Ka_Kong|Blog

clear D=input("Hole Diameter(mm)=") SG=input("Density of rock(t/m^3)=") N=input("Number of holes=") ED=input("Explosive density(kg/m^3)=") BH=D/10 B=30*D/1000 S=1.15*30*D/1000 J=10*D/1000 LC=20*D/1000 T=30*D/1000 BSR=((D/15)/(30*D))*1000 SMS=D/10 L=(BH)+(J) V=(B)*(S)*(BH)*(N) BT=(V)*(SG) Vb=(%pi)*(D^2)*(L)/4000 MP=(Vb)*ED PF=(MP)*(N)/((V)*1000) printf("Bench Height(m)=%.3f \nBurden(m)=%.3f \nSpacing(m)=%.3f \nSubdrill(m)=%.3f \nCharge Length(m)=%.3f \nStemming(m)=%.3f \nBSR=%.3f \nSMS=%.3f \nHole length(m)=%.3f \nBlast volume(m^3)=%.3f \nBlast tonnes(T)=%.3f \nVolume of blast hole(m^3)=%.3f \nMass of explosive per hole(kg)=%.3f \nPF(kg/m^3)=%.3f",BH,B,S,J,LC,T,BSR,SMS,L,V,BT,Vb,MP,PF)

function s=kong(x)     if(x>0)         s='kakakong'         elseif(x<0)         s='kongkaka'     else         s='zero'     end     endfunction

function fact=kong(n)     fact=1     for k=1:n         fact=k*fact     end       endfunction