Methods and systems are provided for generating a virtual venous image. The methods and systems utilize an intravascular mapping tool configured to be inserted into a venous structure of an object of interest. The methods and systems further acquire a plurality of position data points at predetermined intervals corresponding to a position of the intravascular mapping tool within the venous structure, and adjust each position data point based on at least one of a cardiac motion or a respiratory motion of the object of interest. The methods and systems also display a travelled path of the intravascular mapping tool on the display based on the adjusted position data points.
