The application calculates the advance to be assigned to hunting pellets or projectiles to hit a moving target, which can be a target, a bird or an ungulate. Contrary to what is possible to think, the mathematical solution is very complex, because many variables come into play. In general we try to quantify the advance considering only the three parameters of distance, speed and v0, but in reality the causes that condition it are much more numerous. The numbering of the dots with which the coeff. Ballistic, the angle that the direction of the wild forms with its horizontal, the angle that the hunter's front forms with the firing direction, if the target is approaching or moving away, the length of the reeds, the weather conditions etc .. I dealt with the problem in two ways, one in a simple and expeditious way making various simplifications and the other more rigorous reducing the simplifications to the minimum possible. Of course the accuracy of the calculations is directly proportional to the accuracy of the data entered. The application is divided into three parts, the first is for birds, the second for ungulates and the third for clay pigeon shooting. Particular attention is paid to the third part where the various reciprocal positions between platform and launching machine are considered. In this case the external ballistics with speed calculation every 5 meters is examined and the residual kinetic energy is calculated at the moment of impact. For ungulates, the energy necessary for killing is also calculated according to the Taylor index. The geometric considerations examined are explained in a simple and understandable way for everyone, so the use of the application is aimed at both newcomers and professionals.
The application calculates the advance to be assigned to hunting pellets or to projectiles to target, which can be a target, a bird or an ungulate. The mathematical solution is very complex, because many variables come into play. In general we try to quantify the advance considering only the parameters of distance, speed and v0, but in reality the causes that condition is much more numerous. The numbering of the dots with which the coeff. The ballistic, the direction of the weather, the weather, the weather conditions, etc. I dealt with the problem in two ways, one in a simple and expeditious way making various simplifications to the minimum one Of course the accuracy of the calculations is directly proportional to the accuracy of the data entered. The application is divided into three parts, the first for birds, the second for ungulates and the third for clay pigeon shooting. Particular attention is paid to the third part where the various reciprocal positions between platform and launching machine are considered. In this case the external ballistics with speed calculation every 5 meters is examined and the residual kinetic energy is calculated at the moment of impact. For ungulates, the energy necessary for killing is also calculated according to the Taylor index. The geometric considerations examined are explained in a simple and understandable way.
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The application calculates the advance to be assigned to hunting pellets or to projectiles to target, which can be a target, a bird or an ungulate. The mathematical solution is very complex, because many variables come into play. In general we try to quantify the advance considering only the parameters of distance, speed and v0, but in reality the causes that condition is much more numerous. The numbering of the dots with which the coeff. The ballistic, the direction of the weather, the weather, the weather conditions, etc. I dealt with the problem in two ways, one in a simple and expeditious way making various simplifications to the minimum one Of course the accuracy of the calculations is directly proportional to the accuracy of the data entered. The application is divided into three parts, the first for birds, the second for ungulates and the third for clay pigeon shooting. Particular attention is paid to the third part where the various reciprocal positions between platform and launching machine are considered. In this case the external ballistics with speed calculation every 5 meters is examined and the residual kinetic energy is calculated at the moment of impact. For ungulates, the energy necessary for killing is also calculated according to the Taylor index. The geometric considerations examined are explained in a simple and understandable way.
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