day10, part2

day10/dayTen.go

@@ -12,7 +12,7 @@ import (
 func Run() int {
 	fmt.Println("hello day 10")
 	// filename := "day10/example2noisy"
-	filename := "day10/example6"
+	filename := "day10/input"
 	fieldMap := Read(filename)
 	fmt.Println(fieldMap.BeastCoord)
 	// fmt.Println(fieldMap.String())
@@ -24,13 +24,13 @@ func Run() int {
 	// fieldMap.checkDirectionFromBeast(Coord{1,2})
 
 	beastNeighborCoords := fieldMap.Cells[fieldMap.BeastCoord].Neighbords
-	len := 0
+	// len := 0
 	for _, coord := range beastNeighborCoords {
 		log.Printf("checking neighbor %v\n", coord)
-		isCycle, curLen := fieldMap.checkDirectionFromBeast(coord)
+		isCycle, _ := fieldMap.checkDirectionFromBeast(coord)
 		if isCycle {
 			log.Printf("found cycle through %v\n", coord)
-			len = curLen
+			// len = curLen
 			break
 		}
 	}
@@ -45,14 +45,26 @@ func Run() int {
 
 	// TODO Hardcode change S to correct Title
 	fixedBeast := fieldMap.Cells[fieldMap.BeastCoord]
-	fixedBeast.Tile = '7'
+	// fmt.Printf("figuring out how to fix beast:\n%+v", fixedBeast)
+	fixedBeast.Tile = '|'
 	fieldMap.Cells[fieldMap.BeastCoord] = fixedBeast
 
 	fieldMap.countIntersectionsTopDown()
 	// fieldMap.initialMarkOuter()
 	fmt.Println("after marking closest Outer:")
 	fmt.Println(fieldMap.String())
-	return (len / 2) + (len % 2)
+
+
+	// now let's coiunt the inner
+	result := 0
+	for _, cell := range fieldMap.Cells {
+		if !cell.IsOnMainPath && !cell.IsOuter {
+			result += 1
+		}
+	}
+
+	// prevResult := (len / 2) + (len % 2)
+	return result
 }
 
 // so do i work with just [][]rune ?