Comments (2)
samthiriot
commented on July 1, 2024
Error context:
> library(testthat)
> library(gosp.dpp)
>
> test_check("gosp.dpp")
starting the resolution of the case
according to user weights, we already know: hat.nA,hat.fi,hat.fj
checking the consistency of the current solution with hat.nA,hat.fi,hat.fj
=> the solution is consistent
solving equations based on known variables: hat.nA,hat.fi,hat.fj
hat.nA, hat.fi -> hat.ci
starting the investigation of the missing chain: hat.di,hat.pij,hat.dj
will test 7 hypothesis
trying with hypothesis: hat.di=di
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.di
hat.ci, hat.di -> hat.ni
hat.ni -> hat.nL
hat.ni -> hat.nij, hat.pij
hat.nij -> hat.nj
hat.pij -> hat.pi
hat.pij -> hat.pj
hat.pj, hat.fj -> hat.dj
hat.di -> hat.pdi
hat.dj -> hat.pdj
unable to update hat.pdj to fit hat.dj=0.622364469795453,0.895299759849167,0.861210533205464,1
found an invalid solution.
trying with hypothesis: hat.pij=pij
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.pij
hat.pij -> hat.pi
hat.pij -> hat.pj
hat.pi, hat.fi -> hat.di
hat.pj, hat.fj -> hat.dj
hat.di -> hat.pdi
hat.dj -> hat.pdj
unable to update hat.pdj to fit hat.dj=0.812681579154931,1,0.857344168555347,0.923097870582232
found an invalid solution.
trying with hypothesis: hat.dj=dj
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.dj
hat.fj, hat.dj -> hat.pj
hat.pj -> hat.pij
hat.dj -> hat.pdj
hat.pij -> hat.pi
hat.pi, hat.fi -> hat.di
hat.di -> hat.pdi
hat.ci, hat.di -> hat.ni
hat.ni -> hat.nL
hat.ni -> hat.nij, hat.pij
hat.nij -> hat.nj
hat.nj, hat.dj -> hat.cj
hat.pdi, hat.ci -> hat.ndi
hat.pdj, hat.cj -> hat.ndj
hat.cj -> hat.nB
checking the consistency of the current solution with hat.nA,hat.fi,hat.fj,hat.ci,hat.dj,hat.pij,hat.di,hat.cj,hat.nB
=> the solution is consistent
we found a valid solution which provides: hat.nA,hat.fi,hat.fj,hat.ci,hat.dj,hat.pij,hat.di,hat.cj,hat.nB
trying with hypothesis: hat.di=di,hat.pij=pij
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.pij
hat.ci, hat.di -> hat.ni
hat.ni -> hat.nL
hat.ni -> hat.nij, hat.pij
hat.nij -> hat.nj
hat.pij -> hat.pi
hat.pij -> hat.pj
hat.pj, hat.fj -> hat.dj
hat.di -> hat.pdi
hat.dj -> hat.pdj
unable to update hat.pdj to fit hat.dj=0.622364469795453,0.895299759849167,0.861210533205464,1
found an invalid solution.
trying with hypothesis: hat.di=di,hat.dj=dj
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.dj
hat.ci, hat.di -> hat.ni
hat.ni -> hat.nL
hat.ni -> hat.nij, hat.pij
hat.nij -> hat.nj
hat.nj, hat.dj -> hat.cj
hat.pij -> hat.pi
hat.pij -> hat.pj
hat.di -> hat.pdi
hat.dj -> hat.pdj
hat.cj -> hat.nB
hat.pdi, hat.ci -> hat.ndi
hat.pdj, hat.cj -> hat.ndj
checking the consistency of the current solution with hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.dj,hat.pij,hat.cj,hat.nB
=> the solution is consistent
we found a valid solution which provides: hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.dj,hat.pij,hat.cj,hat.nB
trying with hypothesis: hat.pij=pij,hat.dj=dj
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.pij,hat.dj
hat.pij -> hat.pi
hat.pij -> hat.pj
hat.pi, hat.fi -> hat.di
hat.di -> hat.pdi
hat.dj -> hat.pdj
hat.ci, hat.di -> hat.ni
hat.ni -> hat.nL
hat.ni -> hat.nij, hat.pij
hat.nij -> hat.nj
hat.nj, hat.dj -> hat.cj
hat.pdi, hat.ci -> hat.ndi
hat.pdj, hat.cj -> hat.ndj
hat.cj -> hat.nB
checking the consistency of the current solution with hat.nA,hat.fi,hat.fj,hat.ci,hat.pij,hat.dj,hat.di,hat.cj,hat.nB
=> the solution is consistent
we found a valid solution which provides: hat.nA,hat.fi,hat.fj,hat.ci,hat.pij,hat.dj,hat.di,hat.cj,hat.nB
trying with hypothesis: hat.di=di,hat.pij=pij,hat.dj=dj
solving equations based on known variables: hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.pij,hat.dj
hat.ci, hat.di -> hat.ni
hat.ni -> hat.nL
hat.ni -> hat.nij, hat.pij
hat.nij -> hat.nj
hat.nj, hat.dj -> hat.cj
hat.pij -> hat.pi
hat.pij -> hat.pj
hat.di -> hat.pdi
hat.dj -> hat.pdj
hat.cj -> hat.nB
hat.pdi, hat.ci -> hat.ndi
hat.pdj, hat.cj -> hat.ndj
checking the consistency of the current solution with hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.pij,hat.dj,hat.cj,hat.nB
=> the solution is consistent
we found a valid solution which provides: hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.pij,hat.dj,hat.cj,hat.nB
found 4 solutions, we have to select the best according to weights
solution ( 1 ) => NA 0 0 0
solution ( 2 ) => NA NA 0 0
solution ( 3 ) => NA NA NA 0
solution ( 4 ) => NA NA NA NA
── 1. Error: constraints: nA, phi.A, phi.B (@test_basic1.R#85) ────────────────
subscript out of bounds
1: matching.solve(prepared, nA = 50000, nB = 40000, nu.A = 0, phi.A = 0, delta.A = 1,
gamma = 1, delta.B = 1, phi.B = 0, nu.B = 1, verbose = TRUE) at testthat/test_basic1.R:85
2: resolve(sol, case, nA, nB, nu.A, phi.A, delta.A, nu.B, phi.B, delta.B, gamma, verbose = verbose)
3: resolve.missing.chain(sol.tmp, chain, case, nA, nB, nu.A, phi.A, delta.A, nu.B, phi.B,
delta.B, gamma, verbose = verbose)
from gosp.dpp.
samthiriot
commented on July 1, 2024
seems due to a problem in the mean() function in older versions of R
=> the solution is consistent
we found a valid solution which provides: hat.nA,hat.fi,hat.fj,hat.ci,hat.di,hat.dj,hat.pij,hat.cj,hat.nB
[1] "computing the NRMSE of pij, for hat.pij="
surface=1 surface=2 surface=3
size=1 0.14871773 0.04005239 0.01550551
size=2 0.07435887 0.13346571 0.03098990
size=3 0.03717943 0.10676412 0.12400186
size=4 0.01858972 0.05338206 0.21699269
[1] "original being"
surface=1 surface=2 surface=3
size=1 0.200 0.0375 0.0125
size=2 0.100 0.1250 0.0250
size=3 0.050 0.1000 0.1000
size=4 0.025 0.0500 0.1750
[1] "difference is "
surface=1 surface=2 surface=3
size=1 -0.051282268 0.002552389 0.003005514
size=2 -0.025641134 0.008465715 0.005989902
size=3 -0.012820567 0.006764122 0.024001859
size=4 -0.006410283 0.003382061 0.041992691
[1] "square is"
surface=1 surface=2 surface=3
size=1 2.629871e-03 6.514691e-06 9.033112e-06
size=2 6.574678e-04 7.166832e-05 3.587893e-05
size=3 1.643669e-04 4.575334e-05 5.760892e-04
size=4 4.109173e-05 1.143834e-05 1.763386e-03
[1] "so mean is "
[1] NA
[1] "and thus"
[1] NA
from gosp.dpp.
Related Issues (20)
- update measure so it is compliant with multiple attributes
- replace peering by pairing (?)
- split the many plots into individual functions
- fix the plotting of frequencies HOT 1
- trying to generate billions of individuals when some frequencies are 0 HOT 2
- allow the plotting of stats of a solved case
- add CSV exportation
- Consider linking already linked entities
- Consider linking one population with itself
- rename matching to pairing ? HOT 1
- fix measuring on the synthetic populations HOT 1
- ensure the genericity of rectify.degree.counts
- add exportations of table views (proba and discrete) HOT 1
- restore build on travis
- vignette for case 1 HOT 1
- vignette for the Lille case
- check why we sometimes miss one or two individuals at generation time
- add a Freeman-Tukey Goodness of fit measure of errors HOT 2
- ensure the reweighting of pdi and pdj never ends with values > 1
- create a node to load data into the EDF City platform, run and get results
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from gosp.dpp.