Continuous Wet Weather Warning And Forecast Based On Indoor Surface Temperature And Dew Point Temperature

As a common synoptic phenomenon in south China,?Continuous wet weather? is not a kind of disaster weather,but brings some troubles in our daily life.People pay much more attention on it.It is very complicated for us to forecast it.We need a solid theoretical foundation in meteorology and rich experience in weather condition analysis to make the weather forecast accurately.Meanwhile,there is high demand for the weatherman because of the subjectivity this work need.After studying abundant materials about the reason and mechanism of this common synoptic phenomenon,this article raises a unique approach to forecast ?Continuous wet weather? on the point of solving problems in daily life.In addition,a method which uses indoor surface temperature and dew point temperature forecast to forecast ?Continuous wet weather? is promoted on the point of the mechanism of his phenomenon.This article is divided into several parts:1,Data collection: basic data for ?Continuous wet weather? warning and forecast research,the construction of devices for ?Continuous wet weather? observation according to the mechanism of it and the data collected from these devices after a long run.2,Warning and forecast method feasibility test: collecting ?Continuous wet weather? data,artificial observation,put forward the feasibility test of ?Continuous wet weather? forecast which uses indoor surface temperature and dew point temperature forecast.3,Warning and forecast method analysis: forecasting indoor surface temperature by means of regression analysis and differential analysis,comparing the advantages and disadvantages of these two methods,concluding with a fitting formula dividing parts with time.4,Implementation of the program: completing a simple warning and forecast program by means of C++,simplifying the complex problem to forecast ?Continuous wet weather?,turning the subjective warning and forecast into an objective interface display,getting the conclusion that this method possesses strong reference value after inspection.