public string getAzCompass(float deg) | |
{ | |
var a=0; | |
if((deg>a)&&(deg<a+15)) | |
return 'N'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'NNE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'NE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'NE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'ENE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'E'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'E'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'ESE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'SE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'SE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'SSE'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'S'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'S'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'SSW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'SW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'SW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'WSW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'W'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'W'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'WNW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'NW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'NW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'NNW'; | |
a=a+15; | |
if((deg>a)&&(deg<a+15)) | |
return 'N'; | |
a=a+15; | |
} |
We have gathered a data set of Hubble Space Telescope (HST) images with description according to the evolutionary period of the universe. The primitive state of the universe are shown from images of HST Ultra deep field and deep field images . the data set is sorted according to the distance of the object of the images from HST .
SpaceApps is a NASA incubator innovation program.