func loadDictionary() dictionary {
dict := dictionary{}
//read file lines
input := file.FileLines(fileName)
// break out first line, load its values into size
dict.size = intSeparate(input[0])
input = input[1:]
// break out second line, load it into basic
dict.basic = intSeparate(input[0])
input = input[1:]
// break out third line, load it into nonBasic
dict.nonBasic = intSeparate(input[0])
input = input[1:]
// break out fourth line, load it into coeff
dict.coeff = floatSeparate(input[0])
input = input[1:]
// for next size[0] lines, load into matrix
dict.matrix = make([][]float64, dict.size[0])
for i := 0; i < dict.size[0]; i++ {
dict.matrix[i] = floatSeparate(input[0])
input = input[1:]
}
// load final line into objective
dict.objective = floatSeparate(input[0])
return dict
}
func loadJobs() *jobList {
a := file.FileLines(fileName)[1:]
jobSlice := make(jobList, 10000)
for i, v := range a {
jobSlice[i] = addJob(v)
}
return &jobSlice
}
func loadArray() ([]item, int) {
fileLines := file.FileLines(fileToken)
paramLine := strings.Split(fileLines[0], "\n")
fileLines = fileLines[1:]
paramLine = strings.Split(paramLine[0], " ")
knapSize, _ := strconv.Atoi(paramLine[0])
itemList := readKnap(fileLines)
return itemList, knapSize
}
// () -> Graph
// Outputs a graph containing the contents of file "fileToken"
func loadGraph() Graph {
a := file.FileLines(fileToken)
g := make(Graph, 0)
for i := 0; i < len(a); i++ {
g = append(g, new(Node))
}
for _, l := range a {
addNode(g, l)
}
return g
}
func readNodes() [][]bool {
lines := file.FileLines(fileToken)
params := strings.Split(strings.Split(lines[0], "\n")[0], " ")
lines = lines[1:]
count, _ := strconv.Atoi(params[0])
size, _ := strconv.Atoi(params[1])
graph := make([][]bool, count)
for i := 0; i < count; i++ {
graph[i] = newNode(lines[i], size)
}
return graph
}
func loadGraph() graph {
lines := file.FileLines(fileToken)
graphSize, _ := strconv.Atoi((strings.Split(lines[0], "\n")[0]))
lines = lines[1:]
vertices := make([]vertex, graphSize)
for i, _ := range vertices {
vertices[i] = vertex{i + 1, 0}
}
edges := make(edgeList, len(lines))
for i, v := range lines {
edges[i] = newEdge(v)
}
return graph{edges: edges, vertices: vertices, kvalue: len(vertices)}
}
func loadGraph() *Graph {
fileStrings := file.FileLines(fileName)
countStrings := strings.Split(strings.TrimSuffix(fileStrings[0], "\n"), " ")
nodeCount, _ := strconv.Atoi(countStrings[0])
graphNodes := make(Graph, nodeCount)
fileStrings = fileStrings[1:]
initializeNodes(&graphNodes)
for _, v := range fileStrings {
addEdge(graphNodes, v)
}
return &graphNodes
}
// () -> Graph
// Outputs a graph containing the contents of file "fileToken"
func loadGraph() graph.Graph {
fmt.Println("Opening file...")
rawLines := file.FileLines(fileToken)
fmt.Println("Creating structures...")
values := strings.Split(rawLines[0], "\n")
values = strings.Split(values[0], " ")
vCount, _ := strconv.Atoi(values[0])
eCount, _ := strconv.Atoi(values[1])
rawLines = rawLines[1:]
vertices := make([]*graph.Node, vCount)
edges := make([]graph.Edge, eCount)
for i := 0; i < len(vertices); i++ {
vertices[i] = &graph.Node{Name: i + 1}
}
fmt.Println("Entering data...")
for i, v := range rawLines {
edges[i] = addEdge(vertices, v)
}
return graph.Graph{Vertices: vertices, Edges: edges}
}
