GIS GIS

K κ K κ 1 1 log K = log K 1 2 2 2 i n logκ = i (log K i ) (logκ ) n i n K i i i K κ K κ

I I 0.5M j = 1.36M 4.03 log( X + 0.00675 10 ) + 0.0155h + 2.05 j X h M j M j X h

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...2 1.1...2 1.2...2 1.3...2 1.4...2 1.5...7 1.5.1...7 1.5.2...8 1.5.3...9 1.5.4...10 1.5.4 ( )...11 1.6...12...12...13...14 D...15 E...16 1.7 shp...17...18 2.1...18 2.1.1...18 2.2...19 2.3...20 2.3.1...20 2.3.2...20 1

1.1 m Maninng cm TP 1.2 1.3 900m 300m 100m 50m 10m 5 1.3.1, 1.3.2 1.4 D D50SoA_12k.dat K. CSV K50SoA_11k.csv S. dat S50SoA_11k.dat S. dat 50SoA_11k.dat( ) 2

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1.5 1.5.1 7

1.5.2 8

1.5.3 9

1.5.4 10

1.5.4 ( ) 11

1.6 XS,YS XE,YE Y m IMAX X JMAX Y 12

9 10 x y Kubun( ) x y 12 11 8 0.025 0 0.020 1 0.020 2 0.030 5 0.040 6 0.060 7 0.080 8 0.040 9 13

x y (TP )cm x y 12 11 FG 1 2 1 2 3 3 FTEN TP cm 14

D x y () ( ) 15

E CSV x y m 99.99 16

1.7 shp 17

2.1 2.2 2.3 12 11 2.1 50 50 50 50 2.1.1 50 CSV x y moku#,himo#,tyujin#,yajin# moku# himo# tyujin# yajin# shp 18

2.2 (Shp) 19

2.3 2.3.1 2.3.2 CSV x y addreslifelinenamesyubetsu Addres$ Lifeline$ ( ) name$ Syubetsu$ 20