Temperature Sensor Graph Filters | Jolt Web Portal
Overview The Temperature Sensor Graph Filters feature in the Jolt Web Portal allows you to review temperature readings from your sensors in an organized and detailed graphical format. This functionality works for both Bluetooth and LoRa sensors. By using various filters, you can customize the graph to display the exact information you need.
Getting Started
1. Accessing the Graphs
Log into the Jolt Web Portal.
Navigate to Sensors.
Click on Graphs to view the graphical representation of your sensor data.
2. Understanding the Graph View
Graph View Options:
Normal View: Displays a separate graph for each individual sensor.
Location View: Shows a combined graph with data from all sensors at a specific location.
3. Configuring Display View
Choose Display Options:
Maximum Temperature Reading: Shows the highest temperature recorded.
Minimum Temperature Reading: Shows the lowest temperature recorded.
Average Temperature Reading: Displays the average temperature over the selected time period.
All Three Options: You can display maximum, minimum, and average readings simultaneously.
4. Applying Filters
Locations:
Choose which locations’ data you want to filter and display on the graph.
Sensors:
Select which sensors you want to include on the graph. You can choose to display data from one or multiple sensors.
Inactive Sensors Filter:
Active: Show only sensors that are currently active.
Inactive: Show only sensors that are currently inactive.
Both: Display data from both active and inactive sensors.
Reading Type:
Choose the type of reading to display:
Temperature: View temperature readings.
Humidity: View humidity readings (if using sensors with humidity functionality).
Battery Reading: View battery levels of the sensors.
Date Range:
Select the time period for which you want to view data. Options range from the last 30 minutes to the last year.
Granularity:
Choose the frequency of data points displayed on the graph:
Minimum: One reading every 10 minutes.
Maximum: One reading per day.
Scenario Conditions:
Choose to display any scenarios associated with the sensors:
SHOW: Displays a horizontal line on the graph indicating the scenario condition.
Connect Data Points:
Decide whether to show or hide gaps in the data where no sensor readings were sent:
Show Gaps: Displays gaps where data is missing.
Hide Gaps: Hides the gaps, providing a continuous line.
Graph Example
Here’s an example of how the settings impact the graph:
Normal View might show individual graphs for each sensor’s temperature readings.
Location View provides a consolidated graph combining data from all sensors at that location.
Granularity options adjust how frequently data points are plotted, affecting the graph’s detail level.
Visual Examples
Graph View:
Example of Normal View Graph
Example of Location View Graph
Scenario Conditions:
Example with Scenario Line
Connect Data Points:
Example Showing Data Gaps
Example Hiding Data Gaps
FAQ
Q: How do I choose which sensors to display on the graph? A: Use the Sensors filter to select one or multiple sensors. The graph will update to show data only from the chosen sensors.
Q: What does the "Inactive Sensors Filter" do? A: This filter allows you to choose between displaying data from active sensors only, inactive sensors only, or both. This helps in managing and analyzing sensor data more effectively.
Q: How can I see data for a specific date range? A: Use the Date Range filter to select the time period you are interested in. The graph will display data for the selected range.
Q: What is the purpose of the "Connect Data Points" option? A: This option controls whether gaps in the data (where no readings were recorded) are shown or hidden, affecting the continuity of the graph line.
Q: How can I understand the scenario conditions on the graph? A: Selecting SHOW for scenario conditions will add a horizontal line to the graph indicating the scenario status. This helps in identifying when specific conditions were met.