diff --git a/C++ProjectTemplate b/C++ProjectTemplate
index 739b0d6..a29c71b 100755
Binary files a/C++ProjectTemplate and b/C++ProjectTemplate differ
diff --git a/assets/arrow_connector.png b/assets/arrow_connector.png
new file mode 100644
index 0000000..183b01d
Binary files /dev/null and b/assets/arrow_connector.png differ
diff --git a/main.cpp b/main.cpp
index fd8597b..dead274 100644
--- a/main.cpp
+++ b/main.cpp
@@ -1229,6 +1229,11 @@ goes on a very long time, I hope you can understand this is only for testing pur
 							}
 						}
 					}
+					if (ACTIONKEYPRESSED) {
+						BATTLE_ENCOUNTER->playerPos[-CURRENT_TURN-1]=(BATTLE_ENCOUNTER->playerPos[-CURRENT_TURN-1]/32+SELECTED_MOVE_SQUARE)*32;
+						BATTLE_STATE=BattleState::MOVE_CAMERA;
+						PARTY_MEMBER_STATS[PARTY_MEMBER_ID[-CURRENT_TURN-1]]->atb=400;
+					}
 				}break;
 			}
 		}
@@ -1703,6 +1708,7 @@ goes on a very long time, I hope you can understand this is only for testing pur
 			}
 			cursorOffset+=SELECTED_MOVE_SQUARE*32;
 			DrawDecal((vi2d)((PARTY_MEMBER_OBJ[-CURRENT_TURN-1]->GetPosWithOrigin()-cameraPos)/32)*32+cursorOffset,SPRITES["crosshair.png"],cursorScale);
+			DrawArrow();
 		}
 		for (auto numb:DAMAGE_NUMBERS) {
 			vd2d shadowOffset={1,1};
@@ -2150,6 +2156,7 @@ goes on a very long time, I hope you can understand this is only for testing pur
 		CreateSprite("targetCircle.png");
 		CreateSprite("targetRange.png");
 		CreateSprite("crosshair.png");
+		CreateSprite("arrow_connector.png");
 	}
 	
 	void SetupObjectInfo() {
@@ -3449,6 +3456,47 @@ goes on a very long time, I hope you can understand this is only for testing pur
 		Pixel collisionData = GAME->GetDrawTarget()->GetPixel((int)pos.x,(int)pos.y);
 		return collisionData!=MAGENTA;
 	}
+
+	void DrawArrow() {
+		vi2d startingPos = {0,0};
+		vi2d drawingPos = {(vi2d)(PARTY_MEMBER_OBJ[-CURRENT_TURN-1]->GetPosWithOrigin()-cameraPos)/32};
+		vi2d center={16,16};
+		bool lastMoveWasX=false; //When set to true, the previous move was in the X axis. This is used for the elbow connector.
+		bool flippedX=(SELECTED_MOVE_SQUARE.x>startingPos.x);
+		bool flippedY=(SELECTED_MOVE_SQUARE.y<startingPos.y);
+		std::cout<<startingPos<<"//"<<SELECTED_MOVE_SQUARE<<"\n";
+		while (startingPos!=SELECTED_MOVE_SQUARE) {
+			if (startingPos.x!=SELECTED_MOVE_SQUARE.x) {
+				DrawPartialRotatedDecal((drawingPos+startingPos)*32+center,SPRITES["arrow_connector.png"],M_PI_2,{16,16},{0,0},{32,32});
+				startingPos.x+=SELECTED_MOVE_SQUARE.x>startingPos.x?1:-1;
+				lastMoveWasX=true;
+				continue;
+			}
+			if (startingPos.y!=SELECTED_MOVE_SQUARE.y) {
+				if (lastMoveWasX) {
+					//Elbow Connector
+					if (SELECTED_MOVE_SQUARE.y>startingPos.y) {
+						DrawPartialRotatedDecal((drawingPos+startingPos)*32+center,SPRITES["arrow_connector.png"],(flippedX)?M_PI:M_PI_2,{16,16},{32,0},{32,32});
+					} else {
+						DrawPartialRotatedDecal((drawingPos+startingPos)*32+center,SPRITES["arrow_connector.png"],(flippedX)?M_PI_2*3:0,{16,16},{32,0},{32,32});
+					}
+					lastMoveWasX=false;
+				} else {
+					//Straight Connector.
+					DrawPartialRotatedDecal((drawingPos+startingPos)*32+center,SPRITES["arrow_connector.png"],0,{16,16},{0,0},{32,32});
+				}
+				startingPos.y+=SELECTED_MOVE_SQUARE.y>startingPos.y?1:-1;
+				continue;
+			}
+		}
+		if (SELECTED_MOVE_SQUARE.x!=0||SELECTED_MOVE_SQUARE.y!=0) {
+			if (SELECTED_MOVE_SQUARE.y==0) {
+				DrawPartialRotatedDecal((SELECTED_MOVE_SQUARE+drawingPos)*32+center,SPRITES["arrow_connector.png"],(flippedX)?M_PI_2*3:M_PI_2,{16,16},{64,0},{32,32});
+			} else {
+				DrawPartialRotatedDecal((SELECTED_MOVE_SQUARE+drawingPos)*32+center,SPRITES["arrow_connector.png"],(flippedY)?M_PI:0,{16,16},{64,0},{32,32});
+			}
+		}
+	}
 };