Project

General

Profile

Gantt

Filters

Zoom in Zoom out « June | August »

months from Apply Clear

LPP
INSTRU
JUICE-SCM/Ground Segment
Task #3998: Documenter le code MMS/SCM avec IDLdoc
Task #4000: Formatage des commentaires MMS/SCM
Task #4003: MàJ du document Ground Segment Development Plan for RPWI
Task #4001: Adapter le code IDL d'MMS/SCM à JUICE/SCM
Task #4024: Première version calibration python
Task #4028: Create Kernel in python
Task #4030: Bessel filter
Task #4031: DFB filter
Task #4032: Antenna response function
Task #4037: Bandpass filter
Task #4029: Extract and export cdf file
Task #4038: Discover units test python methods and Create Unit tests of the kernel
Task #4039: Unit test Bessel filter
Task #4040: Unit test DFB
Task #4041: Unit test Antenna filter
Task #4044: Create unit test for corgain (ant, dfb, bessel)
Task #4045: Reorganise the code to have all config/metadatas in one csv file, called by the unit tests
Task #4043: Create the complete Kernel
Task #4050: Create the kernel_creation function
Task #4051: Unit test kernel_creation
Task #4052: Full code documentation
Task #4053: Create deconvo_vec function (kernel part)
Task #4055: Check real/imag parts
Task #4056: Shift kernel
Task #4054: Hanning window creation
Task #4057: Coscub window creation
Task #4058: Gaussian window creation
Task #4059: Trapezoid window creation
Task #4060: Unit test deconvo vec (for each window type)
Task #4062: Correct the documentation strings warnings and pylint errors (if possible)
Task #4061: deconvo_vec convolution part
Task #4066: Implement graphical comparison between idl and python calibration
Task #4065: Implement blk_con IDL function
Task #4067: Create Calibrate CDF function
Task #4068: Implement the blocks separation, calibration and concatenation after being calibrated
Task #4069: Implement the cdf writing of results
Task #4070: Implement function that compare two l1b cdf file data
Task #4071: General class to compare waveforms, in order to compare easily different cdf results
Support #4075: Obtain good result in the comparison of Reference/IDL/python waveforms
Task #4076: Implementation of ConfigHandler class
Task #4077: Implement function that compute the spectrogram of a waveform
Task #4078: Implement a simple spectrogram plot
Task #4079: Create function that plot multiple spectrograms
Task #4081: Create Function that compare idl spectrum and computed spectrum
Support #4082: Find why the computed spectrum is very different of ref, only for antenna y and z, probably a bug
Feature #4083: Make documentation of all important implemented functions (concerning spectra and waveform manipulation)
Task #4085: Reorganise and simplify spectra related functions
Support #4084: Investigate why results are in general better for antenna x than y and z
Task #4086: Spectra densities computation
Task #4087: Spectra densities plot and comparison
Task #4088: Completely change ConfigHandler functioning
Task #4089: ConfigHandler modularity implementation
Task #4091: Global attributes and cdf name gestion
Task #4092: default / current / limits config gestion
Task #4093: Make class for deduce parameter values, depending on other parameters
Task #4094: kernel_creation.py reworked for modularity
Task #4095: Implement system of class extends for kernel creation and deduce_parameters
Task #4099: Spectra powers computation
Task #4100: Spectra powers plot / comparison
Task #4101: Quicklook computation / plot
Task #4102: Config Handler and config files modifications / improvements
Task #4103: Modularisation of calibrate data block
Task #4105: Create functional Diagram of the code
Task #4106: Sphinx documentation with cross referencing, complete explanations, structurations : calibration part
Task #4107: Sphinx documentation with cross referencing, complete explanations, structurations : configuration part
Task #4108: Sphinx documentation with cross referencing, complete explanations, structurations : evaluation part
Task #4109: Rewrite the readme with a summary of the documentation
Task #4112: Add freq samp deducing function in deduce parameters
Task #4113: Reorganise functions (kernel conv window, waveform padding, set frequency first, calfactor
Task #4116: Adapt the code to use SCHB mode
Task #4117: Adapt the code to have correct visual reprentation of SHCB results
Task #4120: Add documentation on all code parameters
Task #4122: Make correct and complete quicklook, with same infos than MMS IDL's one
Bug #4123: Resolve problems with epochs
Task #4124: Create script with inline inputs, for calibrate and quicklook
Task #4126: Modify config handler (config file gestion) and adapt to the new config handler use in every functions
Task #4125: Make inline arguments gestion modular, in separate function, to use it in all scripts
Task #4129: Resolve plenty of problems concerning configHandler
Task #4130: Implement a first bash script, with auto venv use
Bug #4131: Resolve problems with venv / conda conflict on local machine
Task #4132: Make the cdf data extraction modular to prepare the different extraction needed
Task #4133: Adapt the matlab code for cdf data extraction (JUICE sid7)
Task #4138: Produce a waveform plot of JUICE data using code based on matlab code
Task #4139: Take the python code of David Pisa instead of Matlab code
Task #4140: Resolve the problem with epochs to be able to quicklook data
Task #4145: Create generic log printer (for log file and/or terminal)
Task #4149: Add systematical logs for each steps (with error excepts, errors, warnings, infos) in calibration part
Task #4150: Modify the extract data/ epoch part to handle JUICE SID 1/2/3/7 separetely
Task #4151: Reorganisation of kernel construction
Task #4154: Add systematical logs for each steps (with error excepts, errors, warnings, infos) in evaluation part and the rest
Task #4155: Create and improve the scripts to have 3 fully independent and functional scripts
Task #4033: Fourier transform (and inverse transform) function
Feature #4080: Write installation notice
Task #4110: Analyse fichiers L1A JUICE
Task #4157: Create interactive version of quicklook, to analyse cdf data
Task #4158: Find proper tools and solutions fo allow data refresh in quicklook
Task #4159: Find proper solution for zoom / move of data
Task #4160: Create a version of quicklook with some parameter buttons that modify spectra
Task #4163: Fusion the static and interactive quicklooks by using same plot functions (same fig/axs handle) -> make it modular
Task #4164: Modify the visuals of interactive and static quicklook to be more modular
Task #4165: Modify deeply the code organisation to have separate part for compare cdfs / interactive plot and one function (plot data) for all plots
Task #4168: Improve and resolve problems / bugs concerning interactive plots
Task #4171: Add buttons to change the content struct
Task #4172: Adapt the calibration / evaluation code to allow JUICE files
Bug #4184: Start the rework of documentation
Bug #4183: Reorganise and document the display data part
Task #4181: Code reorganisation to have scripts separately + debuging
Bug #4182: Lot of new sh and python scripts added, around calibration and display data
Task #4179: Juice files first calibration
Task #4180: JUICE quicklook analysis
Task #4187: Code Analysis / Investigation / Tests / Experiments in order to have same spectra densities results than matlab code
Bug #4188: The problem with JUICE results is not resolved
Support #4197: Research with laurent about the difference of code results and experimentations
Task #4190: Make all the variables of input cdf be in output cdf
Task #4191: Make the script able to specify freely custom values of any parameters
Task #4193: register all remaining taks written these last month in a summarry document
Bug #4194: Debug/resolution of some little remaining tasks registered
Bug #4195: Documentation debugging
Task #4196: Create script for documentation generation (cleaning/creation/show)
Task #4206: Documentation complete add and upgrade
Support #4207: New tries concerning the differences between python and matlab results
Task #4208: First version of a "time extract" method
Task #4210: Finish complete time extract method
Task #4211: implement system to check the version of cdf files and take the chosen version of cdfs when doing time extract
Task #4212: Create 'file name' used in plot resulting of the merge of multiple cdf files
Bug #4213: Make the 'file name' in the plot readable (using of multiple lines)
Task #4214: Create a sh script that use time extract, by specifying a time limits and a cdfs dir
Task #4216: Modify the extract argvs and env var method to handle solo and multiple extract in one time
Task #4215: Modify the extract_cdf methods to have a merge between extract and time extract
Task #4218: Make all the python and sh scripts using freely multiple or solo extract method
Task #4221: Create a GUI for selection of a range of time to plot
Task #4223: Find the problem of difference between matlab and python code
Bug #4222: Make the GUI able to select what we want to plot + put default times
Task #4226: Advances in the comparison between Matlab and python results
Task #4227: Reorganisation of the python scripts for modularisation
Task #4228: Make the GUI a general tool, replacing the interact interface
Task #4229: Update documentation for time/solo extract
Task #4230: Add a check if we don't find cdfs in the time limits and stop the execution
Task #4235: Find the cdfs with temperature data in it and test to extract them
Feature #4236: Modify the data extraction method to allow the extract of completely different cdfs (temp for ex)
Bug #4237: Modify the evaluation part (creation of spectrum and densities, display, plot) + configuration to plot different cdf data (temp for ex)
Task #4239: Improvements and bug resolve for temperature spectrum computing and plots
Task #4240: Professional training about the distribution (and learn of automatisation tools) of python application
Task #4245: Change the code from pyenv environnement to poetry environment
Task #4241: Software exploration for documentation tools following the professional training.
Task #4242: Documentation improvements following the professional training
Task #4243: Documentation update, especially following the reorganisation of the python script use and the rework of the doc root
Task #4244: Bug solving for spectrum computation problems
Task #4256: Gathering and analysis of all remaining open tasks
Task #4257: Discovering of the Ruff linter and formatter+ experiments
Task #4258: Creation of a ruff pre commit hook
Task #4260: Add documentation handle in pre commit hooks
Task #4261: Discover of pytest and add to pre commit hooks
Task #4262: Add multiple pytests (init, extract, display)
Task #4265: Add a system that allows to handle data without the need to compute their spectra
Task #4266: Research for a method to easily and beautifuly document visually the code structure
Task #4267: Creation of a visual documentation of the code
Task #4268: Make the writing and initialization parts separated from the others
Task #4282: Create pdf user documentation (Three first iterations)
Task #4283: Test the different SID, gather infos from the test, and cross infos with LFR manual
Task #4286: Update sphinx documentation for the new code organisation + modifications done when doing the pdf doc
Task #4284: Modify the code to be coherent in physical units
Bug #4285: Bug with MMS files now that the code has been changed a lot
Task #4287: Add of some modularisation in parameters
Task #4305: Creation of a table documenting all parameters that can be set by the user, with default value and location
Task #4306: Improve and simplify some parameters calls and use
Task #4307: Clean and simplify the config files
Task #4308: Change the way the datetimes are corrected
Task #4309: Find how to force the documentation to trigger error even for warnings
Task #4310: Improve the GUI by adding a embedded window containing the print content
Task #4311: Develop a little code that for all cdfs in one dir, make a table summarizing their content and quicklook them
Task #4325: Generate a directory with quicklooks of all cdfs from 2023/2024
Task #4326: Resolve the problem concerning cdfs epoch extraction for 2024
Task #4327: Resolve the problem concerning SID3 2024 extraction
Task #4328: Research to find a standardisation system for logging, and experiments
Feature #4329: Implement a logging code levels system
Task #4330: Reshape the write log part, with traceback printing, with log name gestion, log message levels, log level variable, etc
Task #4343: Search different support data (temperatures, reaction wheels, etc)
Task #4344: Test the extract of temperatures data
Task #4345: major change : all the extracted content is now in a dict "input_content"
Task #4346: Complete reshape of the method to give and prepare data for plot data
Task #4347: Add the temperature waveform to plot_data, as part of the default quicklook plot
Task #4360: Create new file prepare_data_for_plot which will handle completely the preparation of data before plotting
Task #4361: Produce and test the creation of big quicklooks with calibrated data
Task #4362: Meeting with Alessandro on the calibration results
Task #4363: Resolve massive problem of performance for SID 2 long files calibration and plot code
Task #4364: Benchmarking of the code execution for really big files
Task #4365: Annual Report writing

Status

New
In Progress
New
New
New
Resolved
Resolved
Resolved
Resolved
Resolved
In Progress
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
In Progress
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
In Progress
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
In Progress
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
In Progress
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
In Progress
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved
Resolved

Priority

High
High
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal
Normal

Assignee

Updated

04/01/2023 12:04 PM
04/01/2023 12:04 PM
07/12/2022 05:30 PM
07/12/2022 07:44 AM
28/07/2023 07:02 PM
02/03/2023 10:35 AM
15/02/2023 04:57 PM
16/02/2023 05:38 PM
02/03/2023 10:31 AM
24/02/2023 05:42 PM
15/02/2023 04:54 PM
15/03/2023 12:48 PM
24/02/2023 05:46 PM
24/02/2023 05:48 PM
02/03/2023 10:32 AM
14/03/2023 05:49 PM
14/03/2023 05:49 PM
15/03/2023 04:05 PM
15/03/2023 04:02 PM
15/03/2023 04:05 PM
15/03/2023 04:07 PM
15/03/2023 04:31 PM
15/03/2023 04:27 PM
15/03/2023 04:29 PM
15/03/2023 04:24 PM
15/03/2023 04:30 PM
15/03/2023 04:30 PM
15/03/2023 04:31 PM
15/03/2023 04:31 PM
17/03/2023 05:49 PM
24/03/2023 05:54 PM
31/03/2023 06:03 PM
31/03/2023 06:03 PM
11/04/2023 03:09 PM
31/03/2023 06:07 PM
11/04/2023 03:09 PM
11/04/2023 03:09 PM
11/04/2023 03:11 PM
26/04/2023 04:24 PM
26/04/2023 05:39 PM
26/04/2023 05:41 PM
26/04/2023 05:42 PM
26/04/2023 05:44 PM
27/04/2023 06:19 PM
05/05/2023 06:32 PM
05/05/2023 06:35 PM
05/05/2023 06:41 PM
05/05/2023 06:37 PM
16/05/2023 02:19 PM
16/05/2023 03:24 PM
16/05/2023 03:40 PM
17/05/2023 05:03 PM
16/05/2023 04:27 PM
16/05/2023 04:28 PM
17/05/2023 05:03 PM
16/05/2023 04:31 PM
17/05/2023 05:08 PM
30/05/2023 11:16 AM
30/05/2023 11:36 AM
30/05/2023 11:32 AM
30/05/2023 11:35 AM
30/05/2023 11:36 AM
05/06/2023 06:27 PM
05/06/2023 06:29 PM
05/06/2023 06:30 PM
05/06/2023 06:31 PM
08/06/2023 10:32 AM
09/06/2023 06:41 PM
09/06/2023 06:43 PM
15/06/2023 06:30 PM
15/06/2023 06:33 PM
19/06/2023 05:45 PM
23/06/2023 11:54 AM
23/06/2023 11:58 AM
23/06/2023 12:02 PM
27/06/2023 11:50 AM
27/06/2023 11:45 AM
03/07/2023 04:48 PM
03/07/2023 04:49 PM
03/07/2023 04:56 PM
03/07/2023 04:52 PM
10/07/2023 04:46 PM
10/07/2023 04:49 PM
10/07/2023 04:52 PM
10/07/2023 04:56 PM
17/07/2023 11:03 AM
21/07/2023 06:51 PM
21/07/2023 06:52 PM
21/07/2023 06:56 PM
28/07/2023 07:00 PM
28/07/2023 07:02 PM
14/03/2023 05:49 PM
26/04/2023 05:46 PM
08/06/2023 10:36 AM
18/09/2023 02:02 PM
31/08/2023 06:24 PM
31/08/2023 06:28 PM
31/08/2023 06:29 PM
05/09/2023 06:36 PM
05/09/2023 06:38 PM
08/09/2023 06:51 PM
18/09/2023 01:55 PM
18/09/2023 02:02 PM
18/09/2023 02:07 PM
29/09/2023 06:52 PM
29/09/2023 06:50 PM
29/09/2023 06:47 PM
29/09/2023 06:48 PM
29/09/2023 06:47 PM
29/09/2023 06:45 PM
06/10/2023 06:15 PM
06/10/2023 06:16 PM
17/10/2023 04:50 PM
10/10/2023 06:55 PM
10/10/2023 06:56 PM
17/10/2023 04:44 PM
17/10/2023 04:43 PM
17/10/2023 04:45 PM
17/10/2023 04:48 PM
27/10/2023 05:43 PM
27/10/2023 05:43 PM
27/10/2023 05:44 PM
06/11/2023 11:57 AM
06/11/2023 11:59 AM
06/11/2023 12:01 PM
06/11/2023 12:02 PM
06/11/2023 12:03 PM
06/11/2023 12:12 PM
06/11/2023 12:05 PM
07/11/2023 06:38 PM
13/11/2023 06:50 PM
13/11/2023 06:54 PM
13/11/2023 06:52 PM
17/11/2023 06:54 PM
17/11/2023 06:57 PM
17/11/2023 07:01 PM
21/11/2023 06:50 PM
21/11/2023 06:51 PM
28/11/2023 06:56 PM
28/11/2023 06:58 PM
28/11/2023 07:02 PM
06/12/2023 02:15 PM
06/12/2023 02:17 PM
06/12/2023 02:23 PM
06/12/2023 02:17 PM
06/12/2023 02:18 PM
06/12/2023 02:19 PM
06/12/2023 02:20 PM
09/01/2024 06:37 PM
09/01/2024 06:38 PM
12/01/2024 06:44 PM
12/01/2024 06:45 PM
12/01/2024 06:46 PM
12/01/2024 06:46 PM
19/01/2024 07:00 PM
19/01/2024 07:02 PM
09/02/2024 06:47 PM
19/01/2024 07:06 PM
09/02/2024 06:49 PM
09/02/2024 06:51 PM
09/02/2024 06:56 PM
09/02/2024 06:53 PM
09/02/2024 06:55 PM
23/02/2024 06:51 PM
23/02/2024 06:52 PM
23/02/2024 06:53 PM
23/02/2024 06:54 PM
23/02/2024 06:55 PM
23/02/2024 06:56 PM
23/02/2024 06:57 PM
23/02/2024 07:00 PM
21/03/2024 12:47 PM
21/03/2024 02:36 PM
21/03/2024 02:37 PM
21/03/2024 03:01 PM
21/03/2024 02:58 PM
21/03/2024 03:00 PM
08/04/2024 04:31 PM
08/04/2024 04:32 PM
08/04/2024 04:34 PM
08/04/2024 04:43 PM
08/04/2024 04:49 PM
23/04/2024 03:16 PM
23/04/2024 03:18 PM
23/04/2024 03:18 PM
23/04/2024 03:22 PM
23/04/2024 03:22 PM
23/04/2024 03:24 PM
 
2025-7
2025-8
2025-9
2025-10
2025-11
2025-12
 
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
JUICE-SCM/Ground Segment
New 55%
In Progress 10%
New 0%
New 0%
New 99%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
In Progress 50%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
In Progress 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
In Progress 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
In Progress 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
In Progress 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%
Resolved 100%

Also available in: PDF PNG