![]() If I could tell that the issue is that, when searching within certain frames, the program doesn't take into account the frame advancement offset because of a programming error, so it is instead displaying frames within 1600-1800 with the initial advancement of 18 (default,) then I could disregard the offset and just work without the search parameters. And beyond that general guess I can't really tell what's happening. The video is 2 years old, so the version of the program I'm using may be newer and bugged, but I'm not sure. All the shiny frames are different.īlisy doesn't seem to have have these issues, or if he does he doesn't address them in the video. I can understand that if I get a dozen shiny frames when searching between 0 and 50k that maybe when I search between 0 and 100k (because the frame column only displays 5 digits of the frames) I may only be seeing the first 5 digits of the frames that come after 50k but the original dozen shiny frames aren't even there. This may be because the program seems to only display the number that each frame is up to 5 digits, but even when taking that into consideration it still doesn't behave predictably. I also get completely different results when searching between different frame parameters. It's supposed to show you how many frames from your target frame every frame around it is, starting with -1 for every frame before and +1 for every frame after, but changes all the frames within the search parameters, even if there aren't any other parameters when searching. The same thing happens when you use the box that blisy says identifies your target frame. So if I search for shiny frames within frames 0-10,000 and get feedback that frame 1700 is shiny, when I change the search parameters to only display frames within the range of 1600-1800, the 1700th frame's information is different. The issue with this is I get different results when I change it. You can search for "shiny-only" frames within the parameters of frame 1500-1900, for example. I can't be certain because I cannot read Japanese, but assuming the information he gives in the video is correct, there are boxes for adding search parameters that select frames within a range. It seems like a reliable indicator so I'm giving it a try but I've run into some unpredictable issues. In the video blisy describes using a program (which is in Japanese) to determine the call you would receive on a certain frame to aid in identifying the frame you've hit. The method described in this video is my lastest rng attempt. ![]()
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January 2023
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