First Steps

Simulation Overview

The first call of MERA will compile the package!

using Mera

┌ Info: Precompiling Mera [02f895e8-fdb1-4346-8fe6-c721699f5126]
└ @ Base loading.jl:1273



*__   __ _______ ______   _______
|  |_|  |       |    _ | |   _   |
|       |    ___|   | || |  |_|  |
|       |   |___|   |_||_|       |
|       |    ___|    __  |       |
| ||_|| |   |___|   |  | |   _   |
|_|   |_|_______|___|  |_|__| |__|

Get information with the function $getinfo$ about the simulation for a selected output and assign it to an object, here: "info" (composite type). The RAMSES output folders are assumed to be in the current working directory, and the user can give a relative or absolute path. The information is read from several files: info-file, header-file, from the header of the Fortran binary files of the first CPU (hydro, grav, part, clump, sink, ... if they exist), etc. Many familiar names and acronyms known from RAMSES are maintained. The function $getinfo$ prints a small summary and the given units are printed in human-readable representation.

info = getinfo(420, "../../testing/simulations/manu_sim_sf_L10"); # output=400 in given path

 [Mera]: 2020-02-15T22:02:55.164

Code: RAMSES
output [420] summary:
mtime: 2017-07-27T01:22:09
ctime: 2019-12-24T09:57:04.822
 =======================================================
simulation time: 624.91 [Myr]
boxlen: 48.0 [kpc]
ncpu: 1024
ndim: 3
-------------------------------------------------------
amr:           true
level(s): 6 - 10 --> cellsize(s): 750.0 [pc] - 46.88 [pc]
-------------------------------------------------------
hydro:         true
hydro-variables:  6  --> (:rho, :vx, :vy, :vz, :p, :var6)
hydro-descriptor: (:density, :velocity_x, :velocity_y, :velocity_z, :thermal_pressure, :passive_scalar_1)
γ: 1.01
-------------------------------------------------------
gravity:       true
gravity-variables: (:epot, :ax, :ay, :az)
-------------------------------------------------------
particles:     true
particle variables: (:vx, :vy, :vz, :mass, :birth)
-------------------------------------------------------
clumps:        true
clump-variables: (:index, :lev, :parent, :ncell, :peak_x, :peak_y, :peak_z, Symbol("rho-"), Symbol("rho+"), :rho_av, :mass_cl, :relevance)
-------------------------------------------------------
namelist-file: false
timer-file:       false
compilation-file: true
makefile:         true
patchfile:        true
 =======================================================

The simulation output can be selected in several ways, which is realised by using multiple dispatch. See the different defined methods on the function $getinfo$:

# info = getinfo(); # default: output=1 in current folder,
# info = getinfo("../simulations/"); # given path, default: output=1
# info = getinfo(output=400, path="../simulations/"); # pass path and output number by keywords

methods(getinfo)

Fields

The created object $info$ is of type $InfoType$ (composite type):

typeof(info)

InfoType

The previously printed information and even more simulation properties are assigned to the object and can be accessed from fields and sub-fields. Get an overview with:

viewfields(info);

output	= 420
path	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10
 fnames ==> subfields: (:output, :info, :amr, :hydro, :hydro_descriptor, :gravity, :particles, :part_descriptor, :clumps, :timer, :header, :namelist, :compilation, :makefile, :patchfile)

simcode	= RAMSES
mtime	= 2017-07-27T01:22:09
ctime	= 2019-12-24T09:57:04.822
ncpu	= 1024
ndim	= 3
levelmin	= 6
levelmax	= 10
boxlen	= 48.0
time	= 41.9092891721775
aexp	= 1.0
H0	= 1.0
omega_m	= 1.0
omega_l	= 0.0
omega_k	= 0.0
omega_b	= 0.0
unit_l	= 3.085677581282e21
unit_d	= 6.76838218451376e-23
unit_m	= 1.9885499720830952e42
unit_v	= 6.557528732282063e6
unit_t	= 4.70554946422349e14
gamma	= 1.01
hydro	= true
nvarh	= 6
nvarp	= 5
variable_list	= Symbol[:rho, :vx, :vy, :vz, :p, :var6]
gravity_variable_list	= Symbol[:epot, :ax, :ay, :az]
particles_variable_list	= Symbol[:vx, :vy, :vz, :mass, :birth]
clumps_variable_list	= Symbol[:index, :lev, :parent, :ncell, :peak_x, :peak_y, :peak_z, Symbol("rho-"), Symbol("rho+"), :rho_av, :mass_cl, :relevance]
sinks_variable_list	= Symbol[]
 descriptor ==> subfields: (:hversion, :hydro, :htypes, :usehydro, :hydrofile, :pversion, :particles, :ptypes, :useparticles, :particlesfile, :gravity, :usegravity, :gravityfile, :clumps, :useclumps, :clumpsfile, :sinks, :usesinks, :sinksfile, :rt, :usert, :rtfile)

amr	= true
gravity	= true
particles	= true
clumps	= true
sinks	= false
rt	= false
namelist	= false
 namelist_content ==> dictionary: ()

headerfile	= true
makefile	= true
 files_content ==> subfields: (:makefile, :timerfile, :patchfile)

timerfile	= false
compilationfile	= true
patchfile	= true
Narraysize	= 0

 scale ==> subfields: (:Mpc, :kpc, :pc, :mpc, :ly, :Au, :km, :m, :cm, :mm, :μm, :Mpc3, :kpc3, :pc3, :mpc3, :ly3, :Au3, :km3, :m3, :cm3, :mm3, :μm3, :Msol_pc3, :g_cm3, :Msol_pc2, :g_cm2, :Gyr, :Myr, :yr, :s, :ms, :Msol, :Mearth, :Mjupiter, :g, :km_s, :m_s, :cm_s, :nH, :erg, :g_cms2, :T_mu, :Ba)

 grid_info ==> subfields: (:ngridmax, :nstep_coarse, :nx, :ny, :nz, :nlevelmax, :nboundary, :ngrid_current, :bound_key, :cpu_read)

 part_info ==> subfields: (:eta_sn, :age_sn, :f_w, :Npart, :Ndm, :Nstars, :Nsinks, :Ncloud, :Ndebris, :Nother, :Nundefined, :other_tracer1, :debris_tracer, :cloud_tracer, :star_tracer, :other_tracer2, :gas_tracer)

 compilation ==> subfields: (:compile_date, :patch_dir, :remote_repo, :local_branch, :last_commit)

 constants ==> subfields: (:Au, :Mpc, :kpc, :pc, :mpc, :ly, :Msol, :Mearth, :Mjupiter, :Rsol, :me, :mp, :mn, :mH, :amu, :NA, :c, :G, :kB, :Gyr, :Myr, :yr)

Get a simple list of the fields of any object:

propertynames(info)

(:output, :path, :fnames, :simcode, :mtime, :ctime, :ncpu, :ndim, :levelmin, :levelmax, :boxlen, :time, :aexp, :H0, :omega_m, :omega_l, :omega_k, :omega_b, :unit_l, :unit_d, :unit_m, :unit_v, :unit_t, :gamma, :hydro, :nvarh, :nvarp, :variable_list, :gravity_variable_list, :particles_variable_list, :clumps_variable_list, :sinks_variable_list, :descriptor, :amr, :gravity, :particles, :clumps, :sinks, :rt, :namelist, :namelist_content, :headerfile, :makefile, :files_content, :timerfile, :compilationfile, :patchfile, :Narraysize, :scale, :grid_info, :part_info, :compilation, :constants)

Physical Units

All calculations in MERA are processed in the code units of the loades simulation. The RAMSES scaling factors from code- to cgs-units are given for the length, density, mass, velocity and time, assigned to the fields: unitl, unitd, unitm, unitv, unit_t

To make life easier, we provide more predefined scaling factors, assigned to the sub-field $scale$:

viewfields(info.scale)

 [Mera]: Fields to scale from user/code units to selected units
 =======================================================================
Mpc	= 0.0010000000000006482
kpc	= 1.0000000000006481
pc	= 1000.0000000006482
mpc	= 1.0000000000006482e6
ly	= 3261.5637769461323
Au	= 2.0626480623310105e23
km	= 3.0856775812820004e16
m	= 3.085677581282e19
cm	= 3.085677581282e21
mm	= 3.085677581282e22
μm	= 3.085677581282e25
Mpc3	= 1.0000000000019446e-9
kpc3	= 1.0000000000019444
pc3	= 1.0000000000019448e9
mpc3	= 1.0000000000019446e18
ly3	= 3.469585750743794e10
Au3	= 8.775571306099254e69
km3	= 2.9379989454983075e49
m3	= 2.9379989454983063e58
cm3	= 2.9379989454983065e64
mm3	= 2.937998945498306e67
μm3	= 2.937998945498306e76
Msol_pc3	= 0.9997234790001649
g_cm3	= 6.76838218451376e-23
Msol_pc2	= 999.7234790008131
g_cm2	= 0.20885045168302602
Gyr	= 0.014910986463557083
Myr	= 14.910986463557084
yr	= 1.4910986463557083e7
s	= 4.70554946422349e14
ms	= 4.70554946422349e17
Msol	= 9.99723479002109e8
Mearth	= 3.329677459032007e14
Mjupiter	= 1.0476363431814971e12
g	= 1.9885499720830952e42
km_s	= 65.57528732282063
m_s	= 65575.28732282063
cm_s	= 6.557528732282063e6
nH	= 30.987773856809987
erg	= 8.551000140274429e55
g_cms2	= 2.9104844143584656e-9
T_mu	= 517028.3199143136
Ba	= 2.910484414358466e-9

list_field = propertynames( info.scale )

(:Mpc, :kpc, :pc, :mpc, :ly, :Au, :km, :m, :cm, :mm, :μm, :Mpc3, :kpc3, :pc3, :mpc3, :ly3, :Au3, :km3, :m3, :cm3, :mm3, :μm3, :Msol_pc3, :g_cm3, :Msol_pc2, :g_cm2, :Gyr, :Myr, :yr, :s, :ms, :Msol, :Mearth, :Mjupiter, :g, :km_s, :m_s, :cm_s, :nH, :erg, :g_cms2, :T_mu, :Ba)

The underline in the unit representation corresponds to the fraction line, e.g.:

field name	corresponding unit
Msol_pc3	Msol * pc^-3
g_cm3	g * cm^-3
Msol_pc2	Msol * pc^-2
g_cm2	g * cm^-2
km_s	km * s^-1
m_s	m * s^-1
cm_s	cm * s^-1
g_cms2	g / (cm * s^2)
nH	cm^-3
T_mu	T / μ
Ba	= Barye (pressure) [cm^-1 * g * s^-2]

Access a scaling factor to use it in your calculations or plots by e.g.:

info.scale.km_s

65.57528732282063

To reduce the hierarchy of sub-fields, assign a new object:

scale = info.scale;

The scaling factor can now be accessed by:

scale.km_s

65.57528732282063

Furthermore, the scales can be assigned by applying the function $createscales$ on an object of type $InfoType$ (here: info):

typeof(info)

InfoType

my_scales = createscales(info)
my_scales.km_s

65.57528732282063

Physical Constants

Some useful constants are assigned to the InfoType object:

viewfields(info.constants)

 [Mera]: Constants given in cgs units
 =========================================
Au	= 0.01495978707
Mpc	= 3.08567758128e24
kpc	= 3.08567758128e21
pc	= 3.08567758128e18
mpc	= 3.08567758128e15
ly	= 9.4607304725808e17
Msol	= 1.9891e33
Mearth	= 5.9722e27
Mjupiter	= 1.89813e30
Rsol	= 6.96e10
me	= 9.1093897e-28
mp	= 1.6726231e-24
mn	= 1.6749286e-24
mH	= 1.66e-24
amu	= 1.6605402e-24
NA	= 6.0221367e23
c	= 2.99792458e10
G	= 6.67259e-8
kB	= 1.38062e-16
Gyr	= 3.15576e16
Myr	= 3.15576e13
yr	= 3.15576e7

Reduce the hierarchy of sub-fields:

con = info.constants;

viewfields(con)

 [Mera]: Constants given in cgs units
 =========================================
Au	= 0.01495978707
Mpc	= 3.08567758128e24
kpc	= 3.08567758128e21
pc	= 3.08567758128e18
mpc	= 3.08567758128e15
ly	= 9.4607304725808e17
Msol	= 1.9891e33
Mearth	= 5.9722e27
Mjupiter	= 1.89813e30
Rsol	= 6.96e10
me	= 9.1093897e-28
mp	= 1.6726231e-24
mn	= 1.6749286e-24
mH	= 1.66e-24
amu	= 1.6605402e-24
NA	= 6.0221367e23
c	= 2.99792458e10
G	= 6.67259e-8
kB	= 1.38062e-16
Gyr	= 3.15576e16
Myr	= 3.15576e13
yr	= 3.15576e7

InfoType Fields Overview

All fields and sub-fields that are assigned to the InfoType or from other objects can be viewed by the function viewfields, namelist, makefile, timerfile, patchfile. See the methods list:

methods(viewfields)

methods(namelist)

Get a detailed overview of all the fields from MERA composite types:

viewallfields(info)

output	= 420
path	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10
 fnames ==> subfields: (:output, :info, :amr, :hydro, :hydro_descriptor, :gravity, :particles, :part_descriptor, :clumps, :timer, :header, :namelist, :compilation, :makefile, :patchfile)

simcode	= RAMSES
mtime	= 2017-07-27T01:22:09
ctime	= 2019-12-24T09:57:04.822
ncpu	= 1024
ndim	= 3
levelmin	= 6
levelmax	= 10
boxlen	= 48.0
time	= 41.9092891721775
aexp	= 1.0
H0	= 1.0
omega_m	= 1.0
omega_l	= 0.0
omega_k	= 0.0
omega_b	= 0.0
unit_l	= 3.085677581282e21
unit_d	= 6.76838218451376e-23
unit_m	= 1.9885499720830952e42
unit_v	= 6.557528732282063e6
unit_t	= 4.70554946422349e14
gamma	= 1.01
hydro	= true
nvarh	= 6
nvarp	= 5
variable_list	= Symbol[:rho, :vx, :vy, :vz, :p, :var6]
gravity_variable_list	= Symbol[:epot, :ax, :ay, :az]
particles_variable_list	= Symbol[:vx, :vy, :vz, :mass, :birth]
clumps_variable_list	= Symbol[:index, :lev, :parent, :ncell, :peak_x, :peak_y, :peak_z, Symbol("rho-"), Symbol("rho+"), :rho_av, :mass_cl, :relevance]
sinks_variable_list	= Symbol[]
 descriptor ==> subfields: (:hversion, :hydro, :htypes, :usehydro, :hydrofile, :pversion, :particles, :ptypes, :useparticles, :particlesfile, :gravity, :usegravity, :gravityfile, :clumps, :useclumps, :clumpsfile, :sinks, :usesinks, :sinksfile, :rt, :usert, :rtfile)

amr	= true
gravity	= true
particles	= true
clumps	= true
sinks	= false
rt	= false
namelist	= false
 namelist_content ==> dictionary: ()

headerfile	= true
makefile	= true
 files_content ==> subfields: (:makefile, :timerfile, :patchfile)

timerfile	= false
compilationfile	= true
patchfile	= true
Narraysize	= 0

 scale ==> subfields: (:Mpc, :kpc, :pc, :mpc, :ly, :Au, :km, :m, :cm, :mm, :μm, :Mpc3, :kpc3, :pc3, :mpc3, :ly3, :Au3, :km3, :m3, :cm3, :mm3, :μm3, :Msol_pc3, :g_cm3, :Msol_pc2, :g_cm2, :Gyr, :Myr, :yr, :s, :ms, :Msol, :Mearth, :Mjupiter, :g, :km_s, :m_s, :cm_s, :nH, :erg, :g_cms2, :T_mu, :Ba)

 grid_info ==> subfields: (:ngridmax, :nstep_coarse, :nx, :ny, :nz, :nlevelmax, :nboundary, :ngrid_current, :bound_key, :cpu_read)

 part_info ==> subfields: (:eta_sn, :age_sn, :f_w, :Npart, :Ndm, :Nstars, :Nsinks, :Ncloud, :Ndebris, :Nother, :Nundefined, :other_tracer1, :debris_tracer, :cloud_tracer, :star_tracer, :other_tracer2, :gas_tracer)

 compilation ==> subfields: (:compile_date, :patch_dir, :remote_repo, :local_branch, :last_commit)

 constants ==> subfields: (:Au, :Mpc, :kpc, :pc, :mpc, :ly, :Msol, :Mearth, :Mjupiter, :Rsol, :me, :mp, :mn, :mH, :amu, :NA, :c, :G, :kB, :Gyr, :Myr, :yr)



 [Mera]: Fields to scale from user/code units to selected units
 =======================================================================
Mpc	= 0.0010000000000006482
kpc	= 1.0000000000006481
pc	= 1000.0000000006482
mpc	= 1.0000000000006482e6
ly	= 3261.5637769461323
Au	= 2.0626480623310105e23
km	= 3.0856775812820004e16
m	= 3.085677581282e19
cm	= 3.085677581282e21
mm	= 3.085677581282e22
μm	= 3.085677581282e25
Mpc3	= 1.0000000000019446e-9
kpc3	= 1.0000000000019444
pc3	= 1.0000000000019448e9
mpc3	= 1.0000000000019446e18
ly3	= 3.469585750743794e10
Au3	= 8.775571306099254e69
km3	= 2.9379989454983075e49
m3	= 2.9379989454983063e58
cm3	= 2.9379989454983065e64
mm3	= 2.937998945498306e67
μm3	= 2.937998945498306e76
Msol_pc3	= 0.9997234790001649
g_cm3	= 6.76838218451376e-23
Msol_pc2	= 999.7234790008131
g_cm2	= 0.20885045168302602
Gyr	= 0.014910986463557083
Myr	= 14.910986463557084
yr	= 1.4910986463557083e7
s	= 4.70554946422349e14
ms	= 4.70554946422349e17
Msol	= 9.99723479002109e8
Mearth	= 3.329677459032007e14
Mjupiter	= 1.0476363431814971e12
g	= 1.9885499720830952e42
km_s	= 65.57528732282063
m_s	= 65575.28732282063
cm_s	= 6.557528732282063e6
nH	= 30.987773856809987
erg	= 8.551000140274429e55
g_cms2	= 2.9104844143584656e-9
T_mu	= 517028.3199143136
Ba	= 2.910484414358466e-9


 [Mera]: Constants given in cgs units
 =========================================
Au	= 0.01495978707
Mpc	= 3.08567758128e24
kpc	= 3.08567758128e21
pc	= 3.08567758128e18
mpc	= 3.08567758128e15
ly	= 9.4607304725808e17
Msol	= 1.9891e33
Mearth	= 5.9722e27
Mjupiter	= 1.89813e30
Rsol	= 6.96e10
me	= 9.1093897e-28
mp	= 1.6726231e-24
mn	= 1.6749286e-24
mH	= 1.66e-24
amu	= 1.6605402e-24
NA	= 6.0221367e23
c	= 2.99792458e10
G	= 6.67259e-8
kB	= 1.38062e-16
Gyr	= 3.15576e16
Myr	= 3.15576e13
yr	= 3.15576e7


 [Mera]: Paths and file-names
 =================================
output	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420
info	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/info_00420.txt
amr	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/amr_00420.
hydro	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/hydro_00420.
hydro_descriptor	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/hydro_file_descriptor.txt
gravity	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/grav_00420.
particles	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/part_00420.
part_descriptor	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/part_file_descriptor.txt
clumps	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/clump_00420.
timer	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/timer_00420.txt
header	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/header_00420.txt
namelist	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/namelist.txt
compilation	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/compilation.txt
makefile	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/makefile.txt
patchfile	= /Users/mabe/Documents/Projects/dev/Mera/tutorials/version_1/../../testing/simulations/manu_sim_sf_L10/output_00420/patches.txt


 [Mera]: Descriptor overview
 =================================
hversion	= 0
hydro	= Symbol[:density, :velocity_x, :velocity_y, :velocity_z, :thermal_pressure, :passive_scalar_1]
htypes	= String[]
usehydro	= false
hydrofile	= true
pversion	= 0
particles	= Symbol[:vx, :vy, :vz, :mass, :birth]
ptypes	= String[]
useparticles	= false
particlesfile	= false
gravity	= Symbol[:epot, :ax, :ay, :az]
usegravity	= false
gravityfile	= false
clumps	= Symbol[:index, :lev, :parent, :ncell, :peak_x, :peak_y, :peak_z, Symbol("rho-"), Symbol("rho+"), :rho_av, :mass_cl, :relevance]
useclumps	= false
clumpsfile	= false
sinks	= Symbol[]
usesinks	= false
sinksfile	= false
rt	= Symbol[]
usert	= false
rtfile	= false


 [Mera]: Namelist file content
 =================================

 [Mera]: Grid overview 
 ============================
ngridmax	= 850000
nstep_coarse	= 1644
nx	= 3
ny	= 3
nz	= 3
nlevelmax	= 10
nboundary	= 6
ngrid_current	= 2383
bound_key ==> length(1025)
cpu_read ==> length(1025)


 [Mera]: Particle overview
 ===============================
eta_sn	= 0.0
age_sn	= 0.6706464407596582
f_w	= 0.0
Npart	= 0
Ndm	= 0
Nstars	= 0
Nsinks	= 0
Ncloud	= 0
Ndebris	= 0
Nother	= 0
Nundefined	= 0
other_tracer1	= 0
debris_tracer	= 0
cloud_tracer	= 0
star_tracer	= 0
other_tracer2	= 0
gas_tracer	= 0


 [Mera]: Compilation file overview
 ========================================
compile_date	=  01/12/16-18:13:59
patch_dir	=  /hydra/u/manb/sf_sim/patch
remote_repo	=  
local_branch	=  
last_commit	=  


 [Mera]: Makefile content
 =================================
#############################################################################
# If you have problems with this makefile, contact Romain.Teyssier@gmail.com
#############################################################################
# Compilation time parameters
NVECTOR = 32
NDIM = 3
NPRE = 8
NVAR = 6
NENER = 0
SOLVER = hydro
PATCH = /hydra/u/manb/sf_sim/patch
EXEC = ramses_neu
#############################################################################
GITBRANCH = $(shell git rev-parse --abbrev-ref HEAD)
GITHASH = $(shell git log --pretty=format:'%H' -n 1)
GITREPO = $(shell git config --get remote.origin.url)
BUILDDATE = $(shell date +"%D-%T")
DEFINES = -DNVECTOR=$(NVECTOR) -DNDIM=$(NDIM) -DNPRE=$(NPRE) -DNENER=$(NENER) -DNVAR=$(NVAR) \
          -DSOLVER$(SOLVER)
#############################################################################
# Fortran compiler options and directives

# --- No MPI, gfortran -------------------------------
#F90 = gfortran -O3 -frecord-marker=4 -fbacktrace -ffree-line-length-none -g
#FFLAGS = -x f95-cpp-input $(DEFINES) -DWITHOUTMPI

# --- No MPI, tau ----------------------------------
#F90 = tau_f90.sh -optKeepFiles -optPreProcess -optCPPOpts=$(DEFINES) -DWITHOUTMPI

# --- No MPI, pgf90 ----------------------------------
#F90 = pgf90
#FFLAGS = -Mpreprocess $(DEFINES) -DWITHOUTMPI

# --- No MPI, xlf ------------------------------------
#F90 = xlf
#FFLAGS = -WF,-DNDIM=$(NDIM),-DNPRE=$(NPRE),-DNVAR=$(NVAR),-DSOLVER$(SOLVER),-DWITHOUTMPI -qfree=f90 -qsuffix=f=f90 -qsuffix=cpp=f90

# --- No MPI, f90 ------------------------------------
#F90 = f90
#FFLAGS = -cpp $(DEFINES) -DWITHOUTMPI

# --- No MPI, ifort ----------------------------------
#F90 = ifort
#FFLAGS = -cpp $(DEFINES) -DWITHOUTMPI

# --- MPI, gfortran syntax ------------------------------
#F90 = mpif90 -frecord-marker=4 -O3 -ffree-line-length-none -g -fbacktrace
#FFLAGS = -x f95-cpp-input $(DEFINES)

# --- MPI, gfortran DEBUG syntax ------------------------------
#F90 = mpif90 -frecord-marker=4 -ffree-line-length-none -fbacktrace -g -O -fbounds-check -Wuninitialized -Wall
#FFLAGS = -x f95-cpp-input -ffpe-trap=zero,underflow,overflow,invalid -finit-real=nan  $(DEFINES)    

# --- MPI, pgf90 syntax ------------------------------
#F90 = mpif90 -O3
#FFLAGS = -Mpreprocess $(DEFINES)

# --- MPI, ifort syntax ------------------------------
F90 = mpiifort
#FFLAGS = -cpp -fast $(DEFINES) -DNOSYSTEM
FFLAGS = -O3 -g -traceback -fpe0 -ftrapuv -cpp $(DEFINES) -DNOSYSTEM

# --- MPI, ifort syntax, additional checks -----------
#F90 = mpif90
#FFLAGS = -warn all -O0 -g -traceback -fpe0 -ftrapuv -check bounds -cpp $(DEFINES) -DNOSYSTEM


# --- MPI, ifort syntax ------------------------------
#F90 = ftn
#FFLAGS = -xAVX -g -traceback -fpp -fast $(DEFINES) -DNOSYSTEM #-DRT

# --- MPI, ifort syntax, additional checks -----------
#F90 = ftn
#FFLAGS = -O3 -g -traceback -fpe0 -ftrapuv -cpp $(DEFINES) -DNOSYSTEM #-DRT

#############################################################################
MOD = mod
#############################################################################
# MPI librairies
LIBMPI =
#LIBMPI = -lfmpi -lmpi -lelan

# --- CUDA libraries, for Titane ---
LIBCUDA = -L/opt/cuda/lib  -lm -lcuda -lcudart

LIBS = $(LIBMPI)
#############################################################################
# Sources directories are searched in this exact order
VPATH = $(PATCH):../$(SOLVER):../aton:../hydro:../pm:../poisson:../amr:../tools
#############################################################################
# All objects
MODOBJ = amr_parameters.o amr_commons.o random.o pm_parameters.o pm_commons.o poisson_parameters.o \
         poisson_commons.o hydro_parameters.o hydro_commons.o cooling_module.o bisection.o sparse_mat.o \
         clfind_commons.o gadgetreadfile.o write_makefile.o write_patch.o write_gitinfo.o

AMROBJ = read_params.o init_amr.o init_time.o init_refine.o adaptive_loop.o amr_step.o update_time.o \
         output_amr.o flag_utils.o physical_boundaries.o virtual_boundaries.o refine_utils.o nbors_utils.o \
         hilbert.o load_balance.o title.o sort.o cooling_fine.o units.o light_cone.o movie.o
# Particle-Mesh objects
PMOBJ = init_part.o output_part.o rho_fine.o synchro_fine.o move_fine.o newdt_fine.o particle_tree.o \
        add_list.o remove_list.o star_formation.o sink_particle.o feedback.o clump_finder.o clump_merger.o \
        flag_formation_sites.o init_sink.o output_sink.o
# Poisson solver objects
POISSONOBJ = init_poisson.o phi_fine_cg.o interpol_phi.o force_fine.o multigrid_coarse.o multigrid_fine_commons.o \
             multigrid_fine_fine.o multigrid_fine_coarse.o gravana.o boundary_potential.o rho_ana.o output_poisson.o
# Hydro objects
HYDROOBJ = init_hydro.o init_flow_fine.o write_screen.o output_hydro.o courant_fine.o godunov_fine.o \
           uplmde.o umuscl.o interpol_hydro.o godunov_utils.o condinit.o hydro_flag.o hydro_boundary.o \
           boundana.o read_hydro_params.o synchro_hydro_fine.o
EXTTOOLS = specfun.o

# All objects
AMRLIB = $(EXTTOOLS)  $(AMROBJ) $(HYDROOBJ) $(PMOBJ) $(POISSONOBJ)
# ATON objects
ATON_MODOBJ = timing.o radiation_commons.o rad_step.o
ATON_OBJ = observe.o init_radiation.o rad_init.o rad_boundary.o rad_stars.o rad_backup.o ../aton/atonlib/libaton.a
#############################################################################
ramses:	$(MODOBJ) $(AMRLIB) ramses.o
	$(F90) $(MODOBJ) $(AMRLIB) ramses.o -o $(EXEC)$(NDIM)d $(LIBS)
	rm write_makefile.f90
	rm write_patch.f90
ramses_aton: $(MODOBJ) $(ATON_MODOBJ) $(AMRLIB) $(ATON_OBJ) ramses.o
	$(F90) $(MODOBJ) $(ATON_MODOBJ) $(AMRLIB) $(ATON_OBJ) ramses.o -o $(EXEC)$(NDIM)d $(LIBS) $(LIBCUDA)
	rm write_makefile.f90
	rm write_patch.f90
#############################################################################
write_gitinfo.o: FORCE
	$(F90) $(FFLAGS) -DPATCH=\'$(PATCH)\' -DGITBRANCH=\'$(GITBRANCH)\' -DGITHASH=\'"$(GITHASH)"\' \
 -DGITREPO=\'$(GITREPO)\' -DBUILDDATE=\'"$(BUILDDATE)"\' -c ../amr/write_gitinfo.f90 -o $@		
write_makefile.o: FORCE
	../utils/scripts/cr_write_makefile.sh $(MAKEFILE_LIST)
	$(F90) $(FFLAGS) -c write_makefile.f90 -o $@
write_patch.o: FORCE
	../utils/scripts/cr_write_patch.sh $(PATCH)
	$(F90) $(FFLAGS) -c write_patch.f90 -o $@
%.o:%.f90
	$(F90) $(FFLAGS) -c $^ -o $@
FORCE:
#############################################################################
clean :
	rm *.o *.$(MOD)
#############################################################################


 [Mera]: Timer-file content
 =================================
[Mera]: No timer-file found!

Disc Space

Gives an overview of the used disc space for the different data types of the selected output:

storageoverview(info)

 Overview of the used disc space for output: [420]
 ------------------------------------------------------
Folder:         1.38 GB 	<282.44 KB>/file
AMR-Files:      321.44 MB 	<321.44 KB>/file
Hydro-Files:    607.0 MB 	<606.41 KB>/file
Gravity-Files:  485.14 MB 	<485.14 KB>/file
Particle-Files: 188.0 KB 	<188.0 Bytes>/file
Clump-Files:    184.25 KB 	<184.25 Bytes>/file


mtime: 2017-07-27T01:22:09
ctime: 2019-12-24T09:57:04.822