Prompt: Henlo dude(tte)! Why oh why is digital music sometimes so compressed and 'clinical' sounding? Inaccuracy can't be the reason.
Hello! The reason digital music is sometimes compressed and 'clinical' sounding is due to the production and mastering process. Compression is a technique used in audio production to even out the dynamic range of a recording, which means reducing the difference between the loudest and quietest parts of the music. This can help make the music sound more consistent and louder overall, which is desirable for commercial releases where the goal is to grab the listener's attention.
However, excessive compression can lead to a loss of dynamic range and can make the music sound 'flat' and 'clinical'. Additionally, the mastering process, which is the final stage of audio production, can also impact the overall sound of the recording. If the mastering engineer applies too much compression or uses other techniques to make the music sound 'loud' and 'bright', it can result in a loss of warmth and naturalness.
Inaccuracy is not usually the reason for this type of sound. It's more a matter of artistic choices, technical limitations, and commercial considerations.
Prompt: I wonder where Finnish phrase 'äimän käki' comes form?
"Äimän käki" is a Finnish idiomatic expression that can be translated to "completely astonished" or "flabbergasted" in English. The literal translation of the words is "the cuckoo of Äimä".
Äimä is a village in the region of Savonia in Eastern Finland, and the use of "Äimän käki" in this expression is likely due to the fact that the cuckoo bird was traditionally associated with springtime and the beginning of a new season. In this sense, the expression "Äimän käki" can be seen as an allusion to the sudden and surprising arrival of spring, which can leave people feeling amazed or even bewildered.
Prompt: Yes, you're right! Although the basic building block of a neural network is a binary neuron that outputs a 1 or a 0, the overall behavior of the network can be far more complex and nuanced than a simple binary system.
This is because the behavior of the network emerges from the interactions between the individual neurons and the weights and biases that connect them. As the network learns, it can develop intricate patterns of connectivity and respond to inputs in highly nuanced and adaptive ways.
In fact, one of the strengths of neural networks is their ability to learn and model highly complex, nonlinear relationships between inputs and outputs. This is something that traditional, rule-based programming approaches often struggle with.
So even though the basic building blocks of a neural network are binary in nature, the network as a whole can exhibit far more complex and sophisticated behavior.
Prompt: A dramatic, snow-covered mountain range, with jagged peaks rising up to pierce the clouds. A frozen lake lies nestled in the valley below, and the air is crisp and cold.
I mostly lean more towards curiosity than creativity (on my part) with AI stuff, but I do appreciate the approach where people aim to harness AI to express their own creativity.
Dream Level: is increased each time when you "Go Deeper" into the dream. Each new level is harder to achieve and
takes more iterations than the one before.
Rare Deep Dream: is any dream which went deeper than level 6.
Deep Dream
You cannot go deeper into someone else's dream. You must create your own.
Deep Dream
Currently going deeper is available only for Deep Dreams.