10 Tuloksia löytyi "Tiedosto:Color_temp2.png".

Tiedosto:Color temp2.png

DescriptionColor temp2.png English: Color temperature hue scale, (Planckian locus hues) Date 13 December 2004 Source Digitally created by Deborah S Krolls...


Tiedosto:Cretaceous ocean currents 93 ma 1.png

crs(v2)<-crs1 extent(ocntemp2)<-ext1 crs(ocntemp2)<-crs1 extent(temp2)<-ext1 crs(temp2)<-crs1 str(u2) plot(u2) angel2<-atan2(-v2,u2) rar2<-sqrt(u2*u2+v2*v2)...


Tiedosto:Ccsm4 july temperature south and middle europe lgm 1.svg

sdat" temp.nc gdal_calc.py -A temp.nc --outfile="temp2.tif" --calc="(A/10)" gdal_translate -of netCDF temp2.tif $outgridbase3".nc" exit saga_cmd grid_filter...


Tiedosto:Color temperature.svg

DescriptionColor temperature.svg Color temperature hue scale Date 14 January 2007 Source Own work Author Hołek Other versions Image:Color temp2.png...


Tiedosto:Near surface annual temperature deg c 67 million years ago 1.png

grdimage atm_temp2.grd $params1 -Q -Ccolors1.cpt gmt grdcontour $temp2 $params1 -W0.125p,55/0/0@60,.. -L0/50 -C1 -A- gmt grdcontour $temp2 $params1 -W0...


Tiedosto:Macrobiomes 70 million years ago 1 1.png

raster(matrix(values(rs.BIOME), nrow = dim(temp2)[1], ncol = dim(temp2)[2])) extent(biome_raster) <- extent(temp2) crs(biome_raster) <- crs(temp2) print("Uudelleenrakennettu...


Tiedosto:Bioclimatic types of camara 2020 at 65ma 1 1.png

varmista, että rullaus toimi plot(temp11, main = "Rullattu lämpötila") temp2 <- crop(temp1, ext2) prec2 <- crop(prec1, ext2) cld2 <- crop(cld1, ext2)...


Tiedosto:Planetary habitability by ocean area 1 1.png

iny3, outx) y5=fit_log_poly(inx, iny4, outx) hur2=y2 rain2=y3 temp2=y4 npp2=y5 T=temp2+273.15 T=T*0+273.15+15 npp2=np.nan_to_num(npp2,0) relative_npp=(100*npp2)/np...


Tiedosto:Earth like planet habitability as relation of distance to sun like central star 1.png

plot_temperature_au(aus2, temp1): #hab1=np.nan_to_num(hab1,0) plt.plot(aus2, temp2, lw=10, color="#1f1fff") plt.title("Planet distance vs habitability", size=18)...


Tiedosto:Window function (rectangular).png

set(gca,"Layer","bottom"). I = imread ("temp1.png"); J = imread ("temp2.png"); info = imfinfo ("temp1.png"); w = info.Width; c = 1-(double(I(:,1:w/2,1))+2*double(J(:...