x_tremescirculatory system mike_xuan

ResidentialBusinessShopsOfficesPublic SpaceSchoolsHospitalsAssemblyService IndustryStorageTransportationMechanical SubsystemWaste and WaterTreatment and RecyclingAgriculture SpacePlant GrowingAnimal AreaFood ProcessingEnergy Supplies

surf.area m2/p49

2.31

11.31.54512.054.1

44544

no. of levels4

23

311241111

3333

a r e a m2/p12

1.33

.3

.31.52112.054.1

14.71.71.32.7

height

3

44

3.851063.26444

1515156

volume m3

147

9.24.0

3.81.515241672121614

660756045

control point

An algorithm based on geometry feature of coronary artery is presented, according to the particularity of 3-D reconstruction of coronary artery in angiograms. The method of binocular stereo is adopted in this algorithm. In corresponding points matching, the control points which have the feature of intersection, corner and tip are chosen and matched, and make the blood vessel section between two control points can be simplified as a line with diferent diameter. Extract and generate the 3-D data from each control point. The method of "display the blood vessel with lines instead of curve, and simulate the curve by fine lines" is used in 3-D rendering. By the test of experiment, the result demonstrates that this algorithm is fast, simple, small quantity in data, controllable in accuracy. It is suitable for the reconstruction of blood vessel which is the object of line geometrical figure.

RECONSTRUCTION ALGORITHM OF BLOOD VESSELS

library

school

shop

mechanical systemdynamic system

hospital

service industry

storage

residential

30m

30m

30m

90m

30m

15m

15m 15m 22m 22m 30m

7m 7m 7m 7m 7m 7m 7m 7m

15m 15m 15m

2 control points 7 control points6 control points5 control points4 control points3 control points

node

space in vessels

space in capillaries

industry agriculture

solar

researchandoffi ces

public space: s c h o o l , l i b r a r y , hospital......

residential

research centreand

mechanical system

agriculture industry

public space: s c h o o l , l i b r a r y , hospital......

researchandoffi ces

research centreand

mechanical system

residential

the function areas

R=397M

H=110M

H=110M

1.14g-0.86g

1.14g-0.86g

9.81 * g(pi * rpm/30)2R=

synthetic gravity

U s e t h i s f o r m u l a , w e s h o u l d b a l a n c e t h e relationship among g,R and rpm. Find a good way to solve the problem about sythetic gravity.

fi rst step, low gravity zone for research and mechanical system

second step, normal gravity zone for normal human activities

third step, high gravity zone for industry and agriculture

researchandoffi ces

public space & residential

industry & agriculture

researchandoffi ces

public space & residentialindustry & agriculture

500 occupant 1,200 occupant 1,800 occupant

researchandoffi ces

public space & residentialindustry & agriculture