Welcome to WILL’s documentation!
¶
Contents:
WILL - Weighted Injector of Luminous Lighthouses
Overview
create
inject
detect
calculate
Documentation
Installation
Examples
Questions + Contributing
Other Simulators
Single Pulses
Pulsars
Create & Inject Pulses
Show how we can inject a pulse into a GREENBURST filterbank.
Get a pulse search mode file
Find a bandpass to scale the frequency structure
Create the pulse
Inject the pulse
Pulse with complex frequency-time structure
Periodic pulses w/ constant Fluence
Variable Fluence
Detect Pulses
Get chunk of search mode dynamic spectra
Make the dedispersed time series
Detect Pulses
Repeat with RFI Mitigation
Analyze a Pulsar
Search for pulses
Single pulse properties
Folded Properties
Effects of RFI Mitigation
Cleaned Single Pulse Properties
Cleaned Folded Properties
Compare Raw and RFI Cleaned
Use Pulse Detection to Optimize Filter Parameters
Get a chunk of dynamic spectra with a pulse
Define Function to optimize
Use on a Crab pulse
Extract & Re-Inject Pulse
Use burstfit to extract a pulse, then re-inject into the same file
Extract the pulse using burstfit
Create the pulse
Inject the pulse
It is difficult to see the new pulse, lets make it 100x brighter.
will package
Submodules
will.create module
will.detect module
will.inject module
Module contents
Indices and tables
¶
Index
Module Index
Search Page
WILL
Navigation
Contents:
WILL - Weighted Injector of Luminous Lighthouses
Overview
Installation
Examples
Questions + Contributing
Other Simulators
Create & Inject Pulses
Detect Pulses
Analyze a Pulsar
Use Pulse Detection to Optimize Filter Parameters
Extract & Re-Inject Pulse
will package
Related Topics
Documentation overview
Next:
WILL - Weighted Injector of Luminous Lighthouses
Quick search