Player VS Player [WORKS] [1007370]

!7

static CirclesAndLines cal;
static Thinker thinker;

!include #1007377 // traits

p-pretty {
  cal = new CirclesAndLines;
  makeGraph();
  Canvas canvas = cal.show(900, 600);
  (thinker = nu(Thinker, +cal, +canvas,
    resetGraph := f makeGraph, think := f think)).init();
}

svoid makeGraph {
  mergedNodes = 0;
  cal.clear();
  Circle a = cal.circle_autoVis("PLAYER", "Chess Player", 0.25, 0.7);
  Circle b = cal.circle_autoVis("PLAYER", "Chess Player", 0.75, 0.7);
  cal.arrow(a, "VS", b);
  cal.circle_autoVis("MAGNUS CARLSEN", 0.25, 0.25);
  cal.circle_autoVis("HIKARU NAKAMURA", 0.75, 0.25);
}

sbool think() {
  // Find an isolated node and try to merge it with another node
  if (!anyIsolatedNodes()) false;
  Pair<Circle, Circle> p = findTwoRandomNodes();
  if (p != null && isIsolated(p.a) && nodesAttract(p.a, p.b))
    mergeNodes(p.a, p.b);
  true;
}

sbool traitsAttract(S a, S b) {
  ret isPair(a, b, "player", "magnus carlsen")
    || isPair(a, b, "player", "hikaru nakamura");
}

sbool traitsDiverge(S a, S b) {
  ret isPair(a, b, "magnus carlsen", "hikaru nakamura");
}

sbool anyIsolatedNodes() {
  for (Circle c : cal.circles) if (isIsolated(c)) true; false;
}

sbool isIsolated(Circle c) {
  for (Line l : cal.lines)
    if (l.a == c || l.b == c)
      false;
  true;
}

static Pair<Circle, Circle> findTwoRandomNodes() {
  ret selectRandomPair(cal.circles);
}

sbool nodesAttract(Circle a, Circle b) {
  if (nodesDiverge(a, b)) false;
  for (S x : a.traits())
    for (S y : b.traits())
      if (traitsAttract(x, y))
        true;
  false;
}

sbool nodesDiverge(Circle a, Circle b) {
  for (S x : a.traits())
    for (S y : b.traits())
      if (traitsDiverge(x, y))
        true;
  false;
}

sbool isPair(S a, S b, S x, S y) {
  ret eqic(a, x) && eqic(b, y)
    || eqic(a, y) && eqic(b, x);
}

static int mergedNodes;

svoid mergeNodes(Circle a, Circle b) {
  assertTrue("Circle must be isolated to merge", isIsolated(a));
  b.img = a.img;
  b.addTraits(a.traits());
  cal.circles.remove(a);
  thinker.status("Merged " + n(mergedNodes += 2, "node") + ".");
}

sclass Thinker {
  double delay = 0.1; // seconds
  bool continueOnError = true;
  CirclesAndLines cal;
  Canvas canvas;
  JTextArea textArea;
  JButton btnThink;
  volatile bool thinking;
  S status, initialStatus = "Initial state.";
  int step;
  bool inited;
  O think; // func -> bool
  O resetGraph; // runnable
  Throwable error;
  
  void init {
    if (inited) ret;
    inited = true;
    addControls();
    thread "Think" { Thinker.this.run(); }
  }
  
  void addControls {
    swing {
      addToWindowRight(canvas, withMargin(vstackWithSpacing(
        jMaxWidth(167,
          jMinHeight(180, jscroll(textArea = setFontSize(16, makeBold(wordWrapTypeWriterTextArea()))))),
        btnThink = fatButton(100, "Think!", r { thinkOrStop() }),
        fatButton(60, "Think again!", r { thinkAgain() }),
        fatButton(60, "Reset", r { reset() })
        )));
      increaseFrameWidth(canvas, 180);
      status(initialStatus);
    }
  }
  
  void startOver {
    lock(cal.lock, "StartOver", 2000);
    try {
      step = 0; status(initialStatus);
      callF(resetGraph);
    } finally {
      unlock(cal.lock, "StartOver");
    }
    if (canvas != null) canvas.update();
  }
  
  void thinkAgain {
    startOver();
    thinking(true);
  }
  
  void reset {
    thinking(false);
    startOver();
  }
  
  void run {
    repeat {
      sleepSeconds(delay);
      if (thinking) pcall {
        print("Thinking");
        bool t;
        time { t = think(); }
        if (!t) {
          thinking(false);
          print("Done");
        } else {
          print("Updating");
          if (canvas != null) canvas.update();
        }
      }
    }
  }
  
  void thinking(bool b) {
    thinking = b; status();
    setText(btnThink, b ? "<html><center>Stop<br>thinking</center></html>" : "Think!");
  }
  
  void status(S s) {
    status = s; status();
  }
  
  void thinkOrStop {
    thinking(!thinking);
  }
  
  bool think() {
    if (think == null) false;
    lock(cal.lock, "Thinking", 5000);
    try {
      step++; status();
      if (isFalse(callF(think))) {
        step--; status();
        false;
      }
      true;
    } catch e {
      printStackTrace(e);
      error = getInnerException(e);
      ret continueOnError;
    } finally {
      unlock(cal.lock, "Done thinking");
    }
  }
  
  JButton fatButton(int h, S text, O action) {
    JButton btn = jbutton(text, action);
    btn.setFont(sansSerifBold(16));
    ret jMinSize(167, h, btn);
  }
  
  void status {
    setText(textArea, status + "\n\n" +
      (thinking ? "Thinking...\n\n" : "") +
      (step == 0 ? "No thoughts made yet."
        : "Thoughts made: " + step) +
      (error == null ? "" : "\n\nERROR: " + exceptionToStringShort(error)));
  }
}

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Snippet ID:	#1007370
Snippet name:	Player VS Player [WORKS]
Eternal ID of this version:	#1007370/70
Text MD5:	b509dbf9497084f5f25c446989e38fef
Transpilation MD5:	fc94b8766506fe7f94bb20459cd3a887
Author:	stefan
Category:	javax / a.i. / gui
Type:	JavaX source code (desktop)
Public (visible to everyone):	Yes
Archived (hidden from active list):	No
Created/modified:	2017-03-19 18:02:03
Source code size:	5030 bytes / 211 lines
Pitched / IR pitched:	No / No
Views / Downloads:	564 / 1317
Version history:	69 change(s)
Referenced in:	[show references]

< > BotCompany Repo | #1007370 // Player VS Player [WORKS]

JavaX source code (desktop) [tags: use-pretranspiled] - run with: x30.jar

1	!7
2
3	static CirclesAndLines cal;
4	static Thinker thinker;
5
6	!include #1007377 // traits
7
8	p-pretty {
9	cal = new CirclesAndLines;
10	makeGraph();
11	Canvas canvas = cal.show(900, 600);
12	(thinker = nu(Thinker, +cal, +canvas,
13	resetGraph := f makeGraph, think := f think)).init();
14	}
15
16	svoid makeGraph {
17	mergedNodes = 0;
18	cal.clear();
19	Circle a = cal.circle_autoVis("PLAYER", "Chess Player", 0.25, 0.7);
20	Circle b = cal.circle_autoVis("PLAYER", "Chess Player", 0.75, 0.7);
21	cal.arrow(a, "VS", b);
22	cal.circle_autoVis("MAGNUS CARLSEN", 0.25, 0.25);
23	cal.circle_autoVis("HIKARU NAKAMURA", 0.75, 0.25);
24	}
25
26	sbool think() {
27	// Find an isolated node and try to merge it with another node
28	if (!anyIsolatedNodes()) false;
29	Pair<Circle, Circle> p = findTwoRandomNodes();
30	if (p != null && isIsolated(p.a) && nodesAttract(p.a, p.b))
31	mergeNodes(p.a, p.b);
32	true;
33	}
34
35	sbool traitsAttract(S a, S b) {
36	ret isPair(a, b, "player", "magnus carlsen")
37	\|\| isPair(a, b, "player", "hikaru nakamura");
38	}
39
40	sbool traitsDiverge(S a, S b) {
41	ret isPair(a, b, "magnus carlsen", "hikaru nakamura");
42	}
43
44	sbool anyIsolatedNodes() {
45	for (Circle c : cal.circles) if (isIsolated(c)) true; false;
46	}
47
48	sbool isIsolated(Circle c) {
49	for (Line l : cal.lines)
50	if (l.a == c \|\| l.b == c)
51	false;
52	true;
53	}
54
55	static Pair<Circle, Circle> findTwoRandomNodes() {
56	ret selectRandomPair(cal.circles);
57	}
58
59	sbool nodesAttract(Circle a, Circle b) {
60	if (nodesDiverge(a, b)) false;
61	for (S x : a.traits())
62	for (S y : b.traits())
63	if (traitsAttract(x, y))
64	true;
65	false;
66	}
67
68	sbool nodesDiverge(Circle a, Circle b) {
69	for (S x : a.traits())
70	for (S y : b.traits())
71	if (traitsDiverge(x, y))
72	true;
73	false;
74	}
75
76	sbool isPair(S a, S b, S x, S y) {
77	ret eqic(a, x) && eqic(b, y)
78	\|\| eqic(a, y) && eqic(b, x);
79	}
80
81	static int mergedNodes;
82
83	svoid mergeNodes(Circle a, Circle b) {
84	assertTrue("Circle must be isolated to merge", isIsolated(a));
85	b.img = a.img;
86	b.addTraits(a.traits());
87	cal.circles.remove(a);
88	thinker.status("Merged " + n(mergedNodes += 2, "node") + ".");
89	}
90
91	sclass Thinker {
92	double delay = 0.1; // seconds
93	bool continueOnError = true;
94	CirclesAndLines cal;
95	Canvas canvas;
96	JTextArea textArea;
97	JButton btnThink;
98	volatile bool thinking;
99	S status, initialStatus = "Initial state.";
100	int step;
101	bool inited;
102	O think; // func -> bool
103	O resetGraph; // runnable
104	Throwable error;
105
106	void init {
107	if (inited) ret;
108	inited = true;
109	addControls();
110	thread "Think" { Thinker.this.run(); }
111	}
112
113	void addControls {
114	swing {
115	addToWindowRight(canvas, withMargin(vstackWithSpacing(
116	jMaxWidth(167,
117	jMinHeight(180, jscroll(textArea = setFontSize(16, makeBold(wordWrapTypeWriterTextArea()))))),
118	btnThink = fatButton(100, "Think!", r { thinkOrStop() }),
119	fatButton(60, "Think again!", r { thinkAgain() }),
120	fatButton(60, "Reset", r { reset() })
121	)));
122	increaseFrameWidth(canvas, 180);
123	status(initialStatus);
124	}
125	}
126
127	void startOver {
128	lock(cal.lock, "StartOver", 2000);
129	try {
130	step = 0; status(initialStatus);
131	callF(resetGraph);
132	} finally {
133	unlock(cal.lock, "StartOver");
134	}
135	if (canvas != null) canvas.update();
136	}
137
138	void thinkAgain {
139	startOver();
140	thinking(true);
141	}
142
143	void reset {
144	thinking(false);
145	startOver();
146	}
147
148	void run {
149	repeat {
150	sleepSeconds(delay);
151	if (thinking) pcall {
152	print("Thinking");
153	bool t;
154	time { t = think(); }
155	if (!t) {
156	thinking(false);
157	print("Done");
158	} else {
159	print("Updating");
160	if (canvas != null) canvas.update();
161	}
162	}
163	}
164	}
165
166	void thinking(bool b) {
167	thinking = b; status();
168	setText(btnThink, b ? "<html><center>Stop<br>thinking</center></html>" : "Think!");
169	}
170
171	void status(S s) {
172	status = s; status();
173	}
174
175	void thinkOrStop {
176	thinking(!thinking);
177	}
178
179	bool think() {
180	if (think == null) false;
181	lock(cal.lock, "Thinking", 5000);
182	try {
183	step++; status();
184	if (isFalse(callF(think))) {
185	step--; status();
186	false;
187	}
188	true;
189	} catch e {
190	printStackTrace(e);
191	error = getInnerException(e);
192	ret continueOnError;
193	} finally {
194	unlock(cal.lock, "Done thinking");
195	}
196	}
197
198	JButton fatButton(int h, S text, O action) {
199	JButton btn = jbutton(text, action);
200	btn.setFont(sansSerifBold(16));
201	ret jMinSize(167, h, btn);
202	}
203
204	void status {
205	setText(textArea, status + "\n\n" +
206	(thinking ? "Thinking...\n\n" : "") +
207	(step == 0 ? "No thoughts made yet."
208	: "Thoughts made: " + step) +
209	(error == null ? "" : "\n\nERROR: " + exceptionToStringShort(error)));
210	}
211	}