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Filter products with ElasticSearch concat a lot of filter

I've been trying to filter products with Elasticsearch for a few hours, unfortunately to no avail.
I need to find products that belong to certain categories and at the same time have selected several brands and one size.
Help :(
json screen
querycontainer build method
private QueryContainer CreateOrQueryFromFilter(QueryContainer queryContainer, SortedSet<string> filter, string fieldName)
{
if (filter != null && filter.Count > 0)
{
foreach (var item in filter)
{
queryContainer |= new TermQuery()
{
Name = fieldName + "named_query",
Boost = 1.1,
Field = fieldName,
Value = item
};
}
}
return queryContainer;
}
and search method
public ResultModel SearchRequest(RequestModel r)
{
string key = string.Format("search-{0}-{1}", r.CacheKey + "-" + ProductCatalog.Model.Extension.StringHelper.UrlFriendly(r.SearchText), r.Prefix);
node = new Uri("http://xxxx:9200/");
settings = new ConnectionSettings(node);
settings.DisableDirectStreaming();
settings.DefaultIndex("products");
client = new ElasticClient(settings);
// return AppCache.Get(key, () =>
// {
DateTime start = DateTime.Now;
ResultModel result = new ResultModel(r.Canonical, r.RouteObject);
if (!string.IsNullOrEmpty(r.Prefix))
{
result.Prefix = r.Prefix;
}
QueryContainer c = new QueryContainer();
if (r.CategoryFilterChilds != null && r.CategoryFilterChilds.Count > 0)
{
var a1 = new SortedSet<string>(r.CategoryFilterChilds.Select(a => (string)a.ToString()));
c = CreateOrQueryFromFilter(c, a1, "categories");
}
else
{
if (r.CategoryFilterRoots != null && r.CategoryFilterRoots.Count > 0)
{
var a1 = new SortedSet<string>(r.CategoryFilterRoots.Select(a => (string)a.ToString()));
c = CreateOrQueryFromFilter(c, a1, "categories");
}
else
{
// null
}
}
var filters = new AggregationDictionary();
if (r.IsBrandFilter)
{
c = CreateOrQueryFromFilter(c, r.SelectedBrands, "brands");
}
if (r.IsColorFilter)
{
c = CreateOrQueryFromFilter(c, r.SelectedBrands, "colors");
}
int skip = (r.Page * r.PageSize) - r.PageSize;
ISearchRequest r2 = new SearchRequest("products");
r2.From = 1;
r2.Size = r.PageSize;
r2.Query = c;
string[] Fields = new[] { "brands", "shopId" };
AggregationBase aggregations = null;
foreach (string sField in Fields)
{
var termsAggregation = new TermsAggregation("agg_" + sField)
{
Field = sField,
Size = 120,
Order = new List<TermsOrder> { TermsOrder.TermDescending }
};
if (aggregations == null)
{
aggregations = termsAggregation;
}
else
{
aggregations &= termsAggregation;
}
}
r2.Aggregations = aggregations;
var c2 = client.Search<ShopProductElastic>(r2);
var ShopsBuf = (Nest.BucketAggregate)(c2.Aggregations["agg_brands"]);
var ShopsCount = ShopsBuf.Items.Count();
var results = c2;
result.BrandsRequest = new SortedDictionary<string, int>();
foreach (Nest.KeyedBucket<object> item in ShopsBuf.Items)
{
result.BrandsRequest.Add((string)item.Key, (int)(item.DocCount ?? 0));
}
result.CategorySelected = r.CategoryCurrent;
result.TotalCount = 10;
var costam = results.Documents.ToList();
var targetInstance = Mapper.Map<List<Products>>(costam);
result.Products = targetInstance;
result.Page = r.Page;
result.PageSize = r.PageSize;
result.IsBrandFilter = r.IsBrandFilter;
result.IsColorFilter = r.IsColorFilter;
result.IsPatternFilter = r.IsPatternFilter;
result.IsSeasonFilter = r.IsSeasonFilter;
result.IsShopFilter = r.IsShopFilter;
result.IsSizeFilter = r.IsSizeFilter;
result.IsStyleFilter = r.IsStyleFilter;
result.IsTextileFilter = r.IsTextileFilter;
DateTime stop = DateTime.Now;
result.SearchTime = stop - start;
result.SearchText = r.SearchText;
return result;
// }, TimeSpan.FromHours(8));
}
I have all products that have a given brand or categories. However, i need all products of a selected brand in selected categories

working Faster-rcnn in cntk c#?

i'm trying to get faster-rcnn model working in C# code.
i have a faster-rcnn trained model that builds and tests in the CNTK python code Below is my attempts to get it working from c#
so far i have:
string testImage = #"C:\data\images\mytestimage.jpg";
Bitmap bitmap = new Bitmap(Bitmap.FromFile(testImage ));
DeviceDescriptor device = DeviceDescriptor.CPUDevice;
Function modelFunc = Function.Load(modelPath, device);
var inDoims = modelFunc.Arguments;
Variable inputVar = modelFunc.Arguments.FirstOrDefault();
Variable inputVar2 = modelFunc.Arguments[1];
NDShape inputShape = inputVar.Shape;
int imageWidth = inputShape[0];
int imageHeight = inputShape[1];
int imageChannels = inputShape[2];
int imageSize = inputShape.TotalSize;
bitmap = ImageProcessing.Resize(bitmap, imageWidth, imageHeight, true);
var pixels = ImageProcessing.ParallelExtractCHW(bitmap);
Variable input = modelFunc.Arguments[0];
var inputDataMap = new Dictionary<Variable, Value>();
List<float> input2Vals = new List<float>();
input2Vals.Add(imageWidth);
input2Vals.Add(imageHeight);
input2Vals.Add(imageWidth);
input2Vals.Add(imageHeight);
input2Vals.Add(imageWidth);
input2Vals.Add(imageHeight);
Value inputVal = Value.CreateBatch(inputVar.Shape, pixels, device);
Value inputValue2 = Value.CreateBatch(inputVar2.Shape, input2Vals, device);
inputDataMap[input] = inputVal;
inputDataMap[inputVar2] = inputValue2;
NDShape outputShape1 = modelFunc.Outputs[0].Shape;
NDShape outputShape2 = modelFunc.Outputs[1].Shape;
NDShape outputShape3 = modelFunc.Outputs[2].Shape;
Value outputValue1 = null;
Value outputValue2 = null; ;
Value outputValue3 = null; ;
var outputDataMap = new Dictionary<Variable, Value>()
{
{ modelFunc.Outputs[0], outputValue1 },
{ modelFunc.Outputs[1], outputValue2 },
{ modelFunc.Outputs[2], outputValue3 }
};
//run the model
modelFunc.Evaluate(inputDataMap, outputDataMap, device);
var out0 = outputDataMap[modelFunc.Outputs[0]];
var out1 = outputDataMap[modelFunc.Outputs[1]];
var out2 = outputDataMap[modelFunc.Outputs[2]];
var clsPred = out0.GetDenseData<float>(modelFunc.Outputs[0])[0];
var rois = out1.GetDenseData<float>(modelFunc.Outputs[1])[0];
var vbboxR = out2.GetDenseData<float>(modelFunc.Outputs[2])[0];
var labels = new[] { "__background__", "firstobject", "secondobject", "thirdsobject"};
....
}
but the results I get back in clsPred don't make any sense...for example when my test image is completely blank...the model seems to think there are objects in it....
Has anyone any recommendations?
Buzz

Mleader style in Autocad using C#

I have created a new Mleader style in autocad using C#. I want to use it in CAD; to assign Mleader style to a leader. I have no idea regarding this. I tried this code
public class test
{
public void drawMleaders(Transaction acTrans, Database acCurDb, Document acDoc, double scale, double gap, double[] pickPont)
{
BlockTable acBlkTbl;
acBlkTbl = acTrans.GetObject(acCurDb.BlockTableId,
OpenMode.ForRead) as BlockTable;
//Open the Block table record Model space for write
BlockTableRecord acBlkTblRec;
acBlkTblRec = acTrans.GetObject(acBlkTbl[BlockTableRecord.ModelSpace],
OpenMode.ForWrite) as BlockTableRecord;
DBDictionary mlStyles = (DBDictionary)acTrans.GetObject(acCurDb.MLeaderStyleDictionaryId, OpenMode.ForWrite);
// mlStyles.UpgradeOpen();
if (!mlStyles.Contains("MyLeaderStyle"))
{
MLeaderStyle dst = new MLeaderStyle();
// MText mt = new MText();
// mt.Contents = text;
//dst.Name="MyLeaderStyle";
dst.ArrowSymbolId = ObjectId.Null;
dst.ArrowSize = 0.5 * scale;
//dst.ContentType = 0;
//dst.DefaultMText = "";
dst.LandingGap = 0;
dst.EnableBlockRotation = true;
dst.MaxLeaderSegmentsPoints = 2;
dst.EnableLanding = true;
dst.PostMLeaderStyleToDb(acCurDb, "MyLeaderStyle");
acCurDb.MLeaderstyle = dst.ObjectId;
//dst1.Add(dst);
acTrans.AddNewlyCreatedDBObject(dst, true);
}
MLeader lead = new MLeader();
int i = lead.AddLeader();
lead.AddLeaderLine(i);
lead.AddFirstVertex(i, new Point3d(pickPont[0], pickPont[1], 0));
lead.AddLastVertex(i, new Point3d(pickPont[0] + 5, pickPont[1] + 5, 0));
//lead.MLeaderStyle = acCurDb.MLeaderstyle;
acBlkTblRec.AppendEntity(lead);
acTrans.AddNewlyCreatedDBObject(lead, true);
}
}
Any help would be appreciated.

You just have to set the leader.MLeaderStyle property to the MLeader style ObjectId.
You can get it from the MLeaderStyle dictionary if already exists or from the PostMLeaderStyleToDb return value if create it
ObjectId mlStyleId;
DBDictionary mlStyles = (DBDictionary)acTrans.GetObject(acCurDb.MLeaderStyleDictionaryId, OpenMode.ForRead);
if (mlStyles.Contains("MyLeaderStyle"))
{
mlStyleId = mlStyles.GetAt("MyLeaderStyle");
}
else
{
MLeaderStyle dst = new MLeaderStyle();
dst.ArrowSymbolId = ObjectId.Null;
dst.ArrowSize = 0.5 * scale;
dst.LandingGap = 0;
dst.EnableBlockRotation = true;
dst.MaxLeaderSegmentsPoints = 2;
dst.EnableLanding = true;
mlStyleId = dst.PostMLeaderStyleToDb(acCurDb, "MyLeaderStyle");
acTrans.AddNewlyCreatedDBObject(dst, true);
}
MLeader lead = new MLeader();
int i = lead.AddLeader();
lead.AddLeaderLine(i);
lead.AddFirstVertex(i, new Point3d(pickPont[0], pickPont[1], 0));
lead.AddLastVertex(i, new Point3d(pickPont[0] + 5, pickPont[1] + 5, 0));
lead.MLeaderStyle = mlStyleId;
acBlkTblRec.AppendEntity(lead);
acTrans.AddNewlyCreatedDBObject(lead, true);
acTrans.Commit();

To create a list with multiple list inside it

Below is my main list
var serie_line = new { name = series_name, data = new List<object>() };
here I add items in data as follows,
serie_line.data.Add(child_object_name);
serie_line.data.Add(period_final_value );
I then add this var serie_line to another list series as follows,
List<object> series = new List<object>();
series.Add(serie_line);
finally ,I serialize this series into JSON as below,
var obj4 = new { legend = legend, title,chart, series};
JSON_File_Returned = jSearializer.Serialize(obj4);
whereas
System.Web.Script.Serialization.JavaScriptSerializer jSearializer = new System.Web.Script.Serialization.JavaScriptSerializer();
Now Output I am getting is as follows,
{
"legend":{"enabled":"true"},
"title":{"text":"Financial"},
"chart":{"type":"pie"},
"series":[
{"name":"Actual","data":["Market Share",20.00]},
{"name":"Actual","data":["Sales Growth",30.00]},
{"name":"Actual","data":["Operating Profit",40.00]},
{"name":"Actual","data":["Gross Margin %",10.00]}
]
}
But my required output is as follows,
{
"legend":{"enabled":"true"},
"title":{"text":"Financial"},
"chart":{"type":"pie"},
"series":[
{"name":"Actual","data":[["Market Share",20.00],["Sales Growth",30.00],["Operating Profit",40.00],["Gross Margin %",10.00]]}
]
}
So..That I can plot pie chart in highchart using this JSON output...I have tried for everything like using dictionary,making different class and then using it's object and so on...but can't make it out....
Below is my entire code...if in case I am messing with any loop and I don't recognize it but any one might notice it..please check the below code for the same..
var serie_line = new { name = series_name, data = new List<object>() };
for (int k = 0; k <= read_Series_Splitted_Name.Length; k++) //for loop for passing chart type in series
{
for (int i = 0; i < id_series_before_offset.Count; i++) //for loop for counting series ID
{
var xmlAttributeCollection = id_series_before_offset[i].Attributes;
if (xmlAttributeCollection != null)
{
var seriesid = xmlAttributeCollection["id"];
xmlActions_id[i] = seriesid.Value;
resulted_series_id = seriesid.Value;
series_name = Client.GetAttributeAsString(sessionId, resulted_series_id, "name", "");
new_series_name = series_name;
series_Atribute = Client.GetAttributeAsString(sessionId, resulted_series_id, "symbol", "");
if (read_Series_Splitted_Name_store == series_Atribute)
{
serie_line = new { name = series_name, data = new List<object>() };
}
k++;
// Forloop for PeriodId and It's Value
var value = Read_XML_Before_Offset.SelectNodes("//measure.values/series[" + (i + 1) + "]/value");
var xmlActions = new string[value.Count];// for periodname
var xmlActionsone = new string[value.Count]; // for period value
for (int j = 0; j < value.Count; j++)
{
var xmlAttributeCollection_for_period = value[j].Attributes;
if (xmlAttributeCollection_for_period != null)
{
if (i == 0 && a == 0)
{
var periodid = xmlAttributeCollection_for_period["periodid"];
xmlActions[j] = periodid.Value;
period_final_id = periodid.Value;
period_name = Client.GetAttributeAsString(sessionId, periodid.Value, "name", "");
period_Name.Add(period_name);
}
try
{
var action = xmlAttributeCollection_for_period["value"]; // xmlActionsone[j] = action.Value;
period_final_value = float.Parse(action.Value);
// serie_line.data.Add(period_final_value);
serie_line.data.Add(child_object_name);
serie_line.data.Add(period_final_value );
}
catch (Exception ex1)
{
serie_line.data.Add("");
serie_line.data.Add( null );
}
}
}
}
}
}
series.Add(serie_line);

Your C# code should look something like this all stripped down:
var serie_line = new { name = "Actual", data = new List<object>() };
serie_line.data.Add(new List<object>() {"Market Share", 20.0});
serie_line.data.Add(new List<object>() {"Sales Growth", 30.0});
serie_line.data.Add(new List<object>() {"Operting Profit", 40.0});
serie_line.data.Add(new List<object>() {"Gross Margin %", 10.0});
jSearializer.Serialize(serie_line);
Which produces:
{"name":"Actual","data":[["Market Share",20],["Sales Growth",30],["Operting Profit",40],["Gross Margin %",10]]}
I'm not following the bottom part of the code (how you create child_object_name and period_final_value, but I think you want:
serie_line.data.Add(new List<object>() {child_object_name, period_final_value });
Instead of:
serie_line.data.Add(child_object_name);
serie_line.data.Add(period_final_value );

Hashing strings to Color in C#

I don't know if hashing is the right word for this, but I want to convert a string into a hex or argb color semi randomly.
I've used the string.GetHasCode function, but the results skew towards greenness:
string[] list = { "Test String", "something else", "Test Hooray" };
foreach (string k in list)
{
string x = k.ToUpper().GetHashCode().ToString("X8");
Console.WriteLine("#" + x.Substring(0,6));
}
I'd ideally like strings that begin with similar prefixes to have widely different colors. For example, "Test String" and "Test Hooray" should be completely different because they both begin with "Test."
I'm not really worried about an absolute solution, I just want something that is good enough. The list[] will at most have like 10 elements in it at a single time, and most of the time only 2, 3 or 4. This means that a color only has to be distinct from 2 or 3 other colors.
I'm basically generating a visual list, where the color references the name, but the name should ALWAYS map to the same color.
Edit: Sample Output:
#66BD44
#7EC83E
#95E4FE
Colors: http://www.colorcombos.com/combotester.html?color0=66BD44&color1=7EC83E&color2=95E4FE&color3=000316

Create an MD5 hash of the string and take the first three bytes as the red, green and blue components respectively.
The following demo produces a reasonable distribution of colors.
var words = ("She sells sea shells on the sea shore but the sea " +
"shells she sells are sea shells no more.").Split(' ');
var md5 = MD5.Create();
var box = new ListBox
{
Dock = DockStyle.Fill,
DrawMode = DrawMode.OwnerDrawFixed
};
box.Items.AddRange(words);
box.DrawItem += (sender, e) =>
{
var value = (string) box.Items[e.Index];
var hash = md5.ComputeHash(Encoding.UTF8.GetBytes(value));
var color = Color.FromArgb(hash[0], hash[1], hash[2]);
using (var backBrush = new SolidBrush(color))
using (var foreBrush = new SolidBrush(e.ForeColor))
{
e.Graphics.FillRectangle(backBrush, e.Bounds);
e.Graphics.DrawString(value, e.Font, foreBrush, e.Bounds);
}
e.DrawFocusRectangle();
};
new Form {Controls = {box}}.ShowDialog();

The following Wang/Jenkins-based rehashing code can help improve bit distribution:
private static int ReHash(int srcHash)
{
unchecked
{
uint h = (uint)srcHash;
h += (h << 15) ^ 0xffffcd7d;
h ^= (h >> 10);
h += (h << 3);
h ^= (h >> 6);
h += (h << 2) + (h << 14);
return (int)(h ^ (h >> 16));
}
}
However, I the colours may still be distributed visually less well. The RGB system splits up the colours in a somewhat skewed way, and our eyes don't process colours quite as RGB codes would have one suspect.

Doesn't string just use object's GetHashCode(), which returns the memory address from the reference? That would explain why all of your codes gravitate towards a specific spectrum. It would also mean that the color is not deterministic between runs, as the memory locations would be different.
What you should probably do instead is use one of the cryptographic hashing functions, like SHA1, and then select a (the same) random 3-byte section from each string.
EDIT
System.String.GetHashCode() loops over the string, and performs mathematical operations on the characters contained in the string (I'm not currently alert enough to go through the math...). This allows the hash code to always be the same, but it also explains why "Test String" and "Test Hooray" produce very similar colors - it's not designed to be secure, just repeatable.

I don't think your ideal solution is consistent, because the only way I see to make sure strings with similar prefixes are far apart in the color space is to have a mapping that depends on existing hashed values, which means it won't be consistent.
Consider the edge case where you have 2^24 strings that start with "Test "...
Interesting question, though. How green is the mapping right now? (I can't think of a reason why it should be so).

I would use an MD5-Hash:
http://msdn.microsoft.com/de-de/library/system.security.cryptography.md5.aspx
Changing one char from the original sequence completely "shuffles" the md5-sequence. For "md5-to-color"-mapping just cut some bits.

For some value N (e.g. N=10 or N=100), use a hashing algorithm that hashes your population into N buckets (e.g. GetHashCode() modulo 10). Use that value as an index into a table of N colors. Then select N distinct colors for your index table.

Simple solution: loop over your string, adding up ascii values (or unicode if you like) of individual characters. You'll end up with some integer; % it to a desirable number of bits (say, 6) and split the result into 3 components (r, g, b). Multiply or bit-shift as needed to make sure you cover the full range of the RGB color space.

I think your implementation skews toward greenness because the gamut you are using skews toward greenness.

Edit: Darn..over my character limit.. anyway, wrote this in PHP, but you can easily translate it to C#. It takes a string and returns a hue to use as your color..you can decide on the saturation and lightness yourself (I suggest keeping those consistent). These numbers aren't random, they're evenly distributed across an English dictionary ('a' has a larger range because more words start with 'a', likewise, not many words start with 'x' so only a few hues are assigned to it)
<?php
// first letter
$s2h1['a'] = 0;
$s2h1['b'] = 24.0006119483;
$s2h1['c'] = 45.2658150386;
$s2h1['d'] = 80.9852367475;
$s2h1['e'] = 96.5807389276;
$s2h1['f'] = 108.9573931;
$s2h1['g'] = 126.34284403;
$s2h1['h'] = 150.8544328;
$s2h1['i'] = 165.473877457;
$s2h1['j'] = 174.374665341;
$s2h1['k'] = 179.306968561;
$s2h1['l'] = 183.679339096;
$s2h1['m'] = 197.864300467;
$s2h1['n'] = 218.875545016;
$s2h1['o'] = 227.351028838;
$s2h1['p'] = 235.91218542;
$s2h1['q'] = 264.621739463;
$s2h1['r'] = 266.081236136;
$s2h1['s'] = 280.621127515;
$s2h1['t'] = 319.660368699;
$s2h1['u'] = 337.783217318;
$s2h1['v'] = 341.427369387;
$s2h1['w'] = 347.335730131;
$s2h1['x'] = 357.00757286;
$s2h1['y'] = 357.509370458;
$s2h1['z'] = 358.901552819;
$s2h1['{'] = 360;
// second letter
$s2h2['a']['a'] = 0;
$s2h2['a']['b'] = 0.143807848237;
$s2h2['a']['c'] = 1.15046278589;
$s2h2['a']['d'] = 3.16377266121;
$s2h2['a']['e'] = 4.3142354471;
$s2h2['a']['f'] = 4.69364338713;
$s2h2['a']['g'] = 5.14342538056;
$s2h2['a']['h'] = 5.81962824141;
$s2h2['a']['i'] = 5.85634513884;
$s2h2['a']['j'] = 6.45299472195;
$s2h2['a']['k'] = 6.47747265356;
$s2h2['a']['l'] = 6.55702593131;
$s2h2['a']['m'] = 9.49743746653;
$s2h2['a']['n'] = 11.2904459573;
$s2h2['a']['o'] = 15.0080318213;
$s2h2['a']['p'] = 15.0478084602;
$s2h2['a']['q'] = 16.109538744;
$s2h2['a']['r'] = 16.2472271093;
$s2h2['a']['s'] = 19.4385374436;
$s2h2['a']['t'] = 20.9286315306;
$s2h2['a']['u'] = 22.1800657844;
$s2h2['a']['v'] = 23.4009026237;
$s2h2['a']['w'] = 23.6518014228;
$s2h2['a']['x'] = 23.700757286;
$s2h2['a']['y'] = 23.8017287539;
$s2h2['a']['z'] = 23.8568041001;
$s2h2['b']['a'] = 0;
$s2h2['b']['b'] = 5.03021494684;
$s2h2['b']['c'] = 5.0455136541;
$s2h2['b']['d'] = 5.0455136541;
$s2h2['b']['e'] = 5.051633137;
$s2h2['b']['f'] = 8.01040312094;
$s2h2['b']['g'] = 8.01040312094;
$s2h2['b']['h'] = 8.01040312094;
$s2h2['b']['i'] = 8.05323950126;
$s2h2['b']['j'] = 10.0390117035;
$s2h2['b']['k'] = 10.0451311864;
$s2h2['b']['l'] = 10.0481909279;
$s2h2['b']['m'] = 12.5938958158;
$s2h2['b']['n'] = 12.6091945231;
$s2h2['b']['o'] = 12.6122542645;
$s2h2['b']['p'] = 15.6689359749;
$s2h2['b']['q'] = 15.6811749407;
$s2h2['b']['r'] = 15.6811749407;
$s2h2['b']['s'] = 18.7133787195;
$s2h2['b']['t'] = 18.7225579439;
$s2h2['b']['u'] = 18.7256176853;
$s2h2['b']['v'] = 21.1183355007;
$s2h2['b']['w'] = 21.1244549836;
$s2h2['b']['x'] = 21.1366939494;
$s2h2['b']['y'] = 21.1366939494;
$s2h2['b']['z'] = 21.2652030903;
$s2h2['c']['a'] = 0;
$s2h2['c']['b'] = 8.33779545628;
$s2h2['c']['c'] = 8.34391493919;
$s2h2['c']['d'] = 8.35003442209;
$s2h2['c']['e'] = 8.39899028532;
$s2h2['c']['f'] = 10.2409546393;
$s2h2['c']['g'] = 10.2531936051;
$s2h2['c']['h'] = 10.259313088;
$s2h2['c']['i'] = 15.724011321;
$s2h2['c']['j'] = 16.9295494531;
$s2h2['c']['k'] = 16.9326091945;
$s2h2['c']['l'] = 16.9326091945;
$s2h2['c']['m'] = 19.4171192534;
$s2h2['c']['n'] = 19.4293582192;
$s2h2['c']['o'] = 19.4905530483;
$s2h2['c']['p'] = 30.4444274459;
$s2h2['c']['q'] = 30.4627858946;
$s2h2['c']['r'] = 30.4627858946;
$s2h2['c']['s'] = 33.1094622504;
$s2h2['c']['t'] = 33.1247609577;
$s2h2['c']['u'] = 33.1645375966;
$s2h2['c']['v'] = 34.6454524593;
$s2h2['c']['w'] = 34.6515719422;
$s2h2['c']['x'] = 34.6576914251;
$s2h2['c']['y'] = 34.6576914251;
$s2h2['c']['z'] = 35.6674061042;
$s2h2['d']['a'] = 0;
$s2h2['d']['b'] = 2.00107090951;
$s2h2['d']['c'] = 2.01025013386;
$s2h2['d']['d'] = 2.01942935822;
$s2h2['d']['e'] = 2.03472806548;
$s2h2['d']['f'] = 6.36732196129;
$s2h2['d']['g'] = 6.37038170275;
$s2h2['d']['h'] = 6.3734414442;
$s2h2['d']['i'] = 6.43463627323;
$s2h2['d']['j'] = 10.4245391264;
$s2h2['d']['k'] = 10.4520767995;
$s2h2['d']['l'] = 10.4612560239;
$s2h2['d']['m'] = 10.4673755068;
$s2h2['d']['n'] = 10.4979729213;
$s2h2['d']['o'] = 10.5224508529;
$s2h2['d']['p'] = 12.6459114205;
$s2h2['d']['q'] = 12.6612101277;
$s2h2['d']['r'] = 12.6612101277;
$s2h2['d']['s'] = 14.1757821464;
$s2h2['d']['t'] = 14.1849613708;
$s2h2['d']['u'] = 14.1910808537;
$s2h2['d']['v'] = 15.1701981183;
$s2h2['d']['w'] = 15.1763176012;
$s2h2['d']['x'] = 15.3384838981;
$s2h2['d']['y'] = 15.3384838981;
$s2h2['d']['z'] = 15.5924424386;
$s2h2['e']['a'] = 0;
$s2h2['e']['b'] = 0.81083148474;
$s2h2['e']['c'] = 0.902623728295;
$s2h2['e']['d'] = 1.44113822382;
$s2h2['e']['e'] = 2.02860858257;
$s2h2['e']['f'] = 2.06532548;
$s2h2['e']['g'] = 2.18771513807;
$s2h2['e']['h'] = 2.45391264438;
$s2h2['e']['i'] = 2.46615161019;
$s2h2['e']['j'] = 2.63443739004;
$s2h2['e']['k'] = 2.65891532166;
$s2h2['e']['l'] = 2.66809454601;
$s2h2['e']['m'] = 4.40908743211;
$s2h2['e']['n'] = 5.12506693184;
$s2h2['e']['o'] = 6.61822076035;
$s2h2['e']['p'] = 6.66717662358;
$s2h2['e']['q'] = 7.37397689895;
$s2h2['e']['r'] = 7.67077181978;
$s2h2['e']['s'] = 8.43876692419;
$s2h2['e']['t'] = 8.97116193682;
$s2h2['e']['u'] = 9.34445039394;
$s2h2['e']['v'] = 10.3725235218;
$s2h2['e']['w'] = 10.6968561157;
$s2h2['e']['x'] = 10.7182743058;
$s2h2['e']['y'] = 12.134934598;
$s2h2['e']['z'] = 12.3460567582;
$s2h2['f']['a'] = 0;
$s2h2['f']['b'] = 5.7125372906;
$s2h2['f']['c'] = 5.7186567735;
$s2h2['f']['d'] = 5.72477625641;
$s2h2['f']['e'] = 5.73395548076;
$s2h2['f']['f'] = 7.17815344603;
$s2h2['f']['g'] = 7.17815344603;
$s2h2['f']['h'] = 7.17815344603;
$s2h2['f']['i'] = 7.18427292894;
$s2h2['f']['j'] = 9.9380402356;
$s2h2['f']['k'] = 9.94109997705;
$s2h2['f']['l'] = 9.94109997705;
$s2h2['f']['m'] = 11.884035799;
$s2h2['f']['n'] = 11.8901552819;
$s2h2['f']['o'] = 11.8932150233;
$s2h2['f']['p'] = 14.0258548153;
$s2h2['f']['q'] = 14.0319742982;
$s2h2['f']['r'] = 14.0319742982;
$s2h2['f']['s'] = 16.3543180601;
$s2h2['f']['t'] = 16.360437543;
$s2h2['f']['u'] = 16.3787959917;
$s2h2['f']['v'] = 17.3640327392;
$s2h2['f']['w'] = 17.3640327392;
$s2h2['f']['x'] = 17.3670924807;
$s2h2['f']['y'] = 17.3670924807;
$s2h2['f']['z'] = 17.3854509294;
$s2h2['g']['a'] = 0;
$s2h2['g']['b'] = 2.41719574696;
$s2h2['g']['c'] = 2.42637497131;
$s2h2['g']['d'] = 2.43555419567;
$s2h2['g']['e'] = 2.44473342003;
$s2h2['g']['f'] = 15.5587852826;
$s2h2['g']['g'] = 15.5587852826;
$s2h2['g']['h'] = 15.5587852826;
$s2h2['g']['i'] = 15.6566970091;
$s2h2['g']['j'] = 16.5929778934;
$s2h2['g']['k'] = 16.5960376348;
$s2h2['g']['l'] = 16.5960376348;
$s2h2['g']['m'] = 17.6302302455;
$s2h2['g']['n'] = 17.6363497284;
$s2h2['g']['o'] = 17.7250822306;
$s2h2['g']['p'] = 19.5456283944;
$s2h2['g']['q'] = 19.5609271017;
$s2h2['g']['r'] = 19.5609271017;
$s2h2['g']['s'] = 22.9235829572;
$s2h2['g']['t'] = 22.9327621816;
$s2h2['g']['u'] = 22.9327621816;
$s2h2['g']['v'] = 24.1811366939;
$s2h2['g']['w'] = 24.1811366939;
$s2h2['g']['x'] = 24.1903159183;
$s2h2['g']['y'] = 24.1903159183;
$s2h2['g']['z'] = 24.5115887707;
$s2h2['h']['a'] = 0;
$s2h2['h']['b'] = 3.60437543028;
$s2h2['h']['c'] = 3.60743517173;
$s2h2['h']['d'] = 3.61355465463;
$s2h2['h']['e'] = 3.62273387899;
$s2h2['h']['f'] = 7.0465845636;
$s2h2['h']['g'] = 7.05270404651;
$s2h2['h']['h'] = 7.05576378796;
$s2h2['h']['i'] = 7.05882352941;
$s2h2['h']['j'] = 8.45712537291;
$s2h2['h']['k'] = 8.45712537291;
$s2h2['h']['l'] = 8.45712537291;
$s2h2['h']['m'] = 8.46018511436;
$s2h2['h']['n'] = 8.47548382162;
$s2h2['h']['o'] = 8.48160330452;
$s2h2['h']['p'] = 11.7402279507;
$s2h2['h']['q'] = 11.7432876922;
$s2h2['h']['r'] = 11.7463474336;
$s2h2['h']['s'] = 11.7616461409;
$s2h2['h']['t'] = 11.789183814;
$s2h2['h']['u'] = 11.7983630383;
$s2h2['h']['v'] = 12.8417348734;
$s2h2['h']['w'] = 12.8417348734;
$s2h2['h']['x'] = 12.8447946149;
$s2h2['h']['y'] = 12.8447946149;
$s2h2['h']['z'] = 14.6163849155;
$s2h2['i']['a'] = 0;
$s2h2['i']['b'] = 0.100971467911;
$s2h2['i']['c'] = 0.171345521303;
$s2h2['i']['d'] = 0.559932685688;
$s2h2['i']['e'] = 0.847548382162;
$s2h2['i']['f'] = 0.856727606517;
$s2h2['i']['g'] = 0.859787347969;
$s2h2['i']['h'] = 1.01889390347;
$s2h2['i']['i'] = 1.01889390347;
$s2h2['i']['j'] = 1.06173028379;
$s2h2['i']['k'] = 1.0739692496;
$s2h2['i']['l'] = 1.08314847395;
$s2h2['i']['m'] = 1.37994339478;
$s2h2['i']['n'] = 2.3131645376;
$s2h2['i']['o'] = 7.03740533925;
$s2h2['i']['p'] = 7.2056911191;
$s2h2['i']['q'] = 7.28524439685;
$s2h2['i']['r'] = 7.29136387975;
$s2h2['i']['s'] = 7.94002906754;
$s2h2['i']['t'] = 8.5336189092;
$s2h2['i']['u'] = 8.68966572325;
$s2h2['i']['v'] = 8.6927254647;
$s2h2['i']['w'] = 8.81511512277;
$s2h2['i']['x'] = 8.82735408858;
$s2h2['i']['y'] = 8.87325021036;
$s2h2['i']['z'] = 8.87936969326;
$s2h2['j']['a'] = 0;
$s2h2['j']['b'] = 1.59106555496;
$s2h2['j']['c'] = 1.59106555496;
$s2h2['j']['d'] = 1.59106555496;
$s2h2['j']['e'] = 1.59412529641;
$s2h2['j']['f'] = 2.28868660598;
$s2h2['j']['g'] = 2.29174634743;
$s2h2['j']['h'] = 2.29174634743;
$s2h2['j']['i'] = 2.29480608889;
$s2h2['j']['j'] = 2.49980876616;
$s2h2['j']['k'] = 2.49980876616;
$s2h2['j']['l'] = 2.49980876616;
$s2h2['j']['m'] = 2.49980876616;
$s2h2['j']['n'] = 2.49980876616;
$s2h2['j']['o'] = 2.50592824906;
$s2h2['j']['p'] = 3.92870802417;
$s2h2['j']['q'] = 3.92870802417;
$s2h2['j']['r'] = 3.92870802417;
$s2h2['j']['s'] = 3.93482750708;
$s2h2['j']['t'] = 3.93482750708;
$s2h2['j']['u'] = 3.93482750708;
$s2h2['j']['v'] = 4.92006425457;
$s2h2['j']['w'] = 4.92312399602;
$s2h2['j']['x'] = 4.92312399602;
$s2h2['j']['y'] = 4.92312399602;
$s2h2['j']['z'] = 4.93230322038;
$s2h2['k']['a'] = 0;
$s2h2['k']['b'] = 0.991356230399;
$s2h2['k']['c'] = 1.00053545475;
$s2h2['k']['d'] = 1.00359519621;
$s2h2['k']['e'] = 1.00359519621;
$s2h2['k']['f'] = 1.75017211046;
$s2h2['k']['g'] = 1.75017211046;
$s2h2['k']['h'] = 1.75629159336;
$s2h2['k']['i'] = 1.89703970015;
$s2h2['k']['j'] = 2.94959075958;
$s2h2['k']['k'] = 2.94959075958;
$s2h2['k']['l'] = 2.95265050103;
$s2h2['k']['m'] = 3.0689206762;
$s2h2['k']['n'] = 3.07504015911;
$s2h2['k']['o'] = 3.45444809914;
$s2h2['k']['p'] = 3.83997552207;
$s2h2['k']['q'] = 3.84609500497;
$s2h2['k']['r'] = 3.84609500497;
$s2h2['k']['s'] = 3.98684311176;
$s2h2['k']['t'] = 3.99296259466;
$s2h2['k']['u'] = 3.99602233611;
$s2h2['k']['v'] = 4.24692113516;
$s2h2['k']['w'] = 4.25610035952;
$s2h2['k']['x'] = 4.3142354471;
$s2h2['k']['y'] = 4.3142354471;
$s2h2['k']['z'] = 4.37237053469;
$s2h2['l']['a'] = 0;
$s2h2['l']['b'] = 3.72676508835;
$s2h2['l']['c'] = 3.73594431271;
$s2h2['l']['d'] = 3.74206379561;
$s2h2['l']['e'] = 3.75124301996;
$s2h2['l']['f'] = 6.60904153599;
$s2h2['l']['g'] = 6.61210127744;
$s2h2['l']['h'] = 6.61822076035;
$s2h2['l']['i'] = 6.63045972615;
$s2h2['l']['j'] = 9.86460644076;
$s2h2['l']['k'] = 9.86766618221;
$s2h2['l']['l'] = 9.86766618221;
$s2h2['l']['m'] = 9.90744282108;
$s2h2['l']['n'] = 9.91050256253;
$s2h2['l']['o'] = 9.91050256253;
$s2h2['l']['p'] = 12.5541191769;
$s2h2['l']['q'] = 12.5602386598;
$s2h2['l']['r'] = 12.5602386598;
$s2h2['l']['s'] = 12.5632984013;
$s2h2['l']['t'] = 12.5663581427;
$s2h2['l']['u'] = 12.5755373671;
$s2h2['l']['v'] = 13.5454754073;
$s2h2['l']['w'] = 13.5454754073;
$s2h2['l']['x'] = 13.5485351488;
$s2h2['l']['y'] = 13.5607741146;
$s2h2['l']['z'] = 14.1849613708;
$s2h2['m']['a'] = 0;
$s2h2['m']['b'] = 7.08024171957;
$s2h2['m']['c'] = 7.10165990974;
$s2h2['m']['d'] = 7.17203396313;
$s2h2['m']['e'] = 7.18427292894;
$s2h2['m']['f'] = 10.9844718121;
$s2h2['m']['g'] = 10.9936510365;
$s2h2['m']['h'] = 10.9967107779;
$s2h2['m']['i'] = 11.0028302608;
$s2h2['m']['j'] = 14.2553354242;
$s2h2['m']['k'] = 14.2553354242;
$s2h2['m']['l'] = 14.2583951656;
$s2h2['m']['m'] = 14.26757439;
$s2h2['m']['n'] = 14.2767536143;
$s2h2['m']['o'] = 14.2981718045;
$s2h2['m']['p'] = 18.107549912;
$s2h2['m']['q'] = 18.1197888778;
$s2h2['m']['r'] = 18.1197888778;
$s2h2['m']['s'] = 18.1595655167;
$s2h2['m']['t'] = 18.1901629312;
$s2h2['m']['u'] = 18.2238200872;
$s2h2['m']['v'] = 20.2126520309;
$s2h2['m']['w'] = 20.2187715138;
$s2h2['m']['x'] = 20.2248909967;
$s2h2['m']['y'] = 20.2279507382;
$s2h2['m']['z'] = 21.0112445498;
$s2h2['n']['a'] = 0;
$s2h2['n']['b'] = 1.80218771514;
$s2h2['n']['c'] = 1.81136693949;
$s2h2['n']['d'] = 1.8174864224;
$s2h2['n']['e'] = 1.82666564675;
$s2h2['n']['f'] = 4.31117570565;
$s2h2['n']['g'] = 4.31117570565;
$s2h2['n']['h'] = 4.34789260308;
$s2h2['n']['i'] = 4.35095234453;
$s2h2['n']['j'] = 5.44022030138;
$s2h2['n']['k'] = 5.44939952574;
$s2h2['n']['l'] = 5.44939952574;
$s2h2['n']['m'] = 5.45551900864;
$s2h2['n']['n'] = 5.46163849155;
$s2h2['n']['o'] = 5.4708177159;
$s2h2['n']['p'] = 7.46576914251;
$s2h2['n']['q'] = 7.47494836686;
$s2h2['n']['r'] = 7.47494836686;
$s2h2['n']['s'] = 7.49942629848;
$s2h2['n']['t'] = 7.52084448864;
$s2h2['n']['u'] = 7.52696397154;
$s2h2['n']['v'] = 8.27048114434;
$s2h2['n']['w'] = 8.2735408858;
$s2h2['n']['x'] = 8.28272011015;
$s2h2['n']['y'] = 8.28272011015;
$s2h2['n']['z'] = 8.47548382162;
$s2h2['o']['a'] = 0;
$s2h2['o']['b'] = 0.146867589689;
$s2h2['o']['c'] = 0.581350875851;
$s2h2['o']['d'] = 1.00971467911;
$s2h2['o']['e'] = 1.19635890767;
$s2h2['o']['f'] = 1.3218083072;
$s2h2['o']['g'] = 1.51763176012;
$s2h2['o']['h'] = 1.55434865754;
$s2h2['o']['i'] = 1.59106555496;
$s2h2['o']['j'] = 1.78994874933;
$s2h2['o']['k'] = 1.79912797369;
$s2h2['o']['l'] = 1.86338254418;
$s2h2['o']['m'] = 2.54570488794;
$s2h2['o']['n'] = 2.71705040924;
$s2h2['o']['o'] = 3.17907136847;
$s2h2['o']['p'] = 3.23720645605;
$s2h2['o']['q'] = 3.98378337031;
$s2h2['o']['r'] = 3.98378337031;
$s2h2['o']['s'] = 6.44381549759;
$s2h2['o']['t'] = 6.93031438843;
$s2h2['o']['u'] = 7.15367551442;
$s2h2['o']['v'] = 7.52696397154;
$s2h2['o']['w'] = 8.06853820852;
$s2h2['o']['x'] = 8.11749407175;
$s2h2['o']['y'] = 8.42958769984;
$s2h2['o']['z'] = 8.49690201178;
$s2h2['p']['a'] = 0;
$s2h2['p']['b'] = 5.18014227798;
$s2h2['p']['c'] = 5.18932150233;
$s2h2['p']['d'] = 5.20156046814;
$s2h2['p']['e'] = 5.21379943395;
$s2h2['p']['f'] = 9.11802952651;
$s2h2['p']['g'] = 9.13638797522;
$s2h2['p']['h'] = 9.13638797522;
$s2h2['p']['i'] = 11.3638797522;
$s2h2['p']['j'] = 14.1207068003;
$s2h2['p']['k'] = 14.1237665417;
$s2h2['p']['l'] = 14.1329457661;
$s2h2['p']['m'] = 16.2533465922;
$s2h2['p']['n'] = 16.2594660751;
$s2h2['p']['o'] = 16.3359596114;
$s2h2['p']['p'] = 20.6960911803;
$s2h2['p']['q'] = 20.7052704047;
$s2h2['p']['r'] = 20.7052704047;
$s2h2['p']['s'] = 25.5916775033;
$s2h2['p']['t'] = 26.2434024325;
$s2h2['p']['u'] = 26.5065401974;
$s2h2['p']['v'] = 28.149621357;
$s2h2['p']['w'] = 28.1557408399;
$s2h2['p']['x'] = 28.1588005814;
$s2h2['p']['y'] = 28.1618603228;
$s2h2['p']['z'] = 28.7095540427;
$s2h2['q']['a'] = 0;
$s2h2['q']['b'] = 0.0611948290369;
$s2h2['q']['c'] = 0.0611948290369;
$s2h2['q']['d'] = 0.0642545704888;
$s2h2['q']['e'] = 0.0642545704888;
$s2h2['q']['f'] = 0.0703740533925;
$s2h2['q']['g'] = 0.0703740533925;
$s2h2['q']['h'] = 0.0703740533925;
$s2h2['q']['i'] = 0.0703740533925;
$s2h2['q']['j'] = 0.107090950815;
$s2h2['q']['k'] = 0.107090950815;
$s2h2['q']['l'] = 0.107090950815;
$s2h2['q']['m'] = 0.107090950815;
$s2h2['q']['n'] = 0.107090950815;
$s2h2['q']['o'] = 0.107090950815;
$s2h2['q']['p'] = 0.110150692267;
$s2h2['q']['q'] = 0.110150692267;
$s2h2['q']['r'] = 0.110150692267;
$s2h2['q']['s'] = 0.110150692267;
$s2h2['q']['t'] = 0.110150692267;
$s2h2['q']['u'] = 0.110150692267;
$s2h2['q']['v'] = 1.45643693108;
$s2h2['q']['w'] = 1.45643693108;
$s2h2['q']['x'] = 1.45949667253;
$s2h2['q']['y'] = 1.45949667253;
$s2h2['q']['z'] = 1.45949667253;
$s2h2['r']['a'] = 0;
$s2h2['r']['b'] = 2.75988678957;
$s2h2['r']['c'] = 2.76906601392;
$s2h2['r']['d'] = 2.77212575537;
$s2h2['r']['e'] = 2.77212575537;
$s2h2['r']['f'] = 8.24294347128;
$s2h2['r']['g'] = 8.24906295418;
$s2h2['r']['h'] = 8.25212269563;
$s2h2['r']['i'] = 8.95892297101;
$s2h2['r']['j'] = 10.4765547311;
$s2h2['r']['k'] = 10.4765547311;
$s2h2['r']['l'] = 10.4765547311;
$s2h2['r']['m'] = 10.4765547311;
$s2h2['r']['n'] = 10.4765547311;
$s2h2['r']['o'] = 10.4887936969;
$s2h2['r']['p'] = 13.279277901;
$s2h2['r']['q'] = 13.2853973839;
$s2h2['r']['r'] = 13.2853973839;
$s2h2['r']['s'] = 13.2853973839;
$s2h2['r']['t'] = 13.2853973839;
$s2h2['r']['u'] = 13.2884571254;
$s2h2['r']['v'] = 14.4695173258;
$s2h2['r']['w'] = 14.4725770672;
$s2h2['r']['x'] = 14.484816033;
$s2h2['r']['y'] = 14.484816033;
$s2h2['r']['z'] = 14.5398913792;
$s2h2['s']['a'] = 0;
$s2h2['s']['b'] = 4.55901476325;
$s2h2['s']['c'] = 4.57125372906;
$s2h2['s']['d'] = 7.2883041383;
$s2h2['s']['e'] = 7.29136387975;
$s2h2['s']['f'] = 11.911573472;
$s2h2['s']['g'] = 11.9176929549;
$s2h2['s']['h'] = 11.9299319208;
$s2h2['s']['i'] = 14.6745200031;
$s2h2['s']['j'] = 17.7250822306;
$s2h2['s']['k'] = 17.728141972;
$s2h2['s']['l'] = 18.364568194;
$s2h2['s']['m'] = 19.3467452;
$s2h2['s']['n'] = 19.9464545246;
$s2h2['s']['o'] = 20.6379560927;
$s2h2['s']['p'] = 23.6212040083;
$s2h2['s']['q'] = 27.0266962442;
$s2h2['s']['r'] = 27.4214028915;
$s2h2['s']['s'] = 27.4428210816;
$s2h2['s']['t'] = 27.4642392718;
$s2h2['s']['u'] = 33.2043142354;
$s2h2['s']['v'] = 36.9647364798;
$s2h2['s']['w'] = 36.9922741528;
$s2h2['s']['x'] = 38.1213187486;
$s2h2['s']['y'] = 38.1213187486;
$s2h2['s']['z'] = 39.0208827354;
$s2h2['t']['a'] = 0;
$s2h2['t']['b'] = 2.78742446263;
$s2h2['t']['c'] = 2.79660368699;
$s2h2['t']['d'] = 2.8210816186;
$s2h2['t']['e'] = 2.82414136006;
$s2h2['t']['f'] = 5.5473112522;
$s2h2['t']['g'] = 5.5473112522;
$s2h2['t']['h'] = 5.5473112522;
$s2h2['t']['i'] = 8.23376424692;
$s2h2['t']['j'] = 9.73303755833;
$s2h2['t']['k'] = 9.73915704123;
$s2h2['t']['l'] = 9.74221678268;
$s2h2['t']['m'] = 9.75139600704;
$s2h2['t']['n'] = 9.75751548994;
$s2h2['t']['o'] = 9.7666947143;
$s2h2['t']['p'] = 11.9238124378;
$s2h2['t']['q'] = 11.9268721793;
$s2h2['t']['r'] = 11.9268721793;
$s2h2['t']['s'] = 15.9014763253;
$s2h2['t']['t'] = 15.9840893445;
$s2h2['t']['u'] = 15.9871490859;
$s2h2['t']['v'] = 17.2661210128;
$s2h2['t']['w'] = 17.315076876;
$s2h2['t']['x'] = 17.728141972;
$s2h2['t']['y'] = 17.7312017135;
$s2h2['t']['z'] = 18.107549912;
$s2h2['u']['a'] = 0;
$s2h2['u']['b'] = 0.0734337948443;
$s2h2['u']['c'] = 0.0917922435554;
$s2h2['u']['d'] = 0.0948519850073;
$s2h2['u']['e'] = 0.107090950815;
$s2h2['u']['f'] = 0.107090950815;
$s2h2['u']['g'] = 0.113210433718;
$s2h2['u']['h'] = 0.149927331141;
$s2h2['u']['i'] = 0.156046814044;
$s2h2['u']['j'] = 0.171345521303;
$s2h2['u']['k'] = 0.171345521303;
$s2h2['u']['l'] = 0.19888319437;
$s2h2['u']['m'] = 0.462020959229;
$s2h2['u']['n'] = 0.59664958311;
$s2h2['u']['o'] = 2.3254035034;
$s2h2['u']['p'] = 2.3254035034;
$s2h2['u']['q'] = 2.63137764859;
$s2h2['u']['r'] = 2.63137764859;
$s2h2['u']['s'] = 3.15459343685;
$s2h2['u']['t'] = 3.40855197736;
$s2h2['u']['u'] = 3.5645987914;
$s2h2['u']['v'] = 3.57989749866;
$s2h2['u']['w'] = 3.61049491318;
$s2h2['u']['x'] = 3.61049491318;
$s2h2['u']['y'] = 3.62273387899;
$s2h2['u']['z'] = 3.62579362044;
$s2h2['v']['a'] = 0;
$s2h2['v']['b'] = 1.33098753155;
$s2h2['v']['c'] = 1.33098753155;
$s2h2['v']['d'] = 1.33404727301;
$s2h2['v']['e'] = 1.34016675591;
$s2h2['v']['f'] = 3.2280272317;
$s2h2['v']['g'] = 3.23108697315;
$s2h2['v']['h'] = 3.23108697315;
$s2h2['v']['i'] = 3.2341467146;
$s2h2['v']['j'] = 5.15566434636;
$s2h2['v']['k'] = 5.15566434636;
$s2h2['v']['l'] = 5.15566434636;
$s2h2['v']['m'] = 5.20462020959;
$s2h2['v']['n'] = 5.20462020959;
$s2h2['v']['o'] = 5.20462020959;
$s2h2['v']['p'] = 5.7951503098;
$s2h2['v']['q'] = 5.7951503098;
$s2h2['v']['r'] = 5.7951503098;
$s2h2['v']['s'] = 5.79821005125;
$s2h2['v']['t'] = 5.79821005125;
$s2h2['v']['u'] = 5.8012697927;
$s2h2['v']['v'] = 5.90224126061;
$s2h2['v']['w'] = 5.90224126061;
$s2h2['v']['x'] = 5.90224126061;
$s2h2['v']['y'] = 5.90530100207;
$s2h2['v']['z'] = 5.90836074352;
$s2h2['w']['a'] = 0;
$s2h2['w']['b'] = 2.46615161019;
$s2h2['w']['c'] = 2.478390576;
$s2h2['w']['d'] = 2.478390576;
$s2h2['w']['e'] = 2.478390576;
$s2h2['w']['f'] = 3.82161707336;
$s2h2['w']['g'] = 3.82161707336;
$s2h2['w']['h'] = 3.82161707336;
$s2h2['w']['i'] = 5.36678650654;
$s2h2['w']['j'] = 7.73808613172;
$s2h2['w']['k'] = 7.73808613172;
$s2h2['w']['l'] = 7.73808613172;
$s2h2['w']['m'] = 7.74114587317;
$s2h2['w']['n'] = 7.74726535608;
$s2h2['w']['o'] = 7.75032509753;
$s2h2['w']['p'] = 9.1945230628;
$s2h2['w']['q'] = 9.19758280425;
$s2h2['w']['r'] = 9.19758280425;
$s2h2['w']['s'] = 9.53415436396;
$s2h2['w']['t'] = 9.53721410541;
$s2h2['w']['u'] = 9.54639332976;
$s2h2['w']['v'] = 9.57699074428;
$s2h2['w']['w'] = 9.58005048573;
$s2h2['w']['x'] = 9.58311022719;
$s2h2['w']['y'] = 9.58311022719;
$s2h2['w']['z'] = 9.67184272929;
$s2h2['x']['a'] = 0;
$s2h2['x']['b'] = 0.140748106785;
$s2h2['x']['c'] = 0.140748106785;
$s2h2['x']['d'] = 0.143807848237;
$s2h2['x']['e'] = 0.143807848237;
$s2h2['x']['f'] = 0.293735179377;
$s2h2['x']['g'] = 0.293735179377;
$s2h2['x']['h'] = 0.293735179377;
$s2h2['x']['i'] = 0.296794920829;
$s2h2['x']['j'] = 0.351870266962;
$s2h2['x']['k'] = 0.351870266962;
$s2h2['x']['l'] = 0.351870266962;
$s2h2['x']['m'] = 0.354930008414;
$s2h2['x']['n'] = 0.357989749866;
$s2h2['x']['o'] = 0.357989749866;
$s2h2['x']['p'] = 0.36410923277;
$s2h2['x']['q'] = 0.36410923277;
$s2h2['x']['r'] = 0.36410923277;
$s2h2['x']['s'] = 0.36410923277;
$s2h2['x']['t'] = 0.36410923277;
$s2h2['x']['u'] = 0.370228715674;
$s2h2['x']['v'] = 0.370228715674;
$s2h2['x']['w'] = 0.382467681481;
$s2h2['x']['x'] = 0.382467681481;
$s2h2['x']['y'] = 0.422244320355;
$s2h2['x']['z'] = 0.501797598103;
$s2h2['y']['a'] = 0;
$s2h2['y']['b'] = 0.3304520768;
$s2h2['y']['c'] = 0.336571559703;
$s2h2['y']['d'] = 0.336571559703;
$s2h2['y']['e'] = 0.336571559703;
$s2h2['y']['f'] = 0.976057523139;
$s2h2['y']['g'] = 0.976057523139;
$s2h2['y']['h'] = 0.982177006043;
$s2h2['y']['i'] = 0.988296488947;
$s2h2['y']['j'] = 1.02501338637;
$s2h2['y']['k'] = 1.02501338637;
$s2h2['y']['l'] = 1.02501338637;
$s2h2['y']['m'] = 1.03113286927;
$s2h2['y']['n'] = 1.03419261072;
$s2h2['y']['o'] = 1.03419261072;
$s2h2['y']['p'] = 1.24225502945;
$s2h2['y']['q'] = 1.2453147709;
$s2h2['y']['r'] = 1.24837451235;
$s2h2['y']['s'] = 1.25143425381;
$s2h2['y']['t'] = 1.25143425381;
$s2h2['y']['u'] = 1.26061347816;
$s2h2['y']['v'] = 1.38912261914;
$s2h2['y']['w'] = 1.39218236059;
$s2h2['y']['x'] = 1.39218236059;
$s2h2['y']['y'] = 1.39218236059;
$s2h2['y']['z'] = 1.39218236059;
$s2h2['z']['a'] = 0;
$s2h2['z']['b'] = 0.217241643081;
$s2h2['z']['c'] = 0.223361125985;
$s2h2['z']['d'] = 0.223361125985;
$s2h2['z']['e'] = 0.226420867437;
$s2h2['z']['f'] = 0.449781993422;
$s2h2['z']['g'] = 0.449781993422;
$s2h2['z']['h'] = 0.449781993422;
$s2h2['z']['i'] = 0.468140442133;
$s2h2['z']['j'] = 0.731278206992;
$s2h2['z']['k'] = 0.731278206992;
$s2h2['z']['l'] = 0.731278206992;
$s2h2['z']['m'] = 0.734337948443;
$s2h2['z']['n'] = 0.734337948443;
$s2h2['z']['o'] = 0.737397689895;
$s2h2['z']['p'] = 0.954639332976;
$s2h2['z']['q'] = 0.954639332976;
$s2h2['z']['r'] = 0.954639332976;
$s2h2['z']['s'] = 0.957699074428;
$s2h2['z']['t'] = 0.96075881588;
$s2h2['z']['u'] = 0.96075881588;
$s2h2['z']['v'] = 0.991356230399;
$s2h2['z']['w'] = 0.991356230399;
$s2h2['z']['x'] = 1.00359519621;
$s2h2['z']['y'] = 1.00359519621;
$s2h2['z']['z'] = 1.09844718121;
$s2h2['z']['{'] = 1.09844718121;
function str2hue($str)
{
global $s2h1,$s2h2;
$str = preg_replace("`[^a-z]+`","",strtolower($str));
$len = strlen($str);
$hue = 0;
if($len>0) {
$hue += $s2h1[$str[0]];
if($len>1) {
$hue += $s2h2[$str[0]][$str[1]];
$max = $s2h2[$str[0]][chr(ord($str[1])+1)] - $s2h2[$str[0]][$str[1]];
for($i=2; $i<$len; $i++) {
$mult = ord($str[$i])-ord('a');
$hue += $max/pow(26,$len-$i)*$mult;
}
}
}
return $hue;
}
?>
Edit2: Missed that bit about you wanting words with similar beginning to have different colors... this does the exact opposite. I wrote this code so that when displaying an alphabetically sorted list of items, if there's a jump between colors, it means there's a jump between letters.