€•I      Œdocutils.nodes”Œdocument”“”)}”’”}”(Œ
attributes”}”(Œbackrefs”]”Œids”]”Œclasses”]”Œsource”Œ;D:\Mariano\misc\ecg-kit\help\sphinx\source\QRScorrector.rst”Œnames”]”Œdupnames”]”uŒids”}”(Œsee-also”h Œsection”“”)}”’”}”(h}”(h]”Œsee also”ah]”h
]”hah]”h]”uŒtagname”hŒsource”hhhŒ	rawsource”Œ ”Œline”KdŒchildren”]”(h Œtitle”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒSee Also”h'Kdh(]”h ŒText”“”ŒSee Also”…”}”’”}”(h%h5Œparent”h-ubah>hubh Œblock_quote”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h$hhhh%h&h'Nh(]”h Œ	paragraph”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œa:doc:`ECGtask <ECGtask>` \| :doc:`ECG delineation <ECGdelineation>` \| :doc:`examples <examples>`”h'Kfh(]”(Œsphinx.addnodes”Œpending_xref”“”)}”’”}”(h}”(h]”Œrefwarn”ˆh
]”h]”Œreftype”Œdoc”Œrefdoc”ŒQRScorrector”h]”Œrefexplicit”ˆh]”Œ	refdomain”h&Œ	reftarget”ŒECGtask”uh#hYh$hh%Œ:doc:`ECGtask <ECGtask>`”h'Kfh(]”h Œliteral”“”)}”’”}”(h}”(h]”h]”h
]”h]”(Œxref”hdeh]”uh#hoh%hmh(]”h8ŒECGtask”…”}”’”}”(h%h&h>hrubah>h\ubah>hNubh8Œ | ”…”}”’”}”(h%Œ \| ”h>hNubhZ)}”’”}”(h}”(h]”h`ˆh
]”h]”Œreftype”Œdoc”hehfh]”Œrefexplicit”ˆh]”Œ	refdomain”h&hkŒECGdelineation”uh#hYh$hh%Œ':doc:`ECG delineation <ECGdelineation>`”h'Kfh(]”hp)}”’”}”(h}”(h]”h]”h
]”h]”(hyheh]”uh#hoh%h•h(]”h8ŒECG delineation”…”}”’”}”(h%h&h>h˜ubah>hˆubah>hNubh8Œ | ”…”}”’”}”(h%Œ \| ”h>hNubhZ)}”’”}”(h}”(h]”h`ˆh
]”h]”Œreftype”Œdoc”hehfh]”Œrefexplicit”ˆh]”Œ	refdomain”h&hkŒexamples”uh#hYh$hh%Œ:doc:`examples <examples>`”h'Kfh(]”hp)}”’”}”(h}”(h]”h]”h
]”h]”(hyh´eh]”uh#hoh%hºh(]”h8Œexamples”…”}”’”}”(h%h&h>h½ubah>h­ubah>hNubeh>hBubah>hubh Œsubstitution_definition”“”)}”’”}”(h}”(h]”Œimage4”ah]”h
]”h]”h]”uh#hËh$hhhh%Œ%.. |image4| image:: QRS_corrector.PNG”h'Khh(]”h Œimage”“”)}”’”}”(h}”(h]”h
]”h]”Œuri”ŒQRS_corrector.PNG”Œ
candidates”}”Œ*”hãsh]”h]”Œalt”hÒuh#hÙh%Œimage:: QRS_corrector.PNG”h(]”h>hÎubah>hubeh>h)}”’”}”(h}”(h]”Œqrs correction”ah]”h
]”Œqrs-correction”ah]”h]”uh#hh$hhhh%h&h'Kh(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒQRS correction”h'Kh(]”h8ŒQRS correction”…”}”’”}”(h%j  h>hùubah>híubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒbThis document describes how to perform inspection and correction of
automatic heartbeat detection.”h'Kh(]”h8ŒbThis document describes how to perform inspection and correction of
automatic heartbeat detection.”…”}”’”}”(h%j  h>j	  ubah>híubh)}”’”}”(h}”(h]”Œdescription”ah]”h
]”Œdescription”ah]”h]”uh#hh$hhhh%h&h'K	h(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒDescription”h'K	h(]”h8ŒDescription”…”}”’”}”(h%j-  h>j%  ubah>j  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Xb  Automatic heartbeat detection is commonly well performed in those
recordings with stable heart rhythms and QRS morphologies. In those
cases where these situations are not met, many problems arise and
automatic detection is not easy performed. This task provides a
graphical user interface (GUI) to ease verification, correction and even
manual detection.”h'Kh(]”h8Xb  Automatic heartbeat detection is commonly well performed in those
recordings with stable heart rhythms and QRS morphologies. In those
cases where these situations are not met, many problems arise and
automatic detection is not easy performed. This task provides a
graphical user interface (GUI) to ease verification, correction and even
manual detection.”…”}”’”}”(h%j=  h>j5  ubah>j  ubeh>híubh)}”’”}”(h}”(h]”Œinput arguments”ah]”h
]”Œinput-arguments”ah]”h]”uh#hh$hhhh%h&h'Kh(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒInput Arguments”h'Kh(]”h8ŒInput Arguments”…”}”’”}”(h%jY  h>jQ  ubah>jE  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒæThe properties that the ECGtask\_QRS\_corrector class handle are
described below. The usage of these properties is restricted to
low-level programming, you can use this task through the ECGwrapper as
is shown in the example below.”h'Kh(]”h8ŒäThe properties that the ECGtask_QRS_corrector class handle are
described below. The usage of these properties is restricted to
low-level programming, you can use this task through the ECGwrapper as
is shown in the example below.”…”}”’”}”(h%ŒæThe properties that the ECGtask\_QRS\_corrector class handle are
described below. The usage of these properties is restricted to
low-level programming, you can use this task through the ECGwrapper as
is shown in the example below.”h>ja  ubah>jE  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒY``progress_handle`` â€” Used to track the progress within your function. ``[] (default)``”h'Kh(]”(hp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``progress_handle``”h(]”h8Œprogress_handle”…”}”’”}”(h%h&h>j}  ubah>jr  ubh8Œ6 â€” Used to track the progress within your function. ”…”}”’”}”(h%Œ6 â€” Used to track the progress within your function. ”h>jr  ubhp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``[] (default)``”h(]”h8Œ[] (default)”…”}”’”}”(h%h&h>j“  ubah>jr  ubeh>jE  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h$hhhh%h&h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ‹progress\_handle, is a handle to a :doc:`progress\_bar <progress_bar>`
object, that can be used to track the progress within your function.”h'Kh(]”(h8Œ"progress_handle, is a handle to a ”…”}”’”}”(h%Œ#progress\_handle, is a handle to a ”h>j­  ubhZ)}”’”}”(h}”(h]”h`ˆh
]”h]”Œreftype”Œdoc”hehfh]”Œrefexplicit”ˆh]”Œ	refdomain”h&hkŒprogress_bar”uh#hYh$hh%Œ#:doc:`progress\_bar <progress_bar>`”h'Kh(]”hp)}”’”}”(h}”(h]”h]”h
]”h]”(hyjÅ  eh]”uh#hoh%jË  h(]”h8Œprogress_bar”…”}”’”}”(h%h&h>jÎ  ubah>j¾  ubah>j­  ubh8ŒE
object, that can be used to track the progress within your function.”…”}”’”}”(h%ŒE
object, that can be used to track the progress within your function.”h>j­  ubeh>j£  ubah>jE  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒJ``tmp_path`` â€” The path to store temporary data. ``tempdir() (default)``”h'K!h(]”(hp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``tmp_path``”h(]”h8Œtmp_path”…”}”’”}”(h%h&h>jî  ubah>jã  ubh8Œ' â€” The path to store temporary data. ”…”}”’”}”(h%Œ' â€” The path to store temporary data. ”h>jã  ubhp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``tempdir() (default)``”h(]”h8Œtempdir() (default)”…”}”’”}”(h%h&h>j  ubah>jã  ubeh>jE  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h$hhhh%h&h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ/Full path to a directory with write privileges.”h'K#h(]”h8Œ/Full path to a directory with write privileges.”…”}”’”}”(h%j&  h>j  ubah>j  ubah>jE  ubh Œtarget”“”)}”’”}”(h}”(h]”h
]”h]”h]”h]”Œrefid”Œpayload-prop”uh#j-  h$hhhh%Œ.. _payload_prop:”h'K%h(]”h>jE  ubhL)}”’”}”(Œexpect_referenced_by_name”}”Œpayload_prop”j0  sh}”(h]”jA  ah]”h
]”j9  ah]”h]”uh#hKŒexpect_referenced_by_id”}”j9  j0  sh$hhhh%Œj``payload`` â€” An arbitrary format variable to be passed to your user-defined algorithm. ``[] (default)``”h'K'h(]”(hp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``payload``”h(]”h8Œpayload”…”}”’”}”(h%h&h>jM  ubah>j=  ubh8ŒO â€” An arbitrary format variable to be passed to your user-defined algorithm. ”…”}”’”}”(h%ŒO â€” An arbitrary format variable to be passed to your user-defined algorithm. ”h>j=  ubhp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``[] (default)``”h(]”h8Œ[] (default)”…”}”’”}”(h%h&h>jc  ubah>j=  ubeh>jE  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h$hhhh%h&h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ^This propery is typically used to pass the automatic detection results. See the example below.”h'K)h(]”h8Œ^This propery is typically used to pass the automatic detection results. See the example below.”…”}”’”}”(h%j…  h>j}  ubah>js  ubah>jE  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œc``caller_variable`` â€” An arbitrary variable name in the caller workspace. ``'payload' (default)``”h'K+h(]”(hp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``caller_variable``”h(]”h8Œcaller_variable”…”}”’”}”(h%h&h>j˜  ubah>j  ubh8Œ9 â€” An arbitrary variable name in the caller workspace. ”…”}”’”}”(h%Œ9 â€” An arbitrary variable name in the caller workspace. ”h>j  ubhp)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hoh%Œ``'payload' (default)``”h(]”h8Œ'payload' (default)”…”}”’”}”(h%h&h>j®  ubah>j  ubeh>jE  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h$hhhh%h&h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒÑThis variable in the caller workspace, will be assigned after user-interaction ends. ECGtask\_QRS\_corrector uses 'payload' as default variable in
order to save the result of edition/verification with the GUI.”h'K-h(]”h8ŒÏThis variable in the caller workspace, will be assigned after user-interaction ends. ECGtask_QRS_corrector uses 'payload' as default variable in
order to save the result of edition/verification with the GUI.”…”}”’”}”(h%ŒÑThis variable in the caller workspace, will be assigned after user-interaction ends. ECGtask\_QRS\_corrector uses 'payload' as default variable in
order to save the result of edition/verification with the GUI.”h>jÈ  ubah>j¾  ubah>jE  ubeh>híubh)}”’”}”(h}”(h]”Œexamples”ah]”h
]”Œexamples”ah]”h]”uh#hh$hhhh%h&h'K1h(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒExamples”h'K1h(]”h8ŒExamples”…”}”’”}”(h%jí  h>jå  ubah>jÙ  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œ*Create the ECGtask\_QRS\_corrector object.”h'K3h(]”h8Œ(Create the ECGtask_QRS_corrector object.”…”}”’”}”(h%Œ*Create the ECGtask\_QRS\_corrector object.”h>jõ  ubah>jÙ  ubh Œliteral_block”“”)}”’”}”(h}”(h]”h
]”h]”Œcode”ah]”h]”Œ	xml:space”Œpreserve”uh#j  h$hhhh%X  ECGw.ECGtaskHandle = 'QRS_corrector';
% this is to use previous saved results as starting point, if any available
cached_filenames = ECG_all_wrappers(ii).GetCahchedFileName({'QRS_corrector' 'QRS_detection'});
ECGw.ECGtaskHandle.payload = load(cached_filenames{1});
ECGw.Run();”h'K<h(]”h8X  ECGw.ECGtaskHandle = 'QRS_corrector';
% this is to use previous saved results as starting point, if any available
cached_filenames = ECG_all_wrappers(ii).GetCahchedFileName({'QRS_corrector' 'QRS_detection'});
ECGw.ECGtaskHandle.payload = load(cached_filenames{1});
ECGw.Run();”…”}”’”}”(h%X  ECGw.ECGtaskHandle = 'QRS_corrector';
% this is to use previous saved results as starting point, if any available
cached_filenames = ECG_all_wrappers(ii).GetCahchedFileName({'QRS_corrector' 'QRS_detection'});
ECGw.ECGtaskHandle.payload = load(cached_filenames{1});
ECGw.Run();”h>j  ubah>jÙ  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒThen the following GUI appears”h'K=h(]”h8ŒThen the following GUI appears”…”}”’”}”(h%j$  h>j  ubah>jÙ  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œ|image4|”h'K?h(]”hÚ)}”’”}”(h}”(h]”h
]”h]”Œuri”hãhä}”hæhãsh]”h]”Œalt”hÒuh#hÙh$Nhhh%hêh'Nh(]”h>j,  ubah>jÙ  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œ3and the command window shows the following message:”h'KAh(]”h8Œ3and the command window shows the following message:”…”}”’”}”(h%jL  h>jD  ubah>jÙ  ubj  )}”’”}”(h}”(h]”h
]”h]”j  ah]”h]”j  j  uh#j  h$hhhh%ŒÏ#############################
# User interaction required #
#############################
This ECGtask allow user interaction. Press [CTRL + G] in figure 1 to save results and press F5 (Run) to continue.
K>>”h'KJh(]”h8ŒÏ#############################
# User interaction required #
#############################
This ECGtask allow user interaction. Press [CTRL + G] in figure 1 to save results and press F5 (Run) to continue.
K>>”…”}”’”}”(h%ŒÏ#############################
# User interaction required #
#############################
This ECGtask allow user interaction. Press [CTRL + G] in figure 1 to save results and press F5 (Run) to continue.
K>>”h>jT  ubah>jÙ  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%XÆ  see the videos in
`YouTube <https://www.youtube.com/watch?v=qgWjvsvafVg&list=PLlD2eDv5CIe9sA2atmnb-DX48FIRG46z7&index=3>`__
for a more detailed demo about things you can do with the GUI. The demo shows how to
add/remove heartbeats annotation, browse the detections through the whole recording and
cut/copy/paste heartbeat detections between different annotations. Other features not
described in this video were added in `this other <https://www.youtube.com/watch?v=qgWjvsvafVg&list=PLlD2eDv5CIe9sA2atmnb-DX48FIRG46z7&index=3>`__.
After edition/verification of the automatic delineation, press CTRL+G to save
results in the 'payload' variable of the caller workspace. Then press F5
to save the results to disk.”h'KKh(]”(h8Œsee the videos in
”…”}”’”}”(h%Œsee the videos in
”h>je  ubh Œ	reference”“”)}”’”}”(h}”(h]”h
]”h]”Œrefuri”Œ[https://www.youtube.com/watch?v=qgWjvsvafVg&list=PLlD2eDv5CIe9sA2atmnb-DX48FIRG46z7&index=3”h]”h]”Œname”ŒYouTube”uh#ju  h%Œi`YouTube <https://www.youtube.com/watch?v=qgWjvsvafVg&list=PLlD2eDv5CIe9sA2atmnb-DX48FIRG46z7&index=3>`__”h(]”h8ŒYouTube”…”}”’”}”(h%h&h>jx  ubah>je  ubh8X*  
for a more detailed demo about things you can do with the GUI. The demo shows how to
add/remove heartbeats annotation, browse the detections through the whole recording and
cut/copy/paste heartbeat detections between different annotations. Other features not
described in this video were added in ”…”}”’”}”(h%X*  
for a more detailed demo about things you can do with the GUI. The demo shows how to
add/remove heartbeats annotation, browse the detections through the whole recording and
cut/copy/paste heartbeat detections between different annotations. Other features not
described in this video were added in ”h>je  ubjv  )}”’”}”(h}”(h]”h
]”h]”j~  Œ[https://www.youtube.com/watch?v=qgWjvsvafVg&list=PLlD2eDv5CIe9sA2atmnb-DX48FIRG46z7&index=3”h]”h]”Œname”Œ
this other”uh#ju  h%Œl`this other <https://www.youtube.com/watch?v=qgWjvsvafVg&list=PLlD2eDv5CIe9sA2atmnb-DX48FIRG46z7&index=3>`__”h(]”h8Œ
this other”…”}”’”}”(h%h&h>j’  ubah>je  ubh8Œµ.
After edition/verification of the automatic delineation, press CTRL+G to save
results in the 'payload' variable of the caller workspace. Then press F5
to save the results to disk.”…”}”’”}”(h%Œµ.
After edition/verification of the automatic delineation, press CTRL+G to save
results in the 'payload' variable of the caller workspace. Then press F5
to save the results to disk.”h>je  ubeh>jÙ  ubeh>híubh)}”’”}”(h}”(h]”Œresults format”ah]”h
]”Œresults-format”ah]”h]”uh#hh$hhhh%h&h'KVh(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒResults format”h'KVh(]”h8ŒResults format”…”}”’”}”(h%j¿  h>j·  ubah>j«  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œ\The result file have the same format than :ref:`QRS detection task <QRS_det_result_format>`.”h'KXh(]”(h8Œ*The result file have the same format than ”…”}”’”}”(h%Œ*The result file have the same format than ”h>jÇ  ubhZ)}”’”}”(h}”(h]”h`ˆh
]”h]”Œreftype”Œref”hehfh]”Œrefexplicit”ˆh]”Œ	refdomain”Œstd”hkŒqrs_det_result_format”uh#hYh$hh%Œ1:ref:`QRS detection task <QRS_det_result_format>`”h'KXh(]”h Œinline”“”)}”’”}”(h}”(h]”h]”h
]”h]”(hyjä  Œstd-ref”eh]”uh#jè  h%jæ  h(]”h8ŒQRS detection task”…”}”’”}”(h%h&h>jë  ubah>jØ  ubah>jÇ  ubh8Œ.”…”}”’”}”(h%Œ.”h>jÇ  ubeh>j«  ubeh>híubh)}”’”}”(h}”(h]”Œ
more about”ah]”h
]”Œ
more-about”ah]”h]”uh#hh$hhhh%h&h'K\h(]”(h+)}”’”}”(h}”(h]”h]”h
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More About”h'K\h(]”h8Œ
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