CN103678764A - Three-dimensional visualization real-time sunlight adjusting tool and use method thereof - Google Patents
Three-dimensional visualization real-time sunlight adjusting tool and use method thereof Download PDFInfo
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- CN103678764A CN103678764A CN201310524797.0A CN201310524797A CN103678764A CN 103678764 A CN103678764 A CN 103678764A CN 201310524797 A CN201310524797 A CN 201310524797A CN 103678764 A CN103678764 A CN 103678764A
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Abstract
The invention provides a three-dimensional visualization real-time sunlight adjusting tool and a use method thereof. The tool comprises a geographic and sunlight information module, a geometry information module, a grid setting module and a projection module, wherein the geographic and sunlight information module is used for setting geographic information and sunlight information, the geometry information module is used for setting geometry information, the grid setting module is used for setting and calculating grid information, and the projection module is connected with the geographic and sunlight information module, the geometry information module and the grid setting module and is used for generating a simulated projection result according to the geographic and sunlight information module, the geometry information module and the grid setting module. Due to the fact that the projection module reflects the projection result in real time, architects can visually judge whether the projection result accords with sunlight standards in the three-dimensional model building process, if the answer is no, only the geometry information module needs to be updated, and the projection result is updated in real time after the projection module receives updating of the geometry information, so that building sunlight scheme design is more visual and simpler.
Description
Technical field
The present invention relates to architectural design technical field, particularly a kind of three-dimensional visualization adjustment means at real-time sunshine and using method thereof.
Background technology
In order to respond actively the ecocrisis of the global environment generation going from bad to worse, pay close attention to the subject under discussion of global sustainability and launch gradually in 20th century.At building field, computer assisted building performance numerical simulation analysis technique and architectural design Parameterization Scheme optimisation technique have produced important impact gradually on architectural design in recent years.Meanwhile, the popularization of green building assessment standard and enforcement, both effectively promoted the attention of architectural design industry to building performance, but brought a more difficult problem also to the performance-based of architectural design simultaneously.How efficiently, scientifically for building performance, carry out design and optimization and become an exploration problem that meaning is important.
Nowadays, at Computer Aided Structure Design (CAAD, ComputerAidedArchitectureDesign), all the more ripe today, all kinds of simulation-analysis software emerge in an endless stream and are more perfect, architect wishes just can predict in design process in early days all kinds of physical properties of scheme, as information performance at sunshine.
As an architect, often in the face of a complicated design problem and numerous design parameter that can change, the design behavior that meets in all its bearings design object be one be relatively difficult to control complex process---the huge controllable design decision of quantity affects miscellaneous design object in varying degrees, meanwhile, the computational tool software based on engineering background is difficult to be used by numerous devisers.
Therefore, this research will be complied with this development trend, in conjunction with self specialty characteristics, angle with architect, utilize a set of feasible, convenient, attractive in appearance, the efficient building scheme designing technique at sunshine of advanced performance numerical simulation analysis technique and the research of the efficient numerical value processing power of computing machine, and then prioritization scheme, make more science, reliable and efficient of building scheme method for designing at sunshine.
Summary of the invention
The present invention designs a kind of three-dimensional visualization adjustment means at real-time sunshine and using method thereof, effectively solves the problem and the shortcoming that in current technology, exist.
The present invention is for solving its technical matters, and the technical scheme of employing is: a kind of three-dimensional visualization adjustment means at real-time sunshine, comprising:
Geography and sunshine information module, for arrange geographic position and sunshine information;
Geological information module, for arranging geological information;
Grid arranges module, for arranging, calculates gridding information sunshine;
Projection module, respectively with described geography and sunshine information module, geological information module with grid, module is set and is connected, for according to described geography and sunshine information module, geological information module and grid the projection result that module generates emulation is set.
Further, in described three-dimensional visualization adjustment means at real-time sunshine, also comprise: display module, be connected with described projection module, for according to sunshine standard from projection module, filter out required projection result.
Further, in described three-dimensional visualization adjustment means at real-time sunshine, described geological information module is also connected with the geometric model that outside is set up.
Further, in described three-dimensional visualization adjustment means at real-time sunshine, described sunshine, information comprised: Sunlight Analysis time, Sunlight Analysis initial time, Sunlight Analysis end time and Sunlight Analysis interval.
Further, in described three-dimensional visualization adjustment means at real-time sunshine, the described Sunlight Analysis time comprises: year, month and day.
Further, in described three-dimensional visualization adjustment means at real-time sunshine, described geography information comprises: time zone, geographical longitude and latitude, yardstick and north orientation.
Further, in described three-dimensional visualization adjustment means at real-time sunshine, calculate gridding information described sunshine and comprise: the computed altitude on projecting plane and the computational accuracy on projecting plane.
Meanwhile, the present invention also provides a kind of three-dimensional visualization adjustment means using method at real-time sunshine, comprising:
Arrange geographic position and sunshine information;
Geological information is set;
Arrange and calculate gridding information sunshine;
According to described geographic position and sunshine information, geological information and gridding information generate the projection result of emulation;
Judge described projection result whether sunshine standard, if do not meet, real-time update geological information, generates the projection result of new emulation in real time according to the geological information of described renewal, until meet standard at described sunshine.
Further, in described three-dimensional visualization adjustment means using method at real-time sunshine, also comprise step: according to described sunshine standard from projection result, filter out required projection result.
Further, in described three-dimensional visualization adjustment means using method at real-time sunshine, described sunshine, information comprised: Sunlight Analysis time, Sunlight Analysis initial time, Sunlight Analysis end time and Sunlight Analysis interval.
Further, in described three-dimensional visualization adjustment means using method at real-time sunshine, the described Sunlight Analysis time comprises: year, month and day.
Further, in described three-dimensional visualization adjustment means using method at real-time sunshine, described geography information comprises: time zone, geographical longitude and latitude, yardstick and north orientation.
Further, in described three-dimensional visualization adjustment means using method at real-time sunshine, calculate gridding information described sunshine and comprise: the computed altitude on projecting plane and the computational accuracy on projecting plane.
Implement three-dimensional visualization of the present invention adjustment means at real-time sunshine and using method thereof, there is following beneficial effect: by projection module, reflect in real time projection result, architect can judge more intuitively described projection result and whether meet standard at sunshine in the process of three-dimension modeling, if do not meet, only need to upgrade geological information module, described projection module is accepted after the renewal of geological information projection result also real-time update, make building sunshine conceptual design more intuitively, simpler and easy.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the structural representation of the three-dimensional visualization of embodiment of the present invention adjustment means at real-time sunshine;
Fig. 2 is the schematic flow sheet of the three-dimensional visualization of embodiment of the present invention adjustment means using method at real-time sunshine;
Fig. 3 is the projection result schematic diagram of the three-dimensional visualization of embodiment of the present invention adjustment means at real-time sunshine and using method thereof.
Embodiment
The three-dimensional visualization adjustment means at real-time sunshine and the using method thereof that the present invention are proposed below in conjunction with the drawings and specific embodiments are described in further detail.According to the following describes and claims, advantages and features of the invention will be clearer.It should be noted that, accompanying drawing all adopts very the form of simplifying and all uses non-ratio accurately, only in order to convenient, the object of the aid illustration embodiment of the present invention lucidly.
As shown in Figure 1, the invention provides a kind of three-dimensional visualization adjustment means at real-time sunshine, under the environment of this tool applications based on rhinoceros4.0sr9 and plug-in unit grasshopper_wip_20120122 thereof, described three-dimensional visualization adjustment means at real-time sunshine comprises:
Geography and sunshine information module 11, for arrange geographic position and sunshine information;
Grid arranges module 13, for arranging, calculates gridding information sunshine;
Projection module 14 respectively with described geography and sunshine information module 11, geological information module 12 with grid, module 13 is set and is connected, for according to described geography and sunshine information module 11, geological information module 12 and grid the projection result that module 13 generates emulation is set.
Preferably, in the present embodiment, in described three-dimensional visualization adjustment means at real-time sunshine, also comprise: display module 15, be connected with described projection module, for according to sunshine standard from projection module, filter out required projection result.
Concrete, in geography information and sunshine information module 11, the information at sunshine of obtaining comprises: Sunlight Analysis time, Sunlight Analysis initial time, Sunlight Analysis end time and Sunlight Analysis interval.Further, the Sunlight Analysis time comprises: year, month and day.The geography information of obtaining comprises: time zone, geographical longitude and latitude, yardstick and north orientation.
Concrete, at grid, arrange in module 13, calculate gridding information described sunshine and comprise: the computed altitude on projecting plane and the computational accuracy on projecting plane.
As shown in Figure 2, the present invention also provides a kind of three-dimensional visualization adjustment means using method at real-time sunshine, and under the environment of this method application based on rhinoceros4.0sr9 and plug-in unit grasshopper_wip_20120122 thereof, this method comprises:
S21: arrange geographic position and sunshine information;
Concrete, described geography information comprises: time zone, geographical longitude and latitude, yardstick and north orientation.
Concrete, described sunshine, information comprised: Sunlight Analysis time, Sunlight Analysis initial time, Sunlight Analysis end time and Sunlight Analysis interval.
Further, the described Sunlight Analysis time comprises: year, month and day.
S22: geological information is set;
S23: arrange and calculate gridding information sunshine;
Concrete, calculate gridding information described sunshine and comprise: the computed altitude on projecting plane and the computational accuracy on projecting plane.
S24: according to described geographic position and sunshine information, geological information and gridding information generate the projection result of emulation;
S25: judge whether described projection result meets standard at sunshine, if do not meet, real-time update geological information, generates in real time the projection result of new emulation according to the geological information of described renewal, until meet standard at described sunshine.
Further, the present invention also comprises step: according to described sunshine standard from projection result, filter out required projection result.
As shown in Figure 3, it is the three-dimensional visualization adjustment means at real-time sunshine of the embodiment of the present invention and the projection result schematic diagram of using method thereof.Sunshine of the present invention, conceptual design was three-dimensional model more intuitively.Traditional Sunlight Analysis is the Sunlight Analysis based on two dimensional surface, Form of Architecture, is not highly intuitively visible.And the meaning of the three-dimensional model scale of construction of the present invention is, directly can utilize architect's model file to carry out calculating at sunshine, do not need to proceed to again CAD and repaint two dimensional model, can reach the design process that calculate on design limit, limit.
The present invention by arrange geographic position and sunshine information, geological information, computing grid information, thereby generate the projection result of emulation.Base this, architect can judge more intuitively described projection result and whether meet standard at sunshine in the process of three-dimension modeling, if do not meet, only need real-time update geological information module, thereby described projection module is to projection result also real-time update, in addition, architect can by display module according to sunshine standard projection result is screened, make building sunshine conceptual design more intuitively, simpler and easy, efficiency more.
Be noted that especially in the present invention, Sunlight Analysis result is only applicable to China national sunlight ordinance, be not suitable for the local sunlight ordinance that has specific (special) requirements.
Foregoing description is only the description to preferred embodiment of the present invention, the not any restriction to the scope of the invention, and any change, modification that the those of ordinary skill in field of the present invention is done according to above-mentioned disclosure, all belong to the protection domain of claims.
Claims (13)
1. a three-dimensional visualization adjustment means at real-time sunshine, is characterized in that, comprising:
Geography and sunshine information module, for arrange geographic position and sunshine information;
Geological information module, for arranging geological information;
Grid arranges module, for arranging, calculates gridding information sunshine;
Projection module, respectively with described geography and sunshine information module, geological information module with grid, module is set and is connected, for according to described geography and sunshine information module, geological information module and grid the projection result that module generates emulation is set.
2. three-dimensional visualization as claimed in claim 1 adjustment means at real-time sunshine, is characterized in that, also comprises: display module, be connected with described projection module, for according to sunshine standard from projection module, filter out required projection result.
3. three-dimensional visualization as claimed in claim 1 adjustment means at real-time sunshine, is characterized in that, described geological information module is also connected with the geometric model that outside is set up.
4. three-dimensional visualization as claimed in claim 1 adjustment means at real-time sunshine, is characterized in that, described sunshine, information comprised: Sunlight Analysis time, Sunlight Analysis initial time, Sunlight Analysis end time and Sunlight Analysis interval.
5. three-dimensional visualization as claimed in claim 4 adjustment means at real-time sunshine, is characterized in that, the described Sunlight Analysis time comprises: year, month and day.
6. three-dimensional visualization as claimed in claim 1 adjustment means at real-time sunshine, is characterized in that, described geography information comprises: time zone, geographical longitude and latitude, yardstick and north orientation.
7. three-dimensional visualization as claimed in claim 1 adjustment means at real-time sunshine, is characterized in that, calculates gridding information described sunshine and comprises: the computed altitude on projecting plane and the computational accuracy on projecting plane.
8. a three-dimensional visualization adjustment means using method at real-time sunshine, is characterized in that, comprising:
Arrange geographic position and sunshine information;
Geological information is set;
Arrange and calculate gridding information sunshine;
According to described geographic position and sunshine information, geological information and gridding information generate the projection result of emulation;
Judge whether described projection result meets standard at sunshine, if do not meet, real-time update geological information, generates in real time the projection result of new emulation according to the geological information of described renewal, until meet standard at described sunshine.
9. three-dimensional visualization as claimed in claim 8 adjustment means using method at real-time sunshine, is characterized in that, also comprises step: according to described sunshine standard from projection result, filter out required projection result.
10. three-dimensional visualization as claimed in claim 8 adjustment means using method at real-time sunshine, is characterized in that, described sunshine, information comprised: Sunlight Analysis time, Sunlight Analysis initial time, Sunlight Analysis end time and Sunlight Analysis interval.
11. three-dimensional visualization as claimed in claim 10 adjustment means using method at real-time sunshine, is characterized in that, the described Sunlight Analysis time comprises: year, month and day.
12. three-dimensional visualization as claimed in claim 8 adjustment means using method at real-time sunshine, is characterized in that, described geography information comprises: time zone, geographical longitude and latitude, yardstick and north orientation.
13. three-dimensional visualization as claimed in claim 8 adjustment means using method at real-time sunshine, is characterized in that, calculate gridding information described sunshine and comprise: the computed altitude on projecting plane and the computational accuracy on projecting plane.
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Cited By (1)
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| CN104992664A (en) * | 2015-01-30 | 2015-10-21 | 深圳市奥拓电子股份有限公司 | LED display screen brightness adjusting method and apparatus, and LED display screen |
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Application publication date: 20140326 |