/dports/math/spooles-mpich/spooles.2.2/GPart/src/ |
H A D | domSegMap.c | 78 ndom = nPhi = 0 ; in GPart_domSegMap() 87 nPhi++ ; in GPart_domSegMap() 112 PhiToV = IVinit(nPhi, -1) ; in GPart_domSegMap() 120 if ( phi != nPhi ) { in GPart_domSegMap() 146 if ( nPhi >= ndom ) { in GPart_domSegMap() 147 list = IVinit(nPhi, -1) ; in GPart_domSegMap() 195 offsets = IVinit(nPhi, 0) ; in GPart_domSegMap() 196 head = IVinit(nPhi, -1) ; in GPart_domSegMap() 197 link = IVinit(nPhi, -1) ; in GPart_domSegMap() 327 PhiToPsi = IVinit(nPhi, -1) ; in GPart_domSegMap() [all …]
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/dports/math/spooles-mpich/spooles.2.2_SHARED/GPart/src/ |
H A D | domSegMap.c | 78 ndom = nPhi = 0 ; in GPart_domSegMap() 87 nPhi++ ; in GPart_domSegMap() 112 PhiToV = IVinit(nPhi, -1) ; in GPart_domSegMap() 120 if ( phi != nPhi ) { in GPart_domSegMap() 146 if ( nPhi >= ndom ) { in GPart_domSegMap() 147 list = IVinit(nPhi, -1) ; in GPart_domSegMap() 195 offsets = IVinit(nPhi, 0) ; in GPart_domSegMap() 196 head = IVinit(nPhi, -1) ; in GPart_domSegMap() 197 link = IVinit(nPhi, -1) ; in GPart_domSegMap() 327 PhiToPsi = IVinit(nPhi, -1) ; in GPart_domSegMap() [all …]
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/dports/math/spooles/spooles.2.2_SHARED/GPart/src/ |
H A D | domSegMap.c | 78 ndom = nPhi = 0 ; in GPart_domSegMap() 87 nPhi++ ; in GPart_domSegMap() 112 PhiToV = IVinit(nPhi, -1) ; in GPart_domSegMap() 120 if ( phi != nPhi ) { in GPart_domSegMap() 146 if ( nPhi >= ndom ) { in GPart_domSegMap() 147 list = IVinit(nPhi, -1) ; in GPart_domSegMap() 195 offsets = IVinit(nPhi, 0) ; in GPart_domSegMap() 196 head = IVinit(nPhi, -1) ; in GPart_domSegMap() 197 link = IVinit(nPhi, -1) ; in GPart_domSegMap() 327 PhiToPsi = IVinit(nPhi, -1) ; in GPart_domSegMap() [all …]
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/dports/math/spooles/spooles.2.2/GPart/src/ |
H A D | domSegMap.c | 78 ndom = nPhi = 0 ; in GPart_domSegMap() 87 nPhi++ ; in GPart_domSegMap() 112 PhiToV = IVinit(nPhi, -1) ; in GPart_domSegMap() 120 if ( phi != nPhi ) { in GPart_domSegMap() 146 if ( nPhi >= ndom ) { in GPart_domSegMap() 147 list = IVinit(nPhi, -1) ; in GPart_domSegMap() 195 offsets = IVinit(nPhi, 0) ; in GPart_domSegMap() 196 head = IVinit(nPhi, -1) ; in GPart_domSegMap() 197 link = IVinit(nPhi, -1) ; in GPart_domSegMap() 327 PhiToPsi = IVinit(nPhi, -1) ; in GPart_domSegMap() [all …]
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/dports/science/dakota/dakota-6.13.0-release-public.src-UI/examples/script_interfaces/TankExamples/DakotaCalibration/ |
H A D | EvalTank.py | 106 nPhi=91 107 dPhi=pi/(nPhi-1) 108 Phi_vec = [idx*dPhi for idx in range(0,nPhi)] 117 nPhi=61 118 dPhi=pi/(nPhi-1) 119 Phi_vec = [idx*dPhi for idx in range(0,int(nPhi*5/6))] #exclude the top 5 inches 126 nPhi=len(Phi_vec) 133 nPhi=len(Phi_vec)
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/dports/science/dakota/dakota-6.13.0-release-public.src-UI/examples/script_interfaces/TankExamples/DakotaLHS/ |
H A D | EvalTank.py | 106 nPhi=91 107 dPhi=pi/(nPhi-1) 108 Phi_vec = [idx*dPhi for idx in range(0,nPhi)] 117 nPhi=61 118 dPhi=pi/(nPhi-1) 119 Phi_vec = [idx*dPhi for idx in range(0,int(nPhi*5/6))] #exclude the top 5 inches 126 nPhi=len(Phi_vec) 133 nPhi=len(Phi_vec)
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/dports/science/dakota/dakota-6.13.0-release-public.src-UI/examples/script_interfaces/TankExamples/tank_model/ |
H A D | EvalTank.py | 106 nPhi=91 107 dPhi=pi/(nPhi-1) 108 Phi_vec = [idx*dPhi for idx in range(0,nPhi)] 117 nPhi=61 118 dPhi=pi/(nPhi-1) 119 Phi_vec = [idx*dPhi for idx in range(0,int(nPhi*5/6))] #exclude the top 5 inches 126 nPhi=len(Phi_vec) 133 nPhi=len(Phi_vec)
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/dports/science/dakota/dakota-6.13.0-release-public.src-UI/examples/script_interfaces/TankExamples/DakotaList/ |
H A D | EvalTank.py | 106 nPhi=91 107 dPhi=pi/(nPhi-1) 108 Phi_vec = [idx*dPhi for idx in range(0,nPhi)] 117 nPhi=61 118 dPhi=pi/(nPhi-1) 119 Phi_vec = [idx*dPhi for idx in range(0,int(nPhi*5/6))] #exclude the top 5 inches 126 nPhi=len(Phi_vec) 133 nPhi=len(Phi_vec)
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/dports/math/spooles-mpich/spooles.2.2/MSMD/src/ |
H A D | makeSchurComplement.c | 29 int nedge, nPhi, nvtx, totewght, totvwght ; in MSMD_makeSchurComplement() local 66 nPhi = 0 ; in MSMD_makeSchurComplement() 78 VtoPhi[v->id] = nPhi++ ; in MSMD_makeSchurComplement() 89 fprintf(stdout, "\n\n nPhi = %d", nPhi) ; in MSMD_makeSchurComplement() 97 rep = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 137 Graph_init1(schurGraph, 1, nPhi, 0, 0, IVL_CHUNKED, IVL_CHUNKED) ; in MSMD_makeSchurComplement() 150 mark = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 151 list = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 153 for ( phi = 0 ; phi < nPhi ; phi++ ) { in MSMD_makeSchurComplement()
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/dports/math/spooles-mpich/spooles.2.2_SHARED/MSMD/src/ |
H A D | makeSchurComplement.c | 29 int nedge, nPhi, nvtx, totewght, totvwght ; in MSMD_makeSchurComplement() local 66 nPhi = 0 ; in MSMD_makeSchurComplement() 78 VtoPhi[v->id] = nPhi++ ; in MSMD_makeSchurComplement() 89 fprintf(stdout, "\n\n nPhi = %d", nPhi) ; in MSMD_makeSchurComplement() 97 rep = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 137 Graph_init1(schurGraph, 1, nPhi, 0, 0, IVL_CHUNKED, IVL_CHUNKED) ; in MSMD_makeSchurComplement() 150 mark = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 151 list = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 153 for ( phi = 0 ; phi < nPhi ; phi++ ) { in MSMD_makeSchurComplement()
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/dports/math/spooles/spooles.2.2_SHARED/MSMD/src/ |
H A D | makeSchurComplement.c | 29 int nedge, nPhi, nvtx, totewght, totvwght ; in MSMD_makeSchurComplement() local 66 nPhi = 0 ; in MSMD_makeSchurComplement() 78 VtoPhi[v->id] = nPhi++ ; in MSMD_makeSchurComplement() 89 fprintf(stdout, "\n\n nPhi = %d", nPhi) ; in MSMD_makeSchurComplement() 97 rep = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 137 Graph_init1(schurGraph, 1, nPhi, 0, 0, IVL_CHUNKED, IVL_CHUNKED) ; in MSMD_makeSchurComplement() 150 mark = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 151 list = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 153 for ( phi = 0 ; phi < nPhi ; phi++ ) { in MSMD_makeSchurComplement()
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/dports/math/spooles/spooles.2.2/MSMD/src/ |
H A D | makeSchurComplement.c | 29 int nedge, nPhi, nvtx, totewght, totvwght ; in MSMD_makeSchurComplement() local 66 nPhi = 0 ; in MSMD_makeSchurComplement() 78 VtoPhi[v->id] = nPhi++ ; in MSMD_makeSchurComplement() 89 fprintf(stdout, "\n\n nPhi = %d", nPhi) ; in MSMD_makeSchurComplement() 97 rep = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 137 Graph_init1(schurGraph, 1, nPhi, 0, 0, IVL_CHUNKED, IVL_CHUNKED) ; in MSMD_makeSchurComplement() 150 mark = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 151 list = IVinit(nPhi, -1) ; in MSMD_makeSchurComplement() 153 for ( phi = 0 ; phi < nPhi ; phi++ ) { in MSMD_makeSchurComplement()
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/dports/math/octave-forge-level-set/level-set/src/ |
H A D | internal_init_narrowband.cpp | 102 const double nPhi = phi(getOctaveIdx (neighbour)); in __anon81e917b70102() local 106 if (nPhi == 0.0) in __anon81e917b70102() 109 if (nPhi * myPhi < 0.0) in __anon81e917b70102() 111 const double frac = getZeroFraction (myPhi, nPhi); in __anon81e917b70102()
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/dports/math/spooles-mpich/spooles.2.2_SHARED/misc/drivers/ |
H A D | testSemi.c | 19 double nA21, nL, nL11, nL22, nPhi, nV, t1, t2 ; in main() local 152 nV = nPhi = 0 ; in main() 157 nPhi++ ; in main() 164 nPhi += vwghts[v] ; in main() 168 fprintf(msgFile, "\n nPhi = %.0f, nV = %.0f", nPhi, nV) ; in main() 289 nPhi/nV, in main()
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H A D | testOptPart.c | 21 double alpha, nA21, nfent1, nfops1, nL11, nL22, nPhi, nV, t1, t2 ; in main() local 180 for ( J = 0, nPhi = nV = 0. ; J < nfront ; J++ ) { in main() 182 nPhi += nodwghts[J] ; in main() 284 nPhi/nV, in main()
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/dports/math/spooles-mpich/spooles.2.2/misc/drivers/ |
H A D | testSemi.c | 19 double nA21, nL, nL11, nL22, nPhi, nV, t1, t2 ; in main() local 152 nV = nPhi = 0 ; in main() 157 nPhi++ ; in main() 164 nPhi += vwghts[v] ; in main() 168 fprintf(msgFile, "\n nPhi = %.0f, nV = %.0f", nPhi, nV) ; in main() 289 nPhi/nV, in main()
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H A D | testOptPart.c | 21 double alpha, nA21, nfent1, nfops1, nL11, nL22, nPhi, nV, t1, t2 ; in main() local 180 for ( J = 0, nPhi = nV = 0. ; J < nfront ; J++ ) { in main() 182 nPhi += nodwghts[J] ; in main() 284 nPhi/nV, in main()
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/dports/math/spooles/spooles.2.2_SHARED/misc/drivers/ |
H A D | testSemi.c | 19 double nA21, nL, nL11, nL22, nPhi, nV, t1, t2 ; in main() local 152 nV = nPhi = 0 ; in main() 157 nPhi++ ; in main() 164 nPhi += vwghts[v] ; in main() 168 fprintf(msgFile, "\n nPhi = %.0f, nV = %.0f", nPhi, nV) ; in main() 289 nPhi/nV, in main()
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/dports/math/spooles/spooles.2.2/misc/drivers/ |
H A D | testSemi.c | 19 double nA21, nL, nL11, nL22, nPhi, nV, t1, t2 ; in main() local 152 nV = nPhi = 0 ; in main() 157 nPhi++ ; in main() 164 nPhi += vwghts[v] ; in main() 168 fprintf(msgFile, "\n nPhi = %.0f, nV = %.0f", nPhi, nV) ; in main() 289 nPhi/nV, in main()
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/dports/math/octave-forge-matgeom/matgeom-1.2.3/inst/meshes3d/ |
H A D | sphereMesh.m | 37 % [V, F] = sphereMesh(S, 'nTheta', NT, 'nPhi', NP); 39 % parallels. Default values are nTheta = 16 and nPhi = 32. 63 nPhi = 32; variable 73 case 'nphi', nPhi = varargin{2}; 89 phi = linspace(0, 2*pi, nPhi+1);
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H A D | torusMesh.m | 38 % [V, F] = torusMesh(TORUS, 'nTheta', NT, 'nPhi', NP) 85 nPhi = 60; variable 92 nPhi = varargin{2}; variable 105 [x, y, z] = revolutionSurface(circle, linspace(0, 2*pi, nPhi));
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/dports/math/octave-forge-matgeom/matgeom-1.2.3/inst/geom3d/ |
H A D | drawDome.m | 48 % 'nPhi' the number of arcs used for drawing the meridians 83 % h = drawDome([10 20 30 10], 'nPhi', 360, 'nTheta', 180); 180 nPhi = 32; variable 181 ind = find(strcmpi('nPhi', options(1:2:end))); 184 nPhi = options{2*ind}; variable 199 phi = linspace(0, 2*pi, nPhi+1); 203 x = zeros(nPhi+1, nTheta+1); 212 for i = 1:nPhi+1
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H A D | drawSphere.m | 45 % 'nPhi' the number of arcs used for drawing the meridians 80 % h = drawSphere([10 20 30 10], 'nPhi', 360, 'nTheta', 180); 154 nPhi = 32; variable 155 ind = find(strcmpi('nPhi', options(1:2:end))); 158 nPhi = options{2*ind}; variable 173 phi = linspace(0, 2*pi, nPhi+1);
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H A D | drawCapsule.m | 53 % 'nPhi' the number of arcs used for drawing the meridians 99 % h = drawCapsule([10,20,10,50,70,40,6], 'nPhi', 360, 'nTheta', 180); 171 % adjust drawing options for the cylinder. Options nPhi and nTheta may only 174 ind = find(strcmpi(options_cyl, 'nPhi'), 1, 'last'); 177 nPhi = options_cyl{ind+1}; variable 179 options_cyl = [nPhi, options_cyl];
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H A D | drawTorus.m | 42 % 'nPhi' number of meridians used to draw the torus (default is 60). 65 nPhi = 60; variable 88 nPhi = varargin{2}; variable 106 [x, y, z] = revolutionSurface(circle, linspace(0, 2*pi, nPhi));
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