Jd Point V5.2 Home

[Natalí Stibb]

Iam running into an issue where my point symbols are not displaying in the correct location when displayed in a dynaview while drafting. I have created a point label style and applied it to two points. The point symbols show in plan view in the right location. Then in sheet view the point symbols are placed very far outside the dynaview. When i turn off "Show point symbols" the default point symbol shows in the dynaview in the correct location. Below are some picture showing the issue.

I ran into the same issue running v5.2. If you add a symbol to a point and rotate your dynaview, it will rotate the points in sheet view for some reason. As long as you don't add a symbol to a point (not ideal for drafting), you can rotate your dynaview and still see your points.I made a Trimble support case and they were able to recreate the issue. They said it must be a bug. They figured it would be fixed by the next patch. I ended up opening my drawing back up in 5.1 and was able to use point symbols with a rotated dynaview.

I am and am not seeing it in 5.3. I have a project that was created in 5.20 that when opened in 5.30 still has the rotated point symbol problem. I recreated the project from scratch in 5.3 and the points show up in the correct spot. I'll continue to test this and let you know if I find something different.

I spoke too soon. I realized I didn't have a dxf file imported into my recreated design. As soon as I imported that file the point symbols moved. I could toggle off the dxf in the view filter manager and the point symbols would return to their proper location. I've included some screen shots below.

We looked at a file that Richard shared with me yesterday and found that when we turned off a number of data layers in the View Filter that the Symbol Rotation Issue went away at one point, so we have tracked this down to some piece of data / data type is causing this problem to trigger and the Development Team are now looking at what that cause is. Apologies that this was missed, but in tests on clean data the problem that we had identified in 5.2 was addressed - it now seems that there was something more to this than we had found earlier.

MET/TEMP II software enables you to easily automate the calibration on a wide range of temperature sensors. It provides a comprehensive temperature calibration solution for testing batches of sensors, calculating characterization coefficients and printing calibration reports. You can standardize comparison or fixed point calibrations, and use multiple temperature sources or references in a single test. Version 5.2 updates the popular MET/TEMP II software by offering compatibility with the Microsoft Windows 7, 8, 10, and 11 operating systems and including support for the 6109A and 7109A Portable Calibration Baths, the 1586A Super-DAQ Precision Temperature Scanner, and multiple COM ports without a SmartSwitch.

MET/TEMP II fully automates batch calibrations of your platinum resistance thermometers (PRTs), thermistor and thermocouple sensors, freeing your time for more important tasks. You can be confident your results are consistent no matter who does the job since MET/TEMP II monitors and controls the calibration process.

MET/TEMP II v5.2 is an updated version of trusted, well-known software that easily connects to your Fluke Calibration equipment. Hundreds of customers worldwide use this software in their calibration labs. Version 5.2 maintains the structure and work flow that users know and like.

The MET/TEMP II user interface guides you through configuring/running a calibration test, calculating sensor coefficients, and preparing a report of calibration. Calibration professionals of all levels will can easily learn and benefit from the time saving features of MET/TEMP II software.

You may calibrate most of your secondary standard sensors against a reference sensor or against calibrated heat sources. But do you need a higher level of accuracy than a comparison calibration can give you? MET/TEMP II can calibrate your secondary standard or primary standard sensors using fixed-point cells. If you prefer, MET/TEMP II lets you combine comparison and fixed-point cell measurements during the same calibration. You can also do a triple-point of water measurement before and/or after your comparison points.

Perform calibrations using a variety of digital thermometer readouts, from handhelds to high-precision bench-top models, and an assortment of heat sources including dry-wells, Metrology Wells, Micro Baths, calibration baths and furnaces.

MET/TEMP II maintains all test equipment information and calibration status in a database, as well as unit under test (UUT) sensor information including customer names and address, which are used when printing reports. MET/TEMP II can also export data to be added to a Work Order in Fluke MET/TEAM.

The Coefficients and Tables utility calculates characterization coefficients for PRT, thermistor, and thermocouple probes. The types of coefficients that can be calculated are ITS-90, IPTS-68, Callendar-Van Dusen, and polynomial functions for PRTs; polynomial for thermistors; and coefficients for thermocouple types B, E, J, K, N, R, S, T, and AuPt. Characterization coefficients and test data acquired by MET/TEMP II can be exported to a text file.

Are you concerned about the quality of the data acquired from a questionable sensor? The Coefficients and Tables utility calculates residuals at each set-point to give you an indication of the quality of the data used to characterize the sensor.

After you have characterized a sensor, you can generate temperature versus resistance, temperature versus ratio or temperature versus voltage interpolation tables using the calculated characterization coefficients. Interpolation tables can be printed as part of the report of calibration, or exported to a delimited ASCII text file for importing into other analysis software.

Note: A number of discontinued Fluke Calibration instruments are also supported by MET/TEMP II. Please contact an authorized Fluke Calibration Service Center if you have a question about equipment supported by MET/TEMP II v5.2.

*This is based on only using connected devices at a maximum data rate of 1 Mbps. Requires sufficient broadband internet connection and connected devices must be located within Wi-Fi coverage area described at g.co/nestwifi/coverage. Strength and speed of signal will also depend on your internet provider.

*This is based on only using connected devices at a maximum data rate of 1Mbps. Requires sufficient broadband internet connection and connected devices must be located within Wi-Fi coverage area described at g.co/nestwifi/coverage. Strength and speed of signal will also depend on your internet provider.

**Home size, materials and layout can affect how Wi-Fi signal travels. Larger homes or homes with thicker walls or long, narrow layouts may need extra Wifi points for full coverage. Strength and speed of signal will depend on your internet provider.

***This is based on using connected devices at a data rate of 1 Mbps each. Requires sufficient broadband internet connection and connected devices to be located within Wi-Fi coverage areas described at g.co/googlewifi/coverage. Strength and speed of signal will also depend on your internet provider.

Significant battery drain since latest update to v5.2 (which is the first update I have done since purchase in April 2019). Battery went from 100% to 55% in 1hr ride (I'm not running turn x turn navigation, purely tracking route). Turned it off/on when back home and battery then showed 92%. Within 2hrs at home with it just being on, it drained to 0%.

First noticed issues the previous week just after updating software when the Garmin "lost" a course I had put on there the previous day. Synced with phone to reload course, opened it, froze device and had to turn Garmin off/turn to get device to work. Subsequently rode the course and halfway through when I went off route, the turn x turn navigation gave up, and route ridden so far stopped displaying on the screen, just got the black triangle showing my current location. Battery drained to 0% in 2hrs

"" We have now been able to solve it for several customers by resetting the device after it was completely empty.

Make sure your device is completely empty, so really until it fails.

Then connect to the charger and simultaneously press and hold the start / stop and lap button (the 2 on the front).

You will then see the Garmin logo and then a white screen. When you see the white screen, you can release the 2 buttons.

The device is then reset and knows the 'zero' point of the battery.

You have to set it back to Dutch, etc.

Then really leave it on the charger for about 6 hours until the battery is 100% full.""

My new printer has worked flawlessly since arrival but today on the second print of the day it bashed both X and Y repeatedly. Not sure what's different today from yesterday or even from the first print of the day but its printing and everything looks ok so far.

Adding another data point here that this issue has persisted for me during Y-axis homing ever since I received my factory assembled MK4 in June. Has existed on firmware versions 4.7.0, Alpha5.0.0-alpha1, Alpha5.0.0-alpha2, Alpha5.0.0-alpha3, and Alpha5.0.0-alpha4. Seemingly random, 8-14 rams then red screen crash requiring hard reset, print has to be restarted.

The only reliable solution, which I found on a Reddit thread, is to stand next to the printer and wait for it to start Y-axis homing, then press down semi-firmly on the Y-axis belt with two fingers until it stops ramming, then the print will start. Reminds me of smacking the side of my Nintendo while holding restart back in the 80s... ? Not ideal.

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