- #2016 edrawings viewer crashes serial#
- #2016 edrawings viewer crashes android#
- #2016 edrawings viewer crashes code#
This is not caused by unhandled code error or memory sharing issues or anything else that causes a crash. Since SolidWorks does not release all objects when a document is closed that number it uses continuously increases with each new document opened.Ĭan this be used to predict when SOLIDWORKS will crash? Predicting a SOLIDWORKS CrashĪs mentioned earlier this is not technically a crash, if SOLIDWORKS reaches the 10,000 object limit windows terminates the process. What does all this have to do with SOLIDWORKS crashing? Windows has a default limit that a single process can only access 10,000 GDI objects. The default behaviour now is to release those handles, however not all of them are released. Prior so SOLIDWORKS 2011 SP4 if a part was open in an assembly and its own window when that window was closed it would not release those GDI objects. GDI objects are used for the chrome of the graphics area, so every time a new document is opened the number of GDI objects used by SOLIDWORKS will increase. For maximum performance the Graphics area takes advantage of OpenGL which gives more direct access to the video processing hardware. GDI objects are used to draw window elements that are not in the graphics area in SolidWorks.
We plan to add a single pushbutton and rotary encoder knob for all functions including modifying the display parameters (limit AoA values, the position of the annotations for various "interesting" values of AoA, scaling of the ball to airspeed, etc.What I am showing is not technically a crash, but to users of SOLIDWORKS the result is the same. The high brightness display is really the main reason why we're choosing not to go with a regular smart phone. It will have a high brightness (at least 1000 nit) LCD panel. It will contain a paired XBee radio to get data from the probe.
#2016 edrawings viewer crashes android#
The display will be an embedded Android board (probably a BeagleBone Black) running a stock Android that's been tricked up to launch our app on startup. So it would be almost like airspeed "comes alive" on the runway, within a matter of milliseconds, without waiting for devices to pair with each other or DHCP handshakes over Wi-Fi or any of that. Our hope is that the innards of the probe, and the radio link, will be simple enough that, as soon as the windmill starts turning, the probe will produce data, which will be immediately visible on the receiving end.
#2016 edrawings viewer crashes serial#
The sensor readings will be scanned by an Arduino, converted to engineering units, and then pumped onto the serial link. via coded rotary switches), so the link is basically a simple "wireless wire." It should also remove the need to "pair" radios - each probe and display will have a hexadecimal code baked in (e.g.
This will ensure that we do not interfere with Wi-Fi or Bluetooth devices used by the pilot elsewhere. We have an idea for adding TAS to the Airball display for even better situational awareness.įor the radio link to the display, we expect we'll probably use a point-to-point XBee. We may consider adding a measurement of barometric pressure, and a temperature probe, allowing us to infer true airspeed. Where the XX is a checksum and the newline ends each "sentence." This is very similar to NMEA sentences emitted by GPS receivers.
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