Collider.javaCollider.java

With the dimensional connections mapped out via our separate chaining hash table, we can use this to create a final Adjacency List in order to more efficiently

navigate the Spider$-$Verse and track down anomalies.

This Java class will take three command line arguments in the following order: an dimensions list input file name, a spiderverse input file name, and an

output file name.

The dimensions input file will be formatted the same as above.

The spiderverse input file will be formatted as follows:

An integer $d($the number of people in the file$)$

$d$ lines, each with

The dimension this person is currently at $($an integer$)$

The name of the person $($a String$)$

The dimensional signature of the person $($an integer$)$

With the clusters being completed, you and Miles need to represent these connections between each Dimension as an adjacency list showing

undirected links.

Let the first Dimension in a cluster be linked to every Dimension in its cluster and have a link going back to represent it being undirected. More

formally, in the adjacency list there must exist an edge from first $d$ and $d$ first for each dimension appearing in a cluster starting at first.

So edges exist from $d1d2$ and $d2d1,d1d3$ and $d3d1,$dotsdotsdotsdots,$d1dn$ and $dnd1($where $dn$ is the last dimension in the

cluster$)$

Insert people from the Spiderverse input file in

With the dimensional connections mapped out via our separate chaining hash table, we can use this to create a final Adjacency List in order to more efficiently

navigate the Spider$-$Verse and track down anomalies.

This Java class will take three command line arguments in the following order: an dimensions list input file name, a spiderverse input file name, and an

output file name.

The dimensions input file will be formatted the same as above.

The spiderverse input file will be formatted as follows:

An integer $d($the number of people in the file$)$

$d$ lines, each with

The dimension this person is currently at $($an integer$)$

The name of the person $($a String$)$

The dimensional signature of the person $($an integer$)$

With the clusters being completed, you and Miles need to represent these connections between each Dimension as an adjacency list showing

undirected links.

Let the first Dimension in a cluster be linked to every Dimension in its cluster and have a link going back to represent it being undirected. More

formally, in the adjacency list there must exist an edge from first $d$ and $d$ first for each dimension appearing in a cluster starting at first.

So edges exist from $d1d2$ and $d2d1,d1d3$ and $d3d1,$dotsdotsdotsdots,$d1dn$ and $dnd1($where $dn$ is the last dimension in the

cluster$)$

Insert people from the Spiderverse input file into their corresponding dimensions. They belong to a dimension, they're not connected via edges.

The output file will be formatted as follows:

a lines, where each line starts with a dimension number, then lists all the dimensions linked to that dimension $($space separated$)$

The order in which you output the lines DOES NOT MATTER for grading.

Compile command: javac$-$d bin src$/$spiderman$/*.$java

Run command: java $-$cp bin spiderman.Collider

dimension.in

spiderverse.in collider.out

Bellow is one example of a correct "collider.out" file obtained from running the Collider.java file with the command line arguments $"$

dimension.in$"$

$"$

spiderverse.in$"$ and "collider. out' in that order

$11131$

$651046$

$9281024$

$4610249465103019231$

$9446$

$41765$

$3521024$

$131221218$

$344440$

$3018299281974631$

$43131$

$1121024$

$1992440$

$1048440$

$9281042$

$19201024$

$1024688928145122649619291123363524163146651218$

$161042$

$2101218$

$558311$

$44019921048616108020241203448311902143191342$

$6516141710243112182099$

$1080440$

$918107$

$501012134042099902148311$

$1610101218$

$928107$

$4230146$

$21350101$

$12070331$

$264961024$

$616440$

$120440$

$83131$

$2024440$

$4161024$

$199999$

$6881024$

$138101218$

$20998356721141912186540450101$

$751263$

$831155439902145010144031913$

$4042099$

$12185010190214$

$421610138616109281031431913440810792$

$2112099$

$3361024$

$6161042$

$1616$

$83111090214$

$21490214$

$962838107$

$8352099$

$672099$

$4398311$

$31442$

$12186613122161010138102106510242099404$

$661218$

$4192099$

$90214831110214501014048311440$

$829301$

$8107962391423191392301$

$319134408311428107$

$13842$

$145121024$

$2219131$

$311024652219112070319999975126383111143146301$