modify

87d1fa34 · 宋海霞 · 609d75ca · 87d1fa34
--- a/main.c
+++ b/main.c
 #include "CriticalPath.h"
 Stack stack, TopoSortResult;
-int Ve[MAX_VERTEX_NUM];		  // 事件最早发生时间数组
+int Ve[MAX_VERTEX_NUM];		  // An array of the earliest events to occur
-int Vl[MAX_VERTEX_NUM];		  // 事件最迟发生时间数组
+int Vl[MAX_VERTEX_NUM];		  // Event latest occurrence time array
 int main(int argc, char* argv[])
 {	
 	GraphList GraphList;
 	//
-	// 初始化图
+	// Initialize the figure
 	//
 	InitGraph(&GraphList);
@@ -20,7 +20,7 @@ int main(int argc, char* argv[])
 	InitStack(&TopoSortResult);
 	//
-	// 关键路径
+	// The critical path
 	//
 	CriticalPath(&GraphList);
@@ -32,7 +32,7 @@ int main(int argc, char* argv[])
 	//
-	// 销毁图
+	// Destruction of figure
 	//
 	DeleteGraph(&GraphList);
@@ -41,10 +41,10 @@ int main(int argc, char* argv[])
 /*
 function:
-	求图中所有顶点的入度
+	Find the degree of entry of all vertices in the graph
 parameter:
-	pGraphList -- 图指针
+	pGraphList -- Figure pointer
 */
 void FindInDegree(GraphList *pGraphList)
@@ -58,19 +58,19 @@ void FindInDegree(GraphList *pGraphList)
 /*
 function:
-	拓扑排序.将排序结果(顶点下标)压入栈 TopoSortResult 中
+	Topological sort.Push the sorting result (vertex index) into the stack TopoSortResult
-	并计算事件最早发生时间的数组
+	And computes the array of the earliest occurrence of the event
 parameter:
-	pGraphList -- 图指针
+	pGraphList -- Figure pointer
 returned value:
-	如果排序成功返回 1
+	Returns 1 if the sort succeeds
-	如果排序失败返回 0	
+	Returns 1 if the sort fails	
 */
 int TopologicalSort(GraphList* pGraphList)
 {	
-	FindInDegree(pGraphList); // 求图中所有顶点的入度
+	FindInDegree(pGraphList); // Find the degree of entry of all vertices in the graph
 	//
 	// TODO: Add the code here
@@ -81,25 +81,25 @@ int TopologicalSort(GraphList* pGraphList)
 /*
 function:
-	关键路径
+	The critical path
 parameter:
-	pGraphList -- 图指针
+	pGraphList -- Figure pointer
 returned value:
-	如果计算关键路径成功返回 1
+	Returns 1 if critical path is calculated successfully
-	如果计算关键路径失败返回 0		
+	Returns 0 if critical path calculation fails		
 */
 int CriticalPath(GraphList* pGraphList)
 {
-	EdgeNode* pEdgeNode;			  // 边（弧节点指针
+	EdgeNode* pEdgeNode;			  // Edge (arc) node pointer
 	int i, k;						  // The cursor
-	int ee, el;						  // 临时变量
+	int ee, el;						  // Temporary variable
-	TopologicalSort(pGraphList); 	  // 拓扑排序
+	TopologicalSort(pGraphList); 	  // Topological sort
 	//
-	// 初始化事件的最迟发生时间数组
+	// Initializes an array of the latest occurrence times of events
 	//
 	for(i = 0; i < pGraphList->length; i++)	
 		Vl[i] = Ve[pGraphList->length - 1]; 
@@ -113,19 +113,19 @@ int CriticalPath(GraphList* pGraphList)
 /*
 function:
-	使用给定的数据初始化图的邻接表
+	Initializes the graph's adjacency list with the given data
 parameter:
-	pGraphList -- 图指针
+	pGraphList -- Figure pointer
 */
 typedef struct Arc{
-		int Weight;					// 权值.		
+		int Weight;					// The weight.		
-		int VexIndex;				// 与该顶点邻接的顶点序列.
+		int VexIndex;				// The sequence of vertices adjacent to this vertex.
-		const char* Name;			// 边（弧活动名称
+		const char* Name;			// Side (arc) activity name
 }Arc;
 typedef struct VertexArrayEntry {
-	const char* Name;				// 顶点名称.NULL 表示顶点序列结束.
+	const char* Name;				// Name of the vertices.NULL indicates the end of the vertex sequence.
-	Arc ArcArray[MAX_VERTEX_NUM];	// 边节点数组.
+	Arc ArcArray[MAX_VERTEX_NUM];	// Edge array.
 }VertexArrayEntry;
 const VertexArrayEntry VertexArray[] = 
 {
@@ -138,37 +138,37 @@ const VertexArrayEntry VertexArray[] =
 	{ "V7", { {2, 8, "a10"}}                             },
 	{ "V8", { {4, 8, "a11"}}                             },
 	{ "V9", {  }                                         },	
-	{ NULL 					                             }	// 结束标志
+	{ NULL 					                             }	// End mark
 };
 /*
 function:
-	初始化图
+	Initialize the figure
 parameter:
-	pGraphList -- 图指针
+	pGraphList -- Figure pointer
 */
 void InitGraph(GraphList* pGraphList)
 {
 	int i, j;					// The cursor
-	EdgeNode** pEdgeNodePtr;	// 指向边（弧节点指针的指针
+	EdgeNode** pEdgeNodePtr;	// Pointer to a pointer to an edge (arc) node pointer
 	//
-	// 重置图中的数据 length
+	// Reset the length of the data in the graph
 	//
 	pGraphList->length = 0;
 	//
-	// 使用给定的数据初始化图的邻接表
+	// Initializes the graph's adjacency list with the given data
 	//
 	for(i=0; i<MAX_VERTEX_NUM ;i++)
 	{
-		if(NULL == VertexArray[i].Name) // 顶点名称.NULL表示顶点序列结束.
+		if(NULL == VertexArray[i].Name) // Name of the vertices.NULL indicates the end of the vertex sequence.
 			break;
 		pGraphList->vexlist[i].name = VertexArray[i].Name;
-		pEdgeNodePtr = &pGraphList->vexlist[i].firstarc; // 使指针指向顶点数组的第一条边（初始化指针的位置
+		pEdgeNodePtr = &pGraphList->vexlist[i].firstarc; // Makes the pointer point to the first edge of the vertex array (where the pointer was initialized)
 		for(j=0; j<MAX_VERTEX_NUM; j++)
 		{
 			if(NULL == VertexArray[i].ArcArray[j].Name)
@@ -191,10 +191,10 @@ void InitGraph(GraphList* pGraphList)
 /*
 function:
-	销毁图
+	Destruction of figure
 parameter:
-	pGraphList -- 图指针
+	pGraphList -- Figure pointer
 */
 void DeleteGraph(GraphList* pGraphList)
 {
@@ -223,9 +223,9 @@ parameter:
 */
 void OutputResult(GraphList* pGraphList)
 {
-	EdgeNode* pEdgeNode;	// 边（弧节点指针
+	EdgeNode* pEdgeNode;	// Edge (arc) node pointer
-	int i, k;				// 下标
+	int i, k;				// The subscript
-	int ee, el;				// 临时变量
+	int ee, el;				// Temporary variable
 	printf("VertexSeq:\t\t\t\t\t\t\t\t\t");
 	for(i = 0; i < pGraphList->length; i++)
@@ -256,13 +256,13 @@ void OutputResult(GraphList* pGraphList)
 		for(pEdgeNode = pGraphList->vexlist[i].firstarc; pEdgeNode!=NULL; pEdgeNode = pEdgeNode->nextedge)
 		{
 			//
-			// 将边（弧节点指针指向的顶点下标保存到 k 中
+			// Save the vertex index that the edge (arc) node pointer points to in k
 			//
 			k = pEdgeNode->vertex;
 			//
-			// ee 保存 Ve[i] 的值,le 保存 Vl[k] 值并减去边节点指针对应的权值
+			// ee saves the value of Ve[i],le saves the value of Vl[k] and subtracts the weight corresponding to the edge node pointer
 			//
 			ee = Ve[i];