To achieve the result from one deformed color fringe to two reconstruc ted 3D shapes,a real-time detection method of the moving pose using an interlacing scan color CCD camera i s proposed.Only a color grating designed with a phase shift of (2/3)π between neighboring channels is p rojected on a moving object,and a sequence of the deformed color fringes are grabbed by an interlacing scan color CCD camera.Odd and even fields of every frame of deformed color fringe are divided into three field phase-shif ted deformed grayscale fringes from RGB color channels respectively,every of which misses the interlacing fringe′s information,and a de-interlaced algorithm of Fourier transform is presented to make interlaced field fringe tran sformed into non-interlaced frame fringe. Therefore,the six frames of de-interlaced deformed grayscale fringes from one f rame of deformed color fringe are generated,and two sets of three-step phase-shifted fringes are formed,with whi ch two 3D shapes of the different moving poses are reconstructed by phase measur ing profilometry (PMP). Theoretically,the reconstructed shape by using the de-interlaced deformed color fringe maintains the measurement accuracy of the traditional PMP,and the experimental results demonstrate the method′s feasibility and validity.The method obtains double information contents on the detection of moving object′s pose.