MESSAGE
| DATE | 2017-02-24 |
| FROM | Ruben Safir
|
| SUBJECT | Re: [Learn] decision making tree for a euler walk
|
From learn-bounces-at-nylxs.com Fri Feb 24 11:22:36 2017
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To: Christopher League ,
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From: Ruben Safir
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Subject: Re: [Learn] decision making tree for a euler walk
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On 02/24/2017 08:44 AM, Christopher League wrote:
>
> Send a pic of the graph you were using? Might have a few minutes to try
> something today.
>
> CL
>
I sent it but here it is again. It is a minor tweak at this point, but
I'm just beat.
> Ruben Safir writes:
>
>> I'm just not quiet solving this. I think it walked the tree correctly
>> but my tunnel count is a wee bit off.
>>
>>
>> --
>> So many immigrant groups have swept through our town
>> that Brooklyn, like Atlantis, reaches mythological
>> proportions in the mind of the world - RI Safir 1998
>> http://www.mrbrklyn.com
>>
>> DRM is THEFT - We are the STAKEHOLDERS - RI Safir 2002
>> http://www.nylxs.com - Leadership Development in Free Software
>> http://www2.mrbrklyn.com/resources - Unpublished Archive
>> http://www.coinhangout.com - coins!
>> http://www.brooklyn-living.com
>>
>> Being so tracked is for FARM ANIMALS and and extermination camps,
>> but incompatible with living as a free human being. -RI Safir 2013
>> Island A 5
>> Island B 4
>> Island C 2
>> Island D 1
>> Island E 4
>> Island F 2
>> Island G 2
>> Found odd number 1
>> Found odd number 2
>> Is it walkable ==> 1
>> TOP Node =>Island A
>> Starting Node==>Island A
>> Pushing =>Tunnel A
>> Pushing =>Tunnel F
>> Pushing =>Tunnel D
>> Pushing =>Tunnel G
>> Pushing =>Tunnel C
>> Traveling Path==>Tunnel C
>> Current Tunnel Count is==>1
>> Starting Node==>Island E
>> Pushing =>Tunnel B
>> Pushing =>Tunnel H
>> Pushing =>Tunnel I
>> Traveling Path==>Tunnel I
>> Current Tunnel Count is==>2
>> Starting Node==>Island C
>> Pushing =>Tunnel J
>> Traveling Path==>Tunnel J
>> Current Tunnel Count is==>3
>> Starting Node==>Island D
>> Size of Attached is =>0 Tunnel Count is =>3
>> Out of while loop : Size of Attached is =>0 For Node Island D
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island C
>> RETURNED **
>> Traveling Path==>Tunnel H
>> Current Tunnel Count is==>2
>> Starting Node==>Island G
>> Pushing =>Tunnel G
>> Traveling Path==>Tunnel G
>> Current Tunnel Count is==>3
>> Starting Node==>Island A
>> Pushing =>Tunnel A
>> Pushing =>Tunnel F
>> Pushing =>Tunnel D
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>4
>> Starting Node==>Island F
>> Pushing =>Tunnel E
>> Traveling Path==>Tunnel E
>> Current Tunnel Count is==>5
>> Starting Node==>Island B
>> Pushing =>Tunnel A
>> Pushing =>Tunnel F
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>6
>> Starting Node==>Island E
>> Pushing =>Tunnel I
>> Traveling Path==>Tunnel I
>> Current Tunnel Count is==>7
>> Starting Node==>Island C
>> Pushing =>Tunnel J
>> Traveling Path==>Tunnel J
>> Current Tunnel Count is==>8
>> Starting Node==>Island D
>> Size of Attached is =>0 Tunnel Count is =>8
>> Out of while loop : Size of Attached is =>0 For Node Island D
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island C
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>6
>> Starting Node==>Island A
>> Pushing =>Tunnel A
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>7
>> Starting Node==>Island B
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>8
>> Starting Node==>Island E
>> Pushing =>Tunnel I
>> Traveling Path==>Tunnel I
>> Current Tunnel Count is==>9
>> Starting Node==>Island C
>> Pushing =>Tunnel J
>> Traveling Path==>Tunnel J
>> Current Tunnel Count is==>10
>> Starting Node==>Island D
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island C
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>7
>> Starting Node==>Island A
>> Pushing =>Tunnel F
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>8
>> Starting Node==>Island B
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>9
>> Starting Node==>Island E
>> Pushing =>Tunnel I
>> Traveling Path==>Tunnel I
>> Current Tunnel Count is==>10
>> Starting Node==>Island C
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>6
>> Starting Node==>Island B
>> Pushing =>Tunnel A
>> Pushing =>Tunnel E
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>7
>> Starting Node==>Island E
>> Size of Attached is =>0 Tunnel Count is =>7
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel E
>> Current Tunnel Count is==>7
>> Starting Node==>Island F
>> Pushing =>Tunnel D
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>8
>> Starting Node==>Island A
>> Pushing =>Tunnel A
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>9
>> Starting Node==>Island B
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>10
>> Starting Node==>Island E
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>8
>> Starting Node==>Island A
>> Pushing =>Tunnel D
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>9
>> Starting Node==>Island F
>> Pushing =>Tunnel E
>> Traveling Path==>Tunnel E
>> Current Tunnel Count is==>10
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>8
>> Starting Node==>Island B
>> Pushing =>Tunnel F
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>9
>> Starting Node==>Island A
>> Pushing =>Tunnel D
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>10
>> Starting Node==>Island F
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island G
>> RETURNED **
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>7
>> Starting Node==>Island B
>> Pushing =>Tunnel A
>> Pushing =>Tunnel F
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>8
>> Starting Node==>Island A
>> Pushing =>Tunnel A
>> Pushing =>Tunnel G
>> Traveling Path==>Tunnel G
>> Current Tunnel Count is==>9
>> Starting Node==>Island G
>> Pushing =>Tunnel H
>> Traveling Path==>Tunnel H
>> Current Tunnel Count is==>10
>> Starting Node==>Island E
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island G
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>10
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>0
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>10
>> Starting Node==>Island A
>> Pushing =>Tunnel F
>> Pushing =>Tunnel G
>> Traveling Path==>Tunnel G
>> Current Tunnel Count is==>11
>> Starting Node==>Island G
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island G
>> RETURNED **
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>11
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel G
>> Current Tunnel Count is==>8
>> Starting Node==>Island G
>> Size of Attached is =>0 Tunnel Count is =>8
>> Out of while loop : Size of Attached is =>0 For Node Island G
>> RETURNED **
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>8
>> Starting Node==>Island F
>> Size of Attached is =>0 Tunnel Count is =>8
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>8
>> Starting Node==>Island B
>> Pushing =>Tunnel A
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>9
>> Starting Node==>Island E
>> Pushing =>Tunnel C
>> Traveling Path==>Tunnel C
>> Current Tunnel Count is==>10
>> Starting Node==>Island A
>> Pushing =>Tunnel A
>> Pushing =>Tunnel D
>> Pushing =>Tunnel G
>> Traveling Path==>Tunnel G
>> Current Tunnel Count is==>11
>> Starting Node==>Island G
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island G
>> RETURNED **
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>11
>> Starting Node==>Island F
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>11
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>9
>> Starting Node==>Island A
>> Pushing =>Tunnel D
>> Pushing =>Tunnel G
>> Pushing =>Tunnel C
>> Traveling Path==>Tunnel C
>> Current Tunnel Count is==>10
>> Starting Node==>Island E
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>11
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel G
>> Current Tunnel Count is==>10
>> Starting Node==>Island G
>> Size of Attached is =>0 Tunnel Count is =>10
>> ***Returned TRUE***
>> Size of Attached is =>1
>> RETURNED **
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>11
>> Starting Node==>Island F
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Traveling Path==>Tunnel A
>> Current Tunnel Count is==>9
>> Starting Node==>Island B
>> Pushing =>Tunnel F
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>10
>> Starting Node==>Island E
>> Pushing =>Tunnel C
>> Traveling Path==>Tunnel C
>> Current Tunnel Count is==>11
>> Starting Node==>Island A
>> Pushing =>Tunnel F
>> Pushing =>Tunnel D
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>12
>> Starting Node==>Island F
>> Size of Attached is =>0 Tunnel Count is =>12
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>12
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>12
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel F
>> Current Tunnel Count is==>10
>> Starting Node==>Island A
>> Pushing =>Tunnel D
>> Pushing =>Tunnel C
>> Traveling Path==>Tunnel C
>> Current Tunnel Count is==>11
>> Starting Node==>Island E
>> Pushing =>Tunnel B
>> Traveling Path==>Tunnel B
>> Current Tunnel Count is==>12
>> Starting Node==>Island B
>> Size of Attached is =>0 Tunnel Count is =>12
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island E
>> RETURNED **
>> Traveling Path==>Tunnel D
>> Current Tunnel Count is==>11
>> Starting Node==>Island F
>> Size of Attached is =>0 Tunnel Count is =>11
>> Out of while loop : Size of Attached is =>0 For Node Island F
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island B
>> RETURNED **
>> Out of while loop : Size of Attached is =>0 For Node Island A
>> /*
>> * =====================================================================================
>> *
>> * Filename: euler.cpp
>> *
>> * Description: Demonstration Program for Eulers Konisgburg problem
>> * using a path decision tree
>> *
>> * Version: 1.0
>> * Created: 02/12/2017 10:21:23 AM
>> * Revision: none
>> * Compiler: gcc
>> *
>> * Author: Ruben Safir (mn), ruben-at-mrbrklyn.com
>> * Company: NYLXS Inc
>> *
>> * =====================================================================================
>> */
>>
>> #include "nodes.h"
>> #include
>> #include
>> /*Create all the nodes */
>> /* data can be anything useful to describe a node. In this case
>> * it will be an int to represent degree (or number of connections */
>>
>> tree::Node A {"Island A", 0};
>> tree::Node B {"Island B", 0};
>> tree::Node C {"Island C", 0};
>> tree::Node D {"Island D", 0};
>> tree::Node E {"Island E", 0};
>> tree::Node F {"Island F", 0};
>> tree::Node G {"Island G", 0};
>>
>> tree::Node * city[] = {&A, &B, &C, &D, &E, &F, &G};
>> /* For Edges, we use an open/close integer. zero is open. Once it is crossed
>> * we can close it setting it to one */
>>
>> tree::Edge a {"Tunnel A", 0};
>> tree::Edge b {"Tunnel B", 0};
>> tree::Edge c {"Tunnel C", 0};
>> tree::Edge d {"Tunnel D", 0};
>> tree::Edge e {"Tunnel E", 0};
>> tree::Edge f {"Tunnel F", 0};
>> tree::Edge g {"Tunnel G", 0};
>> tree::Edge h {"Tunnel H", 0};
>> tree::Edge i {"Tunnel I", 0};
>> tree::Edge j {"Tunnel J", 0};
>>
>> /* Creating all the predicates */
>> tree::Predicate crossing_1 {A,B,a};
>> tree::Predicate crossing_5 {B,E,b};
>> tree::Predicate crossing_10 {A,E,c};
>> tree::Predicate crossing_4 {A,F,d};
>> tree::Predicate crossing_3 {B,F,e};
>> tree::Predicate crossing_2 {A,B,f};
>> tree::Predicate crossing_6 {A,G,g};
>> tree::Predicate crossing_7 {E,G,h};
>> tree::Predicate crossing_8 {E,C,i};
>> tree::Predicate crossing_9 {C,D,j};
>> tree::Predicate * crossings[] = {&crossing_1 ,&crossing_2 ,&crossing_3 ,&crossing_4 ,&crossing_5 ,&crossing_6 ,&crossing_7 ,&crossing_8 ,&crossing_9 ,&crossing_10};
>>
>> int tunnel_count = 0;
>>
>> int is_euler(tree::Node ** city )
>> {
>> int odd = 0;
>> int size = 7;
>> for(int i=0;i>> // std::cout << "__LINE__ " << __LINE__ << std::endl;
>> if( (city[i]->data % 2) == 1 )
>> {
>> odd++;
>> std::cout << "Found odd number " << odd << std::endl;
>> }
>> }
>> if(odd == 0 || odd == 2){
>> return true;
>> }
>> return false;
>> }
>>
>> bool testnode(tree::Node* in, int isodd)
>> {
>> //std::vector *> attached;
>> std::stack *> attached;
>> if(isodd == 1)
>> {
>> //start on the first crossing and find matching nodes from our selected odd node_path
>> std::cout << "Starting Node==>" << in->get_name() << std::endl;
>>
>> for(int index = 0; index< 10; index++)
>> {
>> //find all the attached nodes and crossings
>> if( (crossings[index]->search_for_matching_node(in) ) && (crossings[index]->c.data == 0) )
>> {
>> std::cout << "\tPushing =>" << crossings[index]->c.get_name() << std::endl;
>> attached.push(crossings[index]);
>> }
>> }
>> //have we reached an end?
>> if(attached.size() == 0)
>> {
>> std::cout << "\tSize of Attached is =>" << attached.size() << " ";
>> std::cout << "\tTunnel Count is =>" << tunnel_count << std::endl;
>> if(tunnel_count == 10)
>> {
>> return true;
>> }
>>
>> }
>> //Search the attached crossings for a working path
>> tree::Predicate * tmp;
>> while(! attached.empty() )
>> {
>> //check all the paths
>> tmp = attached.top();
>> std::cout << "\t\tTraveling Path==>" << tmp->c.get_name() << std::endl;
>> attached.pop();
>> tunnel_count++;
>> std::cout << "\t\tCurrent Tunnel Count is==>" << tunnel_count << std::endl;
>> tmp->c.data = 1;
>> //recursion
>> if(testnode(tmp->next(in), isodd) )
>> {
>> std::cout << "\t\t\t\t\t***Returned TRUE***" << std::endl;
>> std::cout << "\t\t\t\t\tSize of Attached is =>" << attached.size() << std::endl;
>> }else{
>> tmp->c.data = 0;
>> tunnel_count--;
>> }
>> std::cout << "RETURNED **" << std::endl;
>> }
>> std::cout << "\tOut of while loop : Size of Attached is =>" << attached.size() << " ";
>> std::cout << "For Node " << in->get_name() << std::endl;
>> // std::cout << __LINE__ << std::endl;
>>
>> }
>>
>> return false;
>> }
>>
>> int main(int argc, char * argv[])
>> {
>> std::cout << A.get_name() << " " << A.data << std::endl;
>> std::cout << B.get_name() << " " << B.data << std::endl;
>> std::cout << C.get_name() << " " << C.data << std::endl;
>> std::cout << D.get_name() << " " << D.data << std::endl;
>> std::cout << E.get_name() << " " << E.data << std::endl;
>> std::cout << F.get_name() << " " << F.data << std::endl;
>> std::cout << G.get_name() << " " << G.data << std::endl;
>> std::cout << "Is it walkable ==> " << is_euler(city) << std::endl;
>>
>> //Find an odd degree nodes
>> int cntr = 0;
>> int isodd =0;
>> // tree::Node * cur;
>> tree::Node * start;
>> std::stack < tree::Node * > node_path;
>> //store the attached crossings for future reference
>> while( ( (city[cntr]->data % 2) == 0 ) && cntr < 7 )
>> {
>> cntr++;
>> }
>> if(cntr == 7 )
>> {
>> start = city[0];
>> }else{
>> start = city[cntr];
>> isodd = 1;
>> }
>>
>> node_path.push(start);
>> std::cout << "TOP Node =>" << node_path.top()->get_name() << std::endl;
>> testnode(start, isodd);
>> // while(node_path.size() > 0){
>> // cur = node_path.top();
>> // node_path.pop();
>>
>> // start = cur;
>> // int flag = 0; //is it a valid node?
>> // for(unsigned int index = 0; index < attached.size(); index++)
>> // {
>> // std::cout << "\t\tREADING =>" << attached[index]->c.get_name() << std::endl;
>> // if(attached[index]->c.data == 0){
>> // cur = attached[index]->next(start);
>> // std::cout << "\t\tCurrent Node=>" << cur->get_name() << std::endl;
>> // node_path.push(cur);
>> // std::cout << "\t\tPUSHING TOP Node =>" << node_path.top()->get_name() << std::endl;
>> // attached[index]->c.data = 1;
>> // flag = 1; //yes it is a valid node_path
>> // }
>> // }
>> // if(flag == 0)
>> // {
>> // std::cout << "***BACKING OUT***" << std::endl;
>> // node_path.pop(); //back out of the path
>> // std::cout << "TOP Node =>" << node_path.top()->get_name() << std::endl;
>> // attached[attached.size() - 1]->c.data = 2;//2 is dirty
>> // attached.pop_back();
>> // attached.pop_back();
>> // }
>> // }
>>
>>
>> return EXIT_SUCCESS;
>> }
>> /*
>> * =====================================================================================
>> *
>> * Filename: nodes.h
>> *
>> * Description: Basic Node for Euler Graph
>> *
>> * Version: 1.0
>> * Created: 02/11/2017 06:14:42 PM
>> * Revision: none
>> * Compiler: gcc
>> *
>> * Author: Ruben Safir (mn), ruben-at-mrbrklyn.com
>> * Company: NYLXS Inc - LIU Thesis
>> *
>> * =====================================================================================
>> */
>>
>> #ifndef NODES_H
>> #define NODES_H
>> #include
>> #include
>> #include
>> namespace tree {
>>
>> /*
>> * =====================================================================================
>> * Class: Node
>> * Description: This class describes a single node and its data
>> * =====================================================================================
>> */
>> template < class T >
>> class Node
>> {
>> public:
>>
>> /* ==================== LIFECYCLE ======================================= */
>> Node (std::string n, T d): data{d}, name{n} {
>>
>> }; /* constructor */
>>
>> /* ==================== ACCESSORS ======================================= */
>> std::string get_name()const{
>> return name;
>> }
>>
>> bool operator==( const Node first) const{
>> if(first.get_name() == name)
>> {
>> return true;
>> }
>> return false;
>> };
>> bool operator==(Node *first) const {
>> if(first->get_name() == name)
>> {
>> return true;
>> }
>> return false;
>> };
>>
>> /* ==================== MUTATORS ======================================= */
>> /* ==================== OPERATORS ======================================= */
>> /* ==================== DATA MEMBERS ======================================= */
>> T data;
>> protected:
>>
>> private:
>> std::string name;
>>
>> }; /* ---------- end of template class Node ---------- */
>>
>> /*
>> * =====================================================================================
>> * Class: Edges
>> * Description: Bridges - usually I wouldn't make edges but we are being consistant
>> * with the Luger description of the problem.
>> * =====================================================================================
>> */
>> template < class T >
>> class Edge
>> {
>> public:
>>
>> /* ==================== LIFECYCLE ======================================= */
>> Edge (std::string n, T d): data{d}, name{n}{}; /* constructor */
>>
>> /* ==================== ACCESSORS ======================================= */
>> std::string get_name(){
>> return name;
>> }
>>
>> /* ==================== MUTATORS ======================================= */
>>
>> /* ==================== OPERATORS ======================================= */
>>
>> /* ==================== DATA MEMBERS ======================================= */
>> T data;
>> protected:
>>
>> private:
>> std::string name;
>>
>> }; /* ---------- end of template class Edges ---------- */
>> template< class node_type, class bridge_type>
>> class Predicate{
>> public:
>> Predicate(Node& in_a, Node& in_b, Edge& in_c)
>> : a{in_a}, b{in_b}, c{in_c}{
>> a.data++;
>> b.data++;
>> };
>> Node& a;
>> Node& b;
>> Edge& c;
>>
>> //== is true if we have a single matching node
>> bool operator==(const Predicate *first) const
>> {
>> if( (first->a == a) || (first->a == b)|| (first->b == a)
>> ||(first->b == b) )
>> {
>> return true;
>> }
>> return false;
>> };
>> bool operator==(const Node * first) const
>> {
>> if( ( *first == a) || (*first == b)|| (*first == a)
>> ||(*first == b) )
>> {
>> return true;
>> }
>> return false;
>> };
>>
>> bool search_for_matching_node(const Node * first) const
>> {
>> if( (*first == a)|| (*first==b) || (*first == a) || (*first == b ) )
>> {
>> return true;
>> }
>> return false;
>> };
>>
>> Node * next(const Node * first)
>> {
>> if(*first == a){
>> return &b;
>> }
>> return &a;
>> }
>> };
>>
>> }//close of namespace tree
>>
>> #endif
>> #include "nodes.h"
>> #include
>>
>> XX:=gcc
>> CXXFLAGS:=-Wall -ggdb -pg
>> LDFLAGS:= -pg -pthread
>>
>> konigsburg: euler.o nodes.o
>> $(CXX) $(CXXFLAGS) $(LDFLAGS) -o konisgburg.exe euler.o nodes.o
>>
>> euler: euler.cpp
>> $(CXX) $(CXXFLAGS) $(LDFLAGS) -c euler.cpp
>>
>> nodes: nodes.cpp nodes.h
>> $(CXX) $(CXXFLAGS) $(LDFLAGS) -c nodes.cpp
>>
>> include make.deps
>> make.deps: *.cpp; ${CXX} ${CXXFLAGS} -M *.cpp >$-at-
>
--
So many immigrant groups have swept through our town
that Brooklyn, like Atlantis, reaches mythological
proportions in the mind of the world - RI Safir 1998
http://www.mrbrklyn.com
DRM is THEFT - We are the STAKEHOLDERS - RI Safir 2002
http://www.nylxs.com - Leadership Development in Free Software
http://www2.mrbrklyn.com/resources - Unpublished Archive
http://www.coinhangout.com - coins!
http://www.brooklyn-living.com
Being so tracked is for FARM ANIMALS and and extermination camps,
but incompatible with living as a free human being. -RI Safir 2013
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