CN108469999A - A kind of method and system of the triangular facet quantity of remote statistics virtual reality software - Google Patents
A kind of method and system of the triangular facet quantity of remote statistics virtual reality software Download PDFInfo
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- CN108469999A CN108469999A CN201810115419.XA CN201810115419A CN108469999A CN 108469999 A CN108469999 A CN 108469999A CN 201810115419 A CN201810115419 A CN 201810115419A CN 108469999 A CN108469999 A CN 108469999A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3696—Methods or tools to render software testable
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
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Abstract
The present invention relates to testing field more particularly to a kind of method and system of the triangular facet quantity of remote statistics virtual reality software, specifically include following steps：The preset statistics script of carry is to virtual reality software；When receiving the statistics request of first server transmission, the statistics script obtains more than two model resources corresponding with virtual reality software, obtains model resource set；The statistics script obtains gridding information corresponding with each model resource in the model resource set, obtains gridding information set；The statistics script obtains triangular facet information corresponding with each gridding information in the gridding information set, obtains triangular facet information aggregate；The statistics script sends the model resource set and the triangular facet information aggregate to the first server, so that the first server counts triangular facet quantity corresponding with each model resource according to the model resource set and the triangular facet information aggregate, triangular facet magnitude-set is obtained.
Description
Technical field
The present invention relates to testing field more particularly to a kind of methods of the triangular facet quantity of remote statistics virtual reality software
And system.
Background technology
With the development of virtual reality technology, more and more virtual reality softwares occur in people's lives.As
Virtual reality software, feeling of immersion are always the core of user experience.Currently, the biggest factor for restricting user's sensory experience is exactly dizzy
Dynamic disease, and it is exactly the Caton phenomenon of virtual reality software to cause the most immediate cause of motion sickness.Cause the factor of Caton phenomenon very
It is more, wherein just containing the performance factor of software.
The performance bottleneck of virtual reality software is generally divided into CPU, GPU, and three broad aspect of memory is demonstrate,proved by long-term practice
Bright, virtual reality software uses problem in the prevalence of different degrees of CPU at present.For current virtual reality software, CPU
The performance cost of aspect can mainly be attributed to two major classes：Engine modules performance cost and native codes performance cost.Wherein, engine
It careful can be divided into rendering module, animation, physical module, UI modules, particIe system, load-on module and GC tune again in module
With etc..And wherein rendering module can be described as consuming the engine modules of cpu performance the most in any virtual reality software.Because
Almost all of virtual reality software all be unable to do without scene, the rendering of object and special efficacy.
Currently, the performance optimization of rendering module mainly by reduction DrawCall quantity and simplifies resource, both
Mode can effectively improve rendering module for the rendering performance of virtual reality software, improve the frame per second of operation, avoid the occurrence of
The phenomenon that picture interim card.Simplify the rejecting optimization that resource includes texture mapping resource, the optimization of grid performance, model geometric face
Optimization etc..
Wherein, the optimization in model geometric face is optimized primarily directed to the quantity of the triangular facet of model, and triangular facet is structure
At the most basic unit in model geometric face, the triangular facet number complexities for meaning this model resource of model resource more more
Height is then lost the performance of rendering module also higher.The triangular facet of each object in existing mainstream test virtual reality software
The method of quantity be that the Stats data statistics functions of being carried according to Unity3D engines check triangular facet quantity, developer
Performance optimization is carried out to virtual reality software according to the triangular facet quantity viewed.But carried by Unity3D engines
The data of the triangular facet quantity for the model resource that Stats statistical data functions are got are only in virtual camera field range
The data rendered, the data of the triangular facet quantity of the model resource except virtual camera field range are not counted
's.Also, tester can not also get the quantity of the triangular facet of each model resource by Stats statistical data, this
Sample can not just analyze resource, and the model resource there are performance deficiency also can not just be accurately positioned so that engineer without
Method targetedly improves the performance of virtual reality software, inefficiency.
Invention content
The technical problem to be solved by the present invention is to：How the triangle that obtains in virtual reality software each model resource is improved
The accuracy of face quantity.
In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is：
The present invention provides a kind of method of the triangular facet quantity of remote statistics virtual reality software, including：
The preset statistics script of S1, carry is to virtual reality software；
S2, when receiving the statistics request of first server transmission, the statistics script obtains and virtual reality software
Corresponding two or more model resource, obtains model resource set；
S3, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain
To gridding information set；
S4, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set,
Obtain triangular facet information aggregate；
S5, the statistics script send the model resource set and the triangular facet information aggregate to the first service
Device, so that the first server is provided according to the model resource set and triangular facet information aggregate statistics with each model
The corresponding triangular facet quantity in source, obtains triangular facet magnitude-set.
The present invention also provides a kind of system of the triangular facet quantity of remote statistics virtual reality software, including local terminal,
First server and second server；
The local terminal includes that one or more first processors and first memory, the first memory are stored with
Program, and be configured to execute following steps by one or more of first processors：
The preset statistics script of S1, carry is to virtual reality software；
S2, when receiving the statistics request of first server transmission, the statistics script obtains and virtual reality software
Corresponding two or more model resource, obtains model resource set；
S3, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain
To gridding information set；
S4, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set,
Obtain triangular facet information aggregate；
S5, the statistics script send the model resource set and the triangular facet information aggregate to the first service
Device, so that the first server is provided according to the model resource set and triangular facet information aggregate statistics with each model
The corresponding triangular facet quantity in source, obtains triangular facet magnitude-set.
The beneficial effects of the present invention are：Being different from the prior art can only dynamic statistics virtual camera current field range
The triangular facet quantity summation of interior rendered all model resources, the present invention are obtained from the gridding resource of each model resource successively
Triangular facet quantity is taken, to learn triangular facet quantity that each model resource corresponding with virtual reality software is included, is improved
Obtain the accuracy of the triangular facet quantity of each model resource in virtual reality software so that Developmental Engineer can easily position
There are the model resources of performance deficiency, targetedly carry out performance optimization, to improve optimization virtual reality software performance
Efficiency.In addition, can be handled the test data for acquiring or calculating with more flexible by way of remote processing, example
After such as getting triangular facet information aggregate and model resource set, first service is sent them to by Socket communication modes
Device if tester needs to carry out secondary transformation to these data, such as calculates triangular facet number total in entire scene, or
When being ranked up the operations such as comparison to data, directly data can be handled in first server, avoided in test program
It is middle to carry out excessive calculating, cause tested virtual reality software performance to decline.Meanwhile it can solve to survey by long-range mode
Even if examination program itself still can for the dependency problem of source code in the case where developer does not provide source code
The model resource triangular facet quantity of virtual reality software is tested, the covering surface of test is improved.
Description of the drawings
Fig. 1 is a kind of specific implementation of the method for the triangular facet quantity of remote statistics virtual reality software provided by the invention
The flow diagram of mode；
Fig. 2 is a kind of specific implementation of the system of the triangular facet quantity of remote statistics virtual reality software provided by the invention
The structure diagram of mode；
Label declaration：
1, local terminal；2, first server；3, second server；11, first processor；12, first memory；21、
Second processor；22, second memory.
Specific implementation mode
To explain the technical content, the achieved purpose and the effect of the present invention in detail, below in conjunction with embodiment and coordinate attached
Figure is explained.
The technical concept of most critical of the present invention is：The present invention obtains three from the gridding resource of each model resource successively
Edged surface quantity improves the accuracy for obtaining the triangular facet quantity of each model resource in virtual reality software.
Fig. 1 and Fig. 2 is please referred to,
As shown in Figure 1, the present invention provides a kind of method of the triangular facet quantity of remote statistics virtual reality software, including：
The preset statistics script of S1, carry is to virtual reality software；
S2, when receiving the statistics request of first server transmission, the statistics script obtains and virtual reality software
Corresponding two or more model resource, obtains model resource set；
S3, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain
To gridding information set；
S4, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set,
Obtain triangular facet information aggregate；
S5, the statistics script send the model resource set and the triangular facet information aggregate to the first service
Device, so that the first server is provided according to the model resource set and triangular facet information aggregate statistics with each model
The corresponding triangular facet quantity in source, obtains triangular facet magnitude-set.
Further, further include：
The first server sorts the triangular facet magnitude-set from big to small, obtains triangular facet quantity ordered set；
The first server generates test report according to the triangular facet quantity ordered set and the model resource set
It accuses.
Seen from the above description, when the triangular facet quantity that a model resource is included is more than preset threshold value, illustrate this
The triangular facet quantity of model resource is excessive, and there are performance deficiencies to be optimized to it, the present invention by triangular facet quantity by greatly to
Small sequence is conducive to the model resource that Developmental Engineer quickly positions existing defects, improves optimization virtual reality software performance
Efficiency.
Further, further include before the S3：
The statistics script deletes the model resource of non-carry grid filter assemblies in the model resource set.
Seen from the above description, triangular facet is not present in the model resource of non-carry grid filter assemblies, will be not present three
The model resource of edged surface is deleted from the model resource set, is conducive to improve test virtual reality software resource triangular facet number
The efficiency of amount.
Further, the S4 is specially：
S41, the statistics script obtain a gridding information from the gridding information set, obtain current grid information；
S42, the statistics script obtain gridding resource corresponding with the current grid information；
S43, the statistics script obtain triangular facet array corresponding with the gridding resource；
S44, the statistics script add the triangular facet array to preset triangular facet information aggregate；
S45, the statistics script repeat the S41 to the S44, until the gridding information set is traversed.
Further, the statistics script obtains more than two model resources corresponding with virtual reality software, obtains mould
Type resource collection, specially：
The statistics script obtains model resource corresponding with the virtual reality software in local terminal, obtains local mould
Type resource collection；
The statistics script obtains model resource corresponding with the virtual reality software in second server, obtains long-range
Model resource set；
The statistics script synthesis local model resource set and the long-range model resource set, obtain the mould
Type resource collection.
Seen from the above description, the subject in virtual reality software virtual scene is mainly loaded by two modes
Into in the scene of software, a part is loaded from local directory, and another part is then to ask resource data from server-side,
Decompression load is carried out to resource packet again after returning to resource packet, it is therefore desirable to if obtaining all resource objects in entire scene,
Just must respectively it be obtained from local and server-side.
As shown in Fig. 2, the present invention also provides a kind of systems of the triangular facet quantity of remote statistics virtual reality software, including
Local terminal 1, first server 2 and second server 3；
The local terminal includes one or more first processors 11 and first memory 12, the first memory 12
It has program stored therein, and is configured to execute following steps by one or more of first processors 11：
The preset statistics script of S1, carry is to virtual reality software；
S2, when receiving the statistics request of first server transmission, the statistics script obtains and virtual reality software
Corresponding two or more model resource, obtains model resource set；
S3, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain
To gridding information set；
S4, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set,
Obtain triangular facet information aggregate；
S5, the statistics script send the model resource set and the triangular facet information aggregate to the first service
Device, so that the first server is provided according to the model resource set and triangular facet information aggregate statistics with each model
The corresponding triangular facet quantity in source, obtains triangular facet magnitude-set.
Further, the first server 2 includes one or more second processors 21 and second memory 22, described
Second memory 22 has program stored therein, and is configured to execute following steps by one or more of second processors 21：
Sort the triangular facet magnitude-set from big to small, obtains triangular facet quantity ordered set；
Test report is generated according to the triangular facet quantity ordered set and the model resource set.
Further, further include before the S3：
The statistics script deletes the model resource of non-carry grid filter assemblies in the model resource set.
Further, the S4 is specially：
S41, the statistics script obtain a gridding information from the gridding information set, obtain current grid information；
S42, the statistics script obtain gridding resource corresponding with the current grid information；
S43, the statistics script obtain triangular facet array corresponding with the gridding resource；
S44, the statistics script add the triangular facet array to preset triangular facet information aggregate；
S45, the statistics script repeat the S41 to the S44, until the gridding information set is traversed.
Further, the statistics script obtains more than two model resources corresponding with virtual reality software, obtains mould
Type resource collection, specially：
The statistics script obtains model resource corresponding with the virtual reality software in local terminal, obtains local mould
Type resource collection；
The statistics script obtains model resource corresponding with the virtual reality software in second server, obtains long-range
Model resource set；
The statistics script synthesis local model resource set and the long-range model resource set, obtain the mould
Type resource collection.
The embodiment of the present invention one is：
The present embodiment provides a kind of methods of the triangular facet quantity of remote statistics virtual reality software, including：
The preset statistics script of S1, carry is to virtual reality software.
Wherein, local terminal is established by Socket communication modes and first server and is communicated to connect.It is soft in virtual reality
Client Socket is created when part is run, Socket service monitors the connection request from first server Socket, opens resistance
Plug pattern sends connection request until first server.After receiving request, request data is handled.
S2, when receiving the statistics request of first server transmission, the statistics script obtains and virtual reality software
Corresponding two or more model resource, obtains model resource set.Specially：
The statistics script obtains model resource corresponding with the virtual reality software in local terminal, obtains local mould
Type resource collection；The statistics script obtains model resource corresponding with the virtual reality software in second server, obtains
Long-range model resource set；The statistics script synthesis local model resource set and the long-range model resource set,
Obtain the model resource set.
Wherein, merge the object from GameObject types that are locally obtaining and being obtained from remote server, create
Type is the array of GameObject [] type, is named as GameObj, combined data are stored in GameObj arrays successively
In to get to the model resource set.
S3, the statistics script delete the model resource of non-carry grid filter assemblies in the model resource set.
Wherein, the quantity that object in GameObj arrays is obtained by Length attributes, is named as ObjCount, and statement becomes
I is measured, the value for initializing i is 0.Array GameObj is traversed, judges whether ObjCount is more than 0, it, will if meeting the condition
The numerical value of ObjCount subtracts 1, and the object GameObj [i] of GameObject types is got by array indexing, by obtaining
Take component functions judge on object GameObj [i] whether carry grid filter assemblies (grid filter is used for from object
Gridding information is obtained in GameObj [i], and is passed it to for being rendered into the grid renderer of screen), it will not hang
The GameObj objects of contained network case filter component are deleted from the model resource set.
S4, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain
To gridding information set.
Wherein, the grid filter assemblies on object GameObj [i] are obtained by securing component function, and passes through name
Function obtains the title of object GameObj [i], is labeled as namei.The gridding information is the model resource there are gridding resource
Title, such as namei。
S5, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set,
Obtain triangular facet information aggregate.Specially：
S51, the statistics script obtain a gridding information from the gridding information set, obtain current grid information.
S52, the statistics script obtain gridding resource corresponding with the current grid information.
S53, the statistics script obtain triangular facet array corresponding with the gridding resource.
S54, the statistics script add the triangular facet array to preset triangular facet information aggregate.
S55, the statistics script repeat the S51 to the S54, until the gridding information set is traversed.
Wherein, by the shared grid on the grid filter of SharedMesh attributes extractions GameObj [i] object, altogether
Enjoy the data such as the vertex information that GameObj [i] object is contained in grid and triangular facet information.
S6, the statistics script send the model resource set and the triangular facet information aggregate to the first service
Device, so that the first server is provided according to the model resource set and triangular facet information aggregate statistics with each model
The corresponding triangular facet quantity in source, obtains triangular facet magnitude-set.
Optionally, preset data dictionary；The data dictionary includes more than one key-value pair；
The model resource set and the triangular facet information aggregate are stored to the data dictionary；The model money is set
The entitled key assignments name of each model resource in the set of source；The element being arranged in the triangular facet information aggregate is the model
The key assignments of model resource is corresponded in resource collection；
The data dictionary is converted as JSON data formats, obtains JSON data；
The JSON data are sent to the first server.
Wherein, serializing processing is carried out to data dictionary by DataContractJsonSerializer classes, be converted into
The data of JSON formats return to the data of processing to first server Socket.
S7, the first server sort the triangular facet magnitude-set from big to small, obtain triangular facet quantity ordered set
It closes；The first server generates test report according to the triangular facet quantity ordered set and the model resource set.
Wherein, the storage of triangular facet information is stored in the form of three-dimensional coordinate array, i.e. each triangular facet
Storage is the array of the three-dimensional coordinate on three vertex for having recorded triangular facet by one to complete.Extraction is shared in grid
Triangular facet array, due to each triangle face data in array be made of three vertex three-dimensional coordinates (such as
[vector3a1, vector3a2, vector3a3, vector3b1, vector3b2, vector3b3], has thus represented
Two triangular facets), so the total length for obtaining triangular facet array by Length attributes must be 3 multiple, by that will obtain
Triangular facet array Length numerical value divided by 3 can calculate the triangular facet for including in object GameObj [i] grid quantity,
Labeled as trii。
Wherein, by all triiIt sorts from big to small, 0<=i<=n, n are the element number in model resource set,
And in triiSame a line show corresponding namei。
Optionally, the record that triangular facet quantity is less than predetermined threshold value is deleted from the test report.
Wherein, for different resource model criterions having the same, when the triangular facet that a resource model is included
When quantity is more than preset threshold value, the rendering poor performance of the resource model need to optimize the resource to improve virtual reality
The performance of software entirety.
The embodiment of the present invention two is：
The present embodiment provides a kind of system of the triangular facet quantity of remote statistics virtual reality software, including local terminal 1,
First server 2 and second server 3；
The local terminal includes one or more first processors 11 and first memory 12, the first memory 12
It has program stored therein, and is configured to execute following steps by one or more of first processors 11：
The preset statistics script of S1, carry is to virtual reality software.
S2, when receiving the statistics request of first server transmission, the statistics script obtains and virtual reality software
Corresponding two or more model resource, obtains model resource set.Specially：
The statistics script obtains model resource corresponding with the virtual reality software in local terminal, obtains local mould
Type resource collection；The statistics script obtains model resource corresponding with the virtual reality software in second server, obtains
Long-range model resource set；The statistics script synthesis local model resource set and the long-range model resource set,
Obtain the model resource set.
S3, the statistics script delete the model resource of non-carry grid filter assemblies in the model resource set.
S4, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain
To gridding information set.
S5, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set,
Obtain triangular facet information aggregate.Specially：
S51, the statistics script obtain a gridding information from the gridding information set, obtain current grid information.
S52, the statistics script obtain gridding resource corresponding with the current grid information.
S53, the statistics script obtain triangular facet array corresponding with the gridding resource.
S54, the statistics script add the triangular facet array to preset triangular facet information aggregate.
S55, the statistics script repeat the S51 to the S54, until the gridding information set is traversed.
S6, the statistics script send the model resource set and the triangular facet information aggregate to the first service
Device, so that the first server is provided according to the model resource set and triangular facet information aggregate statistics with each model
The corresponding triangular facet quantity in source, obtains triangular facet magnitude-set.
Optionally, preset data dictionary；The data dictionary includes more than one key-value pair；
The model resource set and the triangular facet information aggregate are stored to the data dictionary；The model money is set
The entitled key assignments name of each model resource in the set of source；The element being arranged in the triangular facet information aggregate is the model
The key assignments of model resource is corresponded in resource collection；
The data dictionary is converted as JSON data formats, obtains JSON data；
The JSON data are sent to the first server.
Wherein, the first server 2 includes one or more second processors 21 and second memory 22, and described second
Memory 22 has program stored therein, and is configured to execute following steps by one or more of second processors 21：
S7, the first server sort the triangular facet magnitude-set from big to small, obtain triangular facet quantity ordered set
It closes；The first server generates test report according to the triangular facet quantity ordered set and the model resource set.
Optionally, the record that triangular facet quantity is less than predetermined threshold value is deleted from the test report.
In conclusion method and the end of a kind of triangular facet quantity of remote statistics virtual reality software provided by the invention
End, the present invention obtains triangular facet quantity from the gridding resource of each model resource successively, to learn and virtual reality software
The triangular facet quantity that corresponding each model resource is included improves the triangle for obtaining each model resource in virtual reality software
The accuracy of face quantity so that Developmental Engineer can easily position the model resource there are performance deficiency, targetedly into
Row performance optimizes, to improve the efficiency of optimization virtual reality software performance.In addition, can be more by way of remote processing
Flexibly the test data for acquiring or calculating is handled, such as gets triangular facet information aggregate and model resource set
Afterwards, first server is sent them to by Socket communication modes, if tester needs to carry out two to these data
Secondary transformation, such as calculate triangular facet number total in entire scene, or when being ranked up the operations such as comparison to data, it can be direct
Data are handled in first server, avoids carrying out excessive calculating in test program, leads to tested virtual reality
Software performance declines.Meanwhile dependency problem of the test program for source code itself can be solved by long-range mode, i.e.,
Make in the case where developer does not provide source code, still can to the model resource triangular facet quantity of virtual reality software into
Row test, improves the covering surface of test.Further, when the triangular facet quantity that a model resource is included is more than preset threshold
When value, illustrate that the triangular facet quantity of the model resource is excessive, there are performance deficiencies to be optimized to it, and the present invention presses triangular facet
The descending sequence of quantity is conducive to the model resource that Developmental Engineer quickly positions existing defects, improves optimization virtual reality
The efficiency of software performance.Further, triangular facet is not present in the model resource of non-carry grid filter assemblies, will be not present three
The model resource of edged surface is deleted from the model resource set, is conducive to improve test virtual reality software resource triangular facet number
The efficiency of amount.Further, the subject in virtual reality software virtual scene is mainly loaded by two modes into soft
In the scene of part, a part is loaded from local directory, and another part is then to ask resource data from server-side, is returned
Decompression load is carried out to resource packet again after resource packet, it is therefore desirable to if obtaining all resource objects in entire scene, just must
It must respectively be obtained from local and server-side.
Example the above is only the implementation of the present invention is not intended to limit the scope of the invention, every to utilize this hair
Equivalents made by bright specification and accompanying drawing content are applied directly or indirectly in relevant technical field, include similarly
In the scope of patent protection of the present invention.
Claims (10)
1. a kind of method of the triangular facet quantity of remote statistics virtual reality software, which is characterized in that including：
The preset statistics script of S1, carry is to virtual reality software；
S2, when receiving the statistics request of first server transmission, statistics script acquisition is corresponding with virtual reality software
More than two model resources, obtain model resource set；
S3, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain net
Lattice information aggregate；
S4, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set, obtain
Triangular facet information aggregate；
S5, the statistics script send the model resource set and the triangular facet information aggregate to the first server,
So that the first server is according to the model resource set and triangular facet information aggregate statistics and each model resource
Corresponding triangular facet quantity, obtains triangular facet magnitude-set.
2. the method for the triangular facet quantity of remote statistics virtual reality software according to claim 1, which is characterized in that also
Including：
The first server sorts the triangular facet magnitude-set from big to small, obtains triangular facet quantity ordered set；
The first server generates test report according to the triangular facet quantity ordered set and the model resource set.
3. the method for the triangular facet quantity of remote statistics virtual reality software according to claim 1, which is characterized in that institute
Further include before stating S3：
The statistics script deletes the model resource of non-carry grid filter assemblies in the model resource set.
4. the method for the triangular facet quantity of remote statistics virtual reality software according to claim 1, which is characterized in that institute
Stating S4 is specially：
S41, the statistics script obtain a gridding information from the gridding information set, obtain current grid information；
S42, the statistics script obtain gridding resource corresponding with the current grid information；
S43, the statistics script obtain triangular facet array corresponding with the gridding resource；
S44, the statistics script add the triangular facet array to preset triangular facet information aggregate；
S45, the statistics script repeat the S41 to the S44, until the gridding information set is traversed.
5. the method for the triangular facet quantity of remote statistics virtual reality software according to claim 1, which is characterized in that institute
It states statistics script and obtains more than two model resources corresponding with virtual reality software, obtain model resource set, specially：
The statistics script obtains model resource corresponding with the virtual reality software in local terminal, obtains local model money
Gather in source；
The statistics script obtains model resource corresponding with the virtual reality software in second server, obtains long-range model
Resource collection；
The statistics script synthesis local model resource set and the long-range model resource set obtain the model money
Gather in source.
6. a kind of system of the triangular facet quantity of remote statistics virtual reality software, which is characterized in that including local terminal, first
Server and second server；
The local terminal includes that one or more first processors and first memory, the first memory are stored with journey
Sequence, and be configured to execute following steps by one or more of first processors：
The preset statistics script of S1, carry is to virtual reality software；
S2, when receiving the statistics request of first server transmission, statistics script acquisition is corresponding with virtual reality software
More than two model resources, obtain model resource set；
S3, the statistics script obtain gridding information corresponding with each model resource in the model resource set, obtain net
Lattice information aggregate；
S4, the statistics script obtain triangular facet information corresponding with each gridding information in the gridding information set, obtain
Triangular facet information aggregate；
S5, the statistics script send the model resource set and the triangular facet information aggregate to the first server,
So that the first server is according to the model resource set and triangular facet information aggregate statistics and each model resource
Corresponding triangular facet quantity, obtains triangular facet magnitude-set.
7. the system of the triangular facet quantity of remote statistics virtual reality software according to claim 6, which is characterized in that institute
First server is stated to have program stored therein including one or more second processors and second memory, the second memory, and
And it is configured to execute following steps by one or more of second processors：
Sort the triangular facet magnitude-set from big to small, obtains triangular facet quantity ordered set；
Test report is generated according to the triangular facet quantity ordered set and the model resource set.
8. the system of the triangular facet quantity of remote statistics virtual reality software according to claim 6, which is characterized in that institute
Further include before stating S3：
The statistics script deletes the model resource of non-carry grid filter assemblies in the model resource set.
9. the system of the triangular facet quantity of remote statistics virtual reality software according to claim 6, which is characterized in that institute
Stating S4 is specially：
S41, the statistics script obtain a gridding information from the gridding information set, obtain current grid information；
S42, the statistics script obtain gridding resource corresponding with the current grid information；
S43, the statistics script obtain triangular facet array corresponding with the gridding resource；
S44, the statistics script add the triangular facet array to preset triangular facet information aggregate；
S45, the statistics script repeat the S41 to the S44, until the gridding information set is traversed.
10. the system of the triangular facet quantity of remote statistics virtual reality software according to claim 6, which is characterized in that
The statistics script obtains more than two model resources corresponding with virtual reality software, obtains model resource set, specially：
The statistics script obtains model resource corresponding with the virtual reality software in local terminal, obtains local model money
Gather in source；
The statistics script obtains model resource corresponding with the virtual reality software in second server, obtains long-range model
Resource collection；
The statistics script synthesis local model resource set and the long-range model resource set obtain the model money
Gather in source.
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