The Design And Implementation Of Three-dimensional Test System Software Of Asphalt Pavement’s Texture Depth Based On The VC++

Along with the development of highway traffic infrastructure in our country, It is thepremise and guarantee of traffic information to have objective, accurate and efficientdetection of the completed highway pavement’s quality. this paper aims to develop a softwaresystem for fast automatic detection of pavement structure depth.According to the present stage on the depth of asphalt pavement structure detectionmethod, based on the three dimensional depth of asphalt pavement structure detectinghardware system, put forward to develop a depth of asphalt pavement structure dimensionalinspection system software based on vc++.This paper introduces the main method design ofthe depth of asphalt pavement structure real-time detection system software in the aspect ofimage acquisition and preservation, through the comparative analysis to choosemulti-threaded design scheme, realize3D image data real-time storage;By VC++6.0and SQLServer2005to complete the depth of asphalt pavement structure three dimensional testsystem software development, software structure is introduced in detail, and the softwarefunction module design. Realized the depth of asphalt pavement structure of data acquisition,storage, analysis, statistical analysis, graphical display three dimensional data etc. functions,provides users with an intuitive, reliable detection methods.Meet with the detection systemhardware test and inspection results verification, this set of three-dimensional image depth ofasphalt pavement structure detection software fully comply with the desired design objectivesand requirements.The study of the depth of asphalt pavement structure dimensional inspection system isconducive to improves the pavement testing efficiency, precision and automation level. It canprovide scientific and objective data for the quality evaluation of road completion, roadmaintenance, as well as the establishment of digital road conditions information base.Thisstudy with the charecteristics of scientific, real-time, objective, high efficiency advantageshas important practical significance in the society, economy and environment.