Datasets:

Treza12

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DataImTestnew

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{'output': "The image is a 3D graph displaying energy consumption data for various sensors. The graph is color-coded to indicate the correlation between the sensors' energy consumption. The colors yellow, green, and blue are used to represent the strength of the correlation.\n\nYellow indicates a positive correlation, meaning that", 'partial': False}

FridgeCoffeeMachine.jpg

{'output': "The time series visualization shows a graph with multiple sensors' energy consumption data. The graph is color-coded, with yellow indicating a positive correlation, green representing no correlation, and blue signifying an inverse correlation. The graph displays a series of data points, with some points being closer to the x-axis and", 'partial': False}

KettleCoffeeMachine.jpg

{'output': "The time series visualization displays a graph with three different colored lines, each representing a different sensor's energy consumption. The yellow line represents a sensor with a strong correlation, the green line represents a sensor with no correlation, and the blue line represents a sensor with an inverse correlation. The graph shows the energy consumption of", 'partial': False}

MicroweaveCoffeeMachine.jpg

{'output': 'The image is a 3D graph showing energy consumption data for various sensors over time. The graph is color-coded, with yellow representing a positive correlation, green indicating no correlation, and blue representing an inverse correlation. The sensors are arranged in a grid-like pattern, with each sensor represented by a line', 'partial': False}

PrinterCoffeeMachine.jpg

{'output': 'The image is a 3D graph showing energy consumption data for multiple sensors over time. The graph is color-coded, with yellow representing a positive correlation, green indicating no correlation, and blue representing an inverse correlation. The sensors are arranged in a grid, with each sensor represented by a line on the graph', 'partial': False}

WaterDispenserCoffeeMachine.jpg

{'output': "The image shows a time series visualization with a 3D graph of sensors' energy consumption. The graph is color-coded, with yellow indicating a correlation, green representing no correlation, and blue signifying an inverse correlation. The graph displays multiple time series data points, with each point corresponding to a specific time", 'partial': False}

KettleFridge.jpg

{'output': "The image is a 3D graph displaying time series data of energy consumption for various sensors. The graph is color-coded, with yellow representing a positive correlation, green indicating no correlation, and blue representing an inverse correlation. The graph shows multiple sensors' energy consumption over time, with each sensor represented by a", 'partial': False}

MicroweaveFridge.jpg

{'output': 'The image is a 3D graph displaying energy consumption data for sensors over time. The graph is color-coded, with yellow representing a positive correlation, green indicating no correlation, and blue representing an inverse correlation. The graph shows multiple sensors, each with their own energy consumption patterns.\n\nThere are three', 'partial': False}

PrinterFridge.jpg

{'output': "The image is a 3D graph showing energy consumption data for sensors over time. The graph is color-coded to indicate the correlation between the sensors' energy consumption. Yellow represents a positive correlation, green indicates no correlation, and blue represents an inverse correlation.\n\nThe graph displays multiple sensors,", 'partial': False}

WaterDispenserFridge.jpg

{'output': "The image is a 3D graph displaying energy consumption data for various sensors. The graph is color-coded, with yellow representing a positive correlation, green indicating no correlation, and blue representing an inverse correlation. The graph shows a series of time series data, with each sensor's energy consumption plotted on the", 'partial': False}

MicroweaveKettle.jpg

{'output': "The image is a 3D graph displaying energy consumption data for various sensors over time. The graph is color-coded to indicate the correlation between the sensors' energy consumption. The color scheme consists of yellow for positive correlation, green for no correlation, and blue for inverse correlation.\n\nThere are multiple sens", 'partial': False}

PrinterKettle.jpg

{'output': "The time series visualization displays energy consumption data for a set of sensors over time. The data is color-coded to indicate the correlation between the sensors' energy consumption. The colors include yellow for positive correlation, green for no correlation, and blue for negative correlation.\n\nIn the image, there are two", 'partial': False}

WaterDispenserKettle.jpg

{'output': 'The image is a 3D graph showing the energy consumption of various sensors over time. The graph is color-coded, with yellow representing a positive correlation, green indicating no correlation, and blue representing an inverse correlation. The graph displays multiple time series, each with different energy consumption patterns.\n\nIn the image', 'partial': False}

PrinterMicroweave.jpg

{'output': "The image is a 3D graph showing energy consumption data for various sensors over time. The graph is color-coded, with yellow indicating a correlation, green representing no correlation, and blue signifying an inverse correlation. The time series visualization displays multiple lines, each representing a different sensor's energy consumption data", 'partial': False}

WaterDispenserMicroweave.jpg

{'output': 'The image is a 3D graph displaying time series data for energy consumption. The graph is color-coded to represent the correlation between the energy consumption and the time series. The colors yellow, green, and blue are used to indicate the strength of the correlation.\n\nYellow represents a positive correlation, meaning that', 'partial': False}

WaterDispenserPrinter.jpg