CN113408029B - Intelligent home design and simulation system - Google Patents
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Abstract
The invention discloses an intelligent home design and simulation system, which comprises: a layout design unit, a state design unit, and a simulation unit; the layout design unit is used for designing the layout of the household equipment in the house type graph to obtain an initial layout graph; the state design unit is used for carrying out state design on the intelligent home equipment in the initial layout, and comprises equipment grouping, scene configuration, state parameter configuration and effect preview; the simulation unit is used for carrying out physical simulation on the state design result, simulating an effect diagram, a video and a Web page and outputting the result so as to realize the design and simulation of the household equipment and meet the design requirement of the intelligent household equipment.
Description
Technical Field
The invention belongs to the technical field of home decoration design, and particularly relates to an intelligent home design and simulation system.
Background
Along with the progress of science and technology and the improvement of living standard of people, intelligent home is more and more favored by people. The intelligent home uses a home as a platform, integrates facilities related to home life by utilizing a comprehensive wiring technology, a network communication technology, a security technology, an automatic control technology and an audio and video technology, builds an efficient management system of home facilities and family schedule matters, improves the safety, convenience, comfort and artistry of the home, and realizes an environment-friendly and energy-saving living environment.
The existing home decoration design platform is only aimed at the traditional home decoration design, such as the patent application with publication number of CN104778756A discloses an intelligent home decoration design system. However, the home decoration design cannot simulate the effect of the intelligent home, so that people cannot perceive the design effect of the intelligent home.
The lighting design is an indispensable part of the intelligent home decoration design field, and comprises the design of the placement position of a lamp and the design of light attributes, wherein the light attributes comprise brightness, color temperature and the like.
In the existing home decoration design field, the placement positions of lamps are adjusted so as to achieve the lighting design, such as a method and a system for calculating indoor panorama acquisition points and roof lamp layout disclosed in the patent application of the invention with the application publication number of CN109960850A, so that after the roof lamp layout is finished, a light effect rendering diagram is rendered, and the living requirements and the professional illumination analysis requirements cannot be met.
Along with the income family of intelligent house, people also become diversified to indoor illumination's demand, hope to adopt different light at different application scenes to promote quality of life. However, the existing home decoration design software does not have the requirement of lighting light adjustment.
The existing software home decoration design to entity falling home needs to go through multiple processes, firstly, the layout of lamps is designed through home decoration design software, then, a rendering diagram is rendered according to the lamp layout by utilizing 3DS max, an illumination diagram or a pseudo-color diagram is obtained by utilizing simulation software such as Dialux, then, a construction diagram is drawn according to the lamp layout by utilizing CAD, meanwhile, a lamp list is listed in a list form according to the construction diagram by adopting office software such as office, finally, the design layout diagram, the rendering diagram, the pseudo-color diagram, the construction diagram and the lamp list are arranged into a proposal and provided for a user, the whole process needs to be completed by multiple software designs, the process is complex, a large amount of repeated work is also carried out, the data cannot be synchronized, and the efficiency is low.
Disclosure of Invention
In view of the above, the present invention aims to provide an intelligent home design and simulation system, so as to realize the design and simulation of home equipment and meet the design requirements of intelligent home equipment.
The embodiment of the invention provides an intelligent home design and simulation system, which comprises a layout design unit, a state design unit and a simulation unit; wherein,,
the layout design unit is used for designing the layout of the intelligent household equipment in the house type graph to obtain an initial layout graph;
the state design unit is used for carrying out state design on the intelligent home equipment in the initial layout, and comprises equipment grouping, scene configuration, state parameter configuration and effect real-time preview;
the simulation unit is used for carrying out physical simulation on the state design result to obtain a simulation effect diagram, a video and a Web page and outputting the simulation effect diagram, the video and the Web page.
The intelligent home design and simulation system provided by the embodiment at least has the beneficial effects that: designing the initial layout of the intelligent household equipment in the house type diagram through a layout design unit; the intelligent home equipment in the designed initial layout diagram is subjected to state design related to equipment grouping, scene configuration and state parameter configuration through a state design unit, and the state design effect is previewed; the simulation unit is used for carrying out physical simulation on the state design result to obtain a simulation effect diagram, a video, a simulation effect diagram such as an interactive H5 page, a video and a Web page, and outputting the simulation effect diagram, the video and the Web page, so that the design of the intelligent home and various design effects of the intelligent home can be perceived in real time by people.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic diagram of a smart home design and simulation system according to an embodiment;
FIG. 2 is a schematic diagram of a state design unit according to an embodiment;
FIG. 3 is a schematic diagram of a smart home design and simulation system according to another embodiment;
fig. 4 is a schematic structural diagram of a smart home design and simulation system according to another embodiment.
Detailed Description
The present invention will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the detailed description is presented by way of example only and is not intended to limit the scope of the invention.
In order to realize the simulation design of intelligent household equipment and enable people to perceive the design effect, the embodiment provides an intelligent household design and simulation system.
Fig. 1 is a schematic structural diagram of an intelligent home design and simulation system according to an embodiment. As shown in fig. 1, the smart home design and simulation system 100 provided in the embodiment includes a layout design unit 110, a state design unit 120, and a simulation unit 130. The layout design unit 110 is configured to design an initial layout of the home devices in the house type map to obtain an initial layout map; the state design unit 120 is configured to perform state design on the smart home devices in the initial layout, and may include device grouping, scene configuration, state parameter configuration, and real-time preview of effects; the simulation unit 130 is configured to perform physical simulation on the state design result, and obtain a simulation result output.
In an embodiment, the house type graph refers to a plan view or a three-dimensional view with functional space division, wherein the functional space refers to an interval describing a behavior function, and is generally divided into a bedroom, a living room, a kitchen, a bathroom, a body-building area and the like. The house type diagram can contain some simple house decoration design results, can be a blank house type diagram divided by functional space, can even be a blank plane, and is not limited in source and form. For the received house type diagram, the intelligent layout design of the household equipment is performed by using the layout design unit 110, and specifically, the initial space position and the initial state of the household equipment are arranged in the functional space. It should be noted that, in the layout design, the home devices include common home devices, such as a common seat, a sofa, a cabinet, and the like, and further include intelligent home devices capable of controlling automatic on/off or automatic movement, such as intelligent lighting devices, intelligent heating devices, intelligent kitchen tools, intelligent sanitary wares, intelligent decorations, intelligent shielding curtains, intelligent home appliances, gateways, various sensors, control panels, and the like. That is, the layout design unit 110 has a function of implementing layout design of the indoor common home equipment and the intelligent home equipment, and an initial layout diagram obtained by the layout design is used as a basis for the state design of the intelligent home equipment.
After the initial layout diagram is obtained, intelligent household equipment materials can be adjustably configured for each intelligent household equipment according to the material library, meanwhile, lamp material detail information can be displayed, an editing interface is provided for a user to edit the lamp material detail information in a self-defined mode, and therefore the fact that specific equipment information is contained when the construction diagram is exported later is convenient.
When the intelligent home equipment is lighting equipment, after an initial layout is obtained, IES light files which are bound by each intelligent lighting equipment and provide real light source data are loaded to display a real light source, in order to improve the sense of reality of lighting design, the intelligent home design and simulation system calls a lamp material library, the IES light files are bound in advance for each lamp, so that the lamps bound with the IES light files can display the real light source, and meanwhile, an adjusting panel of light source optical parameters can be displayed, and the adjustment of the light source optical parameters is facilitated. The more real light effect is shown when being convenient for the light design.
In one embodiment, the specific structure and function of the state design unit 120 are further provided, as shown in fig. 2, the state design unit 120 provided in the embodiment includes a device management module 210, a device group management module 220, a contextual model management module 230, and an effect real-time preview module 240; wherein,,
the device management module 210 is configured to configure status parameters of the smart home device, including setting device parameters and adjusting a device position status;
the device group management module 220 is used for group management of intelligent home devices, binding all intelligent home devices belonging to the same group, and is used for unified management of the states of the intelligent home devices;
the contextual model management module 230 is used for managing contextual models of intelligent home devices, and comprises creation of custom contextual models, automatic matching of the contextual models as contextual templates, copying and deleting of the contextual models, on/off/custom control of the contextual models, and configuration of state parameters of contextual model containing devices;
the effect real-time preview module 240 is configured to display, in real time, a state design effect of the smart home device designed by the device management module, the device group management module, and the contextual model management module in a two-dimensional or three-dimensional mode.
The device management module 210, as a module for performing independent status parameter configuration on each smart home device, exists in parallel with the device group management module 220 and the contextual model management module 230, and is configured to perform parameter configuration on each smart home device in the layout design, so as to obtain a status design result.
In an embodiment, the device management module 210 has a state parameter configuration function of the smart home device, including setting of device parameters and adjustment of a device location state. Wherein, the setting of the equipment parameters comprises: the method comprises the steps of setting basic parameters including intelligent home equipment names and equipment types, attribute parameters describing the working states of the intelligent home equipment and custom parameters; the device management module 210 provides editing functions for basic parameters, attribute parameters and custom parameters, and can adjust corresponding parameters by utilizing the editing functions to realize the design of home state effects so as to facilitate users to experience effects brought by different working states and custom parameters of the intelligent home device.
When the types of the intelligent home equipment are different, the attribute parameters and the custom parameters of the corresponding working states are also different. For example, when the intelligent home device is an intelligent lighting device, the attribute parameter describing the working state is an optical parameter describing the lighting information; wherein the optical parameters comprise brightness, color temperature, beam angle, luminous flux, color rendering index and light distribution curve; the custom parameters are parameters appointed and set according to the user requirements, and can be whether a relay node, power and the like; the user can adjust corresponding optical parameters according to utilizing the editing function, and the light source of the adjusted illumination effect lamp can be displayed in real time, so that the user can conveniently experience the illumination effect.
The adjustment of the device position state comprises turning, copying, hiding, locking, deleting, rotating, moving, zooming, rectangular array placement, annular array placement and the like. The adjustment of the position state of the smart home device is achieved through these adjustment operations provided by the device management module 210. When the intelligent household equipment is intelligent lighting equipment, the illumination direction of the intelligent lighting equipment can be adjusted when the intelligent lighting equipment is rotated.
When the smart home device is a gateway, the device management module 210 is further configured to associate a functional space controlled by the gateway with other smart home devices built therein. Thus, the network connection management of the intelligent household equipment can be realized through the control gateway.
Under certain application scenes, unified design management needs to be carried out on a plurality of intelligent household devices, and design efficiency is improved. In order to meet the requirement, the device group management module 220 is added in the intelligent home design and simulation system provided by the embodiment, and the device group management module 220 is used for managing the groups of the intelligent home devices and binding all the intelligent home devices belonging to the same group to obtain the state design result of the intelligent home devices.
In one embodiment, in the device packet management module 220, packet management of smart home devices includes: and creating and deleting the grouping of the intelligent home devices, and displaying a grouping result, wherein the grouping result comprises a device group result obtained by grouping and an ungrouped device result. When intelligent home equipment is grouped, each intelligent home equipment comprises a plurality of intelligent home equipment, the intelligent home equipment is presented in a list form, and all intelligent home equipment belonging to the same equipment group are bound together, so that the intelligent home equipment has the property parameter setting and display characteristics of synchronous working states.
When intelligent household equipment is grouped, the equipment can be grouped according to the self-defined application scene requirement, and of course, the equipment can be also grouped according to the functional space, namely the intelligent household equipment in the same functional space is divided into the same group, so that the follow-up integral management of the intelligent household equipment in the functional space is convenient.
When the intelligent home equipment is intelligent lighting equipment, the equipment grouping management module has a grouping management function for the intelligent lighting equipment, can create and delete the grouping of the lamps and displays the grouping result. When grouping luminaires, the luminaires may be categorized according to the functional space (room), i.e. a grouping of luminaires is created under the functional space, each group of luminaires may be presented in the form of a list comprising a plurality of luminaires. All lamps belonging to the same lamp group are bound together, have the characteristics of synchronously setting and displaying optical parameters, but are only logically grouped, not physically grouped, and a certain lamp in the lamp group can be deleted independently, and when all lamps in the lamp group are deleted, the lamp group is deleted. In addition, one lighting device can belong to a plurality of lamp groups so as to adapt to different scene mode requirements.
The intelligent home device management feature implemented by the device group management module 220 provides a convenient basis for setting the contextual model, and the device group management function is independent of the contextual management function, so that management of various application requirements of the intelligent home device is convenient.
The profile management module 230 is configured to manage profiles of smart home devices, where a profile includes a set of all smart home devices that are applied in the same scene. When the contextual model management module 230 is used for managing the contextual models of the intelligent home devices, the contextual model management module 230 comprises the creation of a custom contextual model, namely, the contextual model management module 230 provides a function of custom creation of a new contextual model, the new contextual model can be created through the function, the name of the new contextual model is defined, meanwhile, the intelligent home device combination of the new contextual model can be configured, and the intelligent home device combination comprises one or two of the intelligent home devices and the intelligent home device group, namely, the intelligent home device combination can be composed of a plurality of independent intelligent home devices, can be composed of a plurality of intelligent home device groups, and can also be composed of at least 1 intelligent home device and at least 1 intelligent home device group; in addition, a state parameter configuration including a state parameter of the smart home device may be defined, where the state parameter configuration may be implemented by the device management module 210, or may cover a unified configuration in a contextual model.
When the profile management module 230 is used for managing the profile of the smart home device, the profile management module 230 includes automatic matching of the profile as a profile, that is, the profile management module 230 provides an automatic matching design of the profile. The scene template is a home theater mode including a plurality of types of intelligent home devices in a working state, for example, an intelligent lighting device (such as an intelligent lamp), an intelligent shielding curtain (such as an electric curtain) in a closed state, an intelligent heating device (such as an air conditioner), an intelligent household appliance (such as a television set and a set top box) in an open state, and the like, wherein at least 1 type of intelligent home devices in a predesigned application scene are in the working state. Such as home mode, early morning mode, daily mode, sample mode, night mode, etc. containing a type of smart home device (e.g. smart lighting device) should be in working state, these scenario templates are presented in list form. And automatically matching and designing the corresponding intelligent home equipment in the layout design under the scene template by applying the corresponding scene template through one key. In an embodiment, each scenario template is further configured with a corresponding smart home device combination and corresponding status parameters by default, and may be configured by the device management module 210 and the device group management module 230.
When the profile management module 230 is used for managing the profile of the smart home device, the profile management module 230 includes copying and deleting the profile, i.e. the profile management module 230 provides the copying and deleting functions of the profile. The overall management of the contextual models can be realized through the copying and deleting functions, namely, a certain contextual model can be copied and deleted overall according to requirements, wherein the contextual model comprises a new custom-created contextual model and a contextual model which is preset by a system and is used as a contextual model.
When the profile management module 230 is used for managing the profile of the smart home device, the on/off/custom control of the profile is included, that is, the profile management module 230 provides the on/off/custom control function of the profile. The on/off/custom control of the contextual model comprises the on/off/custom control of the whole contextual model, and the contextual model comprises the on/off/custom control of a single intelligent household device and an intelligent household device group. That is, all the intelligent home devices in the contextual model can be directly controlled to be simultaneously turned on or turned off, or adjusted to the self-defined state parameters after being turned on, and also the on or off of a certain intelligent home device or an intelligent home device group in the contextual model can be controlled, or all the devices in the device group can be uniformly adjusted to the self-defined state parameters after being turned on, and it is required to say that when the on/off/self-definition of the intelligent home device group is independently controlled, the on/off/self-definition of all the intelligent home devices is uniformly controlled. In an embodiment, the custom state parameter includes a device state parameter, a delay execution time, and a gradual execution time of the device state parameter. For example, for lighting equipment, the equipment state parameters comprise brightness, color temperature and the like of the lamplight, the equipment state parameter gradual change execution time is the lamplight gradual change execution time, the lamplight gradual change execution time can be customized to be 2 seconds, and the delay execution time is 2 seconds, so that when the scene mode is started, the equipment is gradually started according to the customized state parameters.
In an embodiment, the on/off/custom control of the contextual model is automatically triggered according to a set trigger time. For example, the trigger time is encapsulated in a trigger instruction, and the trigger instruction is automatically executed to trigger the on/off/custom control of the contextual model when the trigger time is detected to be reached. The triggering time refers to a preset corresponding natural tense or weather condition, for example, a sunrise mode is executed when sunrise (sunrise time can be acquired according to longitude, latitude and date), a reading mode is executed at 8 pm, and a dehumidifying mode is executed when raining.
When the profile management module 230 is used for managing the profile of the smart home device, the profile management module 230 includes configuration of the state parameters of the profile containing device, that is, the profile management module 230 provides the configuration function of the state parameters of the profile containing device. The contextual model comprises the independent configuration of the state parameters of the devices, wherein the configuration of the state parameters of the contextual model comprises the independent configuration of the state parameters of single intelligent home devices and/or intelligent home device groups. When the state parameters of the intelligent household equipment group are configured independently, the state parameters of all intelligent household equipment are contained in the unified self-defined configuration intelligent household equipment group. For example, when entering a home theater mode, the temperature of the intelligent heating apparatus can be set to 28 ℃ through the state parameter configuration function of the apparatus, and the volume of the television is adjusted to 12.
For the scenario mode of early morning awakening, corresponding lamps of a bedroom and a living room are required to be lightened, and in this case, in order to realize independent design of the intelligent lighting equipment of the functional space in the early morning awakening mode, functional partitioning is required to be carried out on the intelligent lighting equipment combination. To accommodate this requirement, in the profile management module 230, each profile contains smart home devices that are distributed and managed in one or more functional spaces, and each smart home device is managed by the device management module 210 and the device group management module 220. Through the distributed organization management of the intelligent household equipment, the design management of the intelligent household equipment with different functional spaces is clearly realized.
The real-time effect preview module 240 has a preview display function of a state design effect of the smart home device, and can display the state design effect of the smart home device in real time in a two-dimensional or three-dimensional mode, wherein the state design effect is from the design of at least one module of the device management module 210, the device group management module 220, and the contextual model management module 240. That is, the device management module 210 performs the draft stage of device status design, and also displays the status parameter presentation effect of the design in real time, and when the contextual model management module 240 performs the contextual model design, the status effect corresponding to the contextual model is also displayed in real time. In an embodiment, the live effect preview module 240 further has a function of highlighting the smart home device selected in the two-dimensional mode or the three-dimensional mode.
When the smart home device is a smart lighting device, the real-time effect preview module 240 is further configured to display illumination and illumination directions of the smart lighting device in the three-dimensional mode.
The simulation unit 130 is configured to perform physical simulation on the state design result to obtain a simulation effect diagram and/or video. The physical simulation comprises illumination simulation, wiFi signal simulation, acoustic simulation, electromagnetic simulation, mechanical simulation, aerodynamic simulation, security simulation and intelligent household appliance simulation; the simulation effect graph obtained by the physical simulation comprises a basic statistical chart graph, a pseudo-color graph, an illumination graph and a rendering graph; the video obtained by the physical simulation comprises a lamplight animation, and the Web page obtained by the physical simulation comprises an interactable HTML5 page. Wherein the basic statistical chart comprises a histogram, a line graph and the like. Different physical simulations correspond to different simulation effect graphs/videos, for example, a pseudo color graph is adopted to present physical simulation effects of WiFi signal simulation, acoustic simulation, electromagnetic simulation, mechanical simulation and aerodynamic simulation, and a pseudo color graph, an illuminance graph and a rendering graph are adopted to present simulation effects of lamplight simulation. The obtained HTML5 page is reloaded as a propagator to share the propagation through links.
In the embodiment, the physical simulation operation implemented by the simulation unit 130 is executed in a background server, so as to improve the physical simulation effect and efficiency, and the simulation results such as the basic statistical chart, the pseudo-color chart, the illuminance chart, the rendering chart, the light animation and the like obtained by simulation are transmitted to the user terminal to be displayed, and meanwhile, the simulation result picture is also stored in the album.
When the intelligent household equipment is lighting equipment, in the simulation unit, the physical simulation to obtain the lamplight animation comprises the following steps: according to multi-frame rendering graphs corresponding to illumination design results of different optical parameters, adjusting the combination of all the frame rendering graphs to generate lamplight animation; the illumination design results of different optical parameters can be illumination design results of a certain functional area expressed in different scene modes under the same viewing angle, in this case, any viewing angle of the certain functional area can be selected, and all scene modes selected under the current viewing angle are utilized to generate the lamplight animation.
Of course, the manual design of the lamplight animation is supported, namely, the lamplight animation is used for adjusting different brightness and color temperatures of each real light source in a single rendering graph, meanwhile, different shielding states of the intelligent shielding curtain are matched to control the indoor irradiation effect of sunlight, so that multi-frame rendering graphs are obtained, and then, the combination of all the frame rendering graphs is adjusted to generate the lamplight animation. The cool lamplight animation can reflect the contrast effect of different lamplights, and is convenient for users to refer to and select.
In order to adapt to the requirements of different house types, image sizes and resolutions, in one embodiment, the simulation unit 130 has functions of 3D house type roaming viewing angle adjustment, size adjustment, resolution adjustment and outdoor scene ambient light adjustment for the status design result, and performs rendering according to the adjusted status design result to obtain a pseudo-color map, an illuminance map and a rendering map. In the state design result displayed in the three-dimensional mode, a required angle can be selected for rendering by adjusting the angle of the house type. The resizing function provides a plurality of default common sizes, such as 16:9,1:1, etc., and the user can select the proper size to realize the resizing, and of course, the resizing function also provides a custom editing function, and the user custom edits the image size to realize the resizing. Similarly, the resolution adjustment function provides a plurality of default common resolutions, such as 1k standard definition, 2k high definition, etc., and the user can select a proper resolution to realize resolution adjustment, and of course, the resolution adjustment function also provides a custom editing function, so that the user can custom edit the resolution to realize resolution adjustment. Similarly, the outdoor scene environment light adjusting function provides various common outdoor scene environment light templates, such as daytime, night, and the like, wherein the daytime includes sunlight-free, sunny, cloudy, and the like, the outdoor scene environment light can influence indoor light, and a user can select a proper outdoor scene to realize outdoor scene environment light adjustment.
In one embodiment, as shown in fig. 3, the smart home design and simulation system 100 further includes a product list derivation module 310 for one-touch derivation of the product list of the configured smart home devices. When the intelligent home design is carried out, the intelligent home equipment materials can be adjustably configured for each intelligent home equipment according to the material library, and on the basis, the product list of the configured intelligent home equipment is exported by one key through the product list export module 310, so that the user can conveniently view and decorate the reference.
As shown in fig. 3, the smart home design and simulation system 100 further includes a view unit 310 for displaying two-dimensional views of the status design results at various angles, and has a two-dimensional view scaling function. The two-dimensional view provided by the view unit can meet the application requirements of various visual angles, wherein the two-dimensional view can be a top view or a two-dimensional view under a certain angle of a certain functional area.
In one embodiment, as shown in fig. 4, the smart home design and simulation system 100 further includes a construction drawing unit 410, configured to generate a construction drawing according to the smart home device design result, where the construction drawing includes points of the smart home device design, location labels, wiring modes, control relationships, and description text. When the construction diagram is required to be exported, a construction diagram unit 410 is adopted to generate the construction diagram according to the lighting design result by one key, point location information, position marking information, a wiring mode, a control relation and a description text of the intelligent household equipment are correspondingly marked in the provided construction diagram, wherein the position marking information is marked by adopting a standard engineering marking specification, the wiring mode describes a hydro-electric wiring schematic of the intelligent household equipment, the control relation describes the control relation between a switch panel and the equipment, and the description text contains related information of the intelligent household equipment and can comprise detail information, gateway information and the like of the intelligent household equipment materials.
In the construction drawing unit 410, there is a function of custom configuring an enterprise frame template, and construction drawing configuration is derived after the enterprise frame template. The enterprise frame template can be customized and contains information related to lighting design, such as design time, designer, house type name, etc.
According to the intelligent home design and simulation system provided by the embodiment, the state design unit is used for setting the state parameters and the contextual model of the intelligent home equipment, so that the state design of the intelligent home equipment is rapidly realized; meanwhile, through an illumination simulation module, multiple types of physical simulation on the state design result is realized through a simulation unit, and a common statistical chart, a pseudo-color chart, an illumination chart and a rendering chart are generated to meet different requirements; and moreover, the construction diagram unit is used for directly generating the construction diagram of the equipment according to the state design result, wherein the construction diagram comprises a point bitmap, a wiring diagram, a lamp control relation diagram and the like, so that the illumination design, construction diagram construction and product information arrangement realized by a plurality of software are finished by using an intelligent home design and simulation system, the working efficiency is greatly improved, in addition, different display effects of lamplight can be brought through the simulation unit and the view unit, the physical and real simulation effects are realized, the repeated switching of a plurality of software is not needed, and meanwhile, videos, web pages and the like propagated by the cloud are provided, so that the design value is embodied, and different experiences are brought to users.
The foregoing detailed description of the preferred embodiments and advantages of the invention will be appreciated that the foregoing description is merely illustrative of the presently preferred embodiments of the invention, and that no changes, additions, substitutions and equivalents of those embodiments are intended to be included within the scope of the invention.
Claims (17)
1. An intelligent home design and simulation system, comprising: a layout design unit, a state design unit, and a simulation unit; wherein,,
the layout design unit is used for designing the layout of the household equipment in the house type graph to obtain an initial layout graph;
the state design unit is used for carrying out state design on the intelligent household equipment in the initial layout, and comprises an equipment management module, an equipment grouping management module, a contextual model management module and an effect real-time preview module, wherein the equipment management module is used for configuring state parameters of the intelligent household equipment and comprises setting of equipment parameters and adjustment of equipment position states, the setting of the equipment parameters comprises basic parameters comprising names and equipment types of the intelligent household equipment, attribute parameters describing the working states of the intelligent household equipment and setting of self-defining parameters, and the adjustment of the equipment position states comprises turning, copying, hiding, locking, deleting, rotating, moving, zooming, rectangular array placement and annular array placement; the device grouping management module is used for grouping management of the intelligent home devices, binding all the intelligent home devices belonging to the same group, and is used for unified management of the states of the intelligent home devices, and the device grouping management function is independent of the scene management function; the contextual model management module is used for managing contextual models of the intelligent home equipment and comprises creation of a custom contextual model, automatic matching of the contextual model serving as a contextual model, copying and deleting of the contextual model, on/off/custom control of the contextual model and configuration of state parameters of the contextual model containing equipment, wherein the custom control is understood as being adjusted to the custom state parameters after being opened, and the custom state parameters comprise equipment state parameters, delay execution time and equipment state parameter gradual change execution time; the effect real-time preview module is used for displaying the state design effect of the intelligent home equipment designed by the equipment management module, the equipment grouping management module and the contextual model management module in a two-dimensional or three-dimensional mode in real time;
the simulation unit is used for carrying out physical simulation on the state design result, wherein the physical simulation comprises illumination simulation, wiFi signal simulation, acoustic simulation, electromagnetic simulation, mechanical simulation, aerodynamic simulation, security simulation and intelligent household appliance simulation, and a simulation effect diagram, a video and a Web page are obtained and output, and the simulation effect diagram comprises a basic statistical chart, a pseudo-color diagram, an illumination diagram and a rendering diagram;
when the intelligent home equipment is lighting equipment, after the initial layout is obtained, binding IES light files for providing real light source data for each intelligent lighting equipment to show a real light source, and simultaneously, presenting an adjusting panel of light source optical parameters so as to be convenient for adjusting the light source optical parameters;
the effect real-time preview module is also used for displaying illumination and illumination directions of the intelligent lighting equipment in a three-dimensional mode.
2. The smart home design and simulation system according to claim 1, wherein in the device group management module, the group management of smart home devices comprises: creating and deleting the grouping of the intelligent home devices, and displaying grouping results, wherein the grouping results comprise device group results and ungrouped device results obtained by grouping.
3. The smart home design and simulation system of claim 2, wherein all smart home devices belonging to the same device group are bound together in the device group management module with synchronized operating state attribute parameter settings and display characteristics.
4. The smart home design and simulation system of claim 1, wherein when the smart home device is a smart lighting device, the device group management module has a group management function for the smart lighting device, and when the lighting devices are grouped, the lighting devices are classified according to a functional space, i.e. groups of the lighting devices are created under the functional space, each lighting device group comprises a plurality of lighting devices which are presented in a list form, all the lighting devices belonging to the same lighting device group are bound together, and have the characteristics of synchronously setting and displaying optical parameters, but are only logically grouped and not physically grouped, a certain lighting device in the lighting device group can be deleted individually, and one lighting device can belong to a plurality of lighting devices so as to adapt to different scene mode requirements.
5. The smart home design and simulation system according to claim 1, wherein in the profile management module, the profiles contain a set of all smart home devices applied in the same scene, each profile contains smart home devices distributed and organized in one or more functional spaces, and each smart home device is managed by the device management module and the device group management module.
6. The smart home design and simulation system of claim 1, wherein in the profile management module, the on/off/custom control of the profile comprises on/off/custom control of the entire profile, the profile comprising on/off/custom control of a single smart home device and a group of smart home devices,
the profile contains the independent configuration of the state parameters of the devices including the state parameters of a single smart home device and a group of smart home devices.
7. The smart home design and simulation system of claim 1, wherein the on/off/custom control of the profile is automatically triggered based on a set trigger timing.
8. The smart home design and simulation system of claim 1, wherein the video resulting from the physical simulation comprises a light animation;
the Web page obtained by physical simulation comprises an interactable HTML5 page.
9. The smart home design and simulation system according to claim 8, wherein the simulation unit has functions of 3D home roaming viewing angle adjustment, size adjustment, resolution adjustment and outdoor scene ambient light adjustment for the status design result, and performs rendering according to the adjusted status design result to obtain a pseudo-color map, an illuminance map, and a rendering map.
10. The smart home design and simulation system according to claim 1, 8 or 9, wherein the physical simulation operation implemented by the simulation unit is executed in a background server, and the simulation result obtained by the simulation is transmitted back to the user terminal to be displayed.
11. The smart home design and simulation system according to any one of claims 1 to 9, wherein after the initial layout is obtained, smart home device materials are adjustably configured for each smart home device according to a material library, and meanwhile, lamp material detail information is displayed and an editing interface is provided for a user to edit the lamp material detail information in a user-defined manner, so that specific device information is included in subsequent exporting of the construction drawing.
12. The smart home design and simulation system according to claim 11, further comprising a product list derivation module for one-touch derivation of a product list of configured smart home devices.
13. The smart home design and simulation system according to any one of claims 1 to 12, further comprising a view unit for displaying two-dimensional views of each angle of the status design result while having a two-dimensional view scaling function.
14. The smart home design and simulation system according to any one of claims 1 to 13, further comprising a construction drawing unit configured to generate a construction drawing according to a design result of the smart home device, wherein the construction drawing includes a point location, a position mark, a wiring manner, a control relationship, and a description text for designing the smart home device.
15. The smart home design and simulation system according to claim 14, wherein the construction map unit has a function of custom configuring an enterprise frame template, and the construction map configuration is derived after the enterprise frame template.
16. The smart home design and simulation system according to claim 1, wherein when the smart home device is a lighting device, in the simulation unit, the physically simulating to obtain the light animation comprises: according to multi-frame rendering graphs corresponding to illumination design results of different optical parameters, adjusting the combination of all the frame rendering graphs to generate lamplight animation;
the method is used for adjusting different brightness and color temperatures of each real light source in a single rendering graph, and simultaneously matching different shielding states of the intelligent shielding curtain to obtain multi-frame rendering graphs, and then adjusting the combination of all the frame rendering graphs to generate the lamplight animation.
17. The smart home design and simulation system according to any one of claims 1-15, wherein when the smart home device is a gateway, the device management module is further configured to associate a functional space controlled by the gateway with other smart home devices built therein.
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