matched display articles of each auxiliary display position analyzed preferentially to obtain the corresponding matched display articles of each residual auxiliary display position.
According to the embodiment of the invention, the problem that the construction scene content of the on-line exhibition hall is limited to a certain extent is effectively solved by carrying out double analysis on the matched exhibition area and the matched exhibition booth corresponding to each object to be exhibited, the exhibition content of the on-line exhibition hall is expanded, the exhibition content richness of the exhibition hall is improved, the exhibition experience of the exhibitors is further improved, meanwhile, when the matched exhibition booth corresponding to each object to be exhibited is analyzed, the type of the exhibition booth is analyzed, the fine analysis of the placement of the object to be exhibited is realized, the pertinence of the analysis of the matched exhibition booth of the object to be exhibited is improved, the rationality and the standability of the arrangement of each object to be exhibited in each set exhibition area are improved, the exhibition bright point corresponding to each set exhibition area is effectively highlighted, and the exhibition effect corresponding to each exhibition area is further greatly improved.
Sixth, generating a target cultural relic on-line exhibition hall: and generating the on-line exhibition hall of the target cultural relics based on the matched exhibited articles corresponding to the set exhibition positions in the set exhibition areas.
Specifically, the exhibition hall on the generated target cultural relics is specifically used for acquiring the constructed exhibition space corresponding to each set exhibition area and the exhibition space corresponding to each set exhibition position, embedding the exhibition space corresponding to each set exhibition position into the exhibition space corresponding to each set exhibition area, further extracting the number corresponding to the matched exhibition object in each set exhibition position in each set exhibition area based on the matched exhibition object corresponding to each set exhibition position in each set exhibition area, further acquiring the 3D exhibition model corresponding to the matched exhibition object in each set exhibition position in each set exhibition area, and importing the 3D exhibition model into the exhibition space corresponding to the corresponding set exhibition position, thereby generating the target cultural relics on the exhibition hall.
Referring to fig. 2, the invention provides a digital online exhibition hall-based construction system, which comprises an exhibition hall information acquisition and space construction module, an exhibition hall preliminary analysis module, an exhibition article information acquisition and model construction module, a database, an article comprehensive analysis module to be displayed and a target cultural relic online exhibition hall generation module; the system comprises a target cultural relic on-line exhibition hall generating module, a to-be-exhibited article comprehensive analyzing module, a database, an exhibition hall information acquisition and space constructing module, an exhibition hall preliminary analyzing module and an exhibition article information acquisition and model constructing module, wherein the target cultural relic on-line exhibition hall generating module is respectively connected with the to-be-exhibited article comprehensive analyzing module and the database;
the exhibition hall information acquisition and space construction module is used for positioning basic setting information corresponding to the exhibition hall of the line to be constructed based on a design plan corresponding to the exhibition hall of the line to be constructed, constructing the exhibition space based on the basic setting information corresponding to the exhibition hall of the line to be constructed, and storing the constructed exhibition space into an exhibition hall database;
the display position preliminary analysis module is used for extracting information corresponding to display positions arranged in each display area arranged in the above-line object exhibition hall to be constructed based on basic setting information corresponding to the above-line object exhibition hall to be constructed, and carrying out preliminary analysis;
The exhibition information acquisition and model construction module is used for acquiring basic information corresponding to each preset exhibition object in the exhibition hall of the above object to be constructed, further constructing a 3D exhibition model corresponding to each preset exhibition object, simultaneously marking each preset exhibition object, and storing the 3D exhibition model corresponding to each preset exhibition object and the marking information into an exhibition hall database;
the system comprises a database and a display database, wherein the database comprises a history database and a display hall database, the history database is used for storing each associated theme corresponding to each history year, the number of characteristic display articles corresponding to each history year, attribute information, associated information and appearance information corresponding to each characteristic display article of each history year, and the display hall database is used for storing and constructing a display space corresponding to each set display area, a display space corresponding to each set display position and a 3D display model and marking information corresponding to each preset display article;
the comprehensive analysis module is used for analyzing the matched display areas corresponding to the objects to be displayed and the matched display objects corresponding to the display positions in the setting display areas;
the on-line exhibition hall generation module is used for generating an on-line exhibition hall of the target cultural relics based on the matched set exhibition areas corresponding to the items to be exhibited and the matched exhibited items corresponding to the set exhibition positions in the set exhibition areas.
The invention also provides a storage medium, which is burnt with a computer program, and the computer program realizes the method when running in the memory of the server.
The foregoing is merely illustrative and explanatory of the principles of the invention, as various modifications and additions may be made to the specific embodiments described, or similar thereto, by those skilled in the art, without departing from the principles of the invention or beyond the scope of the appended claims.
Claims (7)
1. The method for constructing the online exhibition hall based on the digitalization is characterized by comprising the following steps of:
the first step, basic setting information acquisition and display space construction of an online exhibition hall: positioning basic setting information corresponding to the exhibition hall of the line to be constructed based on the design plan corresponding to the exhibition hall of the line to be constructed, constructing a display space based on the basic setting information corresponding to the exhibition hall of the line to be constructed, and storing the constructed display space into an exhibition hall database;
the second step, the basic setting information of exhibition hall is analyzed preliminarily: based on basic setting information corresponding to the exhibition hall of the above-mentioned objects of the lines to be built, extracting information corresponding to the set exhibition positions in each set exhibition area in the exhibition hall of the above-mentioned objects of the lines to be built, carrying out preliminary analysis, counting the important exhibition position indexes corresponding to the set exhibition positions in each set exhibition area, and carrying out the setting of the display weight grades corresponding to the set exhibition positions in each set exhibition area based on the important exhibition position indexes corresponding to the set exhibition positions in each set exhibition area;
Third step, basic information acquisition and display model construction of preset display articles: basic information corresponding to each preset display article in the exhibition hall of the line to be constructed is obtained, wherein the basic information comprises attribute information, associated information and appearance information, a 3D display model corresponding to each preset display article is constructed based on the appearance information corresponding to each preset display article, corresponding marks are carried out based on the attribute information and the associated information of each preset display article, and the 3D display model and the mark information corresponding to each preset display article are stored in an exhibition hall database;
fourth step, presetting a display area matching analysis of the display object: analyzing each preset display object based on the associated information corresponding to each preset display object and the basic setting information corresponding to the above object exhibition hall on the line to be constructed, and outputting the number of the objects to be displayed corresponding to each setting display area;
fifth step, presetting display article display position matching analysis: analyzing to obtain matched display objects corresponding to the set display positions in each set display area based on attribute information, associated information and appearance information corresponding to the objects to be displayed in each set display area and information corresponding to the set display positions in each set display area;
Sixth, generating a target cultural relic on-line exhibition hall: generating an on-line exhibition hall of the target cultural relics based on the matched exhibition objects corresponding to the set exhibition positions in the set exhibition areas;
the statistics of the important display indexes corresponding to the display positions in the display areas is specifically performed according to the positions, the sizes and the types corresponding to the display positions in the display areas, so as to further count the important display indexes corresponding to the display positions in the display areas, and the important display indexes are marked as
Wherein j represents the number corresponding to each set display area, and i represents the number corresponding to each set display position;
the specific setting process of setting the display weight level corresponding to each display position in each display region based on the display position importance index corresponding to each display position in each display region is to match and compare the display position importance index corresponding to each display position in each display region with the preset display position importance index corresponding to each display weight level, and screen out the display weight level corresponding to each display position in each display region;
the specific analysis process of the matched set display positions corresponding to the objects to be displayed in the set display areas is as follows:
Based on the associated information corresponding to each object to be displayed in each setting display area, locating the corresponding historical year of each object to be displayed from the associated information, and meanwhile, based on the display theme corresponding to each setting display area, carrying out matching comparison on the display theme corresponding to each setting display area and each associated theme corresponding to each historical year in a historical information base, screening to obtain the corresponding historical year of each setting display area, and recording the corresponding historical year of each setting display area as the target display year corresponding to each setting display area;
comparing the historical year corresponding to each object to be displayed in each set display area with the target display year corresponding to each set display area, marking the object to be displayed consistent with the key year of each set display area as a main body display object corresponding to each set display area, and marking the display object inconsistent with the key year of each set display area as an extension display object;
based on the display weight grade corresponding to each set display position in each set display area, the set display position corresponding to the first-level display weight grade is marked as a central display position, the set display positions corresponding to other display weight grades are marked as auxiliary display positions, the types corresponding to each central display position in each set display area are extracted, and main body display article matching analysis is carried out based on the types corresponding to each central display position in each set display area, so that matched display articles corresponding to each central display position in each set display area are obtained.
2. The digital online exhibition hall construction method according to claim 1, wherein: the basic setting information corresponding to the exhibition hall of the above-mentioned object to be constructed specifically comprises positions corresponding to all the setting exhibition areas, main body exhibition positions set by all the setting exhibition areas, exhibition subjects corresponding to all the setting exhibition areas and information corresponding to the setting exhibition positions in all the setting exhibition areas, the information corresponding to the setting exhibition positions is the number of the setting exhibition positions, the positions corresponding to all the setting exhibition positions, the corresponding sizes of all the setting exhibition positions and the corresponding types of all the setting exhibition positions, the corresponding types of all the setting exhibition positions comprise a combination type and an independent type, and the information corresponding to the combination type setting exhibition positions further comprises the exhibition number corresponding to the sub exhibition positions and the corresponding sizes of all the sub exhibition positions.
3. The digital online exhibition hall construction method according to claim 1, wherein: the attribute information corresponding to each preset display article is the category to which the preset display article corresponds, and the appearance information corresponding to each preset display article comprises an outline, a color and a volume.
4. The digital online exhibition hall construction method according to claim 1, wherein: the specific output process for analyzing each preset display object and outputting the number of objects to be displayed corresponding to each set display area comprises the following steps:
Acquiring associated information corresponding to each preset display article, and further identifying and obtaining each associated keyword corresponding to the preset display article based on the associated information corresponding to each preset display article;
based on basic setting information corresponding to the exhibition hall of the above objects to be constructed, extracting the exhibition subjects corresponding to the exhibition areas from the basic setting information, dividing words of the exhibition subjects corresponding to the exhibition areas, marking the divided words of the exhibition subjects corresponding to the exhibition areas as theme keywords corresponding to the exhibition areas, further calculating the matching degree of each preset exhibition object and each exhibition area, further comparing the matching degree of each preset exhibition object and each exhibition area with the matching degree of a preset standard area, and if the matching degree of a certain preset exhibition object and a certain exhibition area is larger than the matching degree of a preset standard area, taking the preset exhibition object as the object to be exhibited corresponding to the exhibition area, and further obtaining each object to be exhibited corresponding to each exhibition area.
5. The digital online exhibition hall construction method according to claim 1, wherein: the fifth step is to analyze and obtain the matching set display positions corresponding to the objects to be displayed in each set display area, and further analyze and obtain the matching display objects corresponding to the auxiliary display positions in each set display area, and the specific analysis process is as follows:
After the confirmation of matching display articles is completed by each central display position in each set display area, counting the number of corresponding residual main body display articles in each set display area, and taking the number as a priority analysis display article;
acquiring the number of corresponding auxiliary display positions in each set display area and the type corresponding to each auxiliary display position, confirming the corresponding auxiliary display position for preferential analysis in each set display area based on the number corresponding to the preferential display objects and the category corresponding to each preferential display object, and analyzing according to the analysis method of the matched display objects corresponding to each central display position in each set display area to obtain the matched display objects corresponding to each preferential auxiliary display position in each set display area;
and after the auxiliary display positions are analyzed in advance to complete the matching of the exhibits, acquiring the number of the corresponding extended display articles in each set display area and the number of the corresponding residual auxiliary display positions in each set display area, and analyzing according to an analysis method of the corresponding matched display articles of each auxiliary display position in each priority to obtain the corresponding matched display articles of each residual auxiliary display position.
6. A digital on-line-based booth construction system for performing the digital on-line-based booth construction method of claim 1, comprising:
The exhibition hall information acquisition and space construction module is used for positioning basic setting information corresponding to the exhibition hall of the line to be constructed based on a design plan corresponding to the exhibition hall of the line to be constructed, constructing the exhibition space based on the basic setting information corresponding to the exhibition hall of the line to be constructed, and storing the constructed exhibition space into an exhibition hall database;
the display position preliminary analysis module is used for extracting information corresponding to display positions arranged in each display area arranged in the above-line object exhibition hall to be constructed based on basic setting information corresponding to the above-line object exhibition hall to be constructed, and carrying out preliminary analysis;
the exhibition information acquisition and model construction module is used for acquiring basic information corresponding to each preset exhibition object in the exhibition hall of the above object to be constructed, further constructing a 3D exhibition model corresponding to each preset exhibition object, simultaneously marking each preset exhibition object, and storing the 3D exhibition model corresponding to each preset exhibition object and the marking information into an exhibition hall database;
the system comprises a database and a display database, wherein the database comprises a history database and a display hall database, the history database is used for storing each associated theme corresponding to each history year, the number of characteristic display articles corresponding to each history year, attribute information, associated information and appearance information corresponding to each characteristic display article of each history year, and the display hall database is used for storing and constructing a display space corresponding to each set display area, a display space corresponding to each set display position and a 3D display model and marking information corresponding to each preset display article;
The comprehensive analysis module is used for analyzing the matched display areas corresponding to the objects to be displayed and the matched display objects corresponding to the display positions in the setting display areas;
the on-line exhibition hall generation module is used for generating an on-line exhibition hall of the target cultural relics based on the matched set exhibition areas corresponding to the items to be exhibited and the matched exhibited items corresponding to the set exhibition positions in the set exhibition areas.
7. A storage medium, characterized by: the storage medium has a computer program recorded thereon, which when run in the memory of a server implements the method of any of the preceding claims 1-5.
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