  China made the announement to create the Xiongan New Area in Hebei in April
1,2017. Thus a new magacity about 110km south west of Beijing will emerge.
Xiongan New Area is of great practial significant and historical significant
for transferring Beijing's non-capital function. Simulating the urban dynamics
in Xiongan New Area can help planners to decide where to build the new urban
and further manage the future urban growth. However, only a little research
focus on the future urban development in Xiongan New Area. In addition,
previous models are unable to simulate the urban dynamics in Xiongan New Area.
Because there are no original high density urbna for these models to learn the
transition rules.In this study, we proposed a C-FLUS model to solve such
problems. This framework was implemented by coupling a modified Cellular
automata(CA). An elaborately designed random planted seeds machanism based on
local maximums is addressed in the CA model to better simulate the occurrence
of the new urban. Through an analysis of the current driving forces, the C-FLUS
can detect the potential start zone and simulate the urban development under
different scenarios in Xiongan New Area. Our study shows that the new urban is
most likely to occur in northwest of Xiongxian, and it will rapidly extend to
Rongcheng and Anxin until almost cover the northern part of Xiongan New Area.
Moreover, the method can help planners to evaluate the impact of urban
expansion in Xiongan New Area.
