Garden landscape design method and system based on digital twinning

Abstract

The invention provides a garden landscape design method and system based on digital twinning. The garden landscape design method based on digital twinning comprises the following steps: extracting a geographic position area planar graph of a to-be-designed garden landscape; constructing a digital twinborn model of the landscape architecture through three-dimensional modeling software in combination with a digital twinborn platform; setting an overall structure of the garden landscape according to the geographic position area plan, and obtaining an overall design scheme of the garden landscape; and according to the overall design scheme of the landscape architecture, setting nodes and landmark images of the landscape architecture, and generating a node and landmark image setting scheme. According to the scheme, various factors including terrain, vegetation, water, light, human activities and the like can be comprehensively considered. Through comprehensive analysis and planning based on a digital twinborn model, an outdoor environment meeting various requirements and limitations can be created; according to the scheme, the spatial layout can be optimized, the optimal utilization of the site area is ensured, and functional requirements are met.

Description

Technical Field

[0001] The present invention relates to the technical field of garden landscape design, and in particular to a garden landscape design method and system based on digital twins. Background Art

[0002] Landscape design is the art and science of creating pleasant exterior spaces by integrating the natural and artificial environments. It covers the planning and design of land use, vegetation selection, terrain shaping, building layout, water body design, etc. Landscape design aims to improve the quality of people's lives and create public and private spaces that are in harmony with human needs and emotions.

[0003] Landscape designers often work with professionals such as architects, urban planners and engineers to create outdoor environments that are suitable for living, working and leisure. They consider multiple factors such as topography, vegetation, water, light and human activities, and combine client needs and budget constraints to design unique and artistic outdoor spaces.

[0004] The goal of landscape design is to provide people with comfort and beauty, while also paying attention to environmental protection and sustainable use of resources. Through the rational use and configuration of vegetation, materials and facilities, landscape design can improve air quality, reduce energy consumption, reduce water waste, and create an eco-friendly environment.

[0005] The scope of landscape design is wide, including various types of outdoor spaces such as parks, courtyards, squares, campuses, commercial areas, etc. From large-scale urban planning to small private gardens, landscape design plays an important role in providing people with a beautiful, comfortable and sustainable living environment. Summary of the invention

[0006] The present invention provides a garden landscape design method and system based on digital twins, which is used to solve the problems that the garden landscape design method in the prior art is relatively single and fails to adapt to local conditions, and how to improve the lighting quality of public service facilities through reasonable lighting design schemes, while achieving energy conservation, emission reduction and environmental protection:

[0007] The present invention proposes a garden landscape design method based on digital twins.

[0008] The calculation methods include:

[0009] S1: Extract the geographical location area plan of the garden landscape to be designed;

[0010] Build a digital twin model of the garden landscape through 3D modeling software combined with the digital twin platform;

[0011] S2: setting the overall structure of the garden landscape according to the plan view of the geographical location area to obtain an overall design plan of the garden landscape;

[0012] S3: Setting garden landscape nodes and landmark images according to the overall garden landscape design plan, and generating a node and landmark image setting plan.

[0013] Furthermore, the overall structure of the garden landscape is set according to the plan view of the geographical location area to obtain an overall design scheme of the garden landscape, including:

[0014] S21: Setting up a wetland lake system according to the geographical location area plan of the garden landscape, and generating a wetland lake design plan;

[0015] S22: Setting up an ecological green space system according to the geographical location area plan of the garden landscape, and generating an ecological green space design plan;

[0016] S23: Setting up a transportation tour system according to the geographical location area plan of the garden landscape, and generating a transportation tour design plan;

[0017] S24: Setting up a public service system according to the geographical location area plan of the garden landscape and generating a public service design plan.

[0018] Furthermore, the traffic tour system is set up according to the geographical location area plan of the garden landscape to generate a traffic tour design plan, including:

[0019] S231: Extracting traffic system setting principles from the database;

[0020] S232: According to the traffic system setting principle, the external traffic layout of the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain an external traffic design scheme;

[0021] S233: According to the traffic system setting principle, the traffic layout of the land slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain the land slow-moving traffic design scheme in the garden;

[0022] S234: according to the traffic system setting principle, setting the traffic layout of the slow-moving waterway in the garden within the garden landscape area corresponding to the overall garden landscape design plan, and obtaining the slow-moving waterway traffic design plan in the garden;

[0023] Among them, the land slow-moving passages in the park include ecological electric vehicle sightseeing roads, bicycle sightseeing roads and walking roads; the water slow-moving passages in the park include water plank roads and boat tour lines.

[0024] Furthermore, the ecological green space system is set up according to the geographical location area plan of the garden landscape, and an ecological green space design plan is generated, including:

[0025] S221: Extracting planting principles from the database;

[0026] S222: Setting the distribution of planting space according to the planting principle to form a planting space arrangement plan in the garden;

[0027] At the same time, the public service system is set up according to the geographical location area plan of the garden landscape, and a public service design plan is generated, including:

[0028] S241: Extracting planning principles for public service provision from the database;

[0029] S242: Based on the vegetation positions in the planting space arrangement plan and in combination with public service settings, a public service facility distribution plan is obtained.

[0030] Furthermore, according to the overall garden landscape design plan, the garden landscape nodes and landmark images are set to generate a node and landmark image setting plan, including:

[0031] S31: Set up a transformation plan for existing beach areas;

[0032] S32: setting garden landscape nodes and landmark images according to the garden landscape positions of the transformation plan, and generating a node and landmark image setting plan;

[0033] Acquire setting plan information, input the setting plan information into the digital twin model, and acquire plan effect data output by the digital twin model.

[0034] The present invention provides a garden landscape design system based on digital twins, and the garden landscape design system based on digital twins includes:

[0035] A map extraction module is used to extract a geographical location area plan of the garden landscape to be designed;

[0036] Build a digital twin model of the garden landscape through 3D modeling software combined with the digital twin platform;

[0037] An overall scheme design module is used to set the overall structure of the garden landscape according to the plan view of the geographical location area to obtain an overall design scheme of the garden landscape;

[0038] The node landmark scheme design module is used to set the garden landscape nodes and landmark images according to the overall garden landscape design scheme, and generate a node and landmark image setting scheme.

[0039] Furthermore, the overall scheme design module includes:

[0040] A wetland lake design module is used to set up a wetland lake system according to the geographical location area plan of the garden landscape and generate a wetland lake design plan;

[0041] The ecological green space design module is used to set up the ecological green space system according to the geographical location area plan of the garden landscape and generate an ecological green space design plan;

[0042] A traffic tour design module is used to set up a traffic tour system according to the geographical location area plan of the garden landscape and generate a traffic tour design plan;

[0043] A public service design module, used to set up a public service system according to the geographical location area plan of the garden landscape and generate a public service design plan;

[0044] Through the digital twin model, data simulation of wetland lake design plans, ecological green space design plans, transportation and tour design plans, and public service design plans are carried out to obtain model simulation data.

[0045] Furthermore, the traffic tour design module includes:

[0046] The first principle extraction module is used to extract the traffic system setting principles from the database;

[0047] The first traffic scheme design module is used to set the external traffic layout of the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the external traffic design scheme;

[0048] The second traffic scheme design module is used to set the traffic layout of the land slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the land slow-moving traffic design scheme in the garden;

[0049] The third traffic scheme design module is used to set the traffic layout of the water slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the water slow-moving traffic design scheme in the garden;

[0050] Among them, the land slow-moving passages in the park include ecological electric vehicle sightseeing roads, bicycle sightseeing roads and walking roads; the water slow-moving passages in the park include water plank roads and boat tour lines.

[0051] Furthermore, the ecological green space design module includes:

[0052] The second principle extraction module is used to extract the planting principles from the database;

[0053] The arrangement scheme acquisition module is used to set the planting space distribution according to the planting principles to form the planting space arrangement scheme in the garden;

[0054] At the same time, the public service system is set up according to the geographical location area plan of the garden landscape, and a public service design plan is generated, including:

[0055] The third principle extraction module is used to extract the public service setting planning principles from the database;

[0056] The facility distribution plan acquisition module is used to obtain a public service facility distribution plan based on the vegetation positions in the planting space arrangement plan combined with the public service settings.

[0057] Furthermore, the node landmark scheme design module includes:

[0058] The transformation plan acquisition module is used to set transformation plans for existing beach areas;

[0059] A node and landmark scheme acquisition module is used to set the garden landscape nodes and landmark images according to the garden landscape positions of the transformation plan, and generate a node and landmark image setting scheme;

[0060] Acquire setting plan information, input the setting plan information into the digital twin model, and acquire plan effect data output by the digital twin model.

[0061] Beneficial effects of the present invention: Through the above scheme, various factors can be comprehensively considered, including terrain, vegetation, water bodies, light, human activities, etc. Through comprehensive analysis and planning, an outdoor environment that meets various needs and restrictions can be created; the above scheme can optimize the spatial layout, ensure the best use of the site area, and meet functional requirements. Through scientific planning and design, efficient and fully functional outdoor spaces can be created; through the reasonable selection of elements such as plants, materials, colors and structures, a beautiful, comfortable and harmonious outdoor environment can be created to improve people's quality of life; through the reasonable configuration of vegetation, materials and facilities, resource consumption can be reduced, environmental pollution can be reduced, and the health of the ecosystem can be improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0062] Figure 1 This is a step diagram of a garden landscape design method based on digital twins described in the present invention. DETAILED DESCRIPTION

[0063] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0064] Embodiment 1,

[0065] A garden landscape design method based on digital twins, the garden landscape design method based on digital twins comprising:

[0066] S1: Extract the geographical location area plan of the garden landscape to be designed;

[0067] Build a digital twin model of the garden landscape through 3D modeling software combined with the digital twin platform;

[0068] S2: setting the overall structure of the garden landscape according to the plan view of the geographical location area to obtain an overall design plan of the garden landscape;

[0069] S3: Setting garden landscape nodes and landmark images according to the overall garden landscape design plan, and generating a node and landmark image setting plan.

[0070] The working principle of the above technical solution is:

[0071] The geographical location area plan of a specific area is obtained through existing map data, satellite remote sensing images or laser scanning and other technical means. The plan includes natural elements such as terrain, vegetation, water bodies, and artificial elements such as buildings, roads, and facilities. Based on the extracted geographical location area plan, the garden landscape design team will formulate the overall structure of the garden landscape, and comprehensively consider factors such as terrain, environment, and functional requirements to plan spatial layout, linear organization, and visual connection; determine the location, distribution, and relationship of each element in the garden landscape, and create a design plan with a sense of hierarchy and coherence, including terrain modeling, vegetation distribution simulation, lighting calculation, path planning, and hydrological simulation; according to the overall design plan of the garden landscape, the garden landscape design team sets the garden landscape nodes and landmark images; nodes can be specific areas or locations such as flower beds, fountains, and sculptures to attract people's attention; landmark images are created through elements such as buildings and art installations to create unique iconic features. Based on the given overall design plan of the garden landscape, the design team will draw node and landmark image setting plans to show the specific layout and appearance of each important node and landmark image; including drawing floor plans, perspective drawings, renderings, etc., in order to clearly present the design concept and effect. Real-time collection of environmental data in the garden landscape, such as soil moisture, temperature, light intensity, plant growth status, etc. These data are integrated into the digital twin platform to form a virtual expression of the garden landscape. Based on the collected data, a virtual model of the garden landscape is constructed using 3D modeling technology. This model not only contains static elements such as terrain, water bodies, buildings, and plants, but also simulates the dynamic changes of natural phenomena such as wind, light, and water. The digital twin model can synchronize changes in the real world in real time. For example, when plant growth or environmental parameters in the garden landscape change, the virtual model will also be updated accordingly to ensure the consistency between virtual and reality. The digital twin model can intelligently analyze the current status of the garden landscape and predict future trends. This helps landscape architects to detect problems in a timely manner and formulate response strategies in advance.

[0072] The effects of the above technical solution are:

[0073] By extracting the geographical location area plan of the garden landscape to be designed, the design team can fully understand and comprehensively consider the natural elements such as terrain, vegetation, water bodies, and artificial elements such as buildings, roads, and facilities in the area; it helps the design team make reasonable design decisions based on the actual situation and make the garden landscape coordinated with the surrounding environment; by setting the overall structure of the garden landscape according to the geographical location area plan, the design team can plan the spatial layout, linear organization, and visual connection, etc.; it can create a garden landscape design scheme with a sense of hierarchy, coherence, and fluency. The setting of the overall structure makes the garden landscape layout more orderly, allowing people to have a sense of order and comfort in it; according to the overall design plan of the garden landscape, setting the garden landscape nodes and landmark images can highlight and strengthen the unique characteristics and charm of the garden landscape. By carefully arranging nodes such as flower beds, fountains, and sculptures, people's attention can be attracted and places for rest and communication can be provided. At the same time, by setting landmark images, such as buildings and art installations, unique iconic features can be created to enhance the recognition and attractiveness of the garden landscape; through the above design methods, a beautiful, practical, and coordinated garden landscape with the surrounding environment can be created. The setting of the overall structure, the arrangement of important nodes and landmark images can enhance the beauty and visual effects of the garden landscape. At the same time, it provides people with a pleasant environment, promotes people's leisure, entertainment and social activities, and enhances people's garden landscape experience. Real-time collection of environmental data in the garden landscape, such as soil moisture, temperature, light intensity, plant growth status, etc. These data are integrated into the digital twin platform to form a virtual expression of the garden landscape. Based on the collected data, a virtual model of the garden landscape is constructed using 3D modeling technology. This model not only contains static elements such as terrain, water bodies, buildings, and plants, but also simulates the dynamic changes of natural phenomena such as wind, light, and water. The digital twin model can synchronize changes in the real world in real time. For example, when the plant growth or environmental parameters in the garden landscape change, the virtual model will also be updated accordingly to ensure the consistency between virtual and reality. By integrating artificial intelligence and machine learning algorithms, the digital twin model can intelligently analyze the current status of the garden landscape and predict future trends. This helps landscape architects to discover problems in a timely manner and formulate response strategies in advance.

[0074] Embodiment 2,

[0075] The overall structure of the garden landscape is set according to the plan view of the geographical location area to obtain an overall design plan of the garden landscape, including:

[0076] S21: Setting up a wetland lake system according to the geographical location area plan of the garden landscape, and generating a wetland lake design plan;

[0077] S22: Setting up an ecological green space system according to the geographical location area plan of the garden landscape, and generating an ecological green space design plan;

[0078] S23: Setting up a transportation tour system according to the geographical location area plan of the garden landscape, and generating a transportation tour design plan;

[0079] S24: Setting up a public service system according to the geographical location area plan of the garden landscape and generating a public service design plan;

[0080] Through the digital twin model, data simulation of wetland lake design plans, ecological green space design plans, transportation and tour design plans, and public service design plans are carried out to obtain model simulation data.

[0081] The working principle of the above technical solution is:

[0082] According to the geographical location area plan of the garden landscape, the design team will analyze the terrain, hydrological conditions and other factors of the area, and determine the location and size of the wetland lake in combination with the consideration of ecological protection and water resources management. The design team may choose appropriate low-lying areas to set up wetland lakes to achieve the functions of water resource regulation, water purification and ecological conservation. The design plan may also include facilities such as walking paths and viewing platforms by the lake to provide people with places to rest and enjoy the lake view; based on the geographical location area plan, the design team will analyze the natural vegetation, soil conditions, etc. in the area, and consider the requirements of ecological protection and garden landscaping to determine the layout and plant species of ecological green space. The design team may design a reasonable green space network, including lawns, flower beds, trees, etc., to provide space for people to interact with nature, improve air quality and microclimate, and provide a suitable habitat for wild animals and plants; by analyzing the information such as roads and transportation facilities on the geographical location area plan, the design team can determine the tour route, walking system, bicycle lanes and parking facilities. The design plan may consider the continuity and appreciation of the scenic spots, reasonably plan the traffic routes, provide people with a convenient sightseeing experience, and reduce the interference of traffic on the garden landscape; according to the distribution of facilities and population needs on the geographical location area plan, the design team will determine the location and type of public service facilities. These facilities may include children's playgrounds, leisure squares, fitness equipment, toilets, etc. to meet people's leisure, entertainment and daily needs. The design team may also consider the setting of barrier-free facilities to make the public service system more inclusive and convenient.

[0083] The effects of the above technical solution are:

[0084] By rationally setting up wetland lakes, water resource regulation and water purification functions can be achieved, providing people with a beautiful waterscape environment. Wetland lakes can also serve as habitats for wild animals and plants, promoting the protection and increase of biodiversity; rationally setting up ecological green spaces can improve air quality, regulate urban temperature and humidity, and provide residents with a good leisure green space. It can not only increase the beauty of urban landscapes, but also provide people with opportunities to interact with nature, promote health and happiness; considering the traffic tour system in the landscape design can provide convenient traffic paths and tour routes, making it convenient for residents and tourists to enjoy the scenic spots. At the same time, rationally planning the traffic system can reduce the interference caused by vehicles to the landscape and protect the integrity of the landscape; setting up public service facilities according to the geographical location area plan can provide residents with various convenient facilities, such as children's playgrounds, leisure squares, fitness equipment, etc. These facilities can meet people's daily needs and increase the vitality and interactivity of the community.

[0085] Embodiment 3,

[0086] The traffic tour system is set up according to the geographical location area plan of the garden landscape, and a traffic tour design plan is generated, including:

[0087] S231: Extracting traffic system setting principles from the database;

[0088] S232: According to the traffic system setting principle, the external traffic layout of the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain an external traffic design scheme;

[0089] S233: According to the traffic system setting principle, the traffic layout of the land slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain the land slow-moving traffic design scheme in the garden;

[0090] S234: According to the traffic system setting principle, the traffic layout of the water slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain the water slow-moving traffic design scheme in the garden

[0091] And calculate the slow-moving water traffic capacity in the park; the calculation formula for the slow-moving water traffic capacity in the park is:

[0092]

[0093] Where: Y n is the slow-moving water traffic capacity in the park; D is the weighted average tonnage of the cruise ship; W is the design hour factor; Z is the number of monthly air traffic; C s , C x The number of upper and lower channels on the cruise ship respectively; Ls , L x They are respectively the upstream and downstream cruise areas; H v is the water flow velocity in the garden; B S , B x are the sailing speeds of the upstream and downstream cruise ships respectively, and 360 represents the conversion factor for converting the time unit from minutes to hours.

[0094] Among them, the land slow-moving passages in the park include ecological electric vehicle sightseeing roads, bicycle sightseeing roads and walking roads; the water slow-moving passages in the park include water plank roads and boat tour lines.

[0095] The working principle of the above technical solution is:

[0096] Extract relevant traffic system setting principles from the database, including but not limited to traffic planning, environmental protection, traffic safety and sustainability. Carefully study the scope of the garden landscape area in the overall garden landscape design plan, including entrances and exits, main roads, etc.; determine the location of transportation hubs, such as parking lots, bus stops, etc., according to the traffic system setting principles and the characteristics of the garden landscape area; design and plan the external traffic road network, including main roads, branch roads, sidewalks, etc., to ensure smooth traffic and convenience; ensure that traffic signs are clear and visible, and set up necessary traffic safety facilities, such as traffic lights, markings, pedestrian crossing facilities, etc. Understand the slow-moving needs in the garden landscape area, such as walking, bicycles and battery cars; plan and design ecological battery car tour roads, considering factors such as passing attractions, moving lines, and traffic volume; determine the path and connection method of bicycle tour roads, considering safety and connectivity; design walking roads to meet people's needs for walking activities, such as setting up comfortable sidewalks and pedestrian streets. Understand the demand for slow water travel in the landscape area, such as water boardwalks and boat tours; plan and design the water boardwalk, determine its path and connection method, and consider safety and landscape effects; determine the path and stop points of the boat tour, mainly considering the geographical conditions and scenic features of the river or lake. The effects of the above technical solution are:

[0097] Through the setting of external traffic design scheme, reasonable planning of import and export roads and parking lot locations, vehicles can be effectively diverted, traffic congestion can be reduced, traffic efficiency can be improved, and tourists can enter the scenic area more conveniently; in the design scheme of land slow traffic in the park, ecological battery car tour roads, bicycle tour roads and walking roads are set up to encourage tourists to use environmentally friendly transportation tools for sightseeing, reduce the impact of automobile exhaust on the garden landscape environment, and protect the natural ecological environment; the setting of land slow passages and water slow passages in the park allows tourists to choose to walk, ride or take a boat to visit, which is comfortable and close to nature. Tourists can better appreciate the garden landscape, feel the natural scenery, and enhance the tour experience; through the reasonable setting of the transportation system, the consumption of natural resources and the damage to the environment can be reduced, and the sustainable development of the scenic area can be promoted. At the same time, by encouraging the use of environmentally friendly transportation tools and reducing the use of cars, carbon emissions can be reduced and climate change issues can be actively responded to. The above formula can accurately evaluate the water slow passing capacity in the park, provide a basis for water area planning and ship operation, optimize the park water area planning, and improve the tourist experience. At the same time, through this formula, the water slow-moving capacity in the park can be accurately calculated. This capacity index reflects the efficiency and ability of cruise ships in the park's waters. It helps to plan and manage the use of waters and ensure the mobility and traffic efficiency of ships; the formula involves multiple parameters, such as the tonnage of cruise ships, the number of air passages, the number of uplink and downlink channels, the navigation speed, and the water flow speed. Taking these parameters into consideration, the water slow-moving capacity can be more comprehensively evaluated, providing a reasonable basis for water planning and ship operations; by calculating the water slow-moving capacity, the rationality of the current water planning can be evaluated, and optimization adjustments can be made based on the results. For example, if the passing capacity is insufficient, you can consider increasing the number of channels or increasing the speed of the ship to improve the traffic efficiency of the park's waters; by reasonably evaluating the water slow-moving capacity, you can effectively avoid congestion or bottlenecks in the waters and ensure that cruise ships are unimpeded in the park's waters. This can improve the experience of tourists, allowing them to visit the park smoothly and comfortably and enjoy the pleasure brought by the water slow-moving.

[0098] Embodiment 4,

[0099] The ecological green space system is set up according to the geographical location area plan of the garden landscape, and an ecological green space design plan is generated, including:

[0100] S221: Extracting planting principles from the database;

[0101] S222: Setting the distribution of planting space according to the planting principle to form a planting space arrangement plan in the garden;

[0102] At the same time, the public service system is set up according to the geographical location area plan of the garden landscape, and a public service design plan is generated, including:

[0103] S241: Extracting planning principles for public service provision from the database;

[0104] S242: Based on the vegetation positions in the planting space arrangement plan and the public service settings, a public service facility distribution plan is obtained. The public service facility distribution plan includes a lighting design plan, and the lighting design plan includes:

[0105] Obtain overall location information and carefully consider the purpose and characteristics of public service facilities to determine the specific location of the target landscape lighting;

[0106] Develop detailed lighting requirements and goals for different public service facilities, including lighting brightness, color temperature, and lighting effects;

[0107] According to lighting needs and goals, select efficient lighting equipment and advanced lighting technologies that meet the requirements, such as LED lamps, fiber optic lighting, etc.;

[0108] Carry out detailed lighting layout and scheme design according to the target landscape lighting location and lighting requirements, including the placement, quantity and light distribution of lighting devices;

[0109] Pay attention to environmental protection and energy conservation and emission reduction in lighting design. Give priority to energy-saving products when selecting lighting equipment, and reasonably control lighting time to avoid energy waste caused by excessive lighting;

[0110] Set appropriate lighting brightness and color temperature according to the usage scenario;

[0111] Intelligent control of lighting equipment through sensors and automation technology;

[0112] Use professional software to simulate and test lighting effects, evaluate the actual effects of lighting solutions, including light distribution and shadow effects, and make necessary adjustments and optimizations.

[0113] Install lighting equipment according to the design plan;

[0114] Regularly inspect and maintain lighting equipment, repair faults in a timely manner, and ensure the stability and reliability of the lighting system.

[0115] The working principle of the above technical solution is:

[0116] Through the geographic information system and database, analyze the geographical location and related data, including soil quality, hydrology, light and other information, to provide a basis for plant selection; according to the planting principles extracted from the database, combined with geographic information analysis, select suitable plant species, and consider their growth needs and tolerance; design the layout plan of the planting space according to the functional areas and garden landscape levels, and determine the plant density, height and plant species combination in each area; use simulation software to simulate and evaluate the planting space arrangement plan, considering the influence of factors such as plant growth and space utilization; optimize and adjust the planting space arrangement plan according to the simulation and evaluation results to ensure that the plant growth and garden landscape effects meet the expected goals; according to the final planting space arrangement plan, implement the work, including the purchase, planting, and maintenance of plants. Study and understand local urban planning, public service facility settings and related codes and regulations to ensure that the design meets the corresponding requirements; review existing databases, including information on the distribution, scale, capacity and other information of public service facilities, and extract public service setting planning principles applicable to the location; obtain a public service facility distribution plan based on the vegetation location in the planting space arrangement plan combined with the public service settings; carefully study the planting space arrangement plan to understand factors such as the location, spatial distribution and size of the vegetation; determine the types of service facilities that may be needed in different areas based on the diverse needs of public services, for example, leisure areas may require seats and pavilions, and amusement areas may require amusement facilities, etc.; distribute public service facilities in various areas to make them as convenient and accessible as possible to meet people's needs for public services in the process of using green spaces; optimize and adjust the facility layout based on the planting space arrangement plan and the needs of public services to ensure the coordination and integration of facilities and vegetation. The lighting design plan includes: obtaining overall location information, carefully considering the purpose and characteristics of public service facilities, and determining the specific location of the target landscape lighting; formulating detailed lighting needs and goals according to different public service facilities, including lighting brightness, color temperature and lighting effects; selecting high-efficiency lighting equipment and advanced lighting technologies that meet the requirements, such as LED lamps, fiber optic lighting, etc., according to lighting needs and goals; conducting detailed lighting layout and scheme design according to the target landscape lighting location and lighting needs, including the placement, quantity and light distribution of lighting devices; paying attention to environmental protection and energy conservation and emission reduction in lighting design, giving priority to energy-saving products when selecting lighting equipment, and reasonably controlling lighting time to avoid energy waste caused by excessive lighting; setting appropriate lighting brightness and color temperature according to the usage scenario; realizing intelligent control of lighting equipment through sensors and automation technology; using professional software to simulate and simulate lighting effects, evaluate the actual effect of the lighting scheme, including light distribution and shadow effects, and make necessary adjustments and optimizations.Install lighting equipment according to the design plan; regularly inspect and maintain lighting equipment, repair faults in a timely manner, and ensure the stability and reliability of the lighting system.

[0117] The effects of the above technical solution are:

[0118] By setting up the ecological green space system and public service system according to the regional plan of the garden landscape's geographical location, various factors can be comprehensively considered, including terrain conditions, climate characteristics, garden landscape requirements, etc., so as to formulate a comprehensive planning design plan; by extracting the planting principles and the planting space distribution settings, appropriate plant species and layouts can be reasonably selected to promote the establishment and protection of the ecosystem. Such a design plan can provide good ecological functions, increase vegetation coverage, improve air quality, reduce environmental pollution, and achieve sustainable development; through the planting space arrangement plan, a rich and diverse garden landscape effect can be created, including flower beds, lawns, and tree-lined avenues. The reasonable setting of these vegetation spaces can beautify the environment, enhance the quality and value of the garden landscape, and create a pleasant leisure environment; by extracting the public service setting planning principles and the vegetation location based on the planting space arrangement plan, public facilities including toilets, rest areas, and children's play areas can be set and distributed to provide convenient public services. Such a design plan can meet the needs of tourists and improve the functionality and usability of the park. The above-mentioned public service facilities distribution plan includes a lighting design plan. By carefully considering the purpose and characteristics of public service facilities and determining the specific location of the target garden landscape lighting, a beautiful, comfortable and atmospheric lighting effect can be created for public places, improving the overall garden landscape quality; according to different public service facilities, detailed lighting requirements and goals are formulated, including lighting brightness, color temperature and lighting effects. Through precise lighting design, the lighting requirements in different scenes can be met and a suitable light environment can be created; in lighting design, attention should be paid to environmental protection and energy conservation and emission reduction, and high-efficiency lighting equipment and advanced lighting technologies that meet the requirements should be selected, such as LED lamps, fiber optic lighting, etc. Prioritize energy-saving products and reasonably control lighting time to avoid energy waste caused by excessive lighting, so as to achieve the goal of energy conservation and emission reduction; realize intelligent control of lighting equipment through sensors and automation technology, and automatically adjust lighting brightness and color temperature as needed to improve the intelligence and flexibility of lighting systems; use professional software to simulate and test lighting effects, evaluate the actual effects of lighting schemes, including light distribution and shadow effects, and make necessary adjustments and optimizations to ensure that the implementation effect of the design scheme meets expectations; install lighting equipment according to the design plan, and regularly inspect and maintain lighting equipment, repair faults in a timely manner, ensure the stability and reliability of the lighting system, and ensure long-term and effective operation.

[0119] Embodiment 5,

[0120] According to the overall design plan of the garden landscape, the garden landscape nodes and landmark images are set, and the node and landmark image setting plan is generated, including:

[0121] S31: Set up a transformation plan for existing beach areas;

[0122] S32: setting garden landscape nodes and landmark images according to the garden landscape positions of the transformation plan, and generating a node and landmark image setting plan;

[0123] Acquire setting plan information, input the setting plan information into the digital twin model, and acquire plan effect data output by the digital twin model.

[0124] The working principle of the above technical solution is:

[0125] Set up a transformation plan for the existing beach area. First, investigate and evaluate the geographical characteristics, environmental conditions and existing facilities of the beach area. Then, formulate a suitable transformation plan based on the characteristics and transformation goals of the beach area, including land use planning, building structure transformation, garden landscape design, etc.; determine important garden landscape nodes and landmark images based on the garden landscape location in the beach area transformation plan. These locations can be in public spaces, buildings or other specific areas after the transformation. By analyzing the functional requirements and environmental conditions of the beach area, select appropriate locations to set up important garden landscape nodes and landmark images; formulate corresponding setting plans based on the important nodes and landmark images determined by the garden landscape location. This can include selecting suitable garden landscape elements, materials and colors, defining specific design concepts and styles, and determining appropriate scales and proportions.

[0126] The effects of the above technical solution are:

[0127] By setting up landscape nodes and landmark images, the unique characteristics and personality of the beach area can be strengthened. These nodes and landmark images can represent the culture, history, natural environment, etc. of the beach area, attract the attention of tourists and residents, and enhance the popularity and recognition of the beach area; setting up well-designed landscape nodes and landmark images can increase the aesthetic value of the beach area. By selecting appropriate landscape elements and design styles, an artistic and ornamental environment can be created to enhance people's visual enjoyment and perceptual experience; setting up landscape nodes and landmark images can enhance the spatial quality of the beach area. These nodes and landmark images can serve as navigation points and assembly points for people, giving the space more functionality and usability, making the beach area space more orderly, convenient and safe; by setting up landscape nodes and landmark images, the cohesion of the community can be increased. These nodes and landmark images become the common memory and identity symbol of community residents, enhance the sense of belonging and belonging of the community, and promote communication and interaction in the community.

[0128] Embodiment 6,

[0129] A garden landscape design system based on digital twins, the garden landscape design system based on digital twins comprising:

[0130] A map extraction module is used to extract a geographical location area plan of the garden landscape to be designed;

[0131] Build a digital twin model of the garden landscape through 3D modeling software combined with the digital twin platform;

[0132] An overall scheme design module is used to set the overall structure of the garden landscape according to the plan view of the geographical location area to obtain an overall design scheme of the garden landscape;

[0133] The node landmark scheme design module is used to set the garden landscape nodes and landmark images according to the overall garden landscape design scheme, and generate a node and landmark image setting scheme.

[0134] The working principle of the above technical solution is:

[0135] The geographical location area plan of a specific area is obtained through existing map data, satellite remote sensing images or laser scanning and other technical means. The plan includes natural elements such as terrain, vegetation, water bodies, and artificial elements such as buildings, roads, and facilities. Based on the extracted geographical location area plan, the garden landscape design team will formulate the overall structure of the garden landscape, and comprehensively consider factors such as terrain, environment, and functional requirements to plan spatial layout, linear organization, and visual connection; determine the location, distribution, and relationship of each element in the garden landscape to create a design plan with a sense of hierarchy and coherence; according to the overall design plan of the garden landscape, the garden landscape design team sets the garden landscape nodes and landmark images; nodes can be specific areas or locations such as flower beds, fountains, and sculptures to attract people's attention; landmark images are created through elements such as architecture and art installations to create unique iconic features. Based on the given overall design plan of the garden landscape, the design team will draw node and landmark image setting plans to show the specific layout and appearance of each important node and landmark image; including drawing floor plans, perspective drawings, renderings, etc., in order to clearly present the design concept and effect.

[0136] The effects of the above technical solution are:

[0137] By extracting the geographical location area plan of the garden landscape to be designed, the design team can fully understand and comprehensively consider the natural elements such as terrain, vegetation, water bodies, and artificial elements such as buildings, roads, and facilities in the area; it helps the design team make reasonable design decisions based on the actual situation and make the garden landscape coordinated with the surrounding environment; by setting the overall structure of the garden landscape according to the geographical location area plan, the design team can plan the spatial layout, linear organization, and visual connection, etc.; it can create a garden landscape design scheme with a sense of hierarchy, coherence, and fluency. The setting of the overall structure makes the garden landscape layout more orderly, allowing people to have a sense of order and comfort in it; according to the overall design plan of the garden landscape, setting the garden landscape nodes and landmark images can highlight and strengthen the unique characteristics and charm of the garden landscape. By carefully arranging nodes such as flower beds, fountains, and sculptures, people's attention can be attracted and places for rest and communication can be provided. At the same time, by setting landmark images, such as buildings and art installations, unique iconic features can be created to enhance the recognition and attractiveness of the garden landscape; through the above design methods, a beautiful, practical, and coordinated garden landscape with the surrounding environment can be created. The overall structure, important nodes and landmarks can enhance the beauty and visual effect of the garden landscape. At the same time, it provides people with a pleasant environment, promotes their leisure, entertainment and social activities, and enhances their garden landscape experience.

[0138] Embodiment 7,

[0139] The overall scheme design module includes:

[0140] A wetland lake design module is used to set up a wetland lake system according to the geographical location area plan of the garden landscape and generate a wetland lake design plan;

[0141] The ecological green space design module is used to set up the ecological green space system according to the geographical location area plan of the garden landscape and generate an ecological green space design plan;

[0142] A traffic tour design module is used to set up a traffic tour system according to the geographical location area plan of the garden landscape and generate a traffic tour design plan;

[0143] A public service design module, used to set up a public service system according to the geographical location area plan of the garden landscape and generate a public service design plan;

[0144] Through the digital twin model, data simulation of wetland lake design plans, ecological green space design plans, transportation and tour design plans, and public service design plans are carried out to obtain model simulation data.

[0145] The working principle of the above technical solution is:

[0146] According to the geographical location area plan of the garden landscape, the design team will analyze the terrain, hydrological conditions and other factors of the area, and determine the location and size of the wetland lake in combination with the consideration of ecological protection and water resources management. The design team may choose appropriate low-lying areas to set up wetland lakes to achieve the functions of water resource regulation, water purification and ecological conservation. The design plan may also include facilities such as walking paths and viewing platforms by the lake to provide people with places to rest and enjoy the lake view; based on the geographical location area plan, the design team will analyze the natural vegetation, soil conditions, etc. in the area, and consider the requirements of ecological protection and garden landscaping to determine the layout and plant species of ecological green space. The design team may design a reasonable green space network, including lawns, flower beds, trees, etc., to provide space for people to interact with nature, improve air quality and microclimate, and provide a suitable habitat for wild animals and plants; by analyzing the information such as roads and transportation facilities on the geographical location area plan, the design team can determine the tour route, walking system, bicycle lanes and parking facilities. The design plan may consider the continuity and appreciation of the scenic spots, reasonably plan the traffic routes, provide people with a convenient sightseeing experience, and reduce the interference of traffic on the garden landscape; according to the distribution of facilities and population needs on the geographical location area plan, the design team will determine the location and type of public service facilities. These facilities may include children's playgrounds, leisure squares, fitness equipment, toilets, etc. to meet people's leisure, entertainment and daily needs. The design team may also consider the setting of barrier-free facilities to make the public service system more inclusive and convenient.

[0147] The effects of the above technical solution are:

[0148] By rationally setting up wetland lakes, water resource regulation and water purification functions can be achieved, providing people with a beautiful waterscape environment. Wetland lakes can also serve as habitats for wild animals and plants, promoting the protection and increase of biodiversity; rationally setting up ecological green spaces can improve air quality, regulate urban temperature and humidity, and provide residents with a good leisure green space. It can not only increase the beauty of urban landscapes, but also provide people with opportunities to interact with nature, promote health and happiness; considering the traffic tour system in the landscape design can provide convenient traffic paths and tour routes, making it convenient for residents and tourists to enjoy the scenic spots. At the same time, rationally planning the traffic system can reduce the interference caused by vehicles to the landscape and protect the integrity of the landscape; setting up public service facilities according to the geographical location area plan can provide residents with various convenient facilities, such as children's playgrounds, leisure squares, fitness equipment, etc. These facilities can meet people's daily needs and increase the vitality and interactivity of the community.

[0149] Embodiment 8,

[0150] The traffic tour design module includes:

[0151] The first principle extraction module is used to extract the traffic system setting principles from the database;

[0152] The first traffic scheme design module is used to set the external traffic layout of the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the external traffic design scheme;

[0153] The second traffic scheme design module is used to set the traffic layout of the land slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the land slow-moving traffic design scheme in the garden;

[0154] The third traffic scheme design module is used to set the traffic layout of the water slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, obtain the water slow-moving traffic design scheme in the garden and calculate the water slow-moving passing capacity in the garden; the water slow-moving passing capacity calculation formula is:

[0155]

[0156] Where: Y n is the slow-moving water traffic capacity in the park; D is the weighted average tonnage of the cruise ship; W is the design hour factor; Z is the number of monthly air traffic; C s , C x The number of upper and lower channels on the cruise ship respectively; L s , L x They are respectively the upstream and downstream cruise areas; H v is the water flow velocity in the garden; B S , B x are the sailing speeds of the upstream and downstream cruise ships respectively, and 360 represents the conversion factor for converting the time unit from minutes to hours.

[0157] Among them, the land slow-moving passages in the park include ecological electric vehicle sightseeing roads, bicycle sightseeing roads and walking roads; the water slow-moving passages in the park include water plank roads and boat tour lines.

[0158] The working principle of the above technical solution is:

[0159] Extract relevant traffic system setting principles from the database, including but not limited to traffic planning, environmental protection, traffic safety and sustainability. Carefully study the scope of the garden landscape area in the overall garden landscape design plan, including entrances and exits, main roads, etc.; determine the location of transportation hubs, such as parking lots, bus stops, etc., according to the traffic system setting principles and the characteristics of the garden landscape area; design and plan the external traffic road network, including main roads, branch roads, sidewalks, etc., to ensure smooth traffic and convenience; ensure that traffic signs are clear and visible, and set up necessary traffic safety facilities, such as traffic lights, markings, pedestrian crossing facilities, etc. Understand the slow-moving needs in the garden landscape area, such as walking, bicycles and battery cars; plan and design ecological battery car tour roads, considering factors such as passing attractions, moving lines, and traffic volume; determine the path and connection method of bicycle tour roads, considering safety and connectivity; design walking roads to meet people's needs for walking activities, such as setting up comfortable sidewalks and pedestrian streets. Understand the demand for slow water travel in the landscape area, such as water boardwalks and boat tours; plan and design the water boardwalk, determine its path and connection method, and consider safety and landscape effects; determine the path and stop points of the boat tour, mainly considering the geographical conditions and scenic features of the river or lake. The effects of the above technical solution are:

[0160] Through the setting of external traffic design scheme, reasonable planning of import and export roads and parking lot locations, vehicles can be effectively diverted, traffic congestion can be reduced, traffic efficiency can be improved, and tourists can enter the scenic area more conveniently; in the design scheme of land slow traffic in the park, ecological battery car tour roads, bicycle tour roads and walking roads are set up to encourage tourists to use environmentally friendly transportation tools for sightseeing, reduce the impact of automobile exhaust on the garden landscape environment, and protect the natural ecological environment; the setting of land slow passages and water slow passages in the park allows tourists to choose to walk, ride or take a boat to visit, which is comfortable and close to nature. Tourists can better appreciate the garden landscape, feel the natural scenery, and enhance the tour experience; through the reasonable setting of the transportation system, the consumption of natural resources and the damage to the environment can be reduced, and the sustainable development of the scenic area can be promoted. At the same time, by encouraging the use of environmentally friendly transportation tools and reducing the use of cars, carbon emissions can be reduced and climate change issues can be actively responded to. The above formula can accurately evaluate the water slow passing capacity in the park, provide a basis for water area planning and ship operation, optimize the park water area planning, and improve the tourist experience. At the same time, through this formula, the water slow-moving capacity in the park can be accurately calculated. This capacity index reflects the efficiency and ability of cruise ships in the park's waters. It helps to plan and manage the use of waters and ensure the mobility and traffic efficiency of ships; the formula involves multiple parameters, such as the tonnage of cruise ships, the number of air passages, the number of uplink and downlink channels, the navigation speed, and the water flow speed. Taking these parameters into consideration, the water slow-moving capacity can be more comprehensively evaluated, providing a reasonable basis for water planning and ship operations; by calculating the water slow-moving capacity, the rationality of the current water planning can be evaluated, and optimization adjustments can be made based on the results. For example, if the passing capacity is insufficient, you can consider increasing the number of channels or increasing the speed of the ship to improve the traffic efficiency of the park's waters; by reasonably evaluating the water slow-moving capacity, you can effectively avoid congestion or bottlenecks in the waters and ensure that cruise ships are unimpeded in the park's waters. This can improve the experience of tourists, allowing them to visit the park smoothly and comfortably and enjoy the pleasure brought by the water slow-moving.

[0161] Embodiment 9,

[0162] The ecological green space design module includes:

[0163] The second principle extraction module is used to extract the planting principles from the database;

[0164] The arrangement scheme acquisition module is used to set the planting space distribution according to the planting principles to form the planting space arrangement scheme in the garden;

[0165] At the same time, the public service system is set up according to the geographical location area plan of the garden landscape, and a public service design plan is generated, including:

[0166] The third principle extraction module is used to extract the public service setting planning principles from the database;

[0167] The facility distribution scheme acquisition module is used to obtain a public service facility distribution scheme based on the vegetation position in the planting space arrangement scheme and the public service settings. The public service facility distribution scheme includes a lighting design scheme, and the lighting design scheme includes:

[0168] Obtain overall location information and carefully consider the purpose and characteristics of public service facilities to determine the specific location of the target landscape lighting;

[0169] Develop detailed lighting requirements and goals for different public service facilities, including lighting brightness, color temperature, and lighting effects;

[0170] According to lighting needs and goals, select efficient lighting equipment and advanced lighting technologies that meet the requirements, such as LED lamps, fiber optic lighting, etc.;

[0171] Carry out detailed lighting layout and scheme design according to the target landscape lighting location and lighting requirements, including the placement, quantity and light distribution of lighting devices;

[0172] Pay attention to environmental protection and energy conservation and emission reduction in lighting design. Give priority to energy-saving products when selecting lighting equipment, and reasonably control lighting time to avoid energy waste caused by excessive lighting;

[0173] Set appropriate lighting brightness and color temperature according to the usage scenario;

[0174] Intelligent control of lighting equipment through sensors and automation technology;

[0175] Use professional software to simulate and test lighting effects, evaluate the actual effects of lighting solutions, including light distribution and shadow effects, and make necessary adjustments and optimizations.

[0176] Install lighting equipment according to the design plan;

[0177] Regularly inspect and maintain lighting equipment, repair faults in a timely manner, and ensure the stability and reliability of the lighting system.

[0178] The working principle of the above technical solution is:

[0179] Through the geographic information system and database, analyze the geographical location and related data, including soil quality, hydrology, light and other information, to provide a basis for plant selection; according to the planting principles extracted from the database, combined with geographic information analysis, select suitable plant species, and consider their growth needs and tolerance; design the layout plan of the planting space according to the functional areas and garden landscape levels, and determine the plant density, height and plant species combination in each area; use simulation software to simulate and evaluate the planting space arrangement plan, considering the influence of factors such as plant growth and space utilization; optimize and adjust the planting space arrangement plan according to the simulation and evaluation results to ensure that the plant growth and garden landscape effects meet the expected goals; according to the final planting space arrangement plan, implement the work, including the purchase, planting, and maintenance of plants. Study and understand local urban planning, public service facility settings and related codes and regulations to ensure that the design meets the corresponding requirements; review existing databases, including information on the distribution, scale, capacity and other information of public service facilities, and extract public service setting planning principles applicable to the location; obtain a public service facility distribution plan based on the vegetation location in the planting space arrangement plan combined with the public service settings; carefully study the planting space arrangement plan to understand factors such as the location, spatial distribution and size of the vegetation; determine the types of service facilities that may be needed in different areas based on the diverse needs of public services, for example, leisure areas may require seats and pavilions, and amusement areas may require amusement facilities, etc.; distribute public service facilities in various areas to make them as convenient and accessible as possible to meet people's needs for public services in the process of using green spaces; optimize and adjust the facility layout based on the planting space arrangement plan and the needs of public services to ensure the coordination and integration of facilities and vegetation. The lighting design plan includes: obtaining overall location information, carefully considering the purpose and characteristics of public service facilities, and determining the specific location of the target landscape lighting; formulating detailed lighting needs and goals according to different public service facilities, including lighting brightness, color temperature and lighting effects; selecting high-efficiency lighting equipment and advanced lighting technologies that meet the requirements, such as LED lamps, fiber optic lighting, etc., according to lighting needs and goals; conducting detailed lighting layout and scheme design according to the target landscape lighting location and lighting needs, including the placement, quantity and light distribution of lighting devices; paying attention to environmental protection and energy conservation and emission reduction in lighting design, giving priority to energy-saving products when selecting lighting equipment, and reasonably controlling lighting time to avoid energy waste caused by excessive lighting; setting appropriate lighting brightness and color temperature according to the usage scenario; realizing intelligent control of lighting equipment through sensors and automation technology; using professional software to simulate and simulate lighting effects, evaluate the actual effect of the lighting scheme, including light distribution and shadow effects, and make necessary adjustments and optimizations.Install lighting equipment according to the design plan; regularly inspect and maintain lighting equipment, repair faults in a timely manner, and ensure the stability and reliability of the lighting system.

[0180] The effects of the above technical solution are:

[0181] By setting up the ecological green space system and public service system according to the regional plan of the garden landscape's geographical location, various factors can be comprehensively considered, including terrain conditions, climate characteristics, garden landscape requirements, etc., so as to formulate a comprehensive planning design plan; by extracting the planting principles and the planting space distribution settings, appropriate plant species and layouts can be reasonably selected to promote the establishment and protection of the ecosystem. Such a design plan can provide good ecological functions, increase vegetation coverage, improve air quality, reduce environmental pollution, and achieve sustainable development; through the planting space arrangement plan, a rich and diverse garden landscape effect can be created, including flower beds, lawns, and tree-lined avenues. The reasonable setting of these vegetation spaces can beautify the environment, enhance the quality and value of the garden landscape, and create a pleasant leisure environment; by extracting the public service setting planning principles and the vegetation location based on the planting space arrangement plan, public facilities including toilets, rest areas, and children's play areas can be set and distributed to provide convenient public services. Such a design plan can meet the needs of tourists and improve the functionality and usability of the park. The above-mentioned public service facilities distribution plan includes a lighting design plan. By carefully considering the purpose and characteristics of public service facilities and determining the specific location of the target garden landscape lighting, a beautiful, comfortable and atmospheric lighting effect can be created for public places, improving the overall garden landscape quality; according to different public service facilities, detailed lighting requirements and goals are formulated, including lighting brightness, color temperature and lighting effects. Through precise lighting design, the lighting requirements in different scenes can be met and a suitable light environment can be created; in lighting design, attention should be paid to environmental protection and energy conservation and emission reduction, and high-efficiency lighting equipment and advanced lighting technologies that meet the requirements should be selected, such as LED lamps, fiber optic lighting, etc. Prioritize energy-saving products and reasonably control lighting time to avoid energy waste caused by excessive lighting, so as to achieve the goal of energy conservation and emission reduction; realize intelligent control of lighting equipment through sensors and automation technology, and automatically adjust lighting brightness and color temperature as needed to improve the intelligence and flexibility of lighting systems; use professional software to simulate and test lighting effects, evaluate the actual effects of lighting schemes, including light distribution and shadow effects, and make necessary adjustments and optimizations to ensure that the implementation effect of the design scheme meets expectations; install lighting equipment according to the design plan, and regularly inspect and maintain lighting equipment, repair faults in a timely manner, ensure the stability and reliability of the lighting system, and ensure long-term and effective operation.

[0182] Embodiment 10

[0183] The node landmark scheme design module includes:

[0184] The transformation plan acquisition module is used to set transformation plans for existing beach areas;

[0185] A node and landmark scheme acquisition module is used to set the garden landscape nodes and landmark images according to the garden landscape positions of the transformation plan, and generate a node and landmark image setting scheme;

[0186] Acquire setting plan information, input the setting plan information into the digital twin model, and acquire plan effect data output by the digital twin model.

[0187] The working principle of the above technical solution is:

[0188] Set up a transformation plan for the existing beach area. First, investigate and evaluate the geographical characteristics, environmental conditions and existing facilities of the beach area. Then, formulate a suitable transformation plan based on the characteristics and transformation goals of the beach area, including land use planning, building structure transformation, garden landscape design, etc.; determine important garden landscape nodes and landmark images based on the garden landscape location in the beach area transformation plan. These locations can be in public spaces, buildings or other specific areas after the transformation. By analyzing the functional requirements and environmental conditions of the beach area, select appropriate locations to set up important garden landscape nodes and landmark images; formulate corresponding setting plans based on the important nodes and landmark images determined by the garden landscape location. This can include selecting suitable garden landscape elements, materials and colors, defining specific design concepts and styles, and determining appropriate scales and proportions.

[0189] The effects of the above technical solution are:

[0190] By setting up landscape nodes and landmark images, the unique characteristics and personality of the beach area can be strengthened. These nodes and landmark images can represent the culture, history, natural environment, etc. of the beach area, attract the attention of tourists and residents, and enhance the popularity and recognition of the beach area; setting up well-designed landscape nodes and landmark images can increase the aesthetic value of the beach area. By selecting appropriate landscape elements and design styles, an artistic and ornamental environment can be created to enhance people's visual enjoyment and perceptual experience; setting up landscape nodes and landmark images can enhance the spatial quality of the beach area. These nodes and landmark images can serve as navigation points and assembly points for people, giving the space more functionality and usability, making the beach area space more orderly, convenient and safe; by setting up landscape nodes and landmark images, the cohesion of the community can be increased. These nodes and landmark images become the common memory and identity symbol of community residents, enhance the sense of belonging and belonging of the community, and promote communication and interaction in the community.

[0191] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A garden landscape design method based on digital twins, characterized in that: The garden landscape design method based on digital twins includes: Extract the geographical location area plan of the garden landscape to be designed; Build a digital twin model of the garden landscape through 3D modeling software combined with the digital twin platform; According to the plan view of the geographical location area, the overall structure of the garden landscape is set to obtain an overall design plan of the garden landscape; According to the overall garden landscape design plan, garden landscape nodes and landmark images are set to generate a node and landmark image setting plan.

2. The garden landscape design method based on digital twin according to claim 1 is characterized in that: The overall structure of the garden landscape is set according to the plan view of the geographical location area to obtain an overall design plan of the garden landscape, including: Setting up a wetland lake system according to the geographical location area plan of the garden landscape and generating a wetland lake design plan; Setting up an ecological green space system according to the geographical location area plan of the garden landscape and generating an ecological green space design plan; Setting up a traffic and sightseeing system according to the geographical location area plan of the garden landscape and generating a traffic and sightseeing design plan; Setting up a public service system according to the geographical location area plan of the garden landscape and generating a public service design plan; Through the digital twin model, data simulation of wetland lake design plans, ecological green space design plans, transportation and tour design plans, and public service design plans are carried out to obtain model simulation data.

3. The garden landscape design method based on digital twin according to claim 2 is characterized in that: The traffic tour system is set up according to the geographical location area plan of the garden landscape, and a traffic tour design plan is generated, including: Extracting transportation system setting principles from the database; According to the traffic system setting principle, the external traffic layout of the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain an external traffic design scheme; According to the traffic system setting principle, the traffic layout of the land slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain the land slow-moving traffic design scheme in the garden; According to the traffic system setting principle, the traffic layout of the water slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme is set to obtain the water slow-moving traffic design scheme in the garden; Among them, the land slow-moving passages in the park include ecological electric vehicle sightseeing roads, bicycle sightseeing roads and walking roads; the water slow-moving passages in the park include water plank roads and boat tour lines.

4. The garden landscape design method based on digital twin according to claim 2 is characterized in that: The ecological green space system is set up according to the geographical location area plan of the garden landscape, and an ecological green space design plan is generated, including: Extracting planting principles from the database; Set the planting space distribution according to the planting principles to form a planting space layout plan in the garden; At the same time, the public service system is set up according to the geographical location area plan of the garden landscape, and a public service design plan is generated, including: Extract planning principles for public service provision from databases; Based on the vegetation positions in the planting space arrangement plan and in combination with the public service settings, a public service facility distribution plan is obtained.

5. The garden landscape design method based on digital twin according to claim 1 is characterized in that: According to the overall design plan of the garden landscape, the garden landscape nodes and landmark images are set, and the node and landmark image setting plan is generated, including: Set up transformation plans for existing beach areas; Set landscape nodes and landmark images according to the landscape locations of the renovation plan, and generate node and landmark image setting plans; Acquire setting plan information, input the setting plan information into the digital twin model, and acquire plan effect data output by the digital twin model.

6. A garden landscape design system based on digital twins, characterized in that: The garden landscape design system based on digital twins includes: A map extraction module is used to extract a geographical location area plan of the garden landscape to be designed; Build a digital twin model of the garden landscape through 3D modeling software combined with the digital twin platform; An overall scheme design module is used to set the overall structure of the garden landscape according to the plan view of the geographical location area to obtain an overall design scheme of the garden landscape; The node landmark scheme design module is used to set the garden landscape nodes and landmark images according to the overall garden landscape design scheme, and generate a node and landmark image setting scheme.

7. The garden landscape design system based on digital twin according to claim 6 is characterized in that: The overall scheme design module includes: A wetland lake design module is used to set up a wetland lake system according to the geographical location area plan of the garden landscape and generate a wetland lake design plan; The ecological green space design module is used to set up the ecological green space system according to the geographical location area plan of the garden landscape and generate an ecological green space design plan; A traffic tour design module is used to set up a traffic tour system according to the geographical location area plan of the garden landscape and generate a traffic tour design plan; A public service design module, used to set up a public service system according to the geographical location area plan of the garden landscape and generate a public service design plan; Through the digital twin model, data simulation of wetland lake design plans, ecological green space design plans, transportation and tour design plans, and public service design plans are carried out to obtain model simulation data.

8. The garden landscape design system based on digital twin according to claim 7 is characterized in that: The traffic tour design module includes: The first principle extraction module is used to extract the traffic system setting principles from the database; The first traffic scheme design module is used to set the external traffic layout of the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the external traffic design scheme; The second traffic scheme design module is used to set the traffic layout of the land slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the land slow-moving traffic design scheme in the garden; The third traffic scheme design module is used to set the traffic layout of the water slow-moving passage in the garden within the garden landscape area corresponding to the overall garden landscape design scheme according to the traffic system setting principle, and obtain the water slow-moving traffic design scheme in the garden; Among them, the land slow-moving passages in the park include ecological electric vehicle sightseeing roads, bicycle sightseeing roads and walking roads; the water slow-moving passages in the park include water plank roads and boat tour lines.

9. The garden landscape design system based on digital twin according to claim 7 is characterized in that: The ecological green space design module includes: The second principle extraction module is used to extract the planting principles from the database; The arrangement scheme acquisition module is used to set the planting space distribution according to the planting principles to form the planting space arrangement scheme in the garden; At the same time, the public service system is set up according to the geographical location area plan of the garden landscape, and a public service design plan is generated, including: The third principle extraction module is used to extract the public service setting planning principles from the database; The facility distribution plan acquisition module is used to obtain the public service facility distribution plan based on the vegetation positions in the planting space arrangement plan combined with the public service settings.

10. The garden landscape design system based on digital twin according to claim 6 is characterized in that: The node landmark scheme design module includes: The transformation plan acquisition module is used to set transformation plans for existing beach areas; A node and landmark scheme acquisition module is used to set the garden landscape nodes and landmark images according to the garden landscape positions of the transformation plan, and generate a node and landmark image setting scheme; Acquire setting plan information, input the setting plan information into the digital twin model, and acquire plan effect data output by the digital twin model.

Images