@@ -35,17 +35,20 @@ exports[`Editor Container Should render Editor 1`] = `
3535 // Bots can move to any reachable location on the map.
3636 // Let's make bots move to all flag locations
3737
38- // You can use auto instead of an explicit type
3938 size_t used_bots = 0;
4039
4140 // Range based loops are convenient to use. We use a reference to
4241 // ensure that our changes are reflected and not made on a copy!
42+ // You can use auto instead of an explicit type
4343 for (auto &bot : state .bots ) {
44- // Let's not use up all our bots just for this operation . So, we will
45- // only use a maximum of 18 bots here.
46- if (used_bots >= state .flag_offsets .size () || used_bots >= 18 )
44+ // Let's not use up all our bots just for these . So, we will only use a
45+ // maximum of 18 bots here.
46+ if (used_bots > state .flag_offsets .size () || used_bots >= 18 )
4747 break ;
4848
49+ // Make sure that you do not access a vector beyond it's size or else,
50+ // you'll get a segmentation fault and cost you the entire game
51+
4952 // State has a vector that has the locations of flag locations on the
5053 // map. A bot asked to move to a location will automatically go
5154 // there using the shortest path found and start mining for gold.
@@ -58,19 +61,27 @@ exports[`Editor Container Should render Editor 1`] = `
5861
5962 // Before that we ensure that we have atleast one extra bot left
6063 if (state .bots .size () > used_bots) {
61- // See the usage of constant value PLAYER2_BASE_POSITION
62- state .bots [used_bots ].blast (PLAYER2_BASE_POSITION );
64+ // See the usage of constant value PLAYER_BASE_POSITIONS
65+ state .bots [used_bots ].blast (PLAYER_BASE_POSITIONS [ 1 ] );
6366 used_bots ++ ;
6467 }
6568
6669 // Other than blasting and moving, bots can also transform into towers
67- // Let's try to transform one of the bots near the other end of
68- // the map i.e., (MAP_SIZE - 2, MAP_SIZE - 2) Note that you cannot construct
69- // or move to coordinates where either x = MAP_SIZE or y = MAP_SIZE
70+ // Let's try to transform all of the remaining bots near the other end of
71+ // the map i.e., (MAP_SIZE - 1, MAP_SIZE - 1) Note that you cannot construct
72+ // / move to coordinates where either x = MAP_SIZE or y = MAP_SIZE
73+ int x = MAP_SIZE - 2, y = MAP_SIZE - 2;
7074
7175 // The bots can also be traversed like a usual array using an index
72- for (size_t i = used_bots ; i < used_bots + 1; i ++) {
73- state .bots [i ].transform (DoubleVec2D (MAP_SIZE - 2 , MAP_SIZE - 2 ));
76+ for (size_t i = used_bots ; i < state .bots .size (); i++) {
77+ if (y != (MAP_SIZE - 1)) {
78+
79+ // You can use the DoubleVec2D class to define positions and
80+ // distances
81+ state .bots [i ].transform (DoubleVec2D (x , y ));
82+ x -- ;
83+ y ++ ;
84+ }
7485 }
7586
7687 // State also has the vector of player towers
@@ -91,15 +102,10 @@ exports[`Editor Container Should render Editor 1`] = `
91102 // all there is to State and we have some helper snippets and methods
92103 // so you start competing right away!
93104
94- for (auto &bot : state .bots ) {
95- logr << bot .position << endl ;
96- }
97-
98105 return state ;
99106 }
100107
101- } // namespace player_code
102- "
108+ }"
103109 editorWidth = { 400 }
104110 enableBasicAutoCompletion = { true }
105111 enableSnippets = { true }
@@ -109,7 +115,7 @@ exports[`Editor Container Should render Editor 1`] = `
109115 isLoggedIn = { false }
110116 keyboardHandler = " default"
111117 save = { [Function ]}
112- theme = " solarized_light "
118+ theme = " monokai "
113119 updateCode = { [Function ]}
114120 viewOnly = { false }
115121/>
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