private static LMRecord2D_Retangular Match_Internal(SlotWrapper2D[,] slots,
int x,
int y,
RuleMatchBasic2D_Rectangular matchRule)
{
var sample = slots[y + matchRule.scatters[0].y, x + matchRule.scatters[0].x];
if (!sample.IsTarget)
{
return(null);
}
for (int i = 1; i < matchRule.scatters.Length; ++i)
{
var sniff = slots[y + matchRule.scatters[i].y, x + matchRule.scatters[i].x];
if (!sniff.IsTarget)
{
return(null);
}
if (!sample.slotAttribute.trait.AbsoluteEqual(sniff.slotAttribute.trait))
{
return(null);
}
}
var record = new LMRecord2D_Retangular();
record.x = x;
record.y = y;
record.rule = matchRule;
return(record);
}
private static LMRecord2D_Retangular Match_Internal(SlotWrapper2D[,] slots,
int x,
int y,
RuleMatchBasic2D_Rectangular matchRule)
{
var sample = slots[y + matchRule.scatters[0].y, x + matchRule.scatters[0].x];
if (!sample.IsTarget)
{
return null;
}
for (int i = 1; i < matchRule.scatters.Length; ++i)
{
var sniff = slots[y + matchRule.scatters[i].y, x + matchRule.scatters[i].x];
if (!sniff.IsTarget)
{
return null;
}
if (!sample.slotAttribute.trait.AbsoluteEqual(sniff.slotAttribute.trait))
{
return null;
}
}
var record = new LMRecord2D_Retangular();
record.x = x;
record.y = y;
record.rule = matchRule;
return record;
}
public RuleMatchBasic2D_Rectangular SerializeData()
{
var ret = new RuleMatchBasic2D_Rectangular();
ret.maskWidth = maskWidth;
ret.maskHeight = maskHeight;
ret.mask = selection.Clone() as bool[,];
return ret;
}
public RuleMatchBasic2D_Rectangular SerializeData()
{
var ret = new RuleMatchBasic2D_Rectangular();
ret.maskWidth = maskWidth;
ret.maskHeight = maskHeight;
ret.mask = selection.Clone() as bool[, ];
return(ret);
}
private static void Seek_Internal(SeekContext ctx, RuleMatchBasic2D_Rectangular rule)
{
for (int y = 0; y < ctx.container.Height - rule.maskHeight + 1; y++)
{
for (int x = 0; x < ctx.container.Width - rule.maskWidth + 1; x++)
{
Match_Internal(ctx, x, y, rule, 0);
Match_Internal(ctx, x, y, rule, rule.scatters.Length - 1);
}
}
}
private static void Seek_Internal(SeekContext ctx, RuleMatchBasic2D_Rectangular rule)
{
var slots = ctx.container.WrapperRect;
for (int y = 0; y < ctx.container.Height - rule.maskHeight + 1; y++)
{
for (int x = 0; x < ctx.container.Width - rule.maskWidth + 1; x++)
{
var r = Match_Internal(slots, x, y, rule);
if (null != r) ctx.result.Add(r);
}
}
}
public static RuleMatchBasic StaticDeserialize(string str)
{
var tuple = JsonHelper.Deserialize<Tuple<string, string>>(str);
switch (tuple.item1)
{
case RECTANGULAR_2D:
var ret = new RuleMatchBasic2D_Rectangular();
ret.Deserialize(tuple.item2);
return ret;
default:
throw new NotSupportedException();
}
}
public static RuleMatchBasic StaticDeserialize(string str)
{
var tuple = JsonHelper.Deserialize <Tuple <string, string> >(str);
switch (tuple.item1)
{
case RECTANGULAR_2D:
var ret = new RuleMatchBasic2D_Rectangular();
ret.Deserialize(tuple.item2);
return(ret);
default:
throw new NotSupportedException();
}
}
public void LoadData(RuleMatchBasic2D_Rectangular rule)
{
plane.gameObject.SetActive(true);
Draw(planeWidth, planeHeight, rule.maskWidth, rule.maskHeight);
for (int y = 0; y < rule.maskHeight; y++)
{
for (int x = 0; x < rule.maskWidth; x++)
{
if (rule.mask[y, x])
{
Mark(x, y);
}
}
}
}
public void LoadData(RuleMatchBasic2D_Rectangular rule)
{
plane.gameObject.SetActive(true);
Draw(planeWidth, planeHeight, rule.maskWidth, rule.maskHeight);
for (int y = 0; y < rule.maskHeight; y++)
{
for (int x = 0; x < rule.maskWidth; x++)
{
if (rule.mask[y, x])
{
Mark(x, y);
}
}
}
}
private static void Seek_Internal(SeekContext ctx, RuleMatchBasic2D_Rectangular rule)
{
var slots = ctx.container.WrapperRect;
for (int y = 0; y < ctx.container.Height - rule.maskHeight + 1; y++)
{
for (int x = 0; x < ctx.container.Width - rule.maskWidth + 1; x++)
{
var r = Match_Internal(slots, x, y, rule);
if (null != r)
{
ctx.result.Add(r);
}
}
}
}
public PlayableEnv2DR Build_2DR_Hardcoded()
{
var env = new PlayableEnv2DR();
env.MinimalPlayablePLM = 3;
var canvasConfig = new CanvasConfig2DR();
canvasConfig.mapWidth = 10;
canvasConfig.mapHeight = 10;
canvasConfig.insulators = new List <Pos2D>();
var slotConfig = new SlotConfig_Hardcoded();
env.Foreground = new Container2D_Rectangular(canvasConfig, slotConfig);
env.Background = new Container2D_Rectangular(canvasConfig, slotConfig);
var matchRules = new RuleMatchBasic2D_Rectangular[2]
{
new RuleMatchBasicHorizontal(),
new RuleMatchBasicVertical()
};
foreach (var r in matchRules)
{
r.Compile();
}
env.MatchRules = matchRules;
env.ExtensionRules = new RuleMatchExtension2D_Rectangular[0];
env.RefillRule = new RuleRefill2DR_Downward();
env.OperationRules = new RuleOperation2D_Rectangular[2]
{
new RuleOperationHorizontal(),
new RuleOperationVertical()
};
env.ScoreRules = new RuleScore2D_Rectangular[0];
return(env);
}
private static bool JudgeOperable(SlotTrait matchingTrait,
Container2D_Rectangular container,
int xMask, int yMask,
int xInMask, int yInMask,
RuleMatchBasic2D_Rectangular match,
RuleOperation2D_Rectangular operation,
bool inverse)
{
int xRelative = inverse ? -operation.xRelative : operation.xRelative;
int yRelative = inverse ? -operation.yRelative : operation.yRelative;
int xTouch = xInMask + xRelative;
int yTouch = yInMask + yRelative;
if (yTouch >= 0 && yTouch < match.maskHeight &&
xTouch >= 0 && xTouch < match.maskWidth &&
match.PeekMask(xTouch, yTouch))
{
return(false);
}
var sniffX = xMask + xInMask + xRelative;
var sniffY = yMask + yInMask + yRelative;
if (!container.IsLegalPosition(sniffX, sniffY))
{
return(false);
}
var sniff = container.GetSlot(sniffX, sniffY);
if (!sniff.IsTarget)
{
return(false);
}
return(matchingTrait.AbsoluteEqual(sniff.slotAttribute.trait));
}
public PlayableEnv2DR Build_2DR(PlayableScheme scheme)
{
var env = new PlayableEnv2DR();
env.MinimalPlayablePLM = scheme.minimalPlayablePLM;
env.Foreground = new Container2D_Rectangular(scheme.canvasConfig as CanvasConfig2DR,
scheme.slotConfig);
env.Background = new Container2D_Rectangular(scheme.canvasConfig as CanvasConfig2DR,
scheme.slotConfig);
env.MatchRules = scheme.matchRules.SchemeStyleMap <RuleMatchBasic, RuleMatchBasic2D_Rectangular>((r) => {
var raw = r as RuleMatchBasic2D_Rectangular;
var ret = new RuleMatchBasic2D_Rectangular();
ret.maskWidth = raw.maskWidth;
ret.maskHeight = raw.maskHeight;
ret.mask = raw.mask;
ret.Compile();
return(ret);
}).ToArray();
env.ExtensionRules = scheme.extensionRules.SchemeStyleMap <RuleMatchExtension, RuleMatchExtension2D_Rectangular>((r) => {
return(r as RuleMatchExtension2D_Rectangular);
}).ToArray();
env.RefillRule = scheme.refillRule as RuleRefill2D_Rectangular;
env.OperationRules = scheme.operationRules.SchemeStyleMap <RuleOperation, RuleOperation2D_Rectangular>((r) => {
return(r as RuleOperation2D_Rectangular);
}).ToArray();
env.ScoreRules = scheme.scoreRules.SchemeStyleMap <RuleScore, RuleScore2D_Rectangular>((r) => {
return(r as RuleScore2D_Rectangular);
}).ToArray();
return(env);
}
private static bool DryRun(PlayableScheme scheme, out string reason)
{
reason = "";
if (scheme.canvasConfig is CanvasConfig2DR)
{
var container = new Container2D_Rectangular(scheme.canvasConfig as CanvasConfig2DR,
scheme.slotConfig);
container.InitBlocks();
var count1 = 0;
var count2 = 0;
for (int i = 0; i < 20; i++)
{
container.RecreateSubjects(true);
var ctx1 = new LMSeeker2D_Retangular.SeekContext();
ctx1.container = container;
ctx1.matchRules = scheme.matchRules.SchemeStyleMap <RuleMatchBasic, RuleMatchBasic2D_Rectangular>((r) => {
var raw = r as RuleMatchBasic2D_Rectangular;
var ret = new RuleMatchBasic2D_Rectangular();
ret.mask = raw.mask;
ret.maskWidth = raw.maskWidth;
ret.maskHeight = raw.maskHeight;
ret.Compile();
return(ret);
}).ToArray();
ctx1.result = new List <LMRecord2D_Retangular>();
LMSeeker2D_Retangular.Seek(ctx1);
if (ctx1.result.Count > 0)
{
count1++;
}
var ctx2 = new PLMSeeker2D_Retangular.SeekContext();
ctx2.container = container;
ctx2.matchRules = scheme.matchRules.SchemeStyleMap <RuleMatchBasic, RuleMatchBasic2D_Rectangular>((r) => {
var raw = r as RuleMatchBasic2D_Rectangular;
var ret = new RuleMatchBasic2D_Rectangular();
ret.mask = raw.mask;
ret.maskWidth = raw.maskWidth;
ret.maskHeight = raw.maskHeight;
ret.Compile();
return(ret);
}).ToArray();
ctx2.operationRules = scheme.operationRules.SchemeStyleMap <RuleOperation, RuleOperation2D_Rectangular>((r) => {
return(r as RuleOperation2D_Rectangular);
}).ToArray();
ctx2.result = new List <PLMRecord2D_Retangular>();
PLMSeeker2D_Retangular.Seek(ctx2);
if (ctx2.result.Count >= scheme.minimalPlayablePLM)
{
count2++;
}
}
if (count1 < 2 || count2 < 2)
{
reason = "Scheme is NOT playable!";
return(false);
}
return(true);
}
throw new NotImplementedException();
}
private static bool DryRun(PlayableScheme scheme, out string reason)
{
reason = "";
if (scheme.canvasConfig is CanvasConfig2DR)
{
var container = new Container2D_Rectangular(scheme.canvasConfig as CanvasConfig2DR,
scheme.slotConfig);
container.InitBlocks();
var count1 = 0;
var count2 = 0;
for (int i = 0; i < 20; i++)
{
container.RecreateSubjects(true);
var ctx1 = new LMSeeker2D_Retangular.SeekContext();
ctx1.container = container;
ctx1.matchRules = scheme.matchRules.SchemeStyleMap<RuleMatchBasic, RuleMatchBasic2D_Rectangular>((r)=>{
var raw = r as RuleMatchBasic2D_Rectangular;
var ret = new RuleMatchBasic2D_Rectangular();
ret.mask = raw.mask;
ret.maskWidth = raw.maskWidth;
ret.maskHeight = raw.maskHeight;
ret.Compile();
return ret;
}).ToArray();
ctx1.result = new List<LMRecord2D_Retangular>();
LMSeeker2D_Retangular.Seek(ctx1);
if (ctx1.result.Count > 0)
{
count1++;
}
var ctx2 = new PLMSeeker2D_Retangular.SeekContext();
ctx2.container = container;
ctx2.matchRules = scheme.matchRules.SchemeStyleMap<RuleMatchBasic, RuleMatchBasic2D_Rectangular>((r)=>{
var raw = r as RuleMatchBasic2D_Rectangular;
var ret = new RuleMatchBasic2D_Rectangular();
ret.mask = raw.mask;
ret.maskWidth = raw.maskWidth;
ret.maskHeight = raw.maskHeight;
ret.Compile();
return ret;
}).ToArray();
ctx2.operationRules = scheme.operationRules.SchemeStyleMap<RuleOperation, RuleOperation2D_Rectangular>((r)=>{
return r as RuleOperation2D_Rectangular;
}).ToArray();
ctx2.result = new List<PLMRecord2D_Retangular>();
PLMSeeker2D_Retangular.Seek(ctx2);
if (ctx2.result.Count >= scheme.minimalPlayablePLM)
{
count2++;
}
}
if (count1 < 2 || count2 < 2)
{
reason = "Scheme is NOT playable!";
return false;
}
return true;
}
throw new NotImplementedException();
}
private static void Match_Internal(SeekContext ctx,
int x,
int y,
RuleMatchBasic2D_Rectangular matchRule,
int scatterIndex)
{
intermediate.Clear();
var slots = ctx.container.WrapperRect;
var sample = slots[y + matchRule.scatters[scatterIndex].y, x + matchRule.scatters[scatterIndex].x];
if (!sample.IsTarget)
{
return;
}
var operationUsed = false;
for (int i = 0; i < matchRule.scatters.Length; ++i)
{
if (i == scatterIndex)
{
continue;
}
var targetX = x + matchRule.scatters[i].x;
var targetY = y + matchRule.scatters[i].y;
var sniff = slots[targetY, targetX];
if (!sniff.IsTarget)
{
return;
}
if (!sample.slotAttribute.trait.AbsoluteEqual(sniff.slotAttribute.trait))
{
if (operationUsed)
{
return;
}
foreach (var operable in ctx.operationRules)
{
if (JudgeOperable(sample.slotAttribute.trait,
ctx.container,
x, y,
matchRule.scatters[i].x, matchRule.scatters[i].y,
matchRule, operable, false))
{
var record = new PLMRecord2D_Retangular();
record.operation = operable;
record.rule = matchRule;
record.x1 = targetX;
record.y1 = targetY;
record.x2 = targetX + operable.xRelative;
record.y2 = targetY + operable.yRelative;
intermediate.Add(record);
operationUsed = true;
}
if (JudgeOperable(sample.slotAttribute.trait,
ctx.container,
x, y,
matchRule.scatters[i].x, matchRule.scatters[i].y,
matchRule, operable, true))
{
var record = new PLMRecord2D_Retangular();
record.operation = operable;
record.rule = matchRule;
record.x1 = targetX;
record.y1 = targetY;
record.x2 = targetX - operable.xRelative;
record.y2 = targetY - operable.yRelative;
intermediate.Add(record);
operationUsed = true;
}
}
if (!operationUsed)
{
return;
}
}
}
// A pure match!
if (!operationUsed)
{
return;
}
ctx.result.AddRange(intermediate);
intermediate.Clear();
}