yade-dev team mailing list archive

[Bruno Chareyre <bruno.chareyre@xxxxxxxxxxx>]

Hello Vaclav

I don't know if it can help but I send the pro file i had to modify for 
yade-lib-base.
No 1second to explin now!

Hurry!!






Vaclav SMILAUER a écrit :

> Hello,
>
> in order to maintain maintainability of yade and to be able to use other 
> geometry classes from wm3 (tetrahedra, at this moment), I am working on 
> porting yade over to the official version of the wm3 geometric library 
> (it is the on vectors, matrices and quaternions are from).
>
> Unfortunately, at this moment Yade has its own version of that library, 
> that, besides being older than the current release of wm3, was 
> bastardized by Olivier to conform to his opinions on method naming.
>
> Steps that to arrive there:
>
> 1. DONE. I managed to automatically put properly named methods to the 
> headers in yade's tree and marked the badly named ones as deprecated. 
> They continue to work, but compiler will emit a warning when they are used.
>
> 2. DONE. I am able to replace all occurences of deprecated methods in 
> the whole yade codebase automatically and reliably (based on compiler's 
> warnings).
>
> 3. (future, simple) Replace yade's headers by the official ones, with 
> methods implemented in addition to wm3 (like diagonal multiplication of 
> vectors etc) moved to a different headres. This will be transparent to 
> the users.
>
> 4. (distant future) Remove deprecated methods, legacy code will no 
> longer compile. Once wm3 will be properly packaged, it can be also 
> removed from the yade tree.
>
> Te reason to announce here is that if you have your own code that is not 
> part of SVN, you will get many deprecation warnings (without 
> functionality breaks, though). I will provide the script I use for 
> yade's codebase that will do it for you.
>
> None of this is yet in SVN but I am planning to do it soon. If you have 
> concerns that it may break some things for you, please let me know (soon).
>
> Regards,
>
> Vaclav
>
> ---
>
> Fololowing methods are concerned (current name and new (original wm3) 
> name). Note that some of them are part of multiple classes (like 
> Matrix{2,3,4} and so on).
>
>
>
> aCos ACos
> aSin ASin
> aTan ATan
> aTan2 ATan2
> adjoint Adjoint
> bidiagonalize Bidiagonalize
> compareArrays CompareArrays
> cosinus Cos
> cross Cross
> determinant Determinant
> diagonalTimes DiagonalTimes
> dot Dot
> dotPerp DotPerp
> eExp Exp
> eigenDecomposition EigenDecomposition
> fAbs FAbs
> fMod FMod
> fastCos0 FastCos0
> fastCos1 FastCos1
> fastInvCos0 FastInvCos0
> fastInvCos1 FastInvCos1
> fastInvSin0 FastInvSin0
> fastInvSin1 FastInvSin1
> fastInvSqrt FastInvSqrt
> fastInvTan0 FastInvTan0
> fastInvTan1 FastInvTan1
> fastSin0 FastSin0
> fastSin1 FastSin1
> fastTan0 FastTan0
> fastTan1 FastTan1
> fromAngle FromAngle
> fromAxisAngle FromAxisAngle
> fromEulerAnglesXYZ FromEulerAnglesXYZ
> fromEulerAnglesXZY FromEulerAnglesXZY
> fromEulerAnglesYXZ FromEulerAnglesYXZ
> fromEulerAnglesYZX FromEulerAnglesYZX
> fromEulerAnglesZXY FromEulerAnglesZXY
> fromEulerAnglesZYX FromEulerAnglesZYX
> generateOrthonormalBasis GenerateOrthonormalBasis
> getBarycentrics GetBarycentrics
> getColumn GetColumn
> getColumnMajor GetColumnMajor
> getRow GetRow
> golubKahanStep GolubKahanStep
> intervalRandom IntervalRandom
> invSqRoot InvSqrt
> inverse Inverse
> length Length
> logarithm Log
> makeDiagonal MakeDiagonal
> makeIdentity MakeIdentity
> makeObliqueProjection MakeObliqueProjection
> makePerspectiveProjection MakePerspectiveProjection
> makeReflection MakeReflection
> makeTensorProduct MakeTensorProduct
> makeZero MakeZero
> normalize Normalize
> orthonormalize Orthonormalize
> perp Perp
> power Pow
> qForm QForm
> roundDown Floor
> roundUp Ceil
> setColumn SetColumn
> setRow SetRow
> sign Sign
> singularValueComposition SingularValueComposition
> singularValueDecomposition SingularValueDecomposition
> sinus Sin
> slerp Slerp
> sqRoot Sqrt
> sqr Sqr
> squaredLength SquaredLength
> symmetricRandom SymmetricRandom
> tangent Tan
> timesDiagonal TimesDiagonal
> timesTranspose TimesTranspose
> toAngle ToAngle
> toAxisAngle ToAxisAngle
> toEulerAnglesXYZ ToEulerAnglesXYZ
> toEulerAnglesXZY ToEulerAnglesXZY
> toEulerAnglesYXZ ToEulerAnglesYXZ
> toEulerAnglesYZX ToEulerAnglesYZX
> toEulerAnglesZXY ToEulerAnglesZXY
> toEulerAnglesZYX ToEulerAnglesZYX
> transpose Transpose
> transposeTimes TransposeTimes
> tridiagonalize Tridiagonalize
> unitCross UnitCross
> unitPerp UnitPerp
> unitRandom UnitRandom
> w W
> x X
> y Y
> z Z
> _______________________________________________
> Yade-users mailing list
> Yade-users@xxxxxxxxxxxxxxxx
> https://lists.berlios.de/mailman/listinfo/yade-users
>
>
>
>  


--
_______________
Chareyre Bruno
Maître de conférence

Institut National Polytechnique de Grenoble
Laboratoire 3S (Soils Solids Structures) - bureau I08
BP 53 - 38041, Grenoble cedex 9 - France     
Tél : 04.56.52.86.21
________________

isEmpty ( YADE_QMAKE_PATH ) {
error( "YADE_QMAKE_PATH internal qmake variable is not set, you should run for example qmake YADE_QMAKE_PATH=/usr/local, this will not work from inside kdevelop (when they will fix it?)" )
}

INCLUDEPATH += $${YADE_QMAKE_PATH}/include/
win32 {
TARGET = ../../../bin/yade-lib-base
CONFIG += console
}
!win32 {
TARGET = ../../bin/yade-lib-base
}

CONFIG += debug \
          thread \
          warn_on \
          dll 
TEMPLATE = lib
HEADERS += yadeWm3.hpp \
           yadeWm3Extra.hpp \
			  Logging.hpp
SOURCES += yadeWm3Extra.cpp
QMAKE_LIBDIR += $${YADE_QMAKE_PATH}/lib/
LIBS += -lWm3Foundation -rdynamic
QMAKE_RUN_CXX_IMP = $(CXX) -c $(CXXFLAGS) $(INCPATH) -o $@ $(shell pwd)/$<

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