Welcome to AUTOMATED GREEN HOUSE SYSTEM Blog. This Project is by Software Engineering members of GROUP-66 Year 4 2015, Makerere University. Automated greenhouse system is an embedded system that will provide control of greenhouse climate or environment conditions such as temperature, light, irrigation and humidity from a single computer and reduce labor required in greenhouse maintenance.
The interface is being modified, The live graphs are also being programmed to be imported into the LIVE GRAPH place holders. Menu items are also being brain stormed about.
It's not a bad idea though it makes a user fail to understand the system mode or status that is currently in use. Ie when is it in manual and when is it in automatic mode coz all screens are appearing
looking at the interface, I think we should have a provision where the each parameter has it own page to display the the graph of the reading.This interface looks so congested with temperature, humidity and light intensity humidity all in one page. it would be a better idea to make a tabbed pane where a user selects which feature to view. thanks.
looking at the interface, I think we should have a provision where the each parameter has it own page to display the the graph of the reading.This interface looks so congested with temperature, humidity and light intensity humidity all in one page. it would be a better idea to make a tabbed pane where a user selects which feature to view. thanks.
@Payne the minimal manual controls are to be displayed on the first screen with everything else. Then the full Manual control will be accessed via radio button, but the manual mode is not going to be a permanet window, it will just appear in MODE CONTROL which is then closed after. The rows will fit with the vertical progress and system status bars.
Am working to bring hte live graph to the user interface
ReplyDeleteThe rows are pretty too small and are most likely to cause design problems while adding some other components like progress bars
DeleteThe data being plotted on the live graph shall be read from the database which will be storing read values from the system.
DeleteThey are larger, when seen from the real computer.
Delete@paul alex, your right, but it wouldnt be bad to hardcode the values directly into the system
DeleteIt's not a bad idea though it makes a user fail to understand the system mode or status that is currently in use. Ie when is it in manual and when is it in automatic mode coz all screens are appearing
ReplyDeletethats just a minimal manual tool access, there will be a button for full manual view
DeleteI think we shd b registered for ACIA by now. Michael u know ur incharge of that .
ReplyDeleteJust a few more working onto the prototype then we put it up, so send me your mail details
Deletelooking at the interface, I think we should have a provision where the each parameter has it own page to display the the graph of the reading.This interface looks so congested with temperature, humidity and light intensity humidity all in one page.
ReplyDeleteit would be a better idea to make a tabbed pane where a user selects which feature to view. thanks.
looking at the interface, I think we should have a provision where the each parameter has it own page to display the the graph of the reading.This interface looks so congested with temperature, humidity and light intensity humidity all in one page.
ReplyDeleteit would be a better idea to make a tabbed pane where a user selects which feature to view. thanks.
its not conjested, u guys are seing small rows in the image but its much larger than that
Delete@Payne the minimal manual controls are to be displayed on the first screen with everything else. Then the full Manual control will be accessed via radio button, but the manual mode is not going to be a permanet window, it will just appear in MODE CONTROL which is then closed after. The rows will fit with the vertical progress and system status bars.
ReplyDelete