Closed 01110011011101010110010001101111 closed 2 years ago
rokotyan
commented
2 years ago @GenericP3rson Could you please tell a bit more about the problem you're trying to solve? The library itself has no pre-defined styles. The node and links colors can be provided in the configuration object. We have a palette that we use for Comsograph (https://cosmograph.app) but it's just a few colors.
01110011011101010110010001101111
commented
2 years ago Note: This question was answered on the Discord. Adding a summary below. Thank you, @rokotyan, for helping me out!
Are there any stylesheets?
There are not. The flow-y and sleek visualisations are defined by internal graph structures.
Are there any samples projects?
Yes, see below. However, the dashboard, known as Cosmograph, is closed-source.
MathWorks/Kuu The MathWorks, Inc: symmetric positive definite matrix https://sparse.tamu.edu/MathWorks/Kuu https://cosmograph.app/run/?data=https://cosmograph.app/data/Kuu.csv
HB/blckhole S CONNECTIVITY STRUCTURE OF A GEODESIC DOME ON A COARSE BASE https://sparse.tamu.edu/HB/blckhole https://cosmograph.app/run/?data=https://cosmograph.app/data/blckhole.csv
HB/can_229 SYMMETRIC PATTERN FROM CANNES,LUCIEN MARRO,JUNE 1981. https://sparse.tamu.edu/HB/can_229 https://cosmograph.app/run/?data=https://cosmograph.app/data/can_229.csv
Gset/G34 2D torus, 40-by-50, uniformly random +1/-1 entries https://sparse.tamu.edu/Gset/G34 https://cosmograph.app/run/?data=https://cosmograph.app/data/G34.csv
Pothen/sphere3 sphere3, with coordinates. From NASA, collected by Alex Pothen https://sparse.tamu.edu/Pothen/sphere3 https://cosmograph.app/run/?data=https://cosmograph.app/data/sphere3.csv
Bydder/mri1 MRI reconstruction (1), from Mark Bydder, UCSD https://sparse.tamu.edu/Bydder/mri1 https://cosmograph.app/run/?data=https://cosmograph.app/data/mri1.csv
Mittelmann/pds-90 Patient distribution (evacuation) system https://sparse.tamu.edu/Mittelmann/pds-90 https://cosmograph.app/run/?data=https://cosmograph.app/data/pds-90.csv
Chen/pkustk10 PKU SYMMETRIC STIFFNESS, 4 TOWER SILO https://sparse.tamu.edu/Chen/pkustk10 https://cosmograph.app/run/?data=https://cosmograph.app/data/pkustk10.csv
GHS_indef/aug3d Gould, Hu, & Scott: expanded system-3D PDE (CUTEr) https://sparse.tamu.edu/GHS_indef/aug3d https://cosmograph.app/run/?data=https://cosmograph.app/data/aug3d.csv
Nasa/barth5 BARTH5: Nasa matrix, but with a diagonal added to the original matrix https://sparse.tamu.edu/Nasa/barth5 https://cosmograph.app/run/?data=https://cosmograph.app/data/barth5.csv [12:38 PM] DIMACS10/delaunay_n10 DIMACS10 set: delaunay/delaunay_n10 https://sparse.tamu.edu/DIMACS10/delaunay_n10 https://cosmograph.app/run/?data=https://cosmograph.app/data/delaunay_n10.csv
HB/dwt_1005 SYMMETRIC CONNECTION TABLE FROM DTNSRDC, WASHINGTON https://sparse.tamu.edu/HB/dwt_1005 https://cosmograph.app/run/?data=https://cosmograph.app/data/dwt_1005.csv
HB/gre_1107 UNSYMMETRIC MATRIX FROM GRENOBLE,FRANCOIS CACHARD,MARCH 1981. https://sparse.tamu.edu/HB/gre_1107 https://cosmograph.app/run/?data=https://cosmograph.app/data/gre_1107.csv
Hollinger/jan99jac040sc Jacobian from Bank of Canada ‘jan99’ model, oldstack 040, with scaling https://sparse.tamu.edu/Hollinger/jan99jac040sc https://cosmograph.app/run/?data=https://cosmograph.app/data/jan99jac040sc.csv
HB/man_5976 MANTEUFFEL’S FINITE ELEMENT PROBLEM (CONDENSED) https://sparse.tamu.edu/HB/man_5976 https://cosmograph.app/run/?data=https://cosmograph.app/data/man_5976.csv
Boeing/msc01440 SYMMETRIC TEST MATRIX FROM MSC/NASTRAN CYLF8.OUT2 https://sparse.tamu.edu/Boeing/msc01440 https://cosmograph.app/run/?data=https://cosmograph.app/data/msc01440.csv
Nasa/nasa4704 STRUCTURE FROM NASA LANGLEY, 4704 DEGREES OF FREEDOM https://sparse.tamu.edu/Nasa/nasa4704 https://cosmograph.app/run/?data=https://cosmograph.app/data/nasa4704.csv
Bai/rw5151 MARKOV CHAIN MODELING, RANDOM WALK (M = 100) G. W. STEWART https://sparse.tamu.edu/Bai/rw5151 https://cosmograph.app/run/?data=https://cosmograph.app/data/rw5151.csv
Shyy/shyy41 Wei Shyy, Univ. Florida. CFD/Navier-Stokes,viscous flow, fully coupled https://sparse.tamu.edu/Shyy/shyy41 https://cosmograph.app/run/?data=https://cosmograph.app/data/shyy41.csv
Shyy/shyy161 Wei Shyy, Univ. Florida. CFD/Navier-Stokes,viscous flow, fully coupled https://sparse.tamu.edu/Shyy/shyy161 https://cosmograph.app/run/?data=https://cosmograph.app/data/shyy161.csv [12:38 PM] HB/young3c real matrix from aero research, David Young, corrected RUA version https://sparse.tamu.edu/HB/young3c https://cosmograph.app/run/?data=https://cosmograph.app/data/young3c.csv
TKK/cyl6 Cylindrical shell, non-linear analysis, 3 RHS vectors at step 6. R Kouhia https://sparse.tamu.edu/TKK/cyl6 https://cosmograph.app/run/?data=https://cosmograph.app/data/cyl6.csv
GHS_psdef/cvxbqp1 Gould, Hu, & Scott: barrier Hessian from convex QP (CUTEr) https://sparse.tamu.edu/GHS_psdef/cvxbqp1 https://cosmograph.app/run/?data=https://cosmograph.app/data/cvxbqp1.csv
Hello! I was wondering if you had any “style sheets”—or style templates for setting the configuration. Alternatively, if you could open-source the sample projects (other than the already open-sourced Sandbox) to be a point of reference for setting the configuration, that would be fantastic! Thanks!