bitcoin is a curve on a LOG model
YOUR chart is not log .. you manipulated the log multiplier and even you cant use a constant. which shows bitcoin doesnt stay on a straight line because you need to alter the log number periodically
so it doesnt fit a model
its like you want to pretend clothes fit a particular mannequin model. but then endlessly rebuilding the mannequin model to try to ensure the clothes fit
im telling you and alerting others that you mess with the mannequin model, thus no way of knowing the true clothes size comparison/expectation
analogy
imagine you had weighing scales in your house and you want to tell your wife you can lose 8% weight by next year
you would happily turn the dial/adjust sprints/counter balance, under the scales to make 1kg=0.92kg
and then show her that the read-out says you are 8% lighter.. shouting "but the scales prove my weight" and getting angry if she even suggests you tweaked the measurements and not had constants to compare physics to your body weight
How many times I need to repeat myself? YES, BTC IS A CURVE ON A LOG-LINEAR CHART !!!! I know because that is exactly what a power law looks on a log-linear chart, that curve is EXACTLY a power law.
Here is you can see the same graph here, it curves, same equation, same model, different chart type. Learn something.
https://twitter.com/Giovann35084111/status/1746243124278804748/photo/1When you plot the same graph on a log-log chart then it becomes a straight line. That is what power laws do.
https://twitter.com/Giovann35084111/status/1746082576337625380/photo/1Do you get it now?
The graph I posted here is another type of graph where I calculated the price given by the model above and plotted on the x-axis and the real price on the y-axis. I know this is too difficult for you to comprehend but stop to say idiocies.
It is just 3 ways of showing the same thing.
There is nothing tweaked, there is nothing changed. These are models. If you don't understand it is your problem.
Have you ever analyzed data in your life?
Very such a thing called randomness and noise.
Try to measure the temperature in a room. Of course is going to change over time. What you do is measure over and over and then take an average. You can then plot a distribution of the noise level to see which kind of randomness you are dealing with, you can calculate standard deviations, and so on. Every measurement has noise. You want to teach me, what I taught in college how to do measurements, how to do an experiment and calibrate things, lol. Your example is stupid. You have no idea of what noise is, how to estimate errors, statistical methods and so on. In fact, you have no idea what a short is and you still wanted to debate that. You have Legendary status but you are simply a troll.