I am a user of the CBE Thermal Comfort tool and I have noticed that the comfort categories are displayed differently according to type of chart (output variables) that is chosen. Specifically for the "Psychrometric chart" vs "Relative Humidity vs air temperature". Please find screenshot attached.
It there something I am missing or is there an error in the display?
Thank you for reporting this issue. The bug was caused by an error in the calculation of the PMV. In one of the two charts we were not calculating the PMV using the relative airspeed and in the other we were double counting the dynamic clothing insulation.
I believe I have fixed the issue and released a new version of the CBE Thermal Comfort Tool v2.2.0.
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How do I add Highcharts Stock series options to Justpy code? Specifically, I want to add:
hollow candlestick
Stock tools
I am working my way through the Justpy documentation and can't figure out how to change the "series : type" in examples 1 & 2 from "candlestick" to "hollowcandlestick".
Each of my attempts resulted in a blank webpage. (I also tried "hlc" and got the same result.)
I also want to add "Stock Tools". I am guessing the process is about the same as the "hollowcandlestick". But, I have figured it out yet.
Note: According to the Highcharts API, Stock tools requires Highcharts version 7. What version is Justpy using?
It's important to find out whether Justpy, allow to load addition modules.
While the candlestick series is listed in the documentation, it's hollowcandlestick modification originally from Highcharts requires an additional module.
It is best to report to Justpy whether they support these series.
I have a struggle to present my data with radar graph plugin for Grafana. My goal is to obtain something like in this picture:
Single branch represents an object. Points on the branch represent object's properties.
Can anybody support me with a simple instruction?
Edit 1.
I've tried to set it like it is in the link.
Result.
It is not clear which kind of radar plugin are you using. Did you try https://grafana.com/grafana/plugins/snuids-radar-panel and did you read plugin documentation ?
Snuids radar seems to be slightly broken in the latest versions of Grafana and InfluxDB.
To get the above working (albeit not 100%) you need to use a time-series format.
See https://github.com/snuids/grafana-radar-panel/issues/22 for the issue.
According to this help document
http://community.jaspersoft.com/documentation/jasperreports-server-user-guide/v56/creating-calculated-field
I should be able to create a calculated field or measure for a Jaspersoft Adhoc view. However I don't seem to have this functionality available to me since I don't have the icon required to click on to create these things. Does anyone know if this is a new feature or whether this has something to do with restrictions on functionality due to licencing or something? Is there another way to create a calculated measure that I can use as a work around considering I don't have the correct icon to enable this feature ?
What version of JasperReports Server are you in? You can chek this in the login page, on the bottom left corner there is an About Jaspersoft link. There you can also check the license type.
This feature is available only for commercial edition.
So I guess you are a customer: have you tried reaching out to Jaspersoft support?
https://support.jaspersoft.com
I have use case where I would like to control what is displayed on a map using a linear gauge (in edit mode) from Maps Pro and Widgets Pro. In other words, when I change the value on the linear gauge, I would like the values on the map to change. I know I can probably do this by refreshing the whole report. However, I was wondering if there was a better AJAX like way of doing this using iReports Designer and Jaspersoft Reports server. There are other tables and the such on the page, I have no need to refresh.
I am guessing the answer to this is probably no, based on what I know of Jasper so far. However, I would like to do my due diligence and ask?
Please let me know if there is a way to do this. How cool would this be? It would be even cooler if I could change the values on the map as the pointer on the linear gauge was changing.
Thanks in advance.
right now I'm implementing a basic PDF viewer, and I came across the problem that some files are displayed with wrong (too intense, too bright) colors for text and vector graphics when rendered on the device and in the simulator.
Since I have access to calibration hardware, I could create ICC profiles for the device with test data.
The only question I have now: Is there a way to use ICC profiles to aid the rendering of PDF data on the iPad's screen?
If someone wonders: I plan to target iOS 4.x on the iPad and possibly on the iPhone.
Thanks in advance!
I worked around this issue (of having PDFs render in different colors than pre-computed preview bitmaps) by generating all PDFs using sRGB (you can select this, for instance, in InDesign export settings).
Right now, iOS lacks a system-wide CMS like ColorSync.
What I would try to do is:
calibrate your iPad,
calculate the color transform from the ICC profile your calibrator gives you,
run that transform on the color values you display from the PDF data.
See where that gets you. There may be a lot of variance across the displays you are targeting (maybe different manufacturer batches == slightly different whitepoints, or something) but maybe that will assuage your problem.
... Which, since unlike some people, you're not defining that problem for 'perfect color reproduction in iOS' and as such, your problem is most likely quite solvable.
Bruce Lindbloom has a lot of color-conversion math (constants, definitions, etc) and his site is a great place to start, for this sort of thing.
http://www.brucelindbloom.com/
Since most Cocoa devs can depend on ColorSync, I haven't run across any relevant color transformation examples in Obj-C. There are plenty in Python that I know of -- python-colormath is a good example, with legible implementations of many of Mr. Lindbloom's matrices and transformations:
http://code.google.com/p/python-colormath/
... you may also be able to embed OpenCV in your iOS project. OpenCV has native matrix data structures and other useful things for you, if you are doing this kind of thing:
http://www.cs.iit.edu/~agam/cs512/lect-notes/opencv-intro/
This is an area of interest for me, so let me know if you'd like me to elaborate on any of what I've provided. Good luck.