0
usamap <- map_data("state")
myPalette <- colorRampPalette(rev(brewer.pal(10, "Spectral")))
ggplot() +
geom_polygon(data=usamap, aes(x=long, y=lat,group=group),colour="black", fill="white")+
geom_point(data=allgauges,aes(x=lon,y=lat,color=mf.gauge))+ #0-1
scale_colour_gradientn(colours = c("red", "white" ,"blue"),
values=c(1.0,0.75,0))+
xlab('Longitude')+
ylab('Latitude')+
coord_map(projection = "mercator")+
theme_bw()+
theme(legend.position = c(.93,.20),panel.grid.major = element_line(colour = "#808080"))
バンドの青い部分を逆にしたいと思います。この考えは0.75と0.75-1未満のものを2つの増加する色スケールで表示することです。ggplot2のカラースケールの半分をどうやって元に戻すことができますか？
head(allgauges,4)
fips gauge lat lon start end peakq peakt dt
1: 33011 1094000 42.85750 -71.50667 4/2/2004 12:45 4/3/2004 18:15 172.7328 4/3/2004 0:15 11.50
2: 25017 1100600 42.56806 -71.21528 4/24/2012 9:15 4/24/2012 19:00 7.1925 4/24/2012 14:15 5.00
3: 25017 1096000 42.63417 -71.65833 3/23/2001 10:30 3/23/2001 22:15 45.0238 3/23/2001 15:00 4.50
4: 25021 1105600 42.19028 -70.94528 10/25/2005 17:15 10/26/2005 22:00 4.3042 10/26/2005 5:30 12.25
HUC agency gname area carea q2 q5 q10
1: 1070002 USGS SOUHEGAN RIVER AT MERRIMACK, NH 442.8880 0.0000 90.8971 136.7704 173.5823
2: 1070002 USGS SHAWSHEEN RIVER NEAR WILMINGTON, MA 94.5346 94.5346 13.5355 20.3598 30.2990
3: 1070004 USGS SQUANNACOOK RIVER NEAR WEST GROTON, MA 170.6802 164.9822 36.5287 54.0852 77.3050
4: 1090001 USGS OLD SWAMP RIVER NEAR SOUTH WEYMOUTH, MA 11.6549 11.6549 0.0000 0.0000 12.4311
q25 q50 q100 q200 q500 action minor moderate major regulation alpha
1: 228.5170 276.0893 328.4754 390.7725 481.3864 101.3743 134.7882 212.0932 302.9903 unregulated 6.26885
2: 39.9268 48.1386 57.2000 60.3149 81.8357 6.8810 17.5564 25.3436 46.1565 unregulated 2.82139
3: 102.2238 123.1783 146.3981 148.9466 209.8278 40.7763 70.2258 136.4872 158.5743 unregulated 4.56452
4: 18.3493 23.8711 30.2990 0.0000 50.6872 2.4636 4.3042 13.5921 13.5921 unregulated 2.11838
beta cc usgs_area est_area error el k rl rr si rdd rbm
1: 0.493860 0.749571 442.8880 102 76.969300 0.748627 0.249608 20313.70 0.013788 0.007105 0.243173 95
2: 0.480760 0.920398 94.5346 98 3.665750 0.741916 0.297481 18242.60 0.003716 0.002121 0.734508 73
3: 0.445343 0.896841 170.6800 171 0.187368 0.762164 0.243889 26556.30 0.016847 0.013121 0.967351 170
4: 0.437781 0.900491 11.6549 14 20.121200 0.977205 0.441559 5828.43 0.006621 NaN 0.933290 15
rfocf slopeoutlet precip temp cnbasin cncell coemcell imperviousbasin imperviouscell kfact
1: 0.214501 0.008768 1143.90 8.47924 61.9223 39 20.00 0.015515 5.85470 0.17
2: 0.772204 0.004678 1228.70 9.49196 70.9394 80 66.67 0.766365 41.35030 0.18
3: 0.996015 0.009182 1218.29 8.26621 64.0291 36 10.00 0.048869 2.37394 0.25
4: 1.287010 0.008404 1269.49 10.24680 68.8667 42 10.00 0.191742 15.13900 0.16
rockdepth rockvolume bpartexture dc ldd lbm lfocf ruggedness fd tp rt nfd
1: 144 14 4.26 11451.80 0 0 0 0.051290 29.50 11.50 18.00 0.06660826
2: 146 8 4.74 11227.20 0 0 0 0.041299 9.75 5.00 4.75 0.10313684
3: 102 18 5.33 14798.60 0 2 2 0.316433 11.75 4.50 7.25 0.06884220
4: 128 31 4.74 4370.19 0 1 1 0.027636 28.75 12.25 16.50 2.46677363
ntp nrt nq f Group.1 county class prop state month year
1: 0.02596593 0.04064233 0.39001463 0.014010510 33011 Hillsborough Dfb(E) 1.000 new hampshire Apr 2004
2: 0.05289069 0.05024615 0.07608325 0.000659018 25017 Middlesex Dfb(E) 0.554 massachusetts Apr 2012
3: 0.02636510 0.04247710 0.26379041 0.005530160 25017 Middlesex Dfb(E) 0.554 massachusetts Mar 2001
4: 1.05106007 1.41571356 0.36930390 0.012891836 25021 Norfolk Dfa 0.898 massachusetts Oct 2005
season maxseason mf mf.gauge fness.gauge
1: MAM MAM 0.014010510 0.6482717 Non-flashy
2: MAM MAM 0.002092467 0.3438448 Non-flashy
3: MAM MAM 0.016664304 0.6731352 Non-flashy
4: SON MAM 0.020501880 0.7101273 Non-flashy