Muted ending

Muted ended with a few major cliffhangers, and the viewers certainly have questions, including who jumped off at the end of the series, whether Sergio was innocent and more. Muted is a Spanish psychological thriller that has several twists and turns in the series that can blow up your mind. The series starts with a question which is why Sergio killed his parents six years ago and ends with the question; Who jumped off (or was killed) the balcony, Anna or Sergio?The series premiered on May 19, 2023, and it is now streaming on Netflix. The series has six episodes and revolves around Anna and Sergio. Sergio is the protagonist who killed his parents six years from now and was arrested as all the clues went against him, and he didn’t speak a single word to the officials. The story had an uncertain ending, so read on for Muted ending explanation. Muted Netflix SummaryThe story revolves around Sergio Ciscar, who likely killed his parents six years ago. He was arrested, and now, the judge has decided to release him. But, he is supposed to be in the eye of the officials. As a part of a greenhouse which is operated by an evangelist, Natanael Torroj, Sergio will be rejoining the society. Sergio’s behavior has been quite weird since the incident. He never spoke to anybody, and when the Police were recreating the scene, he didn’t speak anything.Officials arrested Sergio as he killed his parents (Credits: Netflix)He didn’t even defend himself. Therefore, his silence was considered as ‘Yes, he did it!’ which led him to jail. After rejoining society, a psychiatrist, Ana Dussuel, is all set to keep a strict eye on Sergio with the help of cameras. Her goal is to find out why he committed such a crime, and she also wants to know if he is a threat to society. Well, his behavior was so mysterious that she had to look after him to know the actual story behind the crime. Sergio tries to find his sister, Noah, who was there when he killed his parents.Noah and Sergio separated once he got arrested, so it was quite tough for him to find her. He contacts her piano teacher, Marta, who likes Sergio and used to think that he was a nice person. Ana meets Marta and convinces her to help the team. She tells Marta that the team only wants to help Sergio by doing all this. Marta agrees and tries to get close to Sergio. Since Sergio liked her too, he started feeling safe around her and thought to open up.Marta had a boyfriend, Eneko, who was against these investigations as he didn’t want his girlfriend to

On August 30, 2023 voice quality Underwater voice is a voice that sounds as if the speaking person is under the water or is behind some mask. The voice in this case is not clear and lively but sounds a bit muted and muffled. In this post, we will discuss the nature of this phenomenon and scenarios that can trigger its appearance. Human sound is created when air passes the vocal cords and create sounds. The human sound is a collection of many audio frequencies that together generate the lively/full human voice. In nature, we can see many other examples that a collection of things generate a single output. For example, the white light coming from the sun contains a spectrum of lights in different wavelengths. This spectrum of lights contains wavelength of visible lights, each has a different color starting from Violet and Blue and ending up with Orange and Red. Back to the audio, the same principle works for sounds. A sound is a collection of audio frequencies and the ones that humans can hear range from Sub-Bass and Bass frequencies and ending up with Presence and Brilliance frequencies. As opposed to general sound, the voice generated by humans does not include the full spectrum but a subset starting from Lower-Midrange and ending with the Higher-Midrange.Now that we understand the structure of human voice, what is causing it to sound underwater? The main cause of underwater voice is an element that is blocking some of the frequencies. In other words, the underwater voice effect is caused when you do not hear the full spectrum of frequencies but only few frequencies, usually the lower and stronger ones. This blocking element can be a physical one like the water or a logical one like software.It is obvious why a physical element like water will block many of the weak frequencies but why should software do so? The answer depends on the nature of this software but let us focus on two main reasons: Bandwidth and Noise Reduction.Bandwidth. In order to reduce the amount of data that needs to be transmitted over the network a software (usually called CODEC) will not send the full spectrum of audio frequencies over the network but will try to reduce them to the most important ones. This is the main reason why when making a call using your mobile phone, your voice does not sound lively like your natural voice. Noise Cancellation. When noise is reduced from the audio, in some cases the amount of noise vs. amount of voice in each frequency is not detected accurately causing temporary reduction of some of the frequencies containing human voice. A good Noise Reduction software should be

If a track is negotiated to receive we fire ontrack regardless of packets flowing.I can't find the relevant spec reference for this, but we should only fire onunmute when we've received RTP packets (and have a decoded frame to render?).The removeTrack() section says...When the other peer stops sending a track in this manner, the track is removed from any remote MediaStreams that were initially revealed in the track event, and if the MediaStreamTrack is not already muted, a mute event is fired at the track.It says "is not already muted", but our SDP processing does this:For each track in muteTracks, set the muted state of track to the value true.Which references an algorithm that does not care if the track is already muted, it fires onmute regardless.So what is the intent? If the track is still muted because we haven't received RTP packets yet, does onmute fire or not?If yes, onmute acts like the legacy "onremovetrack" which is nice, but it would be confusing if this was used both for RTP and for negotiation, rather than as a way to tell if we have media flowing, and muting an already muted track looks like a bug.If no, there are edge cases were onmute doesn't fire which could catch an application by surprise.Is the intent that an application should manually loop through all transceivers and check its currentDirection before and after the negotiation to detect if a track was removed in a way that does not race with RTP packets?