16 results about "Landscape planning" patented technology

The invention discloses a tourism highway landscape segmentation method and device and a readable storage medium, and the method comprises the steps: firstly, presetting visual sampling points along a highway, employing a multi-azimuth visual collection strategy, and collecting image data and space coordinate information of vegetation, a water body, an artificial structure and a natural landform under a preset illumination condition; dividing the landscape resources into a natural class, a humanity class and a composite class through a classification model based on the visual feature parameters; performing level division on landscape resources by adopting a multi-dimensional quantitative evaluation system and combining visual uniqueness, ecological integrity and culture identification degree; calculating spatial buffer distances of different levels of landscape resources through a landscape sensitivity analysis model; and finally, based on the spatial continuity, the level distribution characteristics and the spatial buffer distance of the landscape category, generating a landscape segmentation boundary of the tourist highway through a GIS spatial analysis tool. According to the method, the scientificity and reasonability of segmentation are improved, and technical support is provided for tourism highway landscape planning.

The invention relates to the technical field of data reasoning, and discloses a landscape planning progress tracking method and system, and the method comprises the steps: packaging a timestamp and a geographic coordinate tag on a multi-modal original data set in a landscape planning process, and obtaining a space-time tagging original data package; eliminating noise and inconsistency in the space-time tagging original data packet; constructing a project progress state graph; identifying an attribute difference value between the project progress state map and a pre-stored project plan digital benchmark; mapping the attribute difference value to a historical multi-layer progress deviation identification rule base, judging a root source and an influence level, and generating a structured deviation analysis report; self-adaptive early warning and decision support information is generated by matching case features in the structured deviation analysis report and the historical coping strategy knowledge base; self-adaptive early warning and decision support information is transmitted to a landscape planning terminal, and a project plan digital reference is driven to be visually updated; the landscape planning progress tracking efficiency can be improved.

This application discloses a method and system for paddy field landscape planning and processing based on big data. The method includes: collecting raw paddy field datasets to construct a landscape baseline model; extracting basic field attributes and spatial relationship data to construct candidate and constraint sets, and determining the optimal landscape pattern configuration scheme; extracting unit spatial relationships and ecological adaptability indicators to synthesize spatial weight information; calculating the connectivity distance from the centroid of each unit to the nearest water system node, marking breakpoints to reconstruct the water system path; scheduling the entry sequence and operation time of construction machinery, periodically monitoring water quality parameters, and adjusting planting density. The system includes a data acquisition and modeling module, a field selection module, a weight configuration module, a water system correction module, and a scheduling and execution module. This application achieves collaborative management of paddy field landscape planning and construction operation and maintenance through multi-source data fusion and dynamic optimization mechanisms, providing scientific decision-making support for agricultural modernization.

This provides an information provision method that enables the easy generation of optimal landscape plans by utilizing generation AI. [Solution] The information provision method performed by the information provision device 3 includes: a question reception process that receives question information D1, which is construction target information relating to the construction target of the landscaping work; a prompt generation process that generates prompt information D3 that instructs the generative artificial intelligence model 20 to output answer information D4, which is plan information indicating a plan for carrying out landscaping work on the construction target, based on the question information D1; and an answer provision process that provides the answer information D4 output from the generative artificial intelligence model 20 by inputting the prompt information D3 to the generative artificial intelligence model 20.

This invention relates to the field of road landscape planning technology, and more particularly to a road landscape planning method, apparatus, electronic device, and storage medium. The method first obtains multiple first node vectors; then, with the goal of minimizing intra-class differences and maximizing inter-class differences, the multiple first node vectors are classified, and the road is divided into multiple first ecologically sensitive sections based on the classification results; next, for each first ecologically sensitive section, a viewpoint analysis is performed using a geographic information system to obtain the road landscape planning scope, and plant diversity analysis is performed based on the road planning scope to obtain multiple ecological plots; finally, for each ecological plot, landscape planning is carried out based on ecological base data and sensitive characteristics. This invention defines the planning scope based on GIS viewpoint analysis, combines plant diversity clustering with plot adaptation, prioritizes the preservation of native vegetation, avoids the invasion of alien species, and maximizes the protection of the integrity of the surrounding ecosystem.

This application relates to the field of landscape design technology, and particularly to a computer-aided design method and system for landscape architecture. The method includes: obtaining basic site parameters of the landscape to be planned to provide data support for subsequent planning calculations; calculating multiple capacity allocation schemes based on the number of landscape modules and carrying capacity; generating multiple fully connected schemes by combining the preset number of functional areas, thereby systematically optimizing the spatial accessibility and ecological flow relationships between functional areas; systematically optimizing the fully connected schemes to achieve a global improvement from structural rationality to functional matching; and optimizing the optimal auxiliary design scheme to improve the coordination, scientific nature, and feasibility of the scheme, thus completing the transformation of landscape architecture design from experience-driven to data-driven, reducing manual comparison and repetitive calculations, improving design efficiency and output quality, and promoting the intelligent and ecological development of landscape planning.

This invention proposes a reinforcement learning-based spatial optimization design method for landscape planning. The method includes: acquiring user group feature vectors, a landscape module library, and a spatial area label set; determining a set of candidate layout areas based on the candidate module set, combined with the recommended layout area labels and the spatial area label set, and calculating the corresponding spatial layout score; identifying the optimal area, candidate modules, and the layout area corresponding to the candidate modules based on the highest score of the spatial layout score, to generate an initial state set; collecting user feedback data, combining the initial state set and recommended layout area labels, and generating an optimized state set and policy network through a reinforcement learning model; and generating structured drawings, module annotation diagrams, an evaluation report, and a general deployment data package based on the optimized state set and policy network. This invention significantly improves the effectiveness of health interventions while ensuring the efficiency of landscape design.

The application discloses a kind of surface runoff source and sink analysis methods for urban three-dimensional landscape, it is related to urban rain flood management and landscape planning field, including: obtaining point cloud data, meteorological hydrology data and geospatial data;From geospatial data, extract vegetation contour data and building contour data;From point cloud data, extract vegetation point cloud data and building point cloud data respectively;Calculate vegetation three-dimensional index and building three-dimensional index;According to meteorological hydrology data, rainfall runoff simulation analysis is carried out using hydrological model, obtain surface runoff depth data, calculate source and sink area ratio and its turning point;The value of vegetation three-dimensional index and building three-dimensional index at the time of simulated analysis obtained surface runoff source and sink landscape turning point is taken as the key three-dimensional index of surface runoff response.Correctly obtain and analyze the problem that existing technology is difficult to acquire and analyze urban three-dimensional landscape information, and the application improves the regulation ability to surface runoff.

The invention provides an ecological network landscape connectivity optimization method, and the method comprises the steps: determining a plurality of ecological sources of a target region based on a morphological spatial pattern analysis and ecological system service evaluation and tradeoff model; constructing an ecological network of the target region; determining importance scores of the mass centers of the plurality of ecological sources based on a comprehensive node importance evaluation model, and determining comprehensive importance nodes according to the calculated importance scores; based on a comprehensive ecological system service gravitation model, determining an initial edge weight between each node pair in the ecological network of the target region, and taking a reciprocal to obtain a final resistance between each node pair; based on each model, determining information, energy and material direction flow of each node pair, the cross strength of each node and a PageRank node; and determining a path with the minimum landscape resistance in the target area so as to improve the landscape connectivity. According to the method, the landscape connectivity can be improved, and more comprehensive support is provided for the sustainable development target of landscape planning.

This invention relates to the field of leisure agriculture and landscape planning technology, specifically disclosing an intelligent construction system for green health and wellness landscapes in leisure agriculture. The system includes an environmental data acquisition module, a landscape element database, an intelligent planning module, a landscape generation module, a health and wellness function assessment module, an interactive display module, a data storage and traceability module, and an optimization iteration module. The system acquires multi-source environmental data through meteorological, soil, water body, and pedestrian flow sensors, and performs standardized processing using a normalization method. Combining this data with plant and facility characteristic information from the database, it constructs a comprehensive optimization objective function for ecological benefits, health and wellness benefits, and aesthetic benefits, with constraints including ecological adaptability, spatial balance, and rationality of movement paths. The health and wellness function assessment covers six dimensions: air purification, water health and wellness, noise reduction, psychological relaxation, sports rehabilitation, and crowd comfort, outputting a comprehensive health and wellness index and graded results.

The application discloses a low-maintenance flower field landscape planning and design method, relates to the field of landscape planning and design, and comprises the following steps: determining a potential plant canopy space interference area and determining a suitable matching area between plant species and the environment; based on existing root system growth structure data of candidate plants, analyzing possible growth overlapping areas of each plant root system in underground space, and identifying underground competition sensitive areas of the plant root system; comprehensively considering the canopy space interference area, the suitable matching area between the plant and the environment, and the underground competition sensitive area of the root system, screening plant species combinations suitable for a planning area through spatial multi-factor coupling calculation, and generating a corresponding plant planting layout scheme; and the application realizes scientific optimization of plant layout and species combination, effectively reduces maintenance requirements of the flower field in a later period, and ensures long-term stability and low maintenance of the landscape.

The application relates to a measuring device for landscape planning and design and relates to the technical field of landscape planning measurement, which comprises a mounting disc, a range finder, a rotating assembly, a lifting assembly, a supporting assembly and a control assembly. The range finder is fixedly installed on the mounting disc, the rotating assembly is installed below the mounting disc, the rotating assembly is used for adjusting the angle of the mounting disc, the lifting assembly is installed below the rotating assembly, the lifting assembly is used for adjusting the height of the rotating assembly, the supporting assembly is installed below the lifting assembly, the supporting assembly is used for supporting the lifting assembly, the control assembly is installed on the supporting assembly, and the control assembly is used for controlling the action state of the supporting assembly. The application has the effects of improving the convenience and efficiency of landscape planning measurement.

The utility model discloses garden landscape planning humidity detection equipment, which belongs to the technical field of humidity detection equipment, and comprises a fixed column, an adjusting rod, an elliptical placement seat, a humidity detection head and a conical head, the adjusting rod is arranged at the center of the fixed column in a penetrating manner, the adjusting rod is in sliding connection with the fixed column, the conical head is arranged at the bottom of the fixed column, and the elliptical placement seat is arranged on the conical head. The conical head is of a two-half structure; an oval placing base is fixed to the bottom of the adjusting rod and located in the conical head, and a humidity detection head is arranged at the bottom of the oval placing base. The soil humidity detection device has the advantages that the humidity in soil is detected through the humidity detection head arranged on the inner side of the conical head, the internal humidity of the soil can be detected without digging the soil, the actual use is simple and convenient, and the detection efficiency is higher.

This invention discloses a dynamic monitoring method for visual resources in coastal landscape spaces, relating to the field of landscape planning and design technology. It includes tracing the historical evolution of coastal landscapes, comparing the damage and development progress of coastline erosion at different times, identifying which shoreline sections urgently require addressing problems, and determining which sections can have their issues addressed later. Based on the historical evolution of coastal landscape visual resources, it identifies the visual resource elements present on different coastlines, effectively reflecting the use of visual management methods to adjust and optimize the allocation ratio of these elements, and providing detailed organization and classification. This invention significantly improves the efficiency and data accuracy of coastal landscape resource management, effectively enhancing the scientific rigor and practical effectiveness of coastal landscape visual resource management.

The utility model relates to the technical field of measuring devices, in particular to a measuring device for garden landscape planning and design, which comprises a main body mechanism, a stretching mechanism and a contact mechanism, and is characterized in that the original point of a garden drawing needing to be measured is determined by means of a supporting block, and a sliding groove of a second shell is stretched to slide along a sliding rod; the position of a second measuring point on the map is determined by means of a supporting block at the bottom end of the second shell, meanwhile, the rotating shaft is rotated, the first shell and the second shell on the other side are separated, and the position of the second measuring point is determined by reading the scale distance of the sliding rod and the tape with the length stretched by the first spring shaft and the second spring shaft. A worker can conveniently determine mutual distances among three points of a garden map, gaps among the fixing holes in the elastic cloth correspond to tape scales, other buildings exist between measurement points between two points on the map, the elastic cloth is stretched to bypass the mark points of the other buildings, and then the gaps of the fixing holes are combined to contrast tape readings. And the distance between two points surrounding other buildings can be conveniently and quickly measured.