Accurate　seismic　data　visualization　is　of　paramount　importance　for　seismic　interpretation　such　that　reservoir　quality　can　be　predicted　precisely　and　oil　or　gas　resources　can　be　evaluated　truthfully.　For　micro　geological　structure　in　seismic　data,　due　to　the　variable　geometric　attribute,　smaller　size　and　significant　role,　seismic　data　visualization　presents　an　intriguing　problem.　Existing　approaches　are　limited　to　provide　strong　ability　to　visualize　macro　geological　structure.　Although　some　previous　works　can　reveal　micro　geological　structure　to　some　extent　in　3D,　the　contrast　ratio　is　low　and　saw　tooth　still　exists　on　dip　horizon　top.　In　this　paper,　we　focus　on　the　seismic　data＇s　coloring　and　tessellation.　We　discover　that　the　contrast　ratio　is　higher　if　the　color　component　of　the　palette　is　filled　exponentially.　We　further　find　that　tessellate　each　seismic　point　according　to　its　dip　style　can　eliminate　saw　tooth　on　dip　horizon　top　further.　Based　on　these　findings,　we　propose　a　novel　method,　referred　to　as　a　new　seismic　data　visualization　method,　to　visualize　the　seismic　data　in　3D.　Experimental　results　based　on　real　seismic　data　show　that　the　proposed　method　presents　high　contrast　ratio　and　the　saw　tooth　on　dip　horizon　top　is　eliminated　more　thoroughly.　©　2016　Chinese　Automation　and　Computing　Society.