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3cluster_2collector_dense_uniform_benchmark_testcase.cpp
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3cluster_2collector_dense_uniform_benchmark_testcase.cpp
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#include<bits/stdc++.h>
#define V 4
using namespace std;
float energyamplitude=70;
float Eelec=50;
float totalenergy=2000000000;
float totalenergy1=2000000000;
float packetsize =1500;
float channelcapacity=34;
float lengthofchannel=10;
int maxtsp(int graph[][V],int s)
{
int i;
int k;
vector<int> vertex;
for(i=0;i<V;i++)
{
if(i!=s)
{
vertex.push_back(i);
}
}
int maxpath=INT_MIN;
k=s;
do{
int cpath=0;
k=s;
for(i=0;i<vertex.size();i++)
{
cpath+=graph[k][vertex[i]];
k=vertex[i];
}
cpath+=graph[k][s];
maxpath=max(maxpath,cpath);
}
while(next_permutation(vertex.begin(),vertex.end()));
return maxpath;
}
int tsp(int graph[][V],int s)
{
int i;
int k;
vector<int> vertex;
for(i=0;i<V;i++)
{
if(i!=s)
{
vertex.push_back(i);
}
}
int minpath=INT_MAX;
k=s;
do{
int cpath=0;
k=s;
for(i=0;i<vertex.size();i++)
{
cpath+=graph[k][vertex[i]];
k=vertex[i];
}
cpath+=graph[k][s];
minpath=min(cpath,minpath);
}
while(next_permutation(vertex.begin(),vertex.end()));
return minpath;
}
int main(){
cout<<"Sample details and inputs for benchmark restults"<<endl;
cout<<"Eelec =50nJ/bit"<<endl;
cout<<"Eamp=10-100PJ/bit/m^2"<<endl;
cout<<"packet length/message length=1500bytes"<<endl;
cout<<"channel capacity =10bits/s"<<endl;
cout<<"Time taken to send a packet=l/R"<<endl;
cout<<(float)(packetsize/lengthofchannel)<<endl;
cout<<"Time taken to send 1-50 messages"<<endl;
int factor=(int)packetsize/(int)lengthofchannel;
cout<<"ENERGY OF THE SENSORS SHOULD BE GREATER THAN THRESHOLD ENERGY GIVEN BY: (Eelec+Eamp*d^2)=E(k,d)"<<endl;
cout<<"----------------"<<endl;
int r1,r2,r3,r4,r5;
cout<<"Enter radius of the the sensors in cm(int)"<<endl;
cin>>r1>>r2>>r3>>r4;
int s1,s2,s3,s4,s5;
cout<<"Enter no of messages of the the sensors"<<endl;
cin>>s1>>s2>>s3>>s4;
cout<<"packet information rate"<<endl;
s1=(int)(s1*factor);
s2=(int)(s2*factor);
s3=(int)(s3*factor);
s4=(int)(s4*factor);
cout<<s1<<"bits/s"<<" "<<s2<<"bits/s"<<" "<<s3<<"bits/s"<<" "<<s4<<"bits/s"<<endl;
float e1,e2,e3,e4;
float ej1,ej2,ej3,ej4;
cout<<"Energy information sample range"<<endl;
ej1=(float)(energyamplitude*r1*r1 + Eelec)*s1;
ej2=(float)(energyamplitude*r2*r2 + Eelec)*s2;
ej3=(float)(energyamplitude*r3*r3 + Eelec)*s3;
ej4=(float)(energyamplitude*r4*r4 + Eelec)*s4;
ej1/=1000;
ej2/=1000;
ej3/=1000;
ej4/=1000;
cout<<ej1<<" "<<ej2<<" "<<ej3<<" "<<ej4<<"J"<<endl;
cout<<"Energy information for 1st cluster sensors"<<endl;
cin>>e1>>e2>>e3>>e4;
cout<<e1<<"J"<<" "<<e2<<"J"<<" "<<e3<<"J"<<" "<<e4<<"J"<<endl;
int b1,b2,b3,b4;
b1=r1*s1;
b2=r2*s2;
b3=r3*s3;
b4=r4*s4;
cout<<"Optimal Distance for best energy generation"<<endl;
float optimaldistance1=sqrt(energyamplitude*r1*r1/Eelec);
float optimaldistance2=sqrt(energyamplitude*r2*r2/Eelec);
float optimaldistance3=sqrt(energyamplitude*r3*r3/Eelec);
float optimaldistance4=sqrt(energyamplitude*r4*r4/Eelec);
cout<<optimaldistance1<<"cm"<<" "<<optimaldistance2<<"cm"<<" "<<optimaldistance3<<"cm"<<" "<<optimaldistance4<<"cm"<<endl;
int netb=( b1+b2+b3+b4)/4;
int r11,r21,r31,r41,r51;
cout<<"Enter radius of the the sensors of second cluster in cm"<<endl;
cin>>r11>>r21>>r31>>r41;
int s11,s21,s31,s41,s51;
cout<<"Enter no of messages of the the sensors"<<endl;
cin>>s11>>s21>>s31>>s41;
cout<<"packet information rate"<<endl;
s11=(int)(s11*factor);
s21=(int)(s21*factor);
s31=(int)(s31*factor);
s41=(int)(s41*factor);
cout<<s1<<"bits/s"<<" "<<s2<<"bits/s"<<" "<<s3<<"bits/s"<<" "<<s4<<"bits/s"<<endl;
float e5,e6,e7,e8;
float ej5,ej6,ej7,ej8;
cout<<"Sample Energy information for 2nd cluster sensors"<<endl;
ej5=(float)(energyamplitude*r11*r11 + Eelec)*s1;
ej6=(float)(energyamplitude*r21*r21 + Eelec)*s2;
ej7=(float)(energyamplitude*r31*r31 + Eelec)*s3;
ej8=(float)(energyamplitude*r41*r41 + Eelec)*s4;
ej5/=1000;
ej6/=1000;
ej7/=1000;
ej8/=1000;
cout<<ej5<<"J"<<" "<<ej6<<"J"<<" "<<ej7<<"J"<<" "<<ej8<<"J"<<endl;
cout<<"Input the energy of 2nd cluster sensors"<<endl;
cin>>e5>>e6>>e7>>e8;
int b11,b21,b31,b41;
b11=r11*s11;
b21=r21*s21;
b31=r31*s31;
b41=r41*s41;
cout<<"Optimal Distance for best energy generation"<<endl;
float optimaldistance5=sqrt(energyamplitude*r11*r11/Eelec);
float optimaldistance6=sqrt(energyamplitude*r21*r21/Eelec);
float optimaldistance7=sqrt(energyamplitude*r31*r31/Eelec);
float optimaldistance8=sqrt(energyamplitude*r41*r41/Eelec);
cout<<optimaldistance5<<"cm"<<" "<<optimaldistance6<<"cm"<<" "<<optimaldistance7<<"cm"<<" "<<optimaldistance8<<"cm"<<endl;
int netb1=( b11+b21+b31+b41)/4;
int r111,r211,r311,r411,r511;
cout<<"Enter radius of the the sensors of third cluster in cm"<<endl;
cin>>r111>>r211>>r311>>r411;
int s111,s211,s311,s411,s511;
cout<<"Enter no of messages of the the sensors"<<endl;
cin>>s111>>s211>>s311>>s411;
cout<<"packet information rate"<<endl;
s111=(int)(s111*factor);
s211=(int)(s211*factor);
s311=(int)(s311*factor);
s411=(int)(s411*factor);
cout<<s1<<"bits/s"<<" "<<s2<<"bits/s"<<" "<<s3<<"bits/s"<<" "<<s4<<"bits/s"<<endl;
float e9,e10,e11,e12;
float ej9,ej10,ej11,ej12;
cout<<"Sample Energy information for 2nd cluster sensors"<<endl;
ej9=(float)(energyamplitude*r11*r11 + Eelec)*s1;
ej10=(float)(energyamplitude*r21*r21 + Eelec)*s2;
ej11=(float)(energyamplitude*r31*r31 + Eelec)*s3;
ej12=(float)(energyamplitude*r41*r41 + Eelec)*s4;
ej9/=1000;
ej10/=1000;
ej11/=1000;
ej12/=1000;
cout<<ej9<<"J"<<" "<<ej10<<"J"<<" "<<ej11<<"J"<<" "<<ej12<<"J"<<endl;
cout<<"Input the energy of 2nd cluster sensors"<<endl;
cin>>e9>>e10>>e11>>e12;
int b111,b211,b311,b411;
b111=r111*s111;
b211=r211*s211;
b311=r311*s311;
b411=r411*s411;
cout<<"Optimal Distance for best energy generation"<<endl;
float optimaldistance9=sqrt(energyamplitude*r111*r111/Eelec);
float optimaldistance10=sqrt(energyamplitude*r211*r211/Eelec);
float optimaldistance11=sqrt(energyamplitude*r311*r311/Eelec);
float optimaldistance12=sqrt(energyamplitude*r411*r411/Eelec);
cout<<optimaldistance9<<"cm"<<" "<<optimaldistance10<<"cm"<<" "<<optimaldistance11<<"cm"<<" "<<optimaldistance12<<"cm"<<endl;
int netb11=(b111+b211+b311+b411)/4;
cout<<"average floating point constant first cluster "<<netb<<endl;
cout<<"average floating point constant second cluster "<<netb1<<endl;
cout<<"average floating point constant third cluster "<<netb11<<endl;
cout<<"Initial energy of collector in J"<<endl;
cout<<totalenergy<<endl;
cout<<"Velocity of the collector"<<endl;
int velocity;
cin>>velocity;
cout<<"velocity in cm/s"<<endl;
cout<<"Distance from sink to cluster 1"<<endl;
int distance1;
cin>>distance1;
cout<<"Intercluster Distance in cm"<<endl;
cout<<distance1<<"cm"<<endl;
cout<<"Time taken for collector1 to go to cluster1"<<endl;
int time1=distance1/velocity;
cout<<time1<<"s"<<endl;
cout<<"Distance between sink and cluster2"<<endl;
int distance2;
cin>>distance2;
cout<<"Intercluster Distance in cm"<<endl;
cout<<distance2<<"cm"<<endl;
cout<<"Velocity of the second collector"<<endl;
int velocity2;
cin>>velocity2;
cout<<velocity2<<"cm/s"<<endl;
cout<<"Time taken for collector 2 to go to cluster2"<<endl;
int time2=distance2/velocity2;
cout<<time2<<"s"<<endl;
cout<<"Distance between sink and cluster3"<<endl;
int distance3;
cin>>distance3;
cout<<distance3<<"cm"<<endl;
cout<<"-----"<<endl;
cout<<"TSP graphs cluster1"<<endl;
int graph[][V]={{ 0, 100, 150, 200 },
{ 100, 0, 350, 250 },
{ 150, 350, 0, 300 },
{ 200, 250, 300, 0 }};
cout<<"----"<<endl;
cout<<"TSP graphs cluster2"<<endl;
int graph1[][V]={{ 0, 200, 250, 400 },
{ 200, 0, 350, 450 },
{ 250, 350, 0, 300 },
{ 400, 450, 300, 0 }};
cout<<"------"<<endl;
cout<<"TSP graphs for cluster3"<<endl;
int graph2[][V]={{0,300,450,120},
{300,0,270,500},
{450,270,0,650},
{120,500,650,0}
};
cout<<"-------------"<<endl;
int s=0;
int maxtspval2=maxtsp(graph1,s);
int tspval2=tsp(graph1,s);
cout<<maxtspval2<<" "<<tspval2<<endl;
s=0;
int maxtspval= maxtsp(graph,s);
int tspval= tsp(graph,s);
cout<<maxtspval<<" "<<tspval<<endl;
s=0;
int maxtspval3=maxtsp(graph2,s);
int tspval3=tsp(graph2,s);
cout<<maxtspval3<<" "<<tspval3<<endl;
cout<<"--------------"<<endl;
cout<<"-------------"<<endl;
int time3;
int time4;
int time5;
int time6,time7,time8;
int timetotal1,timetotal2;
cout<<"Time analysis for which collector will take cluster3 or cluster2 first"<<endl;
cout<<"For analysis the collector with greater velocity and the cluster with the smallest TSp value will be chosen as start and updated automatically per iteration"<<endl;
cout<<"-----------------------"<<endl;
int mintsp23= min(tspval2,tspval3);
int fastestvelocity=max(velocity,velocity2);
cout<<"Smallest tsp value "<<mintsp23<<endl;
cout<<"Fastest velocity"<<fastestvelocity<<"cm/s"<<endl;
cout<<"Distance between cluster 2 and 3"<<endl;
int interdistance;
cin>>interdistance;
cout<<interdistance<<"cm"<<endl;
cout<<"---------------2 cases based on collector speed and cluster tsp---------"<<endl;
if((fastestvelocity==velocity && mintsp23==tspval2)||(fastestvelocity==velocity && mintsp23==tspval3))
{
cout<<"Collector 1 will take second cluster first and then third cluster.Collector 2 will take first cluster"<<endl;
cout<<"Time taken for collector 1 to go to cluster3"<<endl;
time3=distance3/velocity;
cout<<time3<<"s"<<endl;
cout<<"transit time between cluster3 and 2"<<endl;
time4=interdistance/velocity;
cout<<time4<<"s"<<endl;
cout<<"Time taken to return to sink from cluster2 collector1"<<endl;
time5=distance2/velocity;
cout<<time5<<"s"<<endl;
cout<<"Total time to return to sink"<<endl;
if(mintsp23==tspval2)
{ timetotal1=mintsp23+ time3+time4+time5+tspval3;
cout<<timetotal1<<"s"<<endl;
}
else if(mintsp23==tspval3)
{
timetotal1=mintsp23+time3+time4+time5+tspval2;
cout<<timetotal1<<"s"<<endl;
}
//add here
int i=0;
cout<<"-----"<<endl;
cout<<"radius bounded by 2-100cm"<<endl;
int maxradius=100;
int minradius=2;
int j,l;
int g[V][V];
for(i=0;i<V;i++)
{
for(j=0;j<V;j++)
{
g[i][j]= graph[i][j];
}
}
int g1[V][V];
for(i=0;i<V;i++)
{
for(j=0;j<V;j++)
{
g1[i][j]= graph1[i][j];
}
}
int g2[V][V];
for(i=0;i<V;i++)
{
for(j=0;j<V;j++)
{
g2[i][j]=graph2[i][j];
}
}
i=0;
int lambda=0;
cout<<"Delta for change of k(int) = k*10^-10"<<endl;
cout<<"delta between 200-500"<<endl;
int delta;
cin>>delta;
while(tspval < maxtspval || maxtspval2>tspval2 || energyamplitude>=0||totalenergy>=0 || e1>=0 ||e2>=0||e3>=0||e4>=0 )
{
lambda++;
cout<<"------"<<endl;
cout<<"Analysis"<<endl;
cout<<lambda<<" iteration"<<endl;
int m= tspval;
int delta1=(s1+s2+s3+s4)/4;
cout<<"Avg delta for first cluster"<<endl;
cout<<delta1<<endl;
int delta2=(s11+s21+s31+s41)/4;
cout<<"Avg delta for second cluster"<<endl;
cout<<delta2<<endl;
int delta3=(s111+s211+s311+s411)/4;
cout<<"Avg delta for third cluster"<<endl;
cout<<delta3<<endl;
netb+=delta;
r1=r1-delta1/s1;
r2=r2-delta1/s2;
r3=r3-delta1/s3;
r4=r4-delta1/s4;
//r5=netb/s5;
netb1+=delta;
r11=r11-delta2/s11;
r21=r21-delta2/s21;
r31=r31-delta2/s31;
r41=r41-delta2/s41;
netb11+=delta;
r111=r111-delta3/s111;
r211=r211-delta3/s211;
r311=r311-delta3/s311;
r411=r411-delta3/s411;
cout<<"-----"<<endl;
cout<<"Radius changes"<<endl;
cout<<"Radius change first cluster in cm"<<endl;
cout<<r1<<"cm"<<" "<<r2<<"cm"<<" "<<r3<<"cm"<<" "<<r4<<"cm"<<endl;
cout<<"Information source/packet rate change first cluster"<<endl;
s1-=delta1/s1;
s2-=delta1/s2;
s3-=delta1/s3;
s4-=delta1/s4;
cout<<s1<<"bits/s"<<" "<<s2<<"bits/s"<<" "<<s3<<"bits/s"<<" "<<s4<<"bits/s"<<endl;
vector<int> v;
v.push_back(s1);
v.push_back(s2);
v.push_back(s3);
v.push_back(s4);
s11-=delta2/s11;
s21-=delta2/s21;
s31-=delta2/s31;
s41-=delta2/s41;
vector<int> v1;
v1.push_back(s11);
v1.push_back(s21);
v1.push_back(s31);
v1.push_back(s41);
s111-=delta3/s111;
s211-=delta3/s211;
s311-=delta3/s311;
s411-=delta3/s411;
cout<<"Radius change second cluster in cm"<<endl;
cout<<r11<<"cm"<<" "<<r21<<"cm"<<" "<<r31<<"cm"<<" "<<r41<<"cm"<<endl;
cout<<"Information source/packet rate change second cluster"<<endl;
cout<<s11<<"bits/s"<<" "<<s21<<"bits/s"<<" "<<s31<<"bits/s"<<" "<<s41<<"bits/s"<<endl;
vector<int> v2;
v2.push_back(s111);
v2.push_back(s211);
v2.push_back(s311);
v2.push_back(s411);
cout<<"Radius change third cluster in cm"<<endl;
cout<<r111<<"cm"<<" "<<r211<<"cm"<<" "<<r311<<"cm"<<" "<<r411<<"cm"<<endl;
cout<<"Information source/packet rate change second cluster"<<endl;
cout<<s111<<"bits/s"<<" "<<s211<<"bits/s"<<" "<<s311<<"bits/s"<<" "<<s411<<"bits/s"<<endl;
cout<<"----"<<endl;
cout<<"-----"<<endl;
cout<<"Sensor Energy Loss Analysis"<<endl;
cout<<"Energy loss of the first cluster sources"<<endl;
e1-=(float)(((energyamplitude*r1*r1 + Eelec)*s1)/1000);
e2-=(float)(((energyamplitude*r2*r2 + Eelec)*s2)/1000);
e3-=(float)(((energyamplitude*r3*r3 + Eelec)*s3)/1000);
e4-=(float)(((energyamplitude*r4*r4 + Eelec)*s4)/1000);
cout<<e1<<"J"<<" "<<e2<<"J"<<" "<<e3<<"J"<<" "<<e4<<"J"<<" "<<endl;
cout<<"Energy loss of the second cluster sources"<<endl;
e5-=(float)(((energyamplitude*r11*r11 + Eelec)*s11)/1000);
e6-=(float)(((energyamplitude*r21*r21 + Eelec)*s21)/1000);
e7-=(float)(((energyamplitude*r31*r31 + Eelec)*s31)/1000);
e8-=(float)(((energyamplitude*r41*r41 + Eelec)*s41)/1000);
cout<<e5<<"J"<<" "<<e6<<"J"<<" "<<e7<<"J"<<" "<<e8<<"J"<<" "<<endl;
cout<<"Energy loss of the second cluster sources"<<endl;
e9-=(float)(((energyamplitude*r111*r111 + Eelec)*s111)/1000);
e10-=(float)(((energyamplitude*r211*r211 + Eelec)*s211)/1000);
e11-=(float)(((energyamplitude*r311*r311 + Eelec)*s311)/1000);
e12-=(float)(((energyamplitude*r411*r411 + Eelec)*s411)/1000);
cout<<e9<<"J"<<" "<<e10<<"J"<<" "<<e11<<"J"<<" "<<e12<<"J"<<" "<<endl;
cout<<"-----"<<endl;
g1[0][1]+=(int)(delta1/s11 + delta/s21);
g1[0][2]+=(int)(delta1/s11 + delta/s31);
g1[0][3]+=(int)(delta1/s11 + delta/s41);
g1[1][0]+=(int)(delta1/s11 + delta/s21);
g1[1][2]+=(int)(delta1/s21 + delta/s31);
g1[1][3]+=(int)(delta1/s21 + delta/s41);
g1[2][0]+=(int)(delta1/s31 + delta/s11);
g1[2][1]+=(int)(delta1/s31 + delta/s21);
g1[2][3]+=(int)(delta1/s31 + delta/s41);
g1[3][0]+=(int)(delta1/s41 + delta/s11);
g1[3][1]+=(int)(delta1/s41 + delta/s21);
g1[3][2]+=(int)(delta1/s41 + delta/s31);
int mini;
int mini1;
g[0][1]+=(int)(delta/s1 + delta/s2);
g[0][2]+=(int)(delta/s1 + delta/s3);
g[0][3]+=(int)(delta/s1 + delta/s4);
g[1][0]+=(int)(delta/s1 + delta/s2);
g[1][2]+=(int)(delta/s2 + delta/s3);
g[1][3]+=(int)(delta/s2 + delta/s4);
g[2][0]+=(int)(delta/s3 + delta/s1);
g[2][1]+=(int)(delta/s3 + delta/s2);
g[2][3]+=(int)(delta/s3 + delta/s4);
g[3][0]+=(int)(delta/s4 + delta/s1);
g[3][1]+=(int)(delta/s4 + delta/s2);
g[3][2]+=(int)(delta/s4 + delta/s3);
g2[0][1]+=(int)(delta3/s111 + delta3/s211);
g1[0][2]+=(int)(delta3/s111 + delta3/s311);
g1[0][3]+=(int)(delta3/s111 + delta3/s411);
g1[1][0]+=(int)(delta3/s111 + delta3/s211);
g1[1][2]+=(int)(delta3/s211 + delta3/s311);
g1[1][3]+=(int)(delta3/s211 + delta3/s411);
g1[2][0]+=(int)(delta3/s311 + delta3/s111);
g1[2][1]+=(int)(delta3/s311 + delta3/s211);
g1[2][3]+=(int)(delta3/s311 + delta3/s411);
g1[3][0]+=(int)(delta3/s411 + delta3/s111);
g1[3][1]+=(int)(delta3/s411 + delta3/s211);
g1[3][2]+=(int)(delta3/s411 + delta3/s311);
cout<<"Graph updation of first cluster"<<endl;
for(i=0;i<4;i++)
{
for(j=0;j<4;j++)
{
cout<<g[i][j]<<" ";
}
cout<<endl;
}
cout<<"----"<<endl;
cout<<"Graph updation of second cluster"<<endl;
for(i=0;i<4;i++)
{
for(j=0;j<4;j++)
{
cout<<g1[i][j]<<" ";
}
cout<<endl;
}
cout<<"Graph updation of third cluster"<<endl;
for(i=0;i<4;i++)
{
for(j=0;j<4;j++)
{
cout<<g2[i][j]<<" ";
}
cout<<endl;
}
cout<<"----"<<endl;
cout<<"Minimum information rate in cluster1"<<endl;
sort(v.begin(),v.end());
cout<<v[0]<<"bits/s"<<endl;
cout<<"Minimum information rate in cluster2"<<endl;
sort(v1.begin(),v1.end());
cout<<v1[0]<<"bits/s"<<endl;
cout<<"Minimum information rate in cluster3"<<endl;
sort(v2.begin(),v2.end());
cout<<v2[0]<<"bits/s"<<endl;
int s=0;
cout<<"-----"<<endl;
cout<<"TSP module"<<endl;
cout<<"tsp in "<<lambda<<"iteration "<<tsp(g,0)<<endl;
tspval=tsp(g,0);
tspval2=tsp(g1,0);
tspval3=tsp(g2,0);
cout<<"tsp first cluster"<<endl;
cout<<"tsp second cluster"<<endl;
cout<<tspval<<" "<<maxtspval<<endl;
cout<<tspval2<<" "<<maxtspval2<<endl;
cout<<tspval3<<" "<<maxtspval3<<endl;
int x1=tspval;
int x2=tspval2;
int x3=tspval3;
tspval=2*time1+x1;
tspval2=x3+time3+time4+time5;
tspval3=x2+time3+time4+time5;
cout<<"Time for 1 iteration in cluster one"<<endl;
cout<<tspval<<"s"<<endl;
cout<<"Time for1 iteration in cluster two"<<endl;
cout<<tspval2<<"s"<<endl;
cout<<"Time for1 iteration in cluster three"<<endl;
cout<<tspval3<<"s"<<endl;
cout<<"------"<<endl;
cout<<"-------"<<endl;
cout<<"Energy calculation of the collector"<<endl;
totalenergy1-= (Eelec + energyamplitude*r1*r1 + energyamplitude*r2*r2 + energyamplitude*r3*r3 + energyamplitude*r4*r4);
cout<<"Energy loss in ith iteration"<<endl;
cout<<abs(totalenergy1)<<"J"<<endl;
cout<<"Energy calculation of the collector afer second cluser"<<endl;
totalenergy-= (Eelec + energyamplitude*r11*r11 + energyamplitude*r21*r21 + energyamplitude*r31*r31 + energyamplitude*r41*r41);
cout<<"Energy loss in ith iteration"<<"J"<<endl;
cout<<abs(totalenergy)<<endl;
totalenergy-= (Eelec + energyamplitude*r111*r111 + energyamplitude*r211*r211 + energyamplitude*r311*r311 + energyamplitude*r411*r411);
cout<<"Energy loss in ith iteration"<<"J"<<endl;
cout<<abs(totalenergy)<<endl;
cout<<"-------"<<endl;
cout<<"-----"<<endl;
cout<<"Time Analysis"<<endl;
int total_time=tspval+tspval2+tspval3;
cout<<"Total time loss"<<endl;
cout<<total_time<<"s"<<endl;
if(maxtspval<=tspval || maxtspval2<=tspval2|| e1<0 || e2<0||e3<0 ||e4<0)
{
cout<<"End of iterations"<<endl;
break;
}
cout<<"----------------EOI--------------"<<endl;
}
}
else if((fastestvelocity==velocity2 && mintsp23==tspval2)||(fastestvelocity==velocity2 && mintsp23==tspval3))
{
cout<<"Collector 2 will take second cluster first then third cluster .Collector 1 will take first cluster"<<endl;
cout<<"Time taken for collector 2 to go to cluster3"<<endl;
time6=distance3/velocity2;
cout<<time6<<"s"<<endl;
cout<<"transit time between cluster3 and 2"<<endl;
time7=interdistance/velocity2;
cout<<time7<<"s"<<endl;
cout<<"Time taken to return to sink from cluster2 collector1"<<endl;
time8=distance2/velocity2;
cout<<time8<<"s"<<endl;
cout<<"Total time to return to sink"<<endl;
if(mintsp23==tspval2){
timetotal2=mintsp23+ time6+time7+time8+tspval3;
cout<<timetotal2<<"s"<<endl;}
else if(mintsp23==tspval3)
{
timetotal2=mintsp23 +time6+time7+time8+tspval2;
cout<<timetotal2<<"s"<<endl;
}
int i=0;
cout<<"-----"<<endl;
cout<<"radius bounded by 2-100cm"<<endl;
int maxradius=100;
int minradius=2;
int j,l;
int g[V][V];
for(i=0;i<V;i++)
{
for(j=0;j<V;j++)
{
g[i][j]= graph[i][j];
}
}
int g1[V][V];
for(i=0;i<V;i++)
{
for(j=0;j<V;j++)
{
g1[i][j]= graph1[i][j];
}
}
int g2[V][V];
for(i=0;i<V;i++)
{
for(j=0;j<V;j++)
{
g2[i][j]=graph2[i][j];
}
}
i=0;
int lambda=0;
cout<<"Delta for change of k(int) = k*10^-10"<<endl;
cout<<"delta between 200-500"<<endl;
int delta;
cin>>delta;
while(tspval < maxtspval || maxtspval2>tspval2 || energyamplitude>=0||totalenergy>=0 || e1>=0 ||e2>=0||e3>=0||e4>=0 )
{
lambda++;
cout<<"------"<<endl;
cout<<"Analysis"<<endl;
cout<<lambda<<" iteration"<<endl;
int m= tspval;
int delta1=(s1+s2+s3+s4)/4;
cout<<"Avg delta for first cluster"<<endl;
cout<<delta1<<endl;
int delta2=(s11+s21+s31+s41)/4;
cout<<"Avg delta for second cluster"<<endl;
cout<<delta2<<endl;
int delta3=(s111+s211+s311+s411)/4;
cout<<"Avg delta for third cluster"<<endl;
cout<<delta3<<endl;
netb+=delta;
r1=r1-delta1/s1;
r2=r2-delta1/s2;
r3=r3-delta1/s3;
r4=r4-delta1/s4;
//r5=netb/s5;
netb1+=delta;
r11=r11-delta2/s11;
r21=r21-delta2/s21;
r31=r31-delta2/s31;
r41=r41-delta2/s41;
netb11+=delta;
r111=r111-delta3/s111;
r211=r211-delta3/s211;
r311=r311-delta3/s311;
r411=r411-delta3/s411;
cout<<"-----"<<endl;
cout<<"Radius changes"<<endl;
cout<<"Radius change first cluster in cm"<<endl;
cout<<r1<<"cm"<<" "<<r2<<"cm"<<" "<<r3<<"cm"<<" "<<r4<<"cm"<<endl;
cout<<"Information source/packet rate change first cluster"<<endl;
cout<<s1<<"bits/s"<<" "<<s2<<"bits/s"<<" "<<s3<<"bits/s"<<" "<<s4<<"bits/s"<<endl;
vector<int> v;
v.push_back(s1);
v.push_back(s2);
v.push_back(s3);
v.push_back(s4);
vector<int> v1;
v1.push_back(s11);
v1.push_back(s21);
v1.push_back(s31);
v1.push_back(s41);
cout<<"Radius change second cluster in cm"<<endl;
cout<<r11<<"cm"<<" "<<r21<<"cm"<<" "<<r31<<"cm"<<" "<<r41<<"cm"<<endl;
cout<<"Information source/packet rate change second cluster"<<endl;
cout<<s11<<"bits/s"<<" "<<s21<<"bits/s"<<" "<<s31<<"bits/s"<<" "<<s41<<"bits/s"<<endl;
vector<int> v2;
v2.push_back(s111);
v2.push_back(s211);
v2.push_back(s311);
v2.push_back(s411);
cout<<"Radius change third cluster in cm"<<endl;
cout<<r111<<"cm"<<" "<<r211<<"cm"<<" "<<r311<<"cm"<<" "<<r411<<"cm"<<endl;
cout<<"Information source/packet rate change second cluster"<<endl;
cout<<s111<<"bits/s"<<" "<<s211<<"bits/s"<<" "<<s311<<"bits/s"<<" "<<s411<<"bits/s"<<endl;
cout<<"----"<<endl;
cout<<"-----"<<endl;
cout<<"Sensor Energy Loss Analysis"<<endl;
cout<<"Energy loss of the first cluster sources"<<endl;
e1-=(float)(((energyamplitude*r1*r1 + Eelec)*s1)/1000);
e2-=(float)(((energyamplitude*r2*r2 + Eelec)*s2)/1000);
e3-=(float)(((energyamplitude*r3*r3 + Eelec)*s3)/1000);
e4-=(float)(((energyamplitude*r4*r4 + Eelec)*s4)/1000);
cout<<e1<<"J"<<" "<<e2<<"J"<<" "<<e3<<"J"<<" "<<e4<<"J"<<" "<<endl;
cout<<"Energy loss of the second cluster sources"<<endl;
e5-=(float)(((energyamplitude*r11*r11 + Eelec)*s11)/1000);
e6-=(float)(((energyamplitude*r21*r21 + Eelec)*s21)/1000);
e7-=(float)(((energyamplitude*r31*r31 + Eelec)*s31)/1000);
e8-=(float)(((energyamplitude*r41*r41 + Eelec)*s41)/1000);
cout<<e5<<"J"<<" "<<e6<<"J"<<" "<<e7<<"J"<<" "<<e8<<"J"<<" "<<endl;
cout<<"Energy loss of the second cluster sources"<<endl;
e9-=(float)(((energyamplitude*r111*r111 + Eelec)*s111)/1000);
e10-=(float)(((energyamplitude*r211*r211 + Eelec)*s211)/1000);
e11-=(float)(((energyamplitude*r311*r311 + Eelec)*s311)/1000);
e12-=(float)(((energyamplitude*r411*r411 + Eelec)*s411)/1000);
cout<<e9<<"J"<<" "<<e10<<"J"<<" "<<e11<<"J"<<" "<<e12<<"J"<<" "<<endl;
cout<<"-----"<<endl;
g1[0][1]+=(int)(delta1/s11 + delta/s21);
g1[0][2]+=(int)(delta1/s11 + delta/s31);
g1[0][3]+=(int)(delta1/s11 + delta/s41);
g1[1][0]+=(int)(delta1/s11 + delta/s21);
g1[1][2]+=(int)(delta1/s21 + delta/s31);
g1[1][3]+=(int)(delta1/s21 + delta/s41);
g1[2][0]+=(int)(delta1/s31 + delta/s11);
g1[2][1]+=(int)(delta1/s31 + delta/s21);
g1[2][3]+=(int)(delta1/s31 + delta/s41);
g1[3][0]+=(int)(delta1/s41 + delta/s11);
g1[3][1]+=(int)(delta1/s41 + delta/s21);
g1[3][2]+=(int)(delta1/s41 + delta/s31);