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Using the top-level pd.to_timedelta, you can convert a scalar, array, list,or Series from a recognized timedelta format / value into a Timedelta type.It will construct Series if the input is a Series, a scalar if the input isscalar-like, otherwise it will output a TimedeltaIndex.

You can access various components of the Timedelta or TimedeltaIndex directly using the attributes days,seconds,microseconds,nanoseconds. These are identical to the values returned by datetime.timedelta, in that, for example, the .seconds attribute represents the number of seconds >= 0 and < 1 day. These are signed according to whether the Timedelta is signed.

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Existing Office 2016 for Mac customers will be seamlessly upgraded to 64-bit versions of Word, Excel, PowerPoint, Outlook, and OneNote as part of the August product release (version 15.25). This affects customers of all license types: Retail, Microsoft 365 for home, Microsoft 365 for business, and Volume License installations.

Customers who use Microsoft AutoUpdate (MAU) to keep their Office applications up-to-date will see a "regular" monthly update notification when their selected channel is upgraded to 64-bit builds. Depending on which version is installed on the local computer, MAU will offer either a delta or full update. The update package size does not change between 32-bit and 64-bit versions. Also, MAU can deliver a delta update when applicable to update a user from 32-bit to 64-bit applications. Therefore, customers won't experience a sharp increase in download activity. For the release to the Production channel, customers will see "(64-bit)" in the update title to make them aware that this is a 64-bit update.

Volume License customers typically get their Office 2016 software from the Volume License Service Center (VLSC). These builds are refreshed infrequently and are typically aligned with new language editions. The VLSC will continue to offer 32-bit installers (15.23) until November 2016. However, all updater packages that are released after August will be based on 64-bit builds. Therefore, a VLSC customer who updates either manually or through AutoUpdate will be transitioned to 64-bit builds.

The Mac operating system has been 64-bit for several years. Unlike for Windows, there's no choice between running a 32-bit or 64-bit version of the Mac operating system. Similarly, we won't offer a choice between 32-bit and 64-bit versions of Office 2016 for Mac. After each "channel" is transitioned per the rollout schedule, only 64-bit builds will be available.

The transition to 64-bit Office for Mac was announced in April 2016. IT Pros will want to understand which compiled add-ins are deployed to the users whom they manage so that they can assess the effect of the upgrade. The following Microsoft Office website summarizes the issues that affect the more common add-ins that are used together with Office 2016 for Mac:

To verify the architecture of an Office application (that is, to understand whether you have a 32-bit or 64-bit build), start the application, open the Activity Monitor, and then enable the Kind column.

There may be situations in which the customer has to change code that's not 64-bit ready. If customers can't immediately move forward to 64-bit builds, we will make available a one-time 32-bit update for the 15.25 release in addition to the default 64-bit updates. The 32-bit updates will be available only for manual download from the Office CDN.

Customers who manually install the 32-bit release won't be offered the 64-bit version of 15.25 through MAU. However, MAU will offer the 64-bit version of 15.26 in September 2016. Therefore, customers have a limited time to remain on 32-bit builds.

A high speed 64-bit dynamic adder, the Adelaide-Delft Threshold Logic Adder (A-DELTA), is presented. The adder is based on a hybrid carry-lookahead/carry-select scheme using threshold logic and conventional CMOS logic. A-DELTA was designed and simulated in a 0.35 m process. The worst case critical path latency is 670 ps, which is shown to be on average 30% faster than previously proposed high speed Boolean dynamic logic adders while at the same time reducing the transistor count on average by over 30% compared to the same adders.

General versions of these programs are in the main DELTA folder(usually C:\delta). They will be suitable for most datasets, but if a specialversion is needed, copy the general version from the DELTA folder to the datafolder, and edit the copy as necessary.

I am migrating my old Rolodex to 1password. When I go to delta.com and enter my Skymiles number and password, 1Password does not offer to create a new login. I manually created a login with the info and URL = but 1Password does not offer to autofill.

The default driver name is "Simba Spark ODBC Driver". In your "odbcinst.ini" file, the driver name is "Simba Spark ODBC Driver 64-bit". So far you can either rename the driver name in "odbcinst.ini" file to default name, or you can use the predefined name in Databricks target endpoint, as below:

4. If the problem persists, it's better to create 64-bit ODBC DSN in file "/etc/odbc.ini" and then use command "isql" to test the connectivity issue, it's much easier than doing it by Replicate. If "isql" works fine then Replicate should work as well.

In delta encoding we make use of variable length integers for storing various numbers (not the deltas themselves). For unsigned values, we use ULEB128, which is the unsigned version of LEB128 ( _LEB128). For signed values, we use zigzag encoding ( -buffers/docs/encoding#signed-integers) to map negative values to positive ones and apply ULEB128 on the result.

Having multiple blocks allows us to adapt to changes in the data by changing the frame of reference (the min delta) which can result in smaller values after the subtraction which, again, means we can store them with a lower bit width.

This encoding is similar to the RLE/bit-packing encoding. However the RLE/bit-packing encoding is specifically used when the range of ints is small over the entire page, as is true of repetition and definition levels. It uses a single bit width for the whole page.The delta encoding algorithm described above stores a bit width per miniblock and is less sensitive to variations in the size of encoded integers. It is also somewhat doing RLE encoding as a block containing all the same values will be bit packed to a zero bit width thus being only a header.

For this encoding, we will take all the byte array lengths and encode them using deltaencoding (DELTA_BINARY_PACKED). The byte array data follows all of the length data justconcatenated back to back. The expected savings is from the cost of encoding the lengthsand possibly better compression in the data (it is no longer interleaved with the lengths).

A prior upgrade to Firefox resulted in Firefox no longer properly displaying pages from delta.com. This has been an issue with the 32 bit version for at least one year. Just switched to the 64 bit, version 53.0. Same problem. No improvement.

I'm trying to graph network usage on my router for a specific interface using data from SNMP. I know that ifInOctets/ifOutOctets is only 32 bit and will overflow for high speeds and make my graphs look dumb, but it looks like the differences in values returned by ifInOctets/ifOutOctets and ifHCInOctets/ifHCOutOctets aren't always identical. I've tested a few times by using snmpwalk | grep InOctets and subtracting the values. Sometimes I see that the change in the 32-bit counter is significantly less (more than 50%) than the change in the 64-bit version, and sometimes I see it go the other way with the 64-bit counter showing a smaller delta.

Am I missing something in the way that the 64-bit counters should be read, or is there just a difference in how their data gets updated? The 32-bit numbers match up with what's in /proc/net/dev, so I'm inclined to believe them more, but the wrapping issue makes them unusable when the speed gets too high:

Avid resources are invested in recent and upcoming 64-bit operating systems such as Windows Vista 64-bit, Windows 7, and Mac OS X Snow Leopard. Due to our developmental focus, we are not planning any updates to our current XP 64-bit drivers. If 64-bit operation is essential, we recommend that users migrate to one of these qualified operating systems for ongoing support.

As long as the Delft3D 4 Suite graphical user interface (GUI) is not available in open source, we are happy to offer you a pre-compiled version free of charge. The package consists of installers for the GUI and pre- and post-processing tools as well as various manuals and tutorials.

The latest pre-compiled version of the Delft3D 4 GUI is available for Windows 64-bit only.

Delta-encoding (also known as Delta compression) reduces the amount of information required to represent a data object, by only storing the difference (or delta) between that object and one or more reference objects. These algorithms work best where there is a lot of redundant information: for example, in versioned file systems (e.g., this is how Dropbox efficiently syncs your files).

Simple-8b works very similarly, except it uses binary numbers instead of decimal ones, and generally uses 64-bit blocks. In general, the larger number length, the fewer number of numbers that can be stored in each block:

We can do better in cases where we end up with a large number of repeats of the same value. This can happen if the value does not change very often, or (if you recall from the delta and delta-delta section) if an earlier transformation removes the changes.

In practice, in TimescaleDB we implement a variant of Simple-8b RLE, where we detect runs on-the-fly, and run-length-encode if it would be beneficial. In this variant, we use different sizes than standard Simple-8b, in order to handle 64-bit values, and RLE. More information (and the source code) for the variant we built into TimescaleDB can be found here. e24fc04721