Download Discord 64 Bits
Severino Lacombe
Currently, Twitch subs can utilize their sub emotes on Discord via the integration sync however that feature is not available to Bit Tier Emotes.
Make it so users that unlock the Bit tier emotes to unlock them on discord as well.
Many prefer to utilize and show off Sub emotes on Discord as the emotes display at 32x32p instead of the 28x28p that Twitch uses.
Doesn't sound impossible to me. I don't know what bitrate discord streams at, but if the stream was 5 Mbps then that would amount to 5 Mbps * 5 h * 3600 s/h = 90 Gb or about 11 GB. Also note that b vs B matters here: 1 byte (B) is 8 bits (b).
So I have a shit laptop that doesn't run games older than 2015, So instead my friend that has a good pc streams the games on discord and i just watch him play instead, but for 5 hours of 480p 30fps stream with audio discord used about 13gbs of internet, is that normal? I have a 200gb monthly plan so that was a big L. Is there some secret setting I'm supposed to turn on or something?
Hi everyone, I would like to ask if there is any good free app for android to controll a dfrobot with microbit(so no bitty controller).
I am pretty new to this microbit world, by any chance exists a discord server where people are sharing their experience?
Snowflakes are 64 bits in binary. (Only 63 are used to fit in a signed integer.) The first 41 bits are a timestamp, representing milliseconds since the chosen epoch. The next 10 bits represent a machine ID, preventing clashes. Twelve more bits represent a per-machine sequence number, to allow creation of multiple snowflakes in the same millisecond. The final number is generally serialized in decimal.[1]
For many people/situations chatrooms are a better medium. My intention is certainly not to fork the community, but to provide a place for people, who, like me, tend to infinitely idle in multiple chatrooms for things that I am interested in (old habits die hard).
We describe an efficient DQC1 (deterministic quantum computation with one quantum qubit) algorithm to quantify the amount of geometric quantum discord present in the output state of a DQC1 computation. DQC1 is a model of computation that utilizes separable states to solve a problem with no known efficient classical algorithm and is known to contain quantum correlations as measured by the discord. For the general case of a (1+n)-qubit DQC1 state we provide an analytical expression for the geometric quantum discord and find that its typical (and maximum) value decreases exponentially with n. This is in contrast to the standard quantum discord whose value for typical DQC1 states is known to be independent of n. We experimentally demonstrate the proposed algorithm on a four-qubit liquid-state nuclear magnetic resonance quantum information processor. In the special case of a two-qubit DQC1 model, we also provide an expression for the quantum discord that only requires the outcome of the DQC1 algorithm.