Mercurial > dive4elements > river
comparison gwt-client/src/main/java/org/dive4elements/river/client/client/ui/fixation/FixFunctionSelect.java @ 9646:0380717105ba
Implemented alternative fitting strategy for Log-Linear function.
| author | Gernot Belger <g.belger@bjoernsen.de> |
|---|---|
| date | Mon, 02 Dec 2019 17:56:15 +0100 |
| parents | 58f3fe98fd6b |
| children |
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| 9645:eb1a29fe823f | 9646:0380717105ba |
|---|---|
| 31 | 31 |
| 32 static { | 32 static { |
| 33 funcDesc.put("log", "W(Q) = m*ln(Q + b)"); | 33 funcDesc.put("log", "W(Q) = m*ln(Q + b)"); |
| 34 funcDesc.put("linear", "W(Q) = m * Q + b"); | 34 funcDesc.put("linear", "W(Q) = m * Q + b"); |
| 35 funcDesc.put("log-linear", "W(Q) = a*ln(m*Q+b)"); | 35 funcDesc.put("log-linear", "W(Q) = a*ln(m*Q+b)"); |
| 36 funcDesc.put("log-linear-alternative", "W(Q) = a*ln(m*Q+b) (linearisiert)"); | 36 funcDesc.put("log-linear-linearisiert", "W(Q) = a*ln(m*Q+b) (linearisiert)"); |
| 37 funcDesc.put("exp", "W(Q) = m * a^Q + b"); | 37 funcDesc.put("exp", "W(Q) = m * a^Q + b"); |
| 38 funcDesc.put("quad", "W(Q) = n*Q^2+m*Q+b"); | 38 funcDesc.put("quad", "W(Q) = n*Q^2+m*Q+b"); |
| 39 funcDesc.put("pow", "W(Q) = a * Q^c + d"); | 39 funcDesc.put("pow", "W(Q) = a * Q^c + d"); |
| 40 funcDesc.put("sq-pow", "S(Q) = a * Q^b"); | 40 funcDesc.put("sq-pow", "S(Q) = a * Q^b"); |
| 41 } | 41 } |