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--- tests:collision:mock_data:challenge_4 [2017/03/18 18:21] – v.henault-brunet
+++ tests:collision:mock_data:challenge_4 [2022/10/24 12:28] (current) – external edit 127.0.0.1
@@ Line 25: / Line 25: @@
 (+ local mass function for methods allowing it).
-All the mock data you will need (and more!) are available and bundled [[https://dl.dropboxusercontent.com/u/3465556/M4_mocks.tar.gz|here]]. These include the surface brightness profile, line-of-sight dispersion profile and discrete velocities for RGB stars, HST-like PM dispersion profiles and discrete velocities, Gaia-like (end-of-mission) PM dispersion profiles and discrete velocities (for M4, bulge and halo-like backgrounds), number density profile for bright stars, and local mass function. Mass profiles and the M/L_V profiles (in projection and 3d) are also available. Predictions from best-fit models should be compared to the 3d M/L_V profile.
+** DOWNLOAD NEW M4 MOCK DATA (updated 21/03/2017)**: All the mock data you will need (and more!) are available and bundled [[https://www.dropbox.com/s/8kish5scgry2nbh/M4_mocks.tar.gz?dl=0|here]]. You can find a summary of the list of files in 'ReadMe_M4_mocks'.
-You can find a summary of the list of files in 'ReadMe_M4_mocks'.
+Included are the surface brightness profile, line-of-sight dispersion profile and discrete velocities for RGB stars, HST-like PM dispersion profiles and discrete velocities, Gaia-like (end-of-mission) PM dispersion profiles and discrete velocities (for M4, bulge and halo-like backgrounds), number density profile for bright stars, and local mass function. Mass profiles and the M/L_V profiles (in projection and 3d) are also available. Predictions from best-fit models should be compared to the 3d M/L_V profile.