Method and apparatus for creating a graphical interface for at least one sensor

Abstract

A method for creating a graphical interface for at least one sensor, comprising: transmitting sensor description data to a language model, in particular a large language model, wherein the sensor description data describes the at least one sensor; transmitting display data to the language model, wherein the display data has information about data of the at least one sensor to be displayed in the graphical interface; and instructing the language model to create the graphical interface based on the sensor description data and the display data.

Description

Technical Field

[0001] The present invention relates to a method and apparatus for creating a graphical interface for at least one sensor. Background Technology

[0002] Sensors are used in a variety of applications to measure different physical, chemical, or biological variables and convert them into digital signals. Common application areas include:

[0003] Industrial and Automation: Monitoring sensors and controlling production processes, measuring temperature, pressure, humidity, and vibration to operate machines efficiently and identify errors at an early stage;

[0004] Healthcare: In medical technology, sensors measure vital signs such as heart rate, blood oxygen levels, blood pressure, and temperature to monitor patients in real time;

[0005] Automotive industry: Sensors in vehicles help prevent accidents by measuring variables such as distance, speed, and ambient temperature, and sensors can also be integrated into assistance systems such as parking assistance systems or driver assistance systems;

[0006] Environmental monitoring: Sensors measure environmental factors such as air quality, water level, temperature, and pollutant concentration to protect the environment and respond to changes;

[0007] Home and Smart Home: In modern home appliances such as air conditioners or refrigerators, sensors measure different environmental conditions to optimize energy efficiency. Smart lighting systems and security systems can also use sensors for motion identification or monitoring.

[0008] Technology and consumer electronics: Smartphones, wearables and other devices use sensors to track movement, measure ambient light or identify orientation—for example, when using GPS or when controlling functions such as screen brightness.

[0009] Therefore, sensors are crucial in almost every technological field for monitoring and controlling systems and responding to external influences.

[0010] However, configuring the sensor or acquiring and displaying the measurements determined by the sensor can be cumbersome.

[0011] Currently, programming interfaces for sensors (such as IO-Link master gateways) is done manually. This requires: understanding the device description and device interface (e.g., IO (Input / Output) Device Description, IODD), writing code to connect to different communication interfaces (e.g., IoT (Internet of Things), fieldbus, IO-Link, Ethernet), and testing the implementation to ensure the interface works as expected. A common approach involves performing manual implementations using software development kits (SDKs) and OpenAPI specifications, which allows for specific adaptations for the corresponding use cases. However, these methods are time-consuming, require specific knowledge of the communication protocols used, and often lead to errors in the implementation.

[0012] The methods used to date for creating interfaces for sensors are highly complex and labor-intensive in the manual implementation process. Furthermore, manual programming leads to a high degree of error-proneness. Additionally, the need for solid knowledge of communication protocols and technologies limits accessibility to less experienced users. The development cycle is expected to be long and costly due to the need for specialized developers and dedicated hardware. Currently, general-purpose methods are only applicable to known sensors within the same product category (e.g., distance sensors). Summary of the Invention

[0013] The purpose of this invention is to provide a simple and efficient programming method for sensor interfaces.

[0014] This objective is achieved by a method having the features of claim 1, an apparatus having the features of claim 14, and a computer-readable storage medium having the features of claim 15.

[0015] A method for creating a graphical interface for at least one sensor according to the present invention includes: transmitting sensor description data to a language model, wherein the sensor description data describes the at least one sensor; transmitting display data to the language model, wherein the display data has information about data of the at least one sensor to be displayed in the graphical interface; and instructing the language model to create the graphical interface based on the sensor description data and the display data.

[0016] The method specifically provides an interface for: transmitting sensor description data to a language model, wherein the sensor description data describes at least one sensor; transmitting display data to the language model, wherein the display data has information about data of at least one sensor to be displayed in a graphical interface; and instructing the language model to create a graphical interface based on the sensor description data and the display data.

[0017] In other words, a language model is used to program the interface in a sensor scenario to create an interface for one or more sensors.

[0018] In this regard, a language model is a trained machine learning algorithm, such as a Large Language Model (LLM) or a Small Language Model (SLM). A language model can include multiple LLMs connected sequentially and / or multiple SLMs connected sequentially. In this regard, the goal of a language model is code generation, and this goal can be achieved using a specialized language model.

[0019] Large Language Models (LLMs) are artificial neural networks trained to understand and generate language. They use large amounts of text data to identify patterns and associations in language and generate answers based on these. These models operate with a large number of parameters, enabling them to process language at a high level.

[0020] Small language models are small language models trained using specific data to generate individually adapted outputs.

[0021] In one embodiment, sensor description data is transferred to a large language model upon prompting. This transfer can occur with each instruction used to create the graphical interface. Therefore, it is not necessary to specifically train the language model using sensor description data. A standard language model can therefore be used.

[0022] In one embodiment, input data is transmitted to the language model as a component of prompts. The input data may include system prompts, user prompts, and contextual data.

[0023] System prompts may include information about the following: available sensors, and / or supported interfaces and data types, and / or basic system parameters.

[0024] User prompts may include information about the following: a natural language description of the expected interface.

[0025] Context data may include information about the following: IODD information of the device involved.

[0026] Sensor description data can be based on device descriptions. For example, a device description can be an I / O (input / output) device description (IODD).

[0027] In one embodiment, the device description can be divided into multiple snippets. In this respect, a snippet can be understood as a (short) excerpt or summary from a larger text. This allows a potentially large device description to be divided into smaller parts. By computing the embeddings of multiple snippets and using these embeddings as sensor description data, the size of the data to be transmitted to the LLM can be further reduced.

[0028] Embeddings can be mathematical representations of words, sentences, or other data points in a continuous vector space. Through embeddings, textual data such as device descriptions or fragments can be transformed into a form that is smaller in size and more easily processed by LLMs. Embeddings can be generated through a training process where the model processes large amounts of text data. During this training, the model learns to recognize semantic relationships between words and encode them as vectors. For example, embeddings can be generated using Word2Vec, GloVe (Global Vectors for Word Representation), or BERT and GPT.

[0029] The method may also include transmitting a communication interface description to the language model. The communication interface description may, for example, include the OpenAPI specification.

[0030] The method can also include displaying data upon user request. In this regard, the user can input the displayed data in natural language without mentioning details of the sensor's technical characteristics. Therefore, this method is unlikely to be used by untrained or minimally trained personnel.

[0031] In one embodiment, the method further includes an example of transmitting a description of the graphical interface to the language model. Thus, the LLM is provided with examples of what a graphical interface can look like and how it can be programmed, enabling the LLM to create graphical interfaces accordingly.

[0032] The method may also include obtaining data describing the graphical interface from the language model. This can be executed by the LLM in response to instructions.

[0033] In one embodiment, the method may further include instructing the language model to adjust the graphical interface. Therefore, the user can iterate over the creation of the graphical interface. In this regard, the user can submit a modification request for the graphical interface to the LLM. In this respect, the method provides an interface for instructing the language model to adjust the graphical interface.

[0034] Data describing the graphical user interface can be specified in HTML format. The actual result—that is, the part of the LLM response that describes the graphical interface—can be referred to as an artifact.

[0035] In further refinements, the method could also include instructing the large language model to create thought chain cues. In this respect, thought chain cues are a technique that prompts the language model to demonstrate an understandable way of thinking. Instead of simply providing direct answers, LLMs are encouraged to present their “thoughts” as a logical sequence, which can lead to more accurate and evidence-based results.

[0036] In one embodiment, the language model can be a large language model. The large language model can have, be, or be based on at least one of the following models: ChatGPT or Deepseek.

[0037] The object of the present invention is also achieved by an apparatus for creating a graphical interface for at least one sensor, the apparatus comprising: a tool for transmitting sensor description data to a language model, wherein the sensor description data describes the at least one sensor; a tool for transmitting display data to the language model, wherein the display data has information about data of the at least one sensor to be displayed in the graphical interface; and a tool for instructing the language model to create the graphical interface based on the sensor description data and the display data.

[0038] The object of the present invention is also achieved by a computer-readable storage medium comprising a command that, when executed by a computer, causes the computer to perform the methods described herein.

[0039] Further advantageous embodiments of the invention are derived from the dependent claims, drawings, and description. Attached Figure Description

[0040] The present invention will now be described with reference to exemplary embodiments and accompanying drawings. The embodiments are illustrated schematically:

[0041] Figure 1 This is a system diagram of a system for creating a graphical interface for at least one sensor, according to one embodiment.

[0042] Figure 2 This is a diagram illustrating the generation of a graphical user interface for an IO-Link device according to one embodiment;

[0043] Figure 3 This is an illustration generated by embedding a device description according to one embodiment; and

[0044] Figure 4 This is a flowchart illustrating a method for creating a graphical interface for at least one sensor according to one embodiment. Detailed Implementation

[0045] Hereinafter, the methods and apparatus according to the present invention will be explained by way of example with reference to embodiments.

[0046] According to the present invention, a simple and efficient programming method for the interface of a sensor is provided.

[0047] The methods and apparatus, according to various embodiments, can be applied to industrial automation, particularly in environments where sensors and actuators communicate with multiple standardized control systems. One sensor group in which these methods and apparatuses perform exceptionally well is the IO-Link master gateway. LLM simplifies interface programming and configuration in production environments where flexibility, efficiency, and user-friendliness are paramount. Using natural language for interface creation ensures that even users without extensive programming knowledge can perform the necessary adaptations.

[0048] The methods and apparatus according to the embodiments can program interfaces that can be used in industrial environments to efficiently design the communication and control of sensors (e.g., IO-Link master gateways).

[0049] Traditionally, programming interfaces requires in-depth expertise in communication protocols, device-specific protocols (such as the IO-Link specification), and underlying technologies (such as IoT, fieldbus, or Ethernet). These manual processes are complex, error-prone, and require a significant amount of work. According to the present invention, by using LLM, the development of interfaces (e.g., visual user interfaces or programmable interfaces) for sensors (e.g., IO-Link master gateways) can now be automated and simplified, enabling users without in-depth technical knowledge to program such interfaces.

[0050] Figure 1 A system diagram 100 for creating a graphical interface for at least one sensor, according to one embodiment, is shown. In step 102, a user query is performed, such as describing a use case in natural language. Device description 104, communication interface description 106, and examples of existing interfaces 108 form a knowledge database 110. The knowledge database 110, together with the user query 102, is used for intelligent search 112, the output of which, along with the user query, is passed to a (generalized) LLM 116. The output of the LLM 116 is fed to an automatic post-processing 118, the output of which is a visual user interface / programming interface 120. Additional user requests and feedback can be fed to the LLM 116 in natural language in 122, where the LLM can store prior considerations about interface generation (as visualized in 114), and the generated visual user interface / programming interface can then be updated based on the recently generated interface 120 and the additional requests 122.

[0051] Depending on the implementation, a General Large Language Model (LLM) provides automated programming of visual user interfaces / programming interfaces for sensors (e.g., IO-Link master gateways). At runtime, the LLM uses a knowledge database representing domain knowledge (e.g., device descriptions, communication interface descriptions, existing visual user interface / programming interface descriptions). The required information in the knowledge database is determined based on intelligent search (e.g., retrieval-enhanced generation). Based on user queries or use case descriptions, the LLM automatically generates code that meets the necessary requirements, taking into account existing information in the knowledge database during the process.

[0052] The output of LLM is automatically post-processed. This post-processing includes, for example, generating initial artifacts or applying change requests. Furthermore, users can inspect the visual user interface / programming interface and express feedback and additional requirements in a verbal manner to iteratively adjust or improve the generated results. The final results are then incorporated into a knowledge database.

[0053] In this regard, interaction with LLM can always be conducted in natural language via simple text requests (hints). When generating the visual user interface / programming interface, all specifications, as well as all relevant connection parameters and communication protocols, can be considered.

[0054] A knowledge database may include, for example, the following information:

[0055] - Device descriptions (e.g., IO (input / output) device descriptions (IODDs), manuals): including descriptions of the functions and parameters of the connected sensors and actuators; and / or

[0056] - Communication interface descriptions (e.g., OpenAPI specifications): These specifications provide basic information for creating the interfaces required for communication; and / or

[0057] - Sample Implementations: Existing implementations and code examples are provided to offer real-world use cases for LLM, laying a solid foundation for generation and conveying implicit requirements.

[0058] Figure 2 A diagram illustrating the generation of a graphical user interface for an IO-Link device according to one embodiment is shown. At 202, the user is requested to input their input. 204 shows a portion of the user prompt based on the user input; according to the invention, this portion is then supplemented with information from a knowledge database and / or detailed instructions for generating the LLM interface. The LLM's response 206 includes HTML code describing the user interface 208.

[0059] For LLM to be used, the device's IO-Link device description (IODD) must be known. It will be provided as part of the system prompt.

[0060] Data input to the LLM (which is passed to the LLM as part of prompts) can include system prompts, user prompts, and contextual data.

[0061] System prompts (which can be a constant underlying context) may include information about the following: available sensors, and / or supported interfaces and data types, and / or basic system parameters.

[0062] User prompts (which can be variable) may include information about the following: a natural language description of the expected interface.

[0063] Context data (which can be dynamic) can include information about the following: IODD information of the device involved.

[0064] An example system prompt is shown in Appendix 1.

[0065] The system prompts can be used to set the context for using LLM (e.g., "Your task is to help users create a functional graphical user interface..."). Additionally, available sensors can be specified (e.g., "Here is the IOLink device description for the device the user is using:..."), supported interfaces and data types (e.g., "Data format:..."), and / or basic system parameters. Furthermore, the language model's tasks can be defined (e.g., "Following this order in your answer is very important..." and / or "Always following these rules is very important:...").

[0066] In language models (such as large or small language models), cues, especially system cues, are a specific type of input that provides the model with specific instructions or context regarding how it should behave during a dialogue or task. These cues are typically used to guide or focus the model's behavior in a particular way.

[0067] An example of IODD is shown in Appendix 2.

[0068] The raw data from a sample chat with an LLM can be shown in Appendix 3, for example.

[0069] In one embodiment, the LLM can be requested to divide each response into multiple parts, which can then be parsed from the response. For example, the LLM can be requested to use thought chain hints in a "thought chain" that is normally hidden from the user. <thinking>"Click to evaluate the LLM's response. Additionally, you can request the LLM to..." <artifact>Click on the single HTML page that provides the interface. This interface can be displayed graphically within the application.

[0070] Another exemplary chat is shown in Appendix 4 and Appendix 5, where the user prompt is shown in Appendix 4 and the LLM response is shown in Appendix 5.

[0071] User prompts may include a natural language description of the desired interface, which, in the example shown in Appendix 4, is implemented as a list of requirements (such as "I want...", "Let...", "Provide...").

[0072] The use of the entire IODD / device description cannot be scalable, for example, due to the limited context size of LLMs. Furthermore, device descriptions typically do not include all information (e.g., units may be missing: for example, whether the temperature unit is Celsius or Fahrenheit may not be specified, or whether the sensor distance value is specified in meters or millimeters). According to one embodiment, other or additional information sources (e.g., manuals or other user interfaces) may be used in the knowledge database.

[0073] Depending on the implementation, fine-tuning may not be necessary. Fine-tuning would require significant resources. Without fine-tuning, LLMs can be easily interchangeable. Furthermore, it has been shown that the quality of results obtained through fine-tuning is not significantly superior to that obtained through appropriate selection of cues (which may be referred to as cue engineering) and a suitable knowledge database (both as described herein).

[0074] Figure 3 A diagram 300 illustrates the generation of an embedding of a device description according to one embodiment. The device description 302 (e.g., IODD) can be divided into multiple fragments 304 (where fragment description parameters are specified). From these fragments 304, an embedding 306 can be computed and written to a vector database 308.

[0075] For each user query, the embedding of the suggestion can then be computed, and the closest match can be retrieved from the vector database 308, which then becomes part of the LLM context. This can be analogous to the classic RAG ("Retrieval-Augmented Generation").

[0076] However, one problem with RAG is that imprecise queries will not yield good results. Queries such as "generate a UI with the most important parameters" or "I want to demonstrate the device's functionality" will not produce good results because individual device parameters have no semantic connection to these statements.

[0077] To ensure a consistent UI (with consistent UI elements), the SICK Synergy design system and related web components can be used. Since it is publicly available on GitHub, it can be part of the final LLM training data and therefore does not need to be specifically described (e.g., in user tips).

[0078] However, the problem might be that the knowledge state is outdated; in other words, in the long run, the information doesn't necessarily need to be stored in some kind of knowledge database. Since the same applies—the number of UI elements with descriptions might exceed the context—RAG can also be used here.

[0079] However, a key characteristic is that user queries cannot serve as the basis for (RAG) retrieval. The user is responsible for "what," while the system is responsible for "how." Therefore, in one embodiment, the LLM can describe the UI and generate the retrieval query itself, for example, "To make the device name editable, I will use a text input field." For example, the automatically generated request could be: "Text input field." The RAG result could be: Synergy element "syn-input" (+description, example, etc.). A new call to the LLM can then be initiated using the previously separate UI description and RAG result to generate the UI.

[0080] Methods and apparatuses using various embodiments can provide the ability to automatically create visual user interfaces / programming interfaces using natural language input, without requiring in-depth technical knowledge. This also reduces errors by automatically generating code based on validated data and specifications. Furthermore, development is accelerated through the rapid implementation and adaptation of interfaces that require no manual programming work. Due to the adaptability of LLMs, the various embodiments offer increased flexibility in connecting new interfaces and protocols. On the one hand, cost reduction is achieved by eliminating the implementation of LLMs and unnecessary training. The various embodiments are not dependent on a specific LLM because no training is required.

[0081] This invention can be implemented directly in a device (e.g., a device in which sensors are present) (e.g., when using a particularly compact LLM with low system requirements). Alternatively, an implementation of accessing a model in the cloud can be done in tool software (e.g., Sentico Creator).

[0082] Different implementations can be used with all types of sensors, such as SIM (Sensor Integration Machine), SIG (Sensor Integration Gateway), and controllers capable of communicating with sensors. These implementations can be used with various software tools, such as Sentio Creator, AppStudio, and ConnectX.

[0083] Figure 4 A flowchart 400 illustrating a method for creating a graphical interface for at least one sensor according to one embodiment is shown. In 402, sensor description data is transmitted to a language model. The sensor description data describes at least one sensor. In 404, display data is transmitted to the language model. The display data includes or is about data of the at least one sensor to be displayed in the graphical interface. In 406, the language model is instructed to create the graphical interface based on the sensor description data and the display data.

[0084] In one embodiment, sensor description data can be transmitted to a language model during prompting.

[0085] In one embodiment, input data is transmitted to the LLM as part of a prompt. The input data may include system prompts, user prompts, and contextual data.

[0086] System prompts may include information about the following: available sensors and / or supported interfaces and data types, and / or basic system parameters.

[0087] User prompts may include information about the following: a natural language description of the expected interface.

[0088] Context data may include information about the following: IODD information of the device involved.

[0089] In one embodiment, the sensor description data is based on the device description.

[0090] In one embodiment, the device description can be divided into multiple segments.

[0091] In one embodiment, the embeddings of multiple segments can be calculated, and the embeddings can be used as sensor description data.

[0092] In one embodiment, a communication interface description may be transmitted to the language model.

[0093] In one embodiment, data can be displayed upon user request.

[0094] In one embodiment, an example of transmitting a description of a graphical interface to a language model may be provided.

[0095] In one embodiment, data describing the graphical interface can be obtained from a language model.

[0096] In one embodiment, the language model can be instructed to adjust the graphical user interface.

[0097] In one embodiment, the data describing the graphical interface may be specified in HTML format.

[0098] In one embodiment, the language model can be instructed to create thought chain prompts.

[0099] In one embodiment, the language model may include, or be based on, at least one of the following models: ChatGPT or Deepseek.

[0100] List of reference numerals

[0101] 100 System diagram of a system for creating a graphical interface for at least one sensor according to one embodiment.

[0102] 102 User Inquiries

[0103] 104 Equipment Description

[0104] 106 Communication Interface Description

[0105] 108 Examples of Existing Interfaces

[0106] 110 Knowledge Database

[0107] 112 Intelligent Search

[0108] Storage in 114 LLM

[0109] 116 LLM

[0110] 118 Automatic Post-processing

[0111] 120 Visual User Interface / Programming Interface

[0112] 122 Additional requests and feedback from users

[0113] 200 Illustrations of the generation of a graphical user interface for an IO-Link device according to one embodiment

[0114] 202 Request user input

[0115] 204 User prompts based on user input

[0116] 206 LLM responses 206

[0117] 208 User Interface

[0118] 300 An embedded generated illustration of a device description according to one embodiment

[0119] 302 Equipment Description

[0120] 304 Fragment

[0121] 306 Embedded

[0122] 308 Vector Database

[0123] Figure 400 illustrates a flowchart of a method for creating a graphical interface for at least one sensor according to one embodiment.

[0124] 402 Steps for transmitting sensor description data to a language model

[0125] 404 Steps for transmitting display data to the language model

[0126] 406 is the step used to instruct the language model to create a graphical interface based on sensor description data and display data.

[0127] Appendix 1: Exemplary System Prompts

[0128] The following is a description of the IOLink device that the user is using:

[0129] <Insert the complete IODD here>

[0130] Your task is to help users create functional graphical user interfaces for their use cases.

[0131] The user connects directly to the device. It is an IOLink device, and its IOLink Device Description (IODD) is available.

[0132] Users will provide a description of what they want the GUI for, or they will ask questions about the device.

[0133] First, consider which variables are relevant to the user's request.

[0134] Then, create HTML + JavaScript (called "artifacts") for the specified GUI.

[0135] It is very important to always follow these rules:

[0136] Use only the variables that appear in IODD

[0137] Use only real data; do not simulate anything.

[0138] Always include the complete and up-to-date content of the artifact, without any truncation or reduction. Never use phrases like " / / The rest of the code remains unchanged...".

[0139] Your results will be displayed directly to the user in a separate panel. There's no need to tell the user how to view them.

[0140] When an artifact is generated, a short, descriptive name (called "name") is created that describes the GUI and the changes compared to previous versions.

[0141] Appearance and feel:

[0142] Make it look modern

[0143] Chart elements can be obtained through ApexCharts

[0144] There is a component available specifically for drawing 2D points and / or editing fields. Example usage:

[0145]

[0146] <scan-field-editor>< / scan-field-editor>

[0147] <script>

[0148] const scanFieldEditor = document.querySelector('scan-field-editor');

[0149] / / 设置点

[0150] scanFieldEditor.setPoints([

[0151] {x: 0, y: 0},

[0152] {x: 5000, y: 5000},

[0153] {x: -3000, y: 7000}]);

[0155] / / 设置场（可选的）

[0156] / / 设置场点

[0157] scanFieldEditor.setFields([

[0158] [{x: -5000, y: -5000}, {x: 5000, y: -5000}, {x: 5000, y: 5000},{x: -5000, y: 5000}],

[0159] [{x: -2000, y: -2000}, {x: 2000, y: -2000}, {x: 2000, y: 2000},{x: -2000, y: 2000}]]);

[0161] / / 单独地设置颜色

[0162] scanFieldEditor.setFieldColors([

[0163] {

[0164] fill: 'rgba(255, 0, 0, 0.3)',

[0165] border: 'rgb(255, 0, 0)'

[0166] },

[0167] {

[0168] fill: 'rgba(0, 0, 255, 0.3)',

[0169] border: 'rgb(0, 0, 255)'

[0170] }]);

[0172] /

[0173] 上述设置的场可以在组件中可视编辑。

[0174] 如果用户更改了定义场的任何点，则会触发此事件。

[0175] 如果需要，您也可以通过"getFields”获取场

[0176] /

[0177] scanFieldEditor.addEventListener('fieldsUpdated', (e) => {

[0178] console.log('Fields updated:', e.detail.fields);

[0179] });

[0180] < / script>

[0181]

[0182] You can include it by adding this to your HTML:

[0183] <script src="components / scan-field-editor.js">< / script>

[0184] For UI elements, please use the SICK Synergy design system. Include the following in the header:

[0185] <link rel="stylesheet" href="components / synergy.css">

[0186] <script type="module" src="components / synergy.js">< / script>

[0187] You can use all synergy elements except syn-icon (such as syn-button, etc.).

[0188] Data access:

[0189] The device provides a REST API

[0190] BaseURL: / device

[0191] Try setting it as a separate variable to make it easier to swap.

[0192] You can call the URL "{BaseURL} / parameters / " via GET. <index>Access data using " / value?format=iodd"

[0193] <index>It is an index from IODD.

[0194] Make sure to use the actual index, not the variable name!

[0195] Do not set a content type header when sending a GET request. For POST requests, however, you must include one.

[0196] Write "{BaseURL} / parameters / " via POST <index> / value”

[0197] Data format:

[0198] For example, if the variable is defined as follows:

[0199] <example_iodd_definition>

[0200] <Variable id="V_Temperature_CurrentMinMax"

[0201] index="4352">

[0202] <Datatype xsi:type="RecordT"

[0203] id="DT_Temperature"

[0204] bitLength="40">

[0205] <recorditem accessrightrestriction="ro" bitoffset="32" subindex="1">

[0206] <simpledatatype xsi:type="IntegerT" bitLength="8" / >

[0207] <name> Current temperature< / name>

[0208] <description> Current temperature< / description>

[0209] < / recorditem>

[0210] <recorditem accessrightrestriction="ro" bitoffset="24" subindex="2">

[0211] <simpledatatype xsi:type="IntegerT" bitLength="8" / >

[0212] <name> Max. temperature all time< / name>

[0213] <description> Maximum temperature all time< / description>

[0214] < / recorditem>

[0215] <recorditem accessrightrestriction="ro" bitoffset="16" subindex="3">

[0216] <simpledatatype xsi:type="IntegerT" bitLength="8" / >

[0217] <name> Min. temperature all time< / name>

[0218] <description> Minimum temperature all time< / description>

[0219] < / recorditem>

[0220] <recorditem accessrightrestriction="ro" bitoffset="8" subindex="4">

[0221] <simpledatatype xsi:type="IntegerT" bitLength="8" / >

[0222] <name> Max. temperature since last reset< / name>

[0223] <description> Maximum temperature since last reset< / description>

[0224] < / recorditem>

[0225] <recorditem accessrightrestriction="ro" bitoffset="0" subindex="5">

[0226] <simpledatatype xsi:type="IntegerT" bitLength="8" / >

[0227] <name> Min. temperature since last reset< / name>

[0228] <description> Minimum temperature since last reset< / description>

[0229] < / recorditem>

[0230]

[0231] <name> Temperature< / name>

[0232] <description> [°C] Temperature< / description>

[0233]

[0234] < / example_iodd_definition>

[0235] The JSON returned from the above URL will then look like this:

[0236] <example_iodd_variable_json>

[0237] {"Current_temperature":{"value":28},"Max__temperature_all_time":{"value":33},"Min__temperature_all_time":{"value":26},"Max__temperature_since_last_reset":{"value":33},"Min__temperature_since_last_reset":{"value":26}}

[0238] < / example_iodd_variable_json>

[0239] Arrays are a bit special, for example, if defined as:

[0240] <example_iodd_definition>

[0241] <Variable id="V_ArrayExample"

[0242] index="123"

[0243] defaultValue="0">

[0244] <datatype xsi:type="ArrayT" subindexaccesssupported="false" count="3">

[0245] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0246] < / datatype>

[0247] <name textId="ArrayExample" / >

[0248] <description textId="Example of an array parameter" / >

[0249]

[0250] < / example_iodd_definition>

[0251] The returned JSON will then look like this:

[0252] <example_iodd_variable_json>

[0253] {"element_1":{"value":10},"element_2":{"value":11},"element_3":{"value":12}}

[0254] < / example_iodd_variable_json>

[0255] When writing, you need to specify the array. all Elements, not just those you want to change.

[0256] OctetStringT is simply a raw byte array (i.e., without things like element_1). It has nothing to do with base64 or the actual string.

[0257] <example_octet_string>

[0258] {

[0259] "octetStringVariable": {

[0260] "value": [0,1,2,3]

[0261] }

[0262] }

[0263] < / example_octet_string>

[0264] It is very important to follow this order in your answers:

[0265] First, briefly describe the selected variables and the generated GUI.

[0266] Then in a single <thinking>Write down each variable and its definition in the XML tags. This section is for your use only and will not be displayed to users.

[0267] Then in a single <name>The name is provided in the XML tag.

[0268] Then in a single <artifact>Provide the artifact specifying the GUI in the XML tag

[0269] Then, if you have any suggestions, provide suggested changes to the query that will improve the artifact

[0270] Appendix 2: Example of IODD

[0271] <!-- Edited with SICK IODD Editor 2.4.0.0005R -->

[0272] <iodevice xmlns:xsi="http: / / www.w3.org / 2001 / XMLSchema-instance" xmlns="http: / / www.io-link.com / IODD / 2010 / 10" xsi:schemalocation="http: / / www.io-link.com / IODD / 2010 / 10 IODD1.1.xsd">

[0273] <documentinfo copyright="Copyright 2017, SICK AG" releaseDate="2017-02-09" version="V1.0.2.2079" / >

[0274] <profileheader>

[0275] <profileidentification> IO Device Profile< / profileidentification>

[0276] <profilerevision> 1.1< / profilerevision>

[0277] <profilename> Device Profile for IO Devices< / profilename>

[0278] <profilesource> IO-Link Consortium< / profilesource>

[0279] <profileclassid> Device< / profileclassid>

[0280] <iso15745reference>

[0281] <iso15745part> 1< / iso15745part>

[0282] <iso15745edition> 1< / iso15745edition>

[0283] <profiletechnology> IODD< / profiletechnology>

[0284] < / iso15745reference>

[0285] < / profileheader>

[0286] <profilebody>

[0287] <deviceidentity deviceid="8388924" vendorid="26" vendorname="SICK AG">

[0288] <vendortext textId="TI_VendorText" / >

[0289] <vendorurl textId="TI_VendorUrl" / >

[0290] <vendorlogo name="SICK-logo.png" / >

[0291] <devicename textId="TI_DeviceName" / >

[0292] <devicefamily textId="TI_DeviceFamily" / >

[0293] <devicevariantcollection>

[0294] <devicevariant deviceicon="SICK-TiM100_Picture_48x48-icon.png" devicesymbol="SICK-TiM100_Picture_320x320-pic.png" productid="1077524">

[0295] <name textId="TI_DeviceVariants" / >

[0296] <description textId="TI_DeviceDetailsDescription" / >

[0297] < / devicevariant>

[0298] < / devicevariantcollection>

[0299] < / deviceidentity>

[0300] <devicefunction>

[0301] <features blockparameter="false" datastorage="true" profilecharacteristic="1 32768 32769 32770 32771">

[0302] <supportedaccesslocks dataStorage="true" localParameterization="true" localUserInterface="true" parameter="true" / >

[0303] < / features>

[0304] <variablecollection>

[0305] <stdvariableref excludedFromDataStorage="false" id="V_DirectParameters_1" / >

[0306] <stdvariableref excludedFromDataStorage="false" id="V_DirectParameters_2" / >

[0307] <stdvariableref defaultValue="SICK AG" excludedFromDataStorage="false" id="V_VendorName" / >

[0308] <stdvariableref defaultValue="TiM1xx-xxxxxxx" excludedFromDataStorage="false" id="V_ProductName" / >

[0309] <stdvariableref excludedfromdatastorage="false" id="V_SystemCommand">

[0310] <stdsinglevalueref value="130" / >

[0311] <singlevalue value="225">

[0312] <name textId="TI_42a6d6a0-29a7-4acf-9f39-c735488d3f3c" / >

[0313] < / singlevalue>

[0314] <singlevalue value="226">

[0315] <name textId="TI_9053119d-8592-4447-843d-29bff5cb29f1" / >

[0316] < / singlevalue>

[0317] <singlevalue value="227">

[0318] <name textId="TI_81739ffb-b326-4d67-b967-37372483a6e5" / >

[0319] < / singlevalue>

[0320] <singlevalue value="228">

[0321] <name textId="TI_2b3de715-8ca0-4362-b8f4-d01f8380cb00" / >

[0322] < / singlevalue>

[0323] < / stdvariableref>

[0324] <stdvariableref defaultValue="1234567" excludedFromDataStorage="false" id="V_ProductID" / >

[0325] <stdvariableref defaultValue="12345678" excludedFromDataStorage="false" id="V_SerialNumber" / >

[0326] <stdvariableref excludedFromDataStorage="false" id="V_ProcessDataInput" / >

[0327] <stdvariableref defaultValue="XXXXXXXXXXXXXXXXXXX" excludedFromDataStorage="false" id="V_FirmwareRevision" / >

[0328] <StdVariableRef defaultValue=" " excludedFromDataStorage="false" id="V_ApplicationSpecificTag" / >

[0329] <stdvariableref excludedFromDataStorage="false" id="V_DeviceAccessLocks" / >

[0330] <stdvariableref excludedFromDataStorage="false" id="V_HardwareRevision" / >

[0331] <stdvariableref excludedFromDataStorage="false" id="V_VendorText" / >

[0332] <stdvariableref excludedFromDataStorage="false" id="V_ProductText" / >

[0333] <variable id="V_ProfileCharacteristics" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="13">

[0334] <datatype xsi:type="RecordT" subindexaccesssupported="false" bitlength="64">

[0335] <recorditem bitoffset="48" subindex="1">

[0336] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0337] <name textId="TI_6c89ee22-d08d-42e3-87f8-7d33d8d6c0db" / >

[0338] < / recorditem>

[0339] <recorditem bitoffset="32" subindex="2">

[0340] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0341] <name textId="TI_cf05ba97-1b6c-43e7-a5ae-7d2862b8d30a" / >

[0342] < / recorditem>

[0343] <recorditem bitoffset="16" subindex="3">

[0344] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0345] <name textId="TI_92ab49d0-13be-461a-b262-36fda1dc1b22" / >

[0346] < / recorditem>

[0347] <recorditem bitoffset="0" subindex="4">

[0348] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0349] <name textId="TI_300e79ad-c0bf-44dc-adb9-68d5c1701aa1" / >

[0350] < / recorditem>

[0351] < / datatype>

[0352] <name textId="TI_3dd66586-10ea-4228-8261-629127b7ed4d" / >

[0353] <description textId="TI_c49dc91b-2885-46ab-80b5-c6ae928fed3e" / >

[0354] < / variable>

[0355] <variable id="V_SICKProfileVersion" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="205" defaultvalue="1.01">

[0356] <datatype xsi:type="StringT" encoding="UTF-8" fixedLength="4" / >

[0357] <name textId="TI_4cbf12ea-c673-4162-928c-58ae68f18502" / >

[0358] < / variable>

[0359] <Variable id="V_DeviceSpecificTag" accessRights="rw" dynamic="false"excludedFromDataStorage="true" modifiesOtherVariables="false" index="64"defaultValue=" ">

[0360] <datatype xsi:type="StringT" encoding="UTF-8" fixedLength="32" / >

[0361] <name textId="TI_09f5559e-812f-4768-8603-8b799f7fe1b6" / >

[0362]

[0363] <variable id="V_EvalCaseParameter" accessrights="rw" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="67">

[0364] <datatype xsi:type="RecordT" subindexaccesssupported="true" bitlength="48">

[0365] <recorditem bitoffset="32" subindex="1">

[0366] <simpledatatype xsi:type="UIntegerT" bitlength="16">

[0367] <valuerange lowervalue="25" uppervalue="1000">

[0368] <name textId="TI_e0f467d1-c99c-485a-865b-1f06f287c846" / >

[0369] < / valuerange>

[0370] < / simpledatatype>

[0371] <name textId="TI_471a7e30-5064-43bc-8363-34dc0a6fac07" / >

[0372] <description textId="TI_f7810420-21e5-42f9-bc01-a21073c88716" / >

[0373] < / recorditem>

[0374] <recorditem bitoffset="16" subindex="2">

[0375] <simpledatatype xsi:type="UIntegerT" bitlength="16">

[0376] <valuerange lowervalue="69" uppervalue="30015">

[0377] <name textId="TI_cbc08792-151c-478c-acbe-3dd5ccdfb52a" / >

[0378] < / valuerange>

[0379] < / simpledatatype>

[0380] <name textId="TI_c8fa08eb-ab37-401a-93af-38e3bb23d3e7" / >

[0381] <description textId="TI_a2226424-aa78-412e-af49-5c65333a1096" / >

[0382] < / recorditem>

[0383] <recorditem bitoffset="0" subindex="3">

[0384] <simpledatatype xsi:type="UIntegerT" bitlength="16">

[0385] <valuerange lowervalue="69" uppervalue="30015">

[0386] <name textId="TI_487ca00e-9322-4b8d-8e26-53a3693cdb42" / >

[0387] < / valuerange>

[0388] < / simpledatatype>

[0389] <name textId="TI_4e676576-aaa3-4110-bfde-388acfae7c00" / >

[0390] <description textId="TI_da846ffe-0ac9-480e-b37c-fbabeca4ff44" / >

[0391] < / recorditem>

[0392] < / datatype>

[0393] <recorditeminfo defaultValue="200" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="1" / >

[0394] <recorditeminfo defaultValue="345" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="2" / >

[0395] <recorditeminfo defaultValue="345" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="3" / >

[0396] <name textId="TI_814c4f32-8aa1-4653-8194-231660e160d8" / >

[0397] < / variable>

[0398] <variable id="V_Field1" accessrights="rw" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="68" defaultvalue="0">

[0399] <datatype xsi:type="ArrayT" subindexaccesssupported="false" count="64">

[0400] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0401] < / datatype>

[0402] <name textId="TI_d545afde-d48c-4235-94c2-6063c921300d" / >

[0403] <description textId="TI_b196436c-a253-4780-92ed-cb0b4bf00364" / >

[0404] < / variable>

[0405] <variable id="V_EvalCaseResult1" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="73">

[0406] <datatype xsi:type="RecordT" subindexaccesssupported="true" bitlength="128">

[0407] <recorditem bitoffset="120" subindex="1">

[0408] <simpledatatype xsi:type="UIntegerT" bitLength="8" / >

[0409] <name textId="TI_e8642e13-4748-4d83-a175-90089518eab7" / >

[0410] <description textId="TI_91deccb9-4d62-432c-a91e-c29253f371f4" / >

[0411] < / recorditem>

[0412] <recorditem bitoffset="112" subindex="2">

[0413] <simpledatatype xsi:type="UIntegerT" bitlength="8">

[0414] <singlevalue value="0">

[0415] <name textId="TI_09287ae8-9749-41af-82c8-616885654d41" / >

[0416] < / singlevalue>

[0417] <singlevalue value="1">

[0418] <name textId="TI_90bf6454-322b-464b-8b2a-38982aaf11fb" / >

[0419] < / singlevalue>

[0420] <singlevalue value="2">

[0421] <name textId="TI_93bfa76b-9157-4c22-9241-6f0b1ce96b32" / >

[0422] < / singlevalue>

[0423] <singlevalue value="3">

[0424] <name textId="TI_e02f8bf1-423f-4329-a3b2-aa1227ae40f0" / >

[0425] < / singlevalue>

[0426] < / simpledatatype>

[0427] <name textId="TI_85a081e8-03b1-4f04-8c74-6790199c848a" / >

[0428] <description textId="TI_fb284f80-8c3d-44e3-bb39-b42c8755ddf1" / >

[0429] < / recorditem>

[0430] <recorditem bitoffset="80" subindex="3">

[0431] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0432] <name textId="TI_9da5fd4c-215c-447d-bbbb-534e51f8079a" / >

[0433] <description textId="TI_76667b75-727c-4dec-8a5f-c99e6685558d" / >

[0434] < / recorditem>

[0435] <recorditem bitoffset="64" subindex="4">

[0436] <simpledatatype xsi:type="UIntegerT" bitLength="16" / >

[0437] <name textId="TI_f91f991f-57b3-43cd-a910-9b72a64337de" / >

[0438] <description textId="TI_42e5c5ba-59ca-4780-b5af-dd15c8f4f2be" / >

[0439] < / recorditem>

[0440] <recorditem bitoffset="32" subindex="5">

[0441] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0442] <name textId="TI_e512ba1f-cdfb-4ac2-9200-5c2df32eaf39" / >

[0443] <description textId="TI_1309d270-d7dd-4bd3-a969-bcd7edb82a52" / >

[0444] < / recorditem>

[0445] <recorditem bitoffset="0" subindex="6">

[0446] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0447] <name textId="TI_3b799052-29de-4cfa-b5e7-da1a13721222" / >

[0448] <description textId="TI_5b648b61-6ba5-4a04-8860-f436bd8d5cf1" / >

[0449] < / recorditem>

[0450] < / datatype>

[0451] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="2" / >

[0452] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="5" / >

[0453] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="6" / >

[0454] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="3" / >

[0455] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="1" / >

[0456] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="4" / >

[0457] <name textId="TI_c7f56175-78d8-413a-85ab-de1c1310df09" / >

[0458] <description textId="TI_b60f4137-a385-4500-b21b-4df3ba43e206" / >

[0459] < / variable>

[0460] <variable id="V_SpkVersionRelease" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="78">

[0461] <datatype xsi:type="RecordT" subindexaccesssupported="false" bitlength="304">

[0462] <recorditem bitoffset="152" subindex="1">

[0463] <simpledatatype xsi:type="StringT" encoding="UTF-8" fixedLength="19" / >

[0464] <name textId="TI_4e81b36e-9466-4ce0-917f-036878105149" / >

[0465] <description textId="TI_3236ae78-0595-43da-8a04-7c1c9e6a7008" / >

[0466] < / recorditem>

[0467] <recorditem bitoffset="0" subindex="2">

[0468] <simpledatatype xsi:type="StringT" encoding="UTF-8" fixedLength="19" / >

[0469] <name textId="TI_73eaa091-9554-47fb-a458-b5ce6841535b" / >

[0470] <description textId="TI_434d9f97-4297-4054-a70c-f1b41e5a88ad" / >

[0471] < / recorditem>

[0472] < / datatype>

[0473] <RecordItemInfo defaultValue=" "excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="1" / >

[0474] <recorditeminfo defaultValue="YYYY / MM / DD HH:MM:SS" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="2" / >

[0475] <name textId="TI_4cb50674-9e79-48bd-b830-016abfec083c" / >

[0476] <description textId="TI_e34cf11e-c379-4b60-a61f-29ccfaaef5b4" / >

[0477] < / variable>

[0478] <variable id="V_OperatingData" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="87">

[0479] <datatype xsi:type="RecordT" subindexaccesssupported="false" bitlength="64">

[0480] <recorditem bitoffset="32" subindex="1">

[0481] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0482] <name textId="TI_9b0f1bef-a71a-4f6d-b582-c64d23d93a27" / >

[0483] <description textId="TI_c0a3df1a-c427-43a9-9bf2-85916585e888" / >

[0484] < / recorditem>

[0485] <recorditem bitoffset="0" subindex="2">

[0486] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0487] <name textId="TI_faa2ac85-96a8-4b7c-b81b-bd825bfa3908" / >

[0488] < / recorditem>

[0489] < / datatype>

[0490] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="1" / >

[0491] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="2" / >

[0492] <name textId="TI_ffaed0c2-79f2-4f2c-84fa-3d94578e2104" / >

[0493] < / variable>

[0494] <variable id="V_PDInputDescriptor" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="14">

[0495] <datatype xsi:type="ArrayT" subindexaccesssupported="false" count="6">

[0496] <simpledatatype xsi:type="OctetStringT" fixedLength="1" / >

[0497] < / datatype>

[0498] <name textId="TI_811f7863-a5ee-4a97-aa4a-77a85ee28e84" / >

[0499] <description textId="TI_236ce4a8-e215-4346-886e-34f00500807a" / >

[0500] < / variable>

[0501] <variable id="V_LedIndication" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="98">

[0502] <datatype xsi:type="RecordT" subindexaccesssupported="false" bitlength="16">

[0503] <recorditem bitoffset="8" subindex="1">

[0504] <simpledatatype xsi:type="BooleanT">

[0505] <singlevalue value="true">

[0506] <name textId="TI_01f262d8-bbc2-46bf-9e34-ee931d4cdd92" / >

[0507] < / singlevalue>

[0508] <singlevalue value="false">

[0509] <name textId="TI_c48066ce-87b3-4078-af0f-064345b5c394" / >

[0510] < / singlevalue>

[0511] < / simpledatatype>

[0512] <name textId="TI_8f0dadfe-75e1-4161-892d-3dd61cd502d8" / >

[0513] < / recorditem>

[0514] <recorditem bitoffset="0" subindex="2">

[0515] <simpledatatype xsi:type="BooleanT">

[0516] <singlevalue value="true">

[0517] <name textId="TI_7a752cf7-dc94-42d6-ba1e-7900da91168e" / >

[0518] < / singlevalue>

[0519] <singlevalue value="false">

[0520] <name textId="TI_b536a66e-4406-4e12-929e-608aa019728b" / >

[0521] < / singlevalue>

[0522] < / simpledatatype>

[0523] <name textId="TI_cb70c10a-d19c-4a9b-befb-fea0b1c80df5" / >

[0524] < / recorditem>

[0525] < / datatype>

[0526] <recorditeminfo defaultValue="false" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="1" / >

[0527] <recorditeminfo defaultValue="false" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="2" / >

[0528] <name textId="TI_04e73f48-38b1-472a-8674-4f4cf3ccc1c0" / >

[0529] < / variable>

[0530] <variable id="V_OpHours" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="190" defaultvalue="0">

[0531] <datatype xsi:type="UIntegerT" bitLength="32" / >

[0532] <name textId="TI_92b12c26-33f9-459c-98ad-2574e947bd8c" / >

[0533] <description textId="TI_533f705f-c4cf-435d-9270-599d31b759c1" / >

[0534] < / variable>

[0535] <Variable id="V_ConfiguratorName" accessRights="rw" dynamic="false"excludedFromDataStorage="false" modifiesOtherVariables="false" index="206"defaultValue=" ">

[0536] <datatype xsi:type="StringT" encoding="UTF-8" fixedLength="32" / >

[0537] <name textId="TI_f9d62a16-1049-4e06-af1d-4783477baf8e" / >

[0538]

[0539] <Variable id="V_ConfiguratorCompany" accessRights="rw" dynamic="false" excludedFromDataStorage="false" modifiesOtherVariables="false" index="207" defaultValue=" ">

[0540] <datatype xsi:type="StringT" encoding="UTF-8" fixedLength="32" / >

[0541] <name textId="TI_fb7fc166-d03f-4fc2-8f98-2441e20b0a4a" / >

[0542]

[0543] <variable id="V_FieldStatusResult1" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="99">

[0544] <datatype xsi:type="RecordT" subindexaccesssupported="true" bitlength="416">

[0545] <recorditem bitoffset="408" subindex="1">

[0546] <simpledatatype xsi:type="UIntegerT" bitLength="8" / >

[0547] <name textId="TI_3be83dee-3beb-414b-a746-b8d3eef162a8" / >

[0548] <description textId="TI_19eab075-5ab3-4951-ad3f-1517b5bc150a" / >

[0549] < / recorditem>

[0550] <recorditem bitoffset="400" subindex="2">

[0551] <simpledatatype xsi:type="UIntegerT" bitlength="8">

[0552] <singlevalue value="0">

[0553] <name textId="TI_60c728e3-2f75-4c87-adfc-fe92108007c7" / >

[0554] < / singlevalue>

[0555] <singlevalue value="1">

[0556] <name textId="TI_2e41c831-d554-4492-9075-9bc9194de4d2" / >

[0557] < / singlevalue>

[0558] <singlevalue value="2">

[0559] <name textId="TI_7524efc5-cc3e-4338-a0b0-bc626d4b05c0" / >

[0560] < / singlevalue>

[0561] <singlevalue value="3">

[0562] <name textId="TI_333c3b36-05e8-414d-b888-ea7bed474b44" / >

[0563] < / singlevalue>

[0564] < / simpledatatype>

[0565] <name textId="TI_816d91f9-da4a-45ee-a77d-7607fab10671" / >

[0566] <description textId="TI_1fc180d1-973e-41c1-aa5c-24584c6f4e5b" / >

[0567] < / recorditem>

[0568] <recorditem bitoffset="368" subindex="3">

[0569] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0570] <name textId="TI_1266dac8-3652-41c5-be20-b72d3e481282" / >

[0571] <description textId="TI_2578056f-b823-4093-b7aa-af4441949738" / >

[0572] < / recorditem>

[0573] <recorditem bitoffset="352" subindex="4">

[0574] <simpledatatype xsi:type="UIntegerT" bitLength="16" / >

[0575] <name textId="TI_fe238de5-a457-4f20-a862-e7e3b838f767" / >

[0576] <description textId="TI_7fe74394-80cc-4a56-b367-484ac3065a1d" / >

[0577] < / recorditem>

[0578] <recorditem bitoffset="320" subindex="5">

[0579] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0580] <name textId="TI_1d709ffb-f0ac-4a0e-8b70-cbe134496e73" / >

[0581] <description textId="TI_05484540-a9b0-4fc3-9e37-ae653d95b0d2" / >

[0582] < / recorditem>

[0583] <recorditem bitoffset="288" subindex="6">

[0584] <simpledatatype xsi:type="UIntegerT" bitLength="32" / >

[0585] <name textId="TI_a2fc4fc4-ac79-403d-8358-d7e33019649a" / >

[0586] <description textId="TI_0032f84f-d6c2-4031-97c6-734d840693fa" / >

[0587] < / recorditem>

[0588] <recorditem bitoffset="272" subindex="7">

[0589] <simpledatatype xsi:type="IntegerT" bitLength="16" / >

[0590] <name textId="TI_be9d62b2-c0e2-46f0-834f-dd668220eef7" / >

[0591] <description textId="TI_b5d23d1f-8b7a-4f8b-88fe-ac94f403929e" / >

[0592] < / recorditem>

[0593] <recorditem bitoffset="256" subindex="8">

[0594] <simpledatatype xsi:type="IntegerT" id="DT_219b44ae-d3f9-4a4a-b11a-5f88dd30e4bc" bitLength="16" / >

[0595] <name textId="TI_31e8209a-b8a9-4f7c-b0ec-8f982c32e331" / >

[0596] <description textId="TI_416e1801-c0c2-4994-8603-8a117dd5ed67" / >

[0597] < / recorditem>

[0598] <recorditem bitoffset="240" subindex="9">

[0599] <simpledatatype xsi:type="IntegerT" id="DT_dbc5ca6a-88b7-41b4-8016-4b1ab2023243" bitLength="16" / >

[0600] <name textId="TI_07227add-b5cf-4d68-9a57-3031e42b1cf8" / >

[0601] <description textId="TI_5d477964-c329-495d-aac5-5896764176c9" / >

[0602] < / recorditem>

[0603] <recorditem bitoffset="224" subindex="10">

[0604] <simpledatatype xsi:type="IntegerT" id="DT_0c392af8-dfaf-4318-9e77-ddea1a2b34a3" bitLength="16" / >

[0605] <name textId="TI_694e8fd6-9084-416c-ab07-92b3671f1a89" / >

[0606] <description textId="TI_ea6d65d1-4ba1-440a-968d-69d3755f84c7" / >

[0607] < / recorditem>

[0608] <recorditem bitoffset="208" subindex="11">

[0609] <simpledatatype xsi:type="IntegerT" id="DT_14a020f1-50a2-40bc-87e7-bfdb47a615fe" bitLength="16" / >

[0610] <name textId="TI_67c8ca7c-d1c8-435e-9fdf-4f966a33ff61" / >

[0611] <description textId="TI_52b39a43-dd07-4886-b58b-947e56792e9a" / >

[0612] < / recorditem>

[0613] <recorditem bitoffset="192" subindex="12">

[0614] <simpledatatype xsi:type="IntegerT" id="DT_d666aa43-7c97-4232-8a52-8bf99603c214" bitLength="16" / >

[0615] <name textId="TI_e9298ee2-13aa-4973-8e2e-0afe9b3ae4ef" / >

[0616] <description textId="TI_3c41f7dd-1da3-4f75-9dfc-14a050844b36" / >

[0617] < / recorditem>

[0618] <recorditem bitoffset="176" subindex="13">

[0619] <simpledatatype xsi:type="IntegerT" id="DT_c0caa028-b39a-422a-97fd-38b32f62600a" bitLength="16" / >

[0620] <name textId="TI_e56664e6-f56e-4793-8053-d07ac4acd0ac" / >

[0621] <description textId="TI_50e9c9be-91ce-409d-90da-df0074232a3a" / >

[0622] < / recorditem>

[0623] <recorditem bitoffset="160" subindex="14">

[0624] <simpledatatype xsi:type="IntegerT" id="DT_c4b8754d-a043-44bf-ba71-1f141a67887e" bitLength="16" / >

[0625] <name textId="TI_6cc22743-210f-4d1f-a0af-d4d30a32300a" / >

[0626] <description textId="TI_6e798263-e8f5-4065-87bc-5f0e53983a82" / >

[0627] < / recorditem>

[0628] <recorditem bitoffset="144" subindex="15">

[0629] <simpledatatype xsi:type="IntegerT" id="DT_7f9a0a6b-cd66-48db-8f66-5aba26e5b90a" bitLength="16" / >

[0630] <name textId="TI_2d58a87f-d554-4bb5-ace6-c1bc19be5c0a" / >

[0631] <description textId="TI_a74a2cdc-2c89-43fe-9172-e21817a5408f" / >

[0632] < / recorditem>

[0633] <recorditem bitoffset="128" subindex="16">

[0634] <simpledatatype xsi:type="IntegerT" id="DT_bb5cfa2b-b864-49d8-a9f7-35d9f6e1b7bf" bitLength="16" / >

[0635] <name textId="TI_8a461124-ee45-4b15-995d-16b08edf3c1f" / >

[0636] <description textId="TI_5065877e-2d85-4a3a-a68d-f6893726aa65" / >

[0637] < / recorditem>

[0638] <recorditem bitoffset="112" subindex="17">

[0639] <simpledatatype xsi:type="IntegerT" id="DT_a2cec822-7af4-42e2-9424-134d67165008" bitLength="16" / >

[0640] <name textId="TI_9a0b9d0b-856c-425e-80b9-2ed833b6873a" / >

[0641] <description textId="TI_abba0c5f-917e-45a1-825f-83af4f4c998c" / >

[0642] < / recorditem>

[0643] <recorditem bitoffset="96" subindex="18">

[0644] <simpledatatype xsi:type="IntegerT" id="DT_0c04cfbf-c53b-4b6c-bd25-f485ce6fb0f4" bitLength="16" / >

[0645] <name textId="TI_e00b08d0-0e8c-4d32-ae8c-68de53224bbd" / >

[0646] <description textId="TI_75a31ffc-0077-48cc-adb4-e2ed10fdbfc8" / >

[0647] < / recorditem>

[0648] <recorditem bitoffset="80" subindex="19">

[0649] <simpledatatype xsi:type="IntegerT" id="DT_e063e775-2d0b-48f7-b7bd-9cf6d871bcc4" bitLength="16" / >

[0650] <name textId="TI_b1d64e9f-c233-4f35-a8a5-9a1881598485" / >

[0651] <description textId="TI_ce88372d-494b-4c50-b688-5d8d657c699e" / >

[0652] < / recorditem>

[0653] <recorditem bitoffset="64" subindex="20">

[0654] <simpledatatype xsi:type="IntegerT" id="DT_22c3b9dc-3062-49be-85cd-a7b31c063b77" bitLength="16" / >

[0655] <name textId="TI_d2bbb9c0-c049-4861-a5b5-c0471d81d738" / >

[0656] <description textId="TI_3319ba4d-74a8-4ef9-b0bd-17ad45ef5f58" / >

[0657] < / recorditem>

[0658] <recorditem bitoffset="48" subindex="21">

[0659] <simpledatatype xsi:type="IntegerT" id="DT_88390b33-bc17-4c40-9cd0-09f400f982a4" bitLength="16" / >

[0660] <name textId="TI_360dff09-0414-4896-9db6-4817b19715c7" / >

[0661] <description textId="TI_925e703b-4c88-431e-9170-dc0157893105" / >

[0662] < / recorditem>

[0663] <recorditem bitoffset="32" subindex="22">

[0664] <simpledatatype xsi:type="IntegerT" id="DT_2f2e4d55-e07c-48ad-9eb2-3b74685b93b1" bitLength="16" / >

[0665] <name textId="TI_b8978ce7-4bba-4a78-bb66-da8f5f2a2112" / >

[0666] <description textId="TI_35bd8902-2117-47f4-968f-1fd743200292" / >

[0667] < / recorditem>

[0668] <recorditem bitoffset="16" subindex="23">

[0669] <simpledatatype xsi:type="IntegerT" id="DT_9386df80-d7f1-4c97-88ee-d6e86f8e18ed" bitLength="16" / >

[0670] <name textId="TI_9cc12da7-3193-4d5a-a5ff-78cc131649f9" / >

[0671] <description textId="TI_58036651-2aeb-4e1b-a1cc-dd6cc51b0e36" / >

[0672] < / recorditem>

[0673] <recorditem bitoffset="0" subindex="24">

[0674] <simpledatatype xsi:type="IntegerT" id="DT_f8c2f6ce-5432-4b47-b945-e36a917507fc" bitLength="16" / >

[0675] <name textId="TI_9d6aea03-c17d-4433-9259-fe8095b3e89f" / >

[0676] <description textId="TI_60a2b011-7b15-4829-be40-def16590fd1a" / >

[0677] < / recorditem>

[0678] < / datatype>

[0679] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="6" / >

[0680] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="2" / >

[0681] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="3" / >

[0682] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="4" / >

[0683] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="5" / >

[0684] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="1" / >

[0685] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="7" / >

[0686] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="8" / >

[0687] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="9" / >

[0688] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="10" / >

[0689] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="11" / >

[0690] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="12" / >

[0691] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="13" / >

[0692] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="14" / >

[0693] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="15" / >

[0694] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="16" / >

[0695] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="17" / >

[0696] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="18" / >

[0697] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="19" / >

[0698] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="20" / >

[0699] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="21" / >

[0700] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="22" / >

[0701] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="23" / >

[0702] <recorditeminfo defaultValue="0" excludedFromDataStorage="false" modifiesOtherVariables="false" subindex="24" / >

[0703] <name textId="TI_a23f7571-7855-4f40-9774-b0822ee16234" / >

[0704] < / variable>

[0705] <variable id="V_CounterOut1" accessrights="ro" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="80" defaultvalue="0">

[0706] <datatype xsi:type="UIntegerT" bitLength="32" / >

[0707] <name textId="TI_50037d27-ca16-4d87-844f-14bf18e638cc" / >

[0708] < / variable>

[0709] <variable id="V_ApplicationDescription" accessrights="rw" dynamic="false" excludedfromdatastorage="false" modifiesothervariables="false" index="209" defaultvalue="***">

[0710] <datatype xsi:type="StringT" encoding="UTF-8" fixedLength="32" / >

[0711] <name textId="TI_03ed47ac-3739-476b-a438-162639560b94" / >

[0712] < / variable>

[0713] < / variablecollection>

[0714] <processdatacollection>

[0715] <processdata id="PD_ProcessData1">

[0716] <processdatain id="PDI_b3cd7430-df30-400d-904b-43ebb76c862e" bitlength="16">

[0717] <datatype xsi:type="RecordT" subindexaccesssupported="false" bitlength="16">

[0718] <recorditem accessrightrestriction="ro" bitoffset="8" subindex="1">

[0719] <simpledatatype xsi:type="UIntegerT" bitLength="8" / >

[0720] <name textId="TI_bbd753fb-0d7b-489b-8d46-d76033e1b557" / >

[0721] < / recorditem>

[0722] <recorditem accessrightrestriction="ro" bitoffset="4" subindex="2">

[0723] <simpledatatype xsi:type="UIntegerT" bitLength="4" / >

[0724] <name textId="TI_64c56fde-f0ba-47b2-83ca-12fc78a1395b" / >

[0725] < / recorditem>

[0726] <recorditem accessrightrestriction="ro" bitoffset="1" subindex="3">

[0727] <simpledatatype xsi:type="UIntegerT" bitLength="3" / >

[0728] <name textId="TI_3d54069a-61ca-487b-8b49-3caaffa445d1" / >

[0729] < / recorditem>

[0730] <recorditem accessrightrestriction="ro" bitoffset="0" subindex="4">

[0731] <simpledatatype xsi:type="BooleanT">

[0732] <singlevalue value="true">

[0733] <name textId="TI_d50f4f73-da92-4594-868d-c9a22b7c9b8f" / >

[0734] < / singlevalue>

[0735] <singlevalue value="false">

[0736] <name textId="TI_c28c9c09-7b1e-4f37-be63-dbd25e822025" / >

[0737] < / singlevalue>

[0738] < / simpledatatype>

[0739] <name textId="TI_f11bae6e-91da-4618-a4ac-1fe38d93d858" / >

[0740] < / recorditem>

[0741] < / datatype>

[0742] <name textId="TI_06cd9bba-3cfb-42ea-ab5d-7ee0ad4c2bc9" / >

[0743] < / processdatain>

[0744] < / processdata>

[0745] < / processdatacollection>

[0746] <errortypecollection / >

[0747] <eventcollection>

[0748] <stdeventref code="0" / >

[0749] < / eventcollection>

[0750] <userinterface>

[0751] <menucollection>

[0752] <menu id="IdentificationMenu">

[0753] <name textId="TI_c8708032-06b1-489a-a57c-efe587250cb3" / >

[0754] <variableref variableId="V_VendorName" / >

[0755] <variableref variableId="V_ProductName" / >

[0756] <variableref variableId="V_ProductID" / >

[0757] <variableref variableId="V_SerialNumber" / >

[0758] <variableref variableId="V_FirmwareRevision" / >

[0759] <variableref variableId="V_ApplicationSpecificTag" / >

[0760] <variableref variableId="V_DeviceSpecificTag" / >

[0761] <variableref variableId="V_SpkVersionRelease" / >

[0762] <variableref variableId="V_ApplicationDescription" / >

[0763] <variableref displayFormat="Dec" accessRightRestriction="ro" variableId="V_OpHours" / >

[0764] <recorditemref displayFormat="Dec" accessRightRestriction="ro" variableId="V_OperatingData" subindex="2" / >

[0765] <recorditemref displayFormat="Dec" accessRightRestriction="ro" variableId="V_OperatingData" subindex="1" / >

[0766] < / menu>

[0767] <menu id="ParameterMenu">

[0768] <name textId="TI_fd817932-89ae-40c7-b0dd-f5af555b17da" / >

[0769] <menuref menuId="ME_25e7a004-9228-4e79-b2fe-beb4c2770f6b" / >

[0770] <menuref menuId="ME_c93adef9-899a-4edb-84c5-ee715ac04ace" / >

[0771] <menuref menuId="ME_73adbc8b-5905-480e-b700-4f7de4ad54cb" / >

[0772] <menuref menuId="ME_03a71ced-fda4-415a-baee-bf4853d57c39" / >

[0773] <menuref menuId="ME_a71992a8-d6f3-41ad-a2c9-5434915457dc" / >

[0774] <menuref menuId="ME_Advanced" / >

[0775] < / menu>

[0776] <menu id="ME_7f375406-484e-45ff-a561-dad9eeed6998">

[0777] <name textId="TI_0090f94c-9523-44b8-9265-a524cb758ac1" / >

[0778] <menuref menuId="ME_bbd623fd-662f-4919-930f-7a659984b97f" / >

[0779] < / menu>

[0780] <menu id="ME_Advanced">

[0781] <name textId="TI_b3ed74d3-30d3-4f5a-bf9f-0305cb65562f" / >

[0782] <menuref menuId="ME_IOLconfiguration" / >

[0783] < / menu>

[0784] <menu id="ME_IOLconfiguration">

[0785] <name textId="TI_97d0c217-1e41-4458-a3eb-f994813d24d1" / >

[0786] <variableref variableId="V_DeviceAccessLocks" / >

[0787] < / menu>

[0788] <menu id="ME_bbd623fd-662f-4919-930f-7a659984b97f">

[0789] <name textId="TI_ea0b0378-9ed0-4d6d-8e6d-96e23ce49116" / >

[0790] <recorditemref displayFormat="Dec" accessRightRestriction="ro" variableId="V_EvalCaseResult1" subindex="1" / >

[0791] <recorditemref displayFormat="Dec" accessRightRestriction="ro" variableId="V_EvalCaseResult1" subindex="2" / >

[0792] <recorditemref displayFormat="Dec" unitCode="1056" accessRightRestriction="ro" variableId="V_EvalCaseResult1" subindex="3" / >

[0793] <recorditemref displayFormat="Dec" accessRightRestriction="ro" variableId="V_EvalCaseResult1" subindex="4" / >

[0794] <recorditemref displayFormat="Dec" unitCode="1056" accessRightRestriction="ro" variableId="V_EvalCaseResult1" subindex="5" / >

[0795] <recorditemref displayFormat="Dec" unitCode="1056" accessRightRestriction="ro" variableId="V_EvalCaseResult1" subindex="6" / >

[0796] < / menu>

[0797] <menu id="ME_25e7a004-9228-4e79-b2fe-beb4c2770f6b">

[0798] <name textId="TI_37d51f4c-bc87-433d-a918-fa9f25badd47" / >

[0799] <recorditemref displayFormat="Dec" unitCode="1013" variableId="V_EvalCaseParameter" subindex="1" / >

[0800] <recorditemref displayFormat="Dec" unitCode="1056" variableId="V_EvalCaseParameter" subindex="2" / >

[0801] <recorditemref displayFormat="Dec" unitCode="1056" variableId="V_EvalCaseParameter" subindex="3" / >

[0802] < / menu>

[0803] <menu id="ME_c93adef9-899a-4edb-84c5-ee715ac04ace">

[0804] <name textId="TI_e90b8874-d9cc-4efa-9630-e69a9a18ba60" / >

[0805] <variableref variableId="V_Field1" / >

[0806] < / menu>

[0807] <menu id="ME_73adbc8b-5905-480e-b700-4f7de4ad54cb">

[0808] <name textId="TI_3b79c259-9614-418b-bcea-d4f36cca2089" / >

[0809] <variableref variableId="V_ConfiguratorName" / >

[0810] <variableref variableId="V_ConfiguratorCompany" / >

[0811] <variableref variableId="V_ApplicationDescription" / >

[0812] < / menu>

[0813] <menu id="ME_a71992a8-d6f3-41ad-a2c9-5434915457dc">

[0814] <name textId="TI_46c4f17d-781e-452e-ae14-a2aa13e0dd55" / >

[0815] <variableref accessrightrestriction="wo" variableid="V_SystemCommand">

[0816] <button buttonvalue="225">

[0817] <description textId="TI_f1874433-cb4a-4bed-9fec-cd46c8f6aad3" / >

[0818] <actionstartedmessage textId="TI_81989cd9-6fbb-4c2b-9d88-a425633d485a" / >

[0819] < / button>

[0820] < / variableref>

[0821] < / menu>

[0822] <menu id="ME_03a71ced-fda4-415a-baee-bf4853d57c39">

[0823] <name textId="TI_de4c6fa5-f68b-4c93-a0bf-00cfa1064050" / >

[0824] <variableref accessrightrestriction="wo" variableid="V_SystemCommand">

[0825] <button buttonvalue="130">

[0826] <description textId="TI_0330c948-77da-423d-9675-4976300239d6" / >

[0827] <actionstartedmessage textId="TI_334a2efa-2a9a-4569-b2f4-f187f6d7a4d3" / >

[0828] < / button>

[0829] < / variableref>

[0830] < / menu>

[0831] < / menucollection>

[0832] <observerrolemenuset>

[0833] <identificationmenu xsi:type="UIMenuRefT" menuId="IdentificationMenu" / >

[0834] <parametermenu xsi:type="UIMenuRefT" menuId="ParameterMenu" / >

[0835] <observationmenu menuId="ME_7f375406-484e-45ff-a561-dad9eeed6998" / >

[0836] < / observerrolemenuset>

[0837] <maintenancerolemenuset>

[0838] <identificationmenu xsi:type="UIMenuRefT" menuId="IdentificationMenu" / >

[0839] <parametermenu xsi:type="UIMenuRefT" menuId="ParameterMenu" / >

[0840] <observationmenu xsi:type="UIMenuRefT" menuId="ME_7f375406-484e-45ff-a561-dad9eeed6998" / >

[0841] < / maintenancerolemenuset>

[0842] <specialistrolemenuset>

[0843] <identificationmenu menuId="IdentificationMenu" / >

[0844] <parametermenu menuId="ParameterMenu" / >

[0845] <observationmenu xsi:type="UIMenuRefT" menuId="ME_7f375406-484e-45ff-a561-dad9eeed6998" / >

[0846] < / specialistrolemenuset>

[0847] < / userinterface>

[0848] < / devicefunction>

[0849] < / profilebody>

[0850] <commnetworkprofile xsi:type="IOLinkCommNetworkProfileT" iolinkrevision="V1.1">

[0851] <transportlayers>

[0852] <physicallayer bitrate="COM3" mincycletime="2300" msequencecapability="47" siosupported="true">

[0853] <connection xsi:type="M12-5ConnectionT">

[0854] <productref productId="1077524" / >

[0855] <wire1 xsi:type="Wire1T" color="BN" function="L+" / >

[0856] <wire2 color="WH" function="NC" / >

[0857] <wire3 xsi:type="Wire3T" color="BU" function="L-" / >

[0858] <wire4 xsi:type="Wire4T" color="BK" function="C / Q" / >

[0859] <wire5 color="GY" function="NC" / >

[0860] < / connection>

[0861] < / physicallayer>

[0862] < / transportlayers>

[0863] <test>

[0864] <config1 index="89" testValue="0x01" / >

[0865] <config2 index="1000" testValue="0x12" / >

[0866] <config3 index="24" testValue="0x41,0x42,0x43,0x44,0x45,0x46,0x47,0x48,0x49,0x4a,0x4b,0x4c,0x4d,0x4e,0x4f,0x50" / >

[0867] < / test>

[0868] < / commnetworkprofile>

[0869] <externaltextcollection>

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[1172] < / stamp>

[1173] < / iodevice>

[1174] Appendix 3: Raw data of sample chat

[1175] User

[1176] Create a parameterized UI with all temperature-related settings

[1177] LLM

[1178] I will create a UI that displays the current temperature value and allows configuring temperature alarm limits.

[1179] <thinking>

[1180] Required variables:

[1181] 1. V_Temperature_CurrentMinMax (index 4352):

[1182] - Current temperature

[1183] - Highest / lowest temperature (all time and since reset)

[1184] - All read-only values

[1185] - All values ​​are 8-digit integers

[1186] 2. V_Temperature_AlertLimits (index 4354):

[1187] - Highest and lowest temperature alarm thresholds

[1188] Both are read / write operations.

[1189] - 8-digit integer

[1190] 3. V_Temperature_AlertFlags (index 4355):

[1191] - Indicates whether the temperature is above the highest threshold or below the lowest threshold.

[1192] - Read-only

[1193] - Boolean symbol

[1194] 4. V_TemperatureResetmaximumminimumsincereset (index 4353):

[1195] - Command to reset minimum / maximum value

[1196] - Write only

[1197] - Single value 0 / 1

[1198] < / thinking>

[1199] <name> Temperature Overview and Settings< / name>

[1200] <artifact>

[1201] <!DOCTYPE html>

[1202]

[1203]

[1204] <title> Temperature Settings< / title>

[1205] <link rel="stylesheet" href="components / synergy.css">

[1206] <script type="module" src="components / synergy.js">< / script>

[1207] <style>

[1208] body {

[1209] font-family: Arial, sans-serif;

[1210] margin: 20px;

[1211] background-color: #f5f5f5;

[1212] }

[1213] .container {

[1214] max-width: 800px;

[1215] margin: 0 auto;

[1216] }

[1217] .card {

[1218] background: white;

[1219] padding: 20px;

[1220] border-radius: 8px;

[1221] margin-bottom: 20px;

[1222] box-shadow: 0 2px 4px rgba(0,0,0,0.1);

[1223] }

[1224] .grid {

[1225] display: grid;

[1226] grid-template-columns: repeat(2, 1fr);

[1227] gap: 20px;

[1228] margin-bottom: 20px;

[1229] }

[1230] .value-display {

[1231] display: flex;

[1232] justify-content: space-between;

[1233] margin-bottom: 10px;

[1234] padding: 8px;

[1235] background: #f8f8f8;

[1236] border-radius: 4px;

[1237] }

[1238] .alert {

[1239] padding: 10px;

[1240] border-radius: 4px;

[1241] margin-bottom: 10px;

[1242] }

[1243] .alert.active {

[1244] background-color: #ffe0e0;

[1245] color: #d32f2f;

[1246] }

[1247] h2 {

[1248] color: #333;

[1249] margin-bottom: 20px;

[1250] }

[1251] .controls {

[1252] display: flex;

[1253] gap: 10px;

[1254] align-items: center;

[1255] }

[1256] < / style>

[1257]

[1258]

[1259]

[1260]

[1261] <h2> Current Temperature Status< / h2>

[1262]

[1263] Maximum TemperatureAlert: Not Active

[1264] Minimum TemperatureAlert: Not Active

[1265]

[1266]

[1267]

[1268]

[1269] Current Temperature:

[1270] --

[1271]

[1272]

[1273] All-time Maximum:

[1274] --

[1275]

[1276]

[1277] All-time Minimum:

[1278] --

[1279]

[1280]

[1281]

[1282]

[1283] Maximum Since Reset:

[1284] --

[1285]

[1286]

[1287] Minimum Since Reset:

[1288] --

[1289]

[1290] <syn-button variant="primary" id="resetButton"> Reset Min / Max Values

[1291]

[1292]

[1293]

[1294]

[1295] <h2> Temperature Alert Settings< / h2>

[1296]

[1297] <syn-input label="Maximum Temperature Alert"

[1298] type="number"

[1299] id="maxTempAlert"

[1300] help-text="Temperature above which an alertis triggered ( )">

[1301] <syn-input label="Minimum Temperature Alert"

[1302] type="number"

[1303] id="minTempAlert"

[1304] help-text="Temperature below which an alertis triggered (°C)">

[1305] <syn-button variant="primary" id="saveAlertSettings"> Save Alert Settings

[1306]

[1307]

[1308]

[1309] <script>

[1310] const baseUrl = ' / device';

[1311] let updateInterval;

[1312] async function fetchTemperatureData() {

[1313] try {

[1314] const response = await fetch(`{baseUrl} / parameters / 4352 / value?format=iodd`);

[1315] const data = await response.json();

[1316] document.getElementById('currentTemp').textContent =`{data.Current_temperature.value}°C`;

[1317] document.getElementById('maxTempAll').textContent = `{data.Max__temperature_all_time.value}°C`;

[1318] document.getElementById('minTempAll').textContent = `{data.Min__temperature_all_time.value}°C`;

[1319] document.getElementById('maxTempReset').textContent =`{data.Max__temperature_since_last_reset.value}°C`;

[1320] document.getElementById('minTempReset').textContent =`{data.Min__temperature_since_last_reset.value}°C`;

[1321] } catch (error) {

[1322] console.error('Error fetching temperature data:',error);

[1323] }

[1324] }

[1325] async function fetchAlertSettings() {

[1326] try {

[1327] const response = await fetch(`{baseUrl} / parameters / 4354 / value?format=iodd`);

[1328] const data = await response.json();

[1329] document.getElementById('maxTempAlert').value =data.Temperature_maximum.value;

[1330] document.getElementById('minTempAlert').value =data.Temperature_minimum.value;

[1331] } catch (error) {

[1332] console.error('Error fetching alert settings:',error);

[1333] }

[1334] }

[1335] async function fetchAlertStatus() {

[1336] try {

[1337] const response = await fetch(`{baseUrl} / parameters / 4355 / value?format=iodd`);

[1338] const data = await response.json();

[1339] const maxAlert = document.getElementById('maxAlert');

[1340] const minAlert = document.getElementById('minAlert');

[1341] maxAlert.className = data.Temperature_maximum.value ?'alert active' : 'alert';

[1342] minAlert.className = data.Temperature_minimum.value ?'alert active' : 'alert';

[1343] maxAlert.textContent = `Maximum Temperature Alert:{data.Temperature_maximum.value ? 'Active' : 'Not Active'}`;

[1344] minAlert.textContent = `Minimum Temperature Alert:{data.Temperature_minimum.value ? 'Active' : 'Not Active'}`;

[1345] } catch (error) {

[1346] console.error('Error fetching alert status:', error);

[1347] }

[1348] }

[1349] async function saveAlertSettings() {

[1350] const maxTemp = parseInt(document.getElementById('maxTempAlert').value);

[1351] const minTemp = parseInt(document.getElementById('minTempAlert').value);

[1352] try {

[1353] await fetch(`{baseUrl} / parameters / 4354 / value`, {

[1354] method: 'POST',

[1355] headers: {

[1356] 'Content-Type': 'application / json',

[1357] },

[1358] body: JSON.stringify({

[1359] "Temperature_maximum": {"value": maxTemp},

[1360] "Temperature_minimum": {"value": minTemp}

[1361] })

[1362] });

[1363] / / 显示成功反馈

[1364] alert('Alert settings saved successfully');

[1365] } catch (error) {

[1366] console.error('Error saving alert settings:', error);

[1367] alert('Error saving alert settings');

[1368] }

[1369] }

[1370] async function resetMinMax() {

[1371] try {

[1372] await fetch(`${baseUrl} / parameters / 4353 / value`, {

[1373] method: 'POST',

[1374] headers: {

[1375] 'Content-Type': 'application / json',

[1376] },

[1377] body: JSON.stringify({

[1378] "value": 1

[1379] })

[1380] });

[1381] / / 立即刷新温度数据

[1382] await fetchTemperatureData();

[1383] } catch (error) {

[1384] console.error('Error resetting min / max values:',error);

[1385] alert('Error resetting min / max values');

[1386] }

[1387] }

[1388] / / 事件监听器

[1389] document.getElementById('saveAlertSettings').addEventListener('click', saveAlertSettings);

[1390] document.getElementById('resetButton').addEventListener('click', resetMinMax);

[1391] / / 初始数据获取

[1392] fetchTemperatureData();

[1393] fetchAlertSettings();

[1394] fetchAlertStatus();

[1395] / / 设置定期更新

[1396] updateInterval = setInterval(() => {

[1397] fetchTemperatureData();

[1398] fetchAlertStatus();

[1399] }, 1000);

[1400] / / 页面卸载时清理

[1401] window.addEventListener('unload', () => {

[1402] if (updateInterval) {

[1403] clearInterval(updateInterval);

[1404] }

[1405] });

[1406] < / script>

[1407]

[1408]

[1409] < / artifact>

[1410] Suggestions for improvement:

[1411] 1. We can use ApexCharts to add a temperature trend chart to visualize temperature changes over time

[1412] 2. We can add validation for the alarm limits to ensure that the minimum value is always less than the maximum value

[1413] 3. We can add a confirmation dialog before resetting the minimum / maximum values

[1414] 4. We can add a temperature unit selection (although the device seems to only work for degrees Celsius)

[1415] 5. We can add visual indicators (such as arrows) to show whether the temperature is on an upward trend or a downward trend

[1416] User

[1417] Add dark theme toggle

[1418] LLM

[1419] I will use Synergy's theming capabilities to add a dark theme toggle.

[1420] <thinking>

[1421] No additional device variables are needed—this is purely a UI enhancement.

[1422] Will add:

[1423] - Theme switching button in the upper right corner

[1424] - Dark theme style for card and value display

[1425] - Persist the theme selection in localStorage

[1426] - Use Synergy's built-in dark theme for components

[1427] < / thinking>

[1428] <name> Temperature overview and settings with dark theme support< / name>

[1429] <artifact>

[1430] <!DOCTYPE html>

[1431]

[1432]

[1433] <title> Temperature Settings< / title>

[1434] <link rel="stylesheet" href="components / synergy.css">

[1435] <script type="module" src="components / synergy.js">< / script>

[1436] <style>

[1437] body {

[1438] font-family: Arial, sans-serif;

[1439] margin: 20px;

[1440] background-color: var(--syn-color-neutral-0);

[1441] color: var(--syn-color-neutral-900);

[1442] transition: background-color 0.3s ease, color 0.3s ease;

[1443] }

[1444] body.syn-theme-dark {

[1445] background-color: var(--syn-color-neutral-50);

[1446] color: var(--syn-color-neutral-900);

[1447] }

[1448] .container {

[1449] max-width: 800px;

[1450] margin: 0 auto;

[1451] }

[1452] .card {

[1453] background: var(--syn-color-neutral-0);

[1454] padding: 20px;

[1455] border-radius: 8px;

[1456] margin-bottom: 20px;

[1457] box-shadow: var(--syn-shadow-medium);

[1458] transition: background-color 0.3s ease;

[1459] }

[1460] body.syn-theme-dark .card {

[1461] background: var(--syn-color-neutral-100);

[1462] }

[1463] .grid {

[1464] display: grid;

[1465] grid-template-columns: repeat(2, 1fr);

[1466] gap: 20px;

[1467] margin-bottom: 20px;

[1468] }

[1469] .value-display {

[1470] display: flex;

[1471] justify-content: space-between;

[1472] margin-bottom: 10px;

[1473] padding: 8px;

[1474] background: var(--syn-color-neutral-50);

[1475] border-radius: 4px;

[1476] transition: background-color 0.3s ease;

[1477] }

[1478] body.syn-theme-dark .value-display {

[1479] background: var(--syn-color-neutral-200);

[1480] }

[1481] .alert {

[1482] padding: 10px;

[1483] border-radius: 4px;

[1484] margin-bottom: 10px;

[1485] transition: background-color 0.3s ease;

[1486] }

[1487] .alert.active {

[1488] background-color: var(--syn-color-error-100);

[1489] color: var(--syn-color-error-700);

[1490] }

[1491] body.syn-theme-dark .alert.active {

[1492] background-color: var(--syn-color-error-200);

[1493] color: var(--syn-color-error-900);

[1494] }

[1495] h2 {

[1496] color: var(--syn-color-neutral-900);

[1497] margin-bottom: 20px;

[1498] }

[1499] .controls {

[1500] display: flex;

[1501] gap: 10px;

[1502] align-items: center;

[1503] }

[1504] .header {

[1505] display: flex;

[1506] justify-content: space-between;

[1507] align-items: center;

[1508] margin-bottom: 20px;

[1509] }

[1510] .theme-toggle {

[1511] position: fixed;

[1512] top: 20px;

[1513] right: 20px;

[1514] }

[1515] < / style>

[1516]

[1517]

[1518]

[1519] <syn-button-group label="Theme Selection">

[1520] <syn-button size="small" id="themeToggle">

[1521]

[1522] < / syn-button>

[1523] < / syn-button-group>

[1524]

[1525]

[1526]

[1527] <h2> Current Temperature Status< / h2>

[1528]

[1529] Maximum TemperatureAlert: Not Active

[1530] Minimum TemperatureAlert: Not Active

[1531]

[1532]

[1533]

[1534]

[1535] Current Temperature:

[1536] --

[1537]

[1538]

[1539] All-time Maximum:

[1540] --

[1541]

[1542]

[1543] All-time Minimum:

[1544] --

[1545]

[1546]

[1547]

[1548]

[1549] Maximum Since Reset:

[1550] --

[1551]

[1552]

[1553] Minimum Since Reset:

[1554] --

[1555]

[1556] <syn-button variant="primary" id="resetButton"> Reset Min / Max Values

[1557]

[1558]

[1559]

[1560]

[1561] <h2> Temperature Alert Settings< / h2>

[1562]

[1563] <syn-input label="Maximum Temperature Alert"

[1564] type="number"

[1565] id="maxTempAlert"

[1566] help-text="Temperature above which an alertis triggered (°C)">

[1567] <syn-input label="Minimum Temperature Alert"

[1568] type="number"

[1569] id="minTempAlert"

[1570] help-text="Temperature below which an alertis triggered (°C)">

[1571] <syn-button variant="primary" id="saveAlertSettings"> Save Alert Settings

[1572]

[1573]

[1574]

[1575] <script>

[1576] const baseUrl = ' / device';

[1577] let updateInterval;

[1578] / / 主题处理

[1579] function initializeTheme() {

[1580] const savedTheme = localStorage.getItem('theme') || 'light';

[1581] setTheme(savedTheme);

[1582] }

[1583] function setTheme(theme) {

[1584] if (theme === 'dark') {

[1585] document.body.classList.add('syn-theme-dark');

[1586] document.getElementById('themeIcon').textContent = ' ';

[1587] } else {

[1588] document.body.classList.remove('syn-theme-dark');

[1589] document.getElementById('themeIcon').textContent = ' ';

[1590] }

[1591] localStorage.setItem('theme', theme);

[1592] }

[1593] function toggleTheme() {

[1594] const isDark = document.body.classList.contains('syn-theme-dark');

[1595] setTheme(isDark ? 'light' : 'dark');

[1596] }

[1597] async function fetchTemperatureData() {

[1598] try {

[1599] const response = await fetch(`{baseUrl} / parameters / 4352 / value?format=iodd`);

[1600] const data = await response.json();

[1601] document.getElementById('currentTemp').textContent =`{data.Current_temperature.value}°C`;

[1602] document.getElementById('maxTempAll').textContent = `{data.Max__temperature_all_time.value}°C`;

[1603] document.getElementById('minTempAll').textContent = `{data.Min__temperature_all_time.value}°C`;

[1604] document.getElementById('maxTempReset').textContent =`{data.Max__temperature_since_last_reset.value}°C`;

[1605] document.getElementById('minTempReset').textContent =`{data.Min__temperature_since_last_reset.value}°C`;

[1606] } catch (error) {

[1607] console.error('Error fetching temperature data:',error);

[1608] }

[1609] }

[1610] async function fetchAlertSettings() {

[1611] try {

[1612] const response = await fetch(`{baseUrl} / parameters / 4354 / value?format=iodd`);

[1613] const data = await response.json();

[1614] document.getElementById('maxTempAlert').value =data.Temperature_maximum.value;

[1615] document.getElementById('minTempAlert').value =data.Temperature_minimum.value;

[1616] } catch (error) {

[1617] console.error('Error fetching alert settings:',error);

[1618] }

[1619] }

[1620] async function fetchAlertStatus() {

[1621] try {

[1622] const response = await fetch(`{baseUrl} / parameters / 4355 / value?format=iodd`);

[1623] const data = await response.json();

[1624] const maxAlert = document.getElementById('maxAlert');

[1625] const minAlert = document.getElementById('minAlert');

[1626] maxAlert.className = data.Temperature_maximum.value ?'alert active' : 'alert';

[1627] minAlert.className = data.Temperature_minimum.value ?'alert active' : 'alert';

[1628] maxAlert.textContent = `Maximum Temperature Alert:{data.Temperature_maximum.value ? 'Active' : 'Not Active'}`;

[1629] minAlert.textContent = `Minimum Temperature Alert:{data.Temperature_minimum.value ? 'Active' : 'Not Active'}`;

[1630] } catch (error) {

[1631] console.error('Error fetching alert status:', error);

[1632] }

[1633] }

[1634] async function saveAlertSettings() {

[1635] const maxTemp = parseInt(document.getElementById('maxTempAlert').value);

[1636] const minTemp = parseInt(document.getElementById('minTempAlert').value);

[1637] try {

[1638] await fetch(`{baseUrl} / parameters / 4354 / value`, {

[1639] method: 'POST',

[1640] headers: {

[1641] 'Content-Type': 'application / json',

[1642] },

[1643] body: JSON.stringify({

[1644] "Temperature_maximum": {"value": maxTemp},

[1645] "Temperature_minimum": {"value": minTemp}

[1646] })

[1647] });

[1648] / / 显示成功反馈

[1649] alert('Alert settings saved successfully');

[1650] } catch (error) {

[1651] console.error('Error saving alert settings:', error);

[1652] alert('Error saving alert settings');

[1653] }

[1654] }

[1655] async function resetMinMax() {

[1656] try {

[1657] await fetch(`{baseUrl} / parameters / 4353 / value`, {

[1658] method: 'POST',

[1659] headers: {

[1660] 'Content-Type': 'application / json',

[1661] },

[1662] body: JSON.stringify({

[1663] "value": 1

[1664] })

[1665] });

[1666] / / 立即刷新温度数据

[1667] await fetchTemperatureData();

[1668] } catch (error) {

[1669] console.error('Error resetting min / max values:',error);

[1670] alert('Error resetting min / max values');

[1671] }

[1672] }

[1673] / / 事件监听器

[1674] document.getElementById('saveAlertSettings').addEventListener('click', saveAlertSettings);

[1675] document.getElementById('resetButton').addEventListener('click', resetMinMax);

[1676] document.getElementById('themeToggle').addEventListener('click', toggleTheme);

[1677] / / 初始化主题

[1678] initializeTheme();

[1679] / / 初始数据获取

[1680] fetchTemperatureData();

[1681] fetchAlertSettings();

[1682] fetchAlertStatus();

[1683] / / 设置定期更新

[1684] updateInterval = setInterval(() => {

[1685] fetchTemperatureData();

[1686] fetchAlertStatus();

[1687] }, 1000);

[1688] / / 页面卸载时的清理

[1689] window.addEventListener('unload', () => {

[1690] if (updateInterval) {

[1691] clearInterval(updateInterval);

[1692] }

[1693] });

[1694] < / script>

[1695]

[1696]

[1697] < / artifact>

[1698] Suggestions for improvement:

[1699] 1. We can add smooth transitions for theme changes to more elements.

[1700] 2. We can add system theme detection and automatic switching options.

[1701] 3. We can add a tooltip to the theme switching button to explain its function.

[1702] 4. We can add different color schemes for temperature values ​​(cool blue for low temperatures, warm red for high temperatures).

[1703] 5. Previous suggestions still apply (temperature trend charts, verification, confirmation dialog boxes, etc.).

[1704] user

[1705] Dark mode isn't dark enough :(

[1706] LLM

[1707] You're right! Let's make the dark theme a bit darker and have better contrast.

[1708] <thinking>

[1709] No device variables are needed—just update the theme colors.

[1710] Major changes:

[1711] - Darker background in dark mode

[1712] - Higher contrast text colors

[1713] - Darker card background

[1714] - Adjust the alarm color in dark mode for better visibility.

[1715] - Use more Synergy's dark theme color variables

[1716] < / thinking>

[1717] <name> Temperature overview and settings with appropriate dark theme< / name>

[1718] <artifact>

[1719] <!DOCTYPE html>

[1720]

[1721]

[1722] <title>Temperature Settings< / title>

[1723] <link rel="stylesheet" href="components / synergy.css">

[1724] <script type="module" src="components / synergy.js">< / script>

[1725] <style>

[1726] body {

[1727] font-family: Arial, sans-serif;

[1728] margin: 20px;

[1729] background-color: var(--syn-color-neutral-0);

[1730] color: var(--syn-color-neutral-900);

[1731] transition: background-color 0.3s ease, color 0.3s ease;

[1732] }

[1733] body.syn-theme-dark {

[1734] background-color: var(--syn-color-neutral-900);

[1735] color: var(--syn-color-neutral-100);

[1736] }

[1737] .container {

[1738] max-width: 800px;

[1739] margin: 0 auto;

[1740] }

[1741] .card {

[1742] background: var(--syn-color-neutral-0);

[1743] padding: 20px;

[1744] border-radius: 8px;

[1745] margin-bottom: 20px;

[1746] box-shadow: var(--syn-shadow-medium);

[1747] transition: all 0.3s ease;

[1748] }

[1749] body.syn-theme-dark .card {

[1750] background: var(--syn-color-neutral-800);

[1751] box-shadow: 0 4px 6px rgba(0, 0, 0, 0.3);

[1752] }

[1753] .grid {

[1754] display: grid;

[1755] grid-template-columns: repeat(2, 1fr);

[1756] gap: 20px;

[1757] margin-bottom: 20px;

[1758] }

[1759] .value-display {

[1760] display: flex;

[1761] justify-content: space-between;

[1762] margin-bottom: 10px;

[1763] padding: 8px;

[1764] background: var(--syn-color-neutral-50);

[1765] border-radius: 4px;

[1766] transition: all 0.3s ease;

[1767] }

[1768] body.syn-theme-dark .value-display {

[1769] background: var(--syn-color-neutral-700);

[1770] color: var(--syn-color-neutral-100);

[1771] }

[1772] .alert {

[1773] padding: 10px;

[1774] border-radius: 4px;

[1775] margin-bottom: 10px;

[1776] transition: all 0.3s ease;

[1777] background-color: var(--syn-color-neutral-100);

[1778] }

[1779] body.syn-theme-dark .alert {

[1780] background-color: var(--syn-color-neutral-700);

[1781] }

[1782] .alert.active {

[1783] background-color: var(--syn-color-error-100);

[1784] color: var(--syn-color-error-700);

[1785] }

[1786] body.syn-theme-dark .alert.active {

[1787] background-color: var(--syn-color-error-900);

[1788] color: var(--syn-color-error-200);

[1789] }

[1790] h2 {

[1791] color: var(--syn-color-neutral-900);

[1792] margin-bottom: 20px;

[1793] transition: color 0.3s ease;

[1794] }

[1795] body.syn-theme-dark h2 {

[1796] color: var(--syn-color-neutral-100);

[1797] }

[1798] .controls {

[1799] display: flex;

[1800] gap: 10px;

[1801] align-items: center;

[1802] }

[1803] .header {

[1804] display: flex;

[1805] justify-content: space-between;

[1806] align-items: center;

[1807] margin-bottom: 20px;

[1808] }

[1809] .theme-toggle {

[1810] position: fixed;

[1811] top: 20px;

[1812] right: 20px;

[1813] z-index: 1000;

[1814] }

[1815] / 深色主题特定的输入格式 /

[1816] body.syn-theme-dark syn-input::part(form-control-label),

[1817] body.syn-theme-dark syn-input::part(form-control-help-text) {

[1818] color: var(--syn-color-neutral-200);

[1819] }

[1820] / 温度值颜色 /

[1821] .value-display .temp-value {

[1822] font-weight: bold;

[1823] transition: color 0.3s ease;

[1824] }

[1825] body.syn-theme-dark .value-display .temp-value {

[1826] color: var(--syn-color-primary-400);

[1827] }

[1828] < / style>

[1829]

[1830]

[1831]

[1832] <syn-button-group label="Theme Selection">

[1833] <syn-button size="small" id="themeToggle">

[1834]

[1835] < / syn-button>

[1836] < / syn-button-group>

[1837]

[1838]

[1839]

[1840] <h2>Current Temperature Status< / h2>

[1841]

[1842] Maximum Temperature Alert: Not Active

[1843] Minimum Temperature Alert: Not Active

[1844]

[1845]

[1846]

[1847]

[1848] Current Temperature:

[1849] --

[1850]

[1851]

[1852] All-time Maximum:

[1853] --

[1854]

[1855]

[1856] All-time Minimum:

[1857] --

[1858]

[1859]

[1860]

[1861]

[1862] Maximum Since Reset:

[1863] --

[1864]

[1865]

[1866] Minimum Since Reset:

[1867] --

[1868]

[1869] <syn-button variant="primary" id="resetButton">Reset Min / Max Values< / syn-button>

[1870]

[1871]

[1872]

[1873]

[1874] <h2>Temperature Alert Settings< / h2>

[1875]

[1876] <syn-input label="Maximum Temperature Alert"

[1877] type="number"

[1878] id="maxTempAlert"

[1879] help-text="Temperature above which an alertis triggered (°C)">

[1880] <syn-input label="Minimum Temperature Alert"

[1881] type="number"

[1882] id="minTempAlert"

[1883] help-text="Temperature below which an alertis triggered (°C)">

[1884] <syn-button variant="primary" id="saveAlertSettings">Save Alert Settings< / syn-button>

[1885]

[1886]

[1887]

[1888] <script>

[1889] const baseUrl = ' / device';

[1890] let updateInterval;

[1891] / / 主题处理

[1892] function initializeTheme() {

[1893] const savedTheme = localStorage.getItem('theme') || 'light';

[1894] setTheme(savedTheme);

[1895] }

[1896] function setTheme(theme) {

[1897] if (theme === 'dark') {

[1898] document.body.classList.add('syn-theme-dark');

[1899] document.getElementById('themeIcon').textContent = ' ';

[1900] } else {

[1901] document.body.classList.remove('syn-theme-dark');

[1902] document.getElementById('themeIcon').textContent = ' ';

[1903] }

[1904] localStorage.setItem('theme', theme);

[1905] }

[1906] function toggleTheme() {

[1907] const isDark = document.body.classList.contains('syn-theme-dark');

[1908] setTheme(isDark ? 'light' : 'dark');

[1909] }

[1910] async function fetchTemperatureData() {

[1911] try {

[1912] const response = await fetch(`{baseUrl} / parameters / 4352 / value?format=iodd`);

[1913] const data = await response.json();

[1914] document.getElementById('currentTemp').textContent =`{data.Current_temperature.value}°C`;

[1915] document.getElementById('maxTempAll').textContent = `{data.Max__temperature_all_time.value}°C`;

[1916] document.getElementById('minTempAll').textContent = `{data.Min__temperature_all_time.value}°C`;

[1917] document.getElementById('maxTempReset').textContent =`{data.Max__temperature_since_last_reset.value}°C`;

[1918] document.getElementById('minTempReset').textContent =`{data.Min__temperature_since_last_reset.value}°C`;

[1919] } catch (error) {

[1920] console.error('Error fetching temperature data:',error);

[1921] }

[1922] }

[1923] async function fetchAlertSettings() {

[1924] try {

[1925] const response = await fetch(`{baseUrl} / parameters / 4354 / value?format=iodd`);

[1926] const data = await response.json();

[1927] document.getElementById('maxTempAlert').value =data.Temperature_maximum.value;

[1928] document.getElementById('minTempAlert').value =data.Temperature_minimum.value;

[1929] } catch (error) {

[1930] console.error('Error fetching alert settings:',error);

[1931] }

[1932] }

[1933] async function fetchAlertStatus() {

[1934] try {

[1935] const response = await fetch(`{baseUrl} / parameters / 4355 / value?format=iodd`);

[1936] const data = await response.json();

[1937] const maxAlert = document.getElementById('maxAlert');

[1938] const minAlert = document.getElementById('minAlert');

[1939] maxAlert.className = data.Temperature_maximum.value ?'alert active' : 'alert';

[1940] minAlert.className = data.Temperature_minimum.value ?'alert active' : 'alert';

[1941] maxAlert.textContent = `Maximum Temperature Alert:{data.Temperature_maximum.value ? 'Active' : 'Not Active'}`;

[1942] minAlert.textContent = `Minimum Temperature Alert:{data.Temperature_minimum.value ? 'Active' : 'Not Active'}`;

[1943] } catch (error) {

[1944] console.error('Error fetching alert status:', error);

[1945] }

[1946] }

[1947] async function saveAlertSettings() {

[1948] const maxTemp = parseInt(document.getElementById('maxTempAlert').value);

[1949] const minTemp = parseInt(document.getElementById('minTempAlert').value);

[1950] try {

[1951] await fetch(`{baseUrl} / parameters / 4354 / value`, {

[1952] method: 'POST',

[1953] headers: {

[1954] 'Content-Type': 'application / json',

[1955] },

[1956] body: JSON.stringify({

[1957] "Temperature_maximum": {"value": maxTemp},

[1958] "Temperature_minimum": {"value": minTemp}

[1959] })

[1960] });

[1961] / / 显示成功反馈

[1962] alert('Alert settings saved successfully');

[1963] } catch (error) {

[1964] console.error('Error saving alert settings:', error);

[1965] alert('Error saving alert settings');

[1966] }

[1967] }

[1968] async function resetMinMax() {

[1969] try {

[1970] await fetch(`{baseUrl} / parameters / 4353 / value`, {

[1971] method: 'POST',

[1972] headers: {

[1973] 'Content-Type': 'application / json',

[1974] },

[1975] body: JSON.stringify({

[1976] "value": 1

[1977] })

[1978] });

[1979] / / 立即刷新温度数据

[1980] await fetchTemperatureData();

[1981] } catch (error) {

[1982] console.error('Error resetting min / max values:',error);

[1983] alert('Error resetting min / max values');

[1984] }

[1985] }

[1986] / / 事件监听器

[1987] document.getElementById('saveAlertSettings').addEventListener('click', saveAlertSettings);

[1988] document.getElementById('resetButton').addEventListener('click', resetMinMax);

[1989] document.getElementById('themeToggle').addEventListener('click', toggleTheme);

[1990] / / 初始化主题

[1991] initializeTheme();

[1992] / / 初始数据获取

[1993] fetchTemperatureData();

[1994] fetchAlertSettings();

[1995] fetchAlertStatus();

[1996] / / 设置定期更新

[1997] updateInterval = setInterval(() => {

[1998] fetchTemperatureData();

[1999] fetchAlertStatus();

[2000] }, 1000);

[2001] / / 页面卸载时的清理

[2002] window.addEventListener('unload', () => {

[2003] if (updateInterval) {

[2004] clearInterval(updateInterval);

[2005] }

[2006] });

[2007] < / script>

[2008]

[2009]

[2010] < / artifact>

[2011] Changes made:

[2012] 1. The background color is darker in dark mode (neutral-900)

[2013] 2. Darker background on the card (neutral-800)

[2014] 3. Use neutral-100 to give text elements better contrast.

[2015] 4. Darker values ​​display the background (neutral-700)

[2016] 5. Adjusted the alarm color in dark mode for better visibility.

[2017] 6. Added specific dark mode styles to the Synergy input labels and help text.

[2018] 7. In Dark Mode, a bold temperature value with the primary-400 color has been added.

[2019] 8. Improved transitions for smoother theme switching.

[2020] 9. Enhanced shadow effects in Dark Mode.

[2021] The previous suggestions still apply, and in addition, we can:

[2022] 1. Add a color temperature indicator (gradient from blue to red) based on the current temperature.

[2023] 2. Add a tooltip that displays the historical minimum / maximum value when hovered over the current value.

[2024] 3. Add a visual thermometer / temperature gauge

[2025] 4. Add keyboard shortcuts for theme switching (e.g., Ctrl+D)

[2026] Appendix 4: Examples of User Prompts

[2027] I want a UI with the following characteristics:

[2028] 1. Visualized scan data (automatically updated every 500ms)

[2029] 1.1 Add a button to toggle whether automatic updates occur.

[2030] 2. Toggle for "Enable Particle Filter"

[2031] 3. I want to view / edit two fields.

[2032] 4. When the field is invaded, its color becomes orange; otherwise, it becomes green.

[2033] 5. Make parameters (such as blanking size) editable.

[2034] 6. Option to permanently save changes

[2035] 7. Provide feedback to users when changes are successful.

[2036] 8. Make the code easy to trace / debug in case any changes need to be made.

[2037] Appendix 5: LLM Response

[2038] I will create a UI that combines field visualization with parameter editing and status monitoring. Here are the features we need:

[2039] 1. For scanned data and field visualization: V_Field1P1, V_Field1P2, V_Field2P1, V_Field2P2

[2040] 2. For field states: V_FieldStatusResult1, V_FieldStatusResult2

[2041] 3. For particle filters: V_EnableParticleFilter

[2042] 4. Regarding the parameter: V_EvalCaseParameter

[2043] 5. For saving: V_SystemCommand (value 225 is used for saving)

[2044] <thinking>

[2045] V_Field1P1 (index 68):

[2046] - An array of 106 integers (16 bits each)

[2047] - Part 1 of the field definition in x / y coordinates

[2048] V_Field1P2 (index 89):

[2049] - An array of 100 integers (16 bits each) - Part 2 defined in field 1

[2050] V_Field2P1 (index 109):

[2051] - An array of 106 integers (16 bits each) - Part 1 of field 2 definition

[2052] V_Field2P2 (index 96):

[2053] - An array of 100 integers (16 bits each) - Part 2 of field 2 definition

[2054] V_FieldStatusResult1 (index 99):

[2055] - Complex records with multiple items

[2056] - Most importantly: Sub-index 2 (use case result) indicates the field status.

[2057] 0 = irrelevant

[2058] 1 = Field Idle

[2059] 2 = Field Intrusion

[2060] 3 = Field intrusion, but response time has not yet expired.

[2061] V_FieldStatusResult2 (index 185):

[2062] - A structure similar to V_FieldStatusResult1

[2063] - For the second game

[2064] V_EnableParticleFilter (index 84):

[2065] - Boolean

[2066] - Enable / disable particle filter

[2067] V_EvalCaseParameter (index 67):

[2068] - Records with 3 items:

[2069] 1. Blanking size (16-bit, 25-1000)

[2070] 2. Response time (16-bit, 69-30015)

[2071] 3. Duration output (16-bit, 69-30015)

[2072] V_SystemCommand (index 2):

[2073] - Value 225 is used for "Permanent Storage"

[2074] < / thinking>

[2075] <name>Field Visualization & Configuration Control Panel< / name>

[2076] <artifact>

[2077] <!DOCTYPE html>

[2078]

[2079] <title>Field Visualization & Configuration< / title>

[2080] <link rel="stylesheet" href="components / synergy.css"> <script type="module" src="components / synergy.js">< / script> <script src="components / scan-field-editor.js">< / script> <style>

[2081] body {

[2082] font-family: Arial, sans-serif;

[2083] margin: 20px;

[2084] background-color: #f5f5f5;

[2085] }

[2086] .container {

[2087] display: grid;

[2088] grid-template-columns: 2fr 1fr;

[2089] gap: 20px;

[2090] }

[2091] .visualization {

[2092] background: white;

[2093] padding: 20px;

[2094] border-radius: 8px;

[2095] box-shadow: 0 2px 4px rgba(0,0,0,0.1); }

[2096] .controls {

[2097] background: white;

[2098] padding: 20px;

[2099] border-radius: 8px;

[2100] box-shadow: 0 2px 4px rgba(0,0,0,0.1); }

[2101] .parameter-group {

[2102] margin-bottom: 20px;

[2103] }

[2104] .status-message {

[2105] padding: 10px;

[2106] margin: 10px 0;

[2107] border-radius: 4px;

[2108] display: none;

[2109] }

[2110] .success {

[2111] background-color: #d4edda;

[2112] color: #155724;

[2113] }

[2114] .error {

[2115] background-color: #f8d7da;

[2116] color: #721c24;

[2117] }

[2118] < / style>

[2119]

[2120]

[2121]

[2122]

[2123] <syn-button id="toggleUpdate">Start Auto-Update< / syn-button>

[2124] <syn-button id="saveChanges" variant="primary">Save Changes Permanently< / syn-button>

[2125]

[2126] <scan-field-editor>< / scan-field-editor>

[2127]

[2128]

[2129]

[2130]

[2131] <h3>Field Parameters< / h3>

[2132] <syn-switch id="particleFilter">Enable Particle Filter< / syn-switch>

[2133]

[2134] <h3>Evaluation Parameters< / h3>

[2135] <syn-input

[2136] id="blankingSize"

[2137] type="number"

[2138] label="Blanking Size"

[2139] min="25"

[2140] max="1000"

[2141] help-text="Range: 25-1000">

[2142]

[2143] <syn-input

[2144] id="responseTime"

[2145] type="number"

[2146] label="Response Time"

[2147] min="69"

[2148] max="30015"

[2149] help-text="Range: 69-30015">

[2150]

[2151] <syn-input

[2152] id="durationTime"

[2153] type="number"

[2154] label="Duration Time Output"

[2155] min="69"

[2156] max="30015"

[2157] help-text="Range: 69-30015">

[2158]

[2159]

[2160]

[2161]

[2162] <script>

[2163] const baseUrl = ' / device';

[2164] const scanFieldEditor = document.querySelector('scan-field-editor'); let updateInterval = null;

[2165] let lastField1Status = null;

[2166] let lastField2Status = null;

[2167] / / UI 元素

[2168] const toggleUpdateBtn = document.getElementById('toggleUpdate');

[2169] const particleFilterSwitch = document.getElementById('particleFilter'); const blankingSizeInput = document.getElementById('blankingSize');

[2170] const responseTimeInput = document.getElementById('responseTime');

[2171] const durationTimeInput = document.getElementById('durationTime');

[2172] const saveChangesBtn = document.getElementById('saveChanges');

[2173] const statusMessage = document.getElementById('statusMessage');

[2174] / / 用于显示状态消息的辅助函数 function showMessage(message, isError = false) {

[2175] statusMessage.textContent = message;

[2176] statusMessage.className = 'status-message ' + (isError ?'error' : 'success'); statusMessage.style.display = 'block';

[2177] setTimeout(() => {

[2178] statusMessage.style.display = 'none';

[2179] }, 3000);

[2180] }

[2181] / / 用于获取数据的辅助函数 async function fetchData(index) {

[2182] try {

[2183] const response = await fetch(`{baseUrl} / parameters / {index} / value?format=iodd`); if (!response.ok) throw newError(`HTTP error! status:{response.status}`); return awaitresponse.json();

[2184] } catch (error) {

[2185] console.error(`Error fetching data for index{index}:`, error); showMessage(`Error fetching data:{error.message}`, true); return null;

[2186] }

[2187] }

[2188] / / 用于发布数据的辅助函数

[2189] async function postData(index, data) {

[2190] try {

[2191] const response = await fetch(`{baseUrl} / parameters / {index} / value`, {

[2192] method: 'POST',

[2193] headers: {

[2194] 'Content-Type': 'application / json',

[2195] },

[2196] body: JSON.stringify(data)

[2197] });

[2198] if (!response.ok) throw new Error(`HTTP error! status:{response.status}`); showMessage('Changes savedsuccessfully');

[2199] return true;

[2200] } catch (error) {

[2201] console.error(`Error posting data for index{index}:`, error); showMessage(`Error saving changes:{error.message}`, true); return false;

[2202] }

[2203] }

[2204] / / 将数组数据转换为点 function arrayToPoints(data) {

[2205] const points = [];

[2206] const elements = Object.values(data).map(e => e.value);for (let i = 0; i < elements.length; i += 2) {

[2207] if (elements[i] !== 0 || elements[i + 1] !== 0) {

[2208] points.push({

[2209] x: elements[i],

[2210] y: elements[i + 1]

[2211] });

[2212] }

[2213] }

[2214] return points;

[2215] }

[2216] / / 基于状态更新场颜色

[2217] function updateFieldColors(field1Status, field2Status) {

[2218] const colors = [

[2219] {

[2220] fill: field1Status === 2 ? 'rgba(255, 165, 0,0.3)' : 'rgba(0, 255, 0, 0.3)', border: field1Status ===2 ? 'rgb(255, 165, 0)' : 'rgb(0, 255, 0)'

[2221] },

[2222] {

[2223] fill: field2Status === 2 ? 'rgba(255, 165, 0,0.3)' : 'rgba(0, 255, 0, 0.3)', border: field2Status ===2 ? 'rgb(255, 165, 0)' : 'rgb(0, 255, 0)'

[2224] }];

[2226] scanFieldEditor.setFieldColors(colors); }

[2227] / / 更新可视化

[2228] async function updateVisualization() {

[2229] / / 获取场定义

[2230] const [field1P1, field1P2, field2P1, field2P2] = awaitPromise.all([

[2231] fetchData(68),

[2232] fetchData(89),

[2233] fetchData(109),

[2234] fetchData(96)]);

[2236] if (field1P1 && field1P2 && field2P1 && field2P2) {

[2237] const field1Points = [...arrayToPoints(field1P1),...arrayToPoints(field1P2)];

[2238] const field2Points = [...arrayToPoints(field2P1),...arrayToPoints(field2P2)];

[2239] scanFieldEditor.setFields([field1Points,field2Points]); }

[2240] / / 获取场状态

[2241] const [status1, status2] = await Promise.all([

[2242] fetchData(99),

[2243] fetchData(185)]);

[2245] if (status1 && status2) {

[2246] const field1Status = status1.Case_result.value;

[2247] const field2Status = status2.Case_result.value;

[2248] if (field1Status !== lastField1Status || field2Status!== lastField2Status) {

[2249] updateFieldColors(field1Status, field2Status);

[2250] lastField1Status = field1Status;

[2251] lastField2Status = field2Status;

[2252] }

[2253] }

[2254] }

[2255] / / 初始化参数

[2256] async function initializeParameters() {

[2257] / / 获取粒子滤波器状态

[2258] const particleFilter = await fetchData(84);if (particleFilter) {

[2259] particleFilterSwitch.checked = particleFilter.value;}

[2260] / / 获取评估参数

[2261] const evalParams = await fetchData(67); if(evalParams) {

[2262] blankingSizeInput.value = evalParams.Blanking_size.value; responseTimeInput.value = evalParams.Response_time.value; durationTimeInput.value = evalParams.Duration_time_output.value;

[2263] }

[2264] }

[2265] / / 事件监听器

[2266] toggleUpdateBtn.addEventListener('click', () => {

[2267] if (updateInterval) {

[2268] clearInterval(updateInterval);

[2269] updateInterval = null;

[2270] toggleUpdateBtn.textContent = 'Start Auto-Update';} else {

[2271] updateVisualization();

[2272] updateInterval = setInterval(updateVisualization,500); toggleUpdateBtn.textContent = 'Stop Auto-Update';

[2273] }

[2274] });

[2275] particleFilterSwitch.addEventListener('syn-change', async (e)=> {

[2276] await postData(84, { value: e.target.checked});});

[2277] async function updateEvalParameters() {

[2278] const data = {

[2279] Blanking_size: { value: parseInt(blankingSizeInput.value)}, Response_time: { value: parseInt(responseTimeInput.value)}, Duration_time_output: { value:parseInt(durationTimeInput.value)}

[2280] };

[2281] await postData(67, data);

[2282] }

[2283] blankingSizeInput.addEventListener('syn-change',updateEvalParameters); responseTimeInput.addEventListener('syn-change', updateEvalParameters); durationTimeInput.addEventListener('syn-change', updateEvalParameters);

[2284] saveChangesBtn.addEventListener('click', async () => {

[2285] await postData(2, { value: 225});

[2286] });

[2287] / / 初始化

[2288] initializeParameters();

[2289] updateVisualization();

[2290] < / script>

[2291]

[2292]

[2293] < / artifact>

[2294] Suggestions for improvement:

[2295] 1. Add validation before sending parameter input to ensure they are within the valid range.

[2296] 2. Add a loading indicator when fetching / saving data.

[2297] 3. Added error handling for cases where the field cannot be resolved correctly.

[2298] 4. Add a way to reset the field to its default value.

[2299] 5. Add tooltips explaining the function of each parameter.

[2300] 6. Add export / import field configuration methods

[2301] 7. Add visualization of the current scan data (not just the field).

[2302] 8. Add a way to switch between different field configurations.

[2303] 9. Add a confirmation dialog box before saving changes permanently.

[2304] 10. Add keyboard shortcuts for common operations

[2305] Do you want me to implement any of these improvements?< / artifact> < / name> < / thinking> < / index> < / index> < / index> < / artifact> < / thinking>

Claims

1. A method for creating a graphical interface for at least one sensor, the method comprising: - Transmit sensor description data to the language model, wherein the sensor description data describes the at least one sensor; - Transmit display data to the language model, wherein the display data contains information about the data of the at least one sensor to be displayed in the graphical interface; and - Instructs the language model to create the graphical interface based on the sensor description data and the display data.

2. The method according to claim 1, in, The sensor description data is transmitted to the language model during the prompt.

3. The method according to claim 1, in, The sensor description data is based on the device description.

4. The apparatus according to claim 3, further comprising: The device description is divided into multiple segments.

5. The method according to claim 4, further comprising: Calculate the embeddings of the plurality of segments; as well as The embedded data is used as sensor description data.

6. The method according to claim 1, further comprising: Transmit the communication interface description to the language model.

7. The method according to claim 1, further comprising: Display data based on user requests.

8. The method according to claim 1, further comprising: An example of transmitting a description of the graphical interface to the language model.

9. The method according to claim 1, further comprising: Data describing the graphical interface is obtained from the language model.

10. The method of claim 9, further comprising: Instruct the language model to adjust the graphical interface.

11. The method according to claim 1, in, The data describing the graphical interface is specified in HTML format.

12. The method according to claim 1, further comprising: The large language model is instructed to create thought chain prompts.

13. The method according to claim 1, in, The large language model has, or is based on, at least one of the following models: ChatGPT or Deepseek.

14. An apparatus for creating a graphical interface for at least one sensor, the apparatus comprising: - A tool for transmitting sensor description data to a language model, wherein the sensor description data describes the at least one sensor; - A tool for transmitting display data to the language model, wherein the display data contains information about data from the at least one sensor to be displayed in the graphical interface; and - A tool for instructing the language model to create the graphical interface based on the sensor description data and the display data.

15. A computer-readable storage medium comprising a command that, when executed by a computer, causes the computer to perform the method according to claim 1.

16. The method according to claim 1, wherein, The language model is a large language model.

17. The apparatus according to claim 14, wherein, The language model is a large language model.

Images