1. Understanding of luminescence drift
1: Understanding of drift mantissa
During the adjustment, some fishermen only calculate the luminous position of luminous drifts, while others calculate the black interval between adjacent luminous drifts in more detail. In fact, both methods can be used in terms of accuracy and sensitivity. The key is to ponder the nature of night fishing itself.
In night fishing, due to the weak light, we dive into the water in a luminous position, that is, we judge the bite force of fish by black drift. Therefore, the black space without luminous tail can't actually respond to the changes in night fishing. It can be seen that the finer the drift of the night light, the better. The key depends on the realistic basis for us to judge the fish news under the cover of night.
2. Know the lead intake.
Luminous bleaching sometimes goes to two extremes, some eat little lead and some eat a lot of lead. No matter what kind of lead you eat, you can basically cope with the current black pit. Because, in summer, the bait in the black pit is just at that time, once the fish grab the food, the biting force can generally be reflected. Then, in the polyculture pond, there are 7-8 Jin carp and half-A Jin crucian carp. How to choose the lead content of luminescent bleaching is the key.
Here, let's take a look at whether the luminous float can hold the thread ball after eating a certain amount of lead. That is to say, when the double hook drops to the bottom, can we observe the dynamic change of slight sinking and then floating with the naked eye? The reason is simple: when a straight waterline is formed between the double hook and the float, its slight inertia will inevitably pull the luminous float to sink continuously according to inertia; When the double hook is stable, the luminous float will naturally tighten the waterline due to buoyancy and make a slightly floating posture.
This dynamic change may not exist, it may be a line, it may be half an eye, or it may be bigger. If there is no rebound change, it can be judged that the whole hook, bait and lead drop system is out of proportion to the buoyancy of the float and the lead consumption is too low; If it is the first line, we can clearly judge that the lead consumption of luminous bleaching can hold the line group at this time; If it is half-eye, then there is no doubt about the straight waterline state; But if it's a big drama, it's too big to bait. Of course, the above is a description of carp fishing in the form of rubbing bait. If it is fishing at night, this dynamic change phenomenon is not reliable. And night fishing with bait is another way to judge.
Two: fishing at night increases the catch and only catches one eye.
If the fish pond is slippery and light, the best way for us to increase the catch is to catch only one glowing eye. Whether the luminous float can hold the thread, that is, how much lead the luminous float eats is the best, can be fixed as a dynamic rebound line or a semi-objective change interval.
The reason is simple: except for those fishing grounds with good light at night, we can't observe the dynamic change of black non-luminous position at night. Therefore, we only use the luminous position of the fishing tip as the basis for judging the fish information, avoiding the omission of the smooth mouth and the sly mouth.
But if it is a polyculture pond, the fish of different sizes are complicated. If the No.2 main line is used to face any luminous drift, it can be judged whether it can completely control the line group according to the dynamic range of the luminous drift rebound. So as to avoid the problem of blind pole lifting caused by inner doubts during night fishing. For example, the small lead base is generally below 1 1mm, and the second main line can be completely controlled by eating lead twice. Of course, it depends on the thickness of the lead skin. The usual lead skin is based on this.
In addition, it should be noted that there is a luminous float on the market. Its core is to produce fish floats in a targeted manner under various factors mentioned in this paper. But if you catch two eyes or more when you light it, its core value disappears. Because of the dynamic change of the non-luminous position, it can't be seen in extremely weak light, so many fishing opportunities will naturally be lost.
Original title: Do you know about luminous drift and the details of drift adjustment?
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