161 karma · joined November 21, 2012
1) Does the server keeps in memory the "active" documents? In other words, does the server need to open a document and keep it in RAM while clients are connected to it (I assume there's a websocket connection somewhere in the client that keeps it hot)? Or is the server stateless - just connects to the store when needed? I found the latter very hard to do.
2) Does the client persist entries using indexeddb? If yes, does opening many tabs cause redundant writes as they all sync with the server? If not, does the client need to fully re-sync with the server anytime it wakes up?
3) Is it possible to observe updates on the client as they come? One of the major use cases of CRDTs is to index data on the client - then you can have a dumb server that just syncs data between clients and a smart client that does search, graphs, visualizations etc. on the data it receives. To do that, the client needs to observe updates one by one and process them to create secondary indexes. Is it possible to do with y-sweet without forking its source code? I remember getting updates yn Y.js being quite inefficient as you need to replay them all or something similar, but that was a couple of years ago.
Repo description seems also to have been changed to "What really happened with Aaron Swartz?"
One of the main issues that arise when mixing tracks is when they share the same frequency bands: where these frequencies clash, they mask one another, in a phenomenon called Auditory Masking.
The solution to this is lowering the volume of one of the clashing track, moving it to the "background" of the mix. This is the visual equivalent of dimming one track to make the other stand out.
With spectral subtraction, the clashing frequencies are "cut out" from one of the two tracks by exactly the amount of the other track's frequency profile. Visually, it's like cutting a hole in one of the tracks to perfectly fit the other, or cutting a Dovetail Joint in woodworking.
Spectral subtraction is a way of mixing tracks that will surgically "cut out" the frequencies of one or more tracks from another. The process will generate two or more tracks that fit together perfectly and whose frequencies never clash.
One of the main issues that arise when mixing tracks is when they share the same frequency bands: where these frequencies clash, they mask one another, in a phenomenon called Auditory Masking.
The solution to this is lowering the volume of one of the clashing track, moving it to the "background" of the mix. This is the visual equivalent of dimming one track to make the other stand out.
With spectral subtraction, the clashing frequencies are "cut out" from one of the two tracks by exactly the amount of the other track's frequency profile. Visually, it's like cutting a hole in one of the tracks to perfectly fit the other, or cutting a Dovetail Joint in woodworking.
Not sure if you can bring the video to the police and try to get them arrested. It's not cool that these people act with impunity.
I guess the main problem is that police can't / won't respond to petty theft, so common people are pretty defenseless against these assholes.