Funciones trigonometricas en una tabla

Hagamos una tabla de funciones trigonometricas es muy sencillo asi q manos a la obra.

/**
*
* @author JONATHAN
*/
public class Main {

/**
* @param args the command line arguments
*/
public static void main(String[] args) {
double sen,cos,tan,cotg,sec,csc,d;
int i=0;

System.out.println("***********************************************************************************************************************************************************************************");
System.out.println("*\t\t\t\t\t\t\t\tRazones trigonometricas\t\t\t\t\t\t\t\t\t\t\t *");
System.out.println("***********************************************************************************************************************************************************************************");
System.out.println("Angulo \tSeno\t\t\tCoseno\t\t\ttangente\t\t\tcotangente\t \tsecante\t\t cosecante");
System.out.println("***********************************************************************************************************************************************************************************");
System.out.println(0+" \t"+Math.sin(0)+" \t\t\t"+Math.cos(0)+" \t\t\t"+Math.tan(0)+" \t\t\t"+(1/Math.tan(0))+" \t\t"+(1/Math.cos(0))+"\t\t\t"+(1/Math.sin(0)));
while (i<30) {
i=i+15;

d=i*3.1415926535897932384626433832795/180;
sen=(double)(Math.sin(d));
cos=(double)(Math.cos(d));
tan=(double)(Math.tan(d));
cotg=1/tan;
sec=1/cos;
csc=1/sen;

System.out.println(i+"\t"+sen+"\t"+cos+"\t"+tan+"\t"+cotg+"\t\t"+sec+"\t\t"+csc);
}
for(i=37;i<=53;i=i+8){

d=i*3.1415926535897932384626433832795/180;
sen=(double)(Math.sin(d));
cos=(double)(Math.cos(d));
tan=(double)(Math.tan(d));
cotg=1/tan;
sec=1/cos;
csc=1/sen;

System.out.println(i+"\t"+sen+"\t"+cos+"\t"+tan+"\t"+cotg+"\t\t"+sec+"\t\t"+csc);
}

for(i=60;i<90;i=i+15){
d=i*3.1415926535897932384626433832795/180;
sen=(double)(Math.sin(d));
cos=(double)(Math.cos(d));
tan=(double)(Math.tan(d));
cotg=1/tan;
sec=1/cos;
csc=1/sen;

System.out.println(i+"\t"+sen+"\t"+cos+"\t"+tan+"\t"+cotg+"\t\t"+sec+"\t\t"+csc);
}

System.out.println(90+" \t"+(Math.sin(0)+1)+"\t\t\t "+(Math.cos(0)-1)+"\t\t\tinfinito"+ "\t\t\t"+0.0+"\t\t"+(1/Math.cos(0))+"\t\t\t"+(1/Math.sin(0)));
System.out.println(180+" \t"+Math.sin(0)+" \t\t\t"+-Math.cos(0)+" \t\t\t"+Math.tan(0)+" \t\t\t"+(1/Math.tan(0))+" \t\t"+(-1/Math.cos(0))+"\t\t\t"+(1/Math.sin(0)));
for(i=210;i<270;i=i+30){
d=i*3.1415926535897932384626433832795/180;
sen=(double)(Math.sin(d));
cos=(double)(Math.cos(d));
tan=(double)(Math.tan(d));
cotg=1/tan;
sec=1/cos;
csc=1/sen;

System.out.println(i+"\t"+sen+"\t"+cos+"\t"+tan+"\t"+cotg+"\t\t"+sec+"\t\t"+csc);
System.out.println(270+" \t"+-(Math.sin(0)+1)+" \t\t"+(Math.cos(0)-1)+"\t\t\tinfinito"+ "\t\t\t"+0.0+"\t\t\t"+-(1/Math.cos(0))+"\t\t\t"+(1/Math.sin(0)));
System.out.println(360+" \t"+Math.sin(0)+" \t\t\t"+Math.cos(0)+" \t\t\t"+Math.tan(0)+" \t\t\t"+(1/Math.tan(0))+" \t\t"+(1/Math.cos(0))+"\t\t\t"+(1/Math.sin(0)));
}
}
}


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