€•m      Œdocutils.nodes”Œdocument”“”)}”’”}”(Œ
attributes”}”(Œbackrefs”]”Œids”]”Œclasses”]”Œsource”Œ>D:\Mariano\misc\ecg-kit\help\sphinx\source\plot_ecg_mosaic.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”K°Œchildren”]”(h Œtitle”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒSee Also”h'K°h(]”h ŒText”“”ŒSee Also”…”}”’”}”(h%h5Œparent”h-ubah>hubh Œblock_quote”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h$hhhh%h&h'Nh(]”h Œ	paragraph”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ&:doc:`Plot ECG strip <plot_ecg_strip>`”h'K²h(]”Œsphinx.addnodes”Œpending_xref”“”)}”’”}”(h}”(h]”Œrefwarn”ˆh
]”h]”Œreftype”Œdoc”Œrefdoc”Œplot_ecg_mosaic”h]”Œrefexplicit”ˆh]”Œ	refdomain”h&Œ	reftarget”Œplot_ecg_strip”uh#hYh$hh%hVh'K²h(]”h Œliteral”“”)}”’”}”(h}”(h]”h]”h
]”h]”(Œxref”hdeh]”uh#hnh%hVh(]”h8ŒPlot ECG strip”…”}”’”}”(h%h&h>hqubah>h\ubah>hNubah>hBubah>hubeh>h)}”’”}”(h}”(h]”Œplotting signal mosaics”ah]”h
]”Œplotting-signal-mosaics”ah]”h]”uh#hh$hhhh%h&h'Kh(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒPlotting signal mosaics”h'Kh(]”h8ŒPlotting signal mosaics”…”}”’”}”(h%h•h>hubah>hubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%X  Low level function to produce mosaic charts of signals and annotations.
This function plots several subplots in the same figure in order to do a
mosaic with the different leads available in ECG. Annotations can be
provided individually or for all the mosaics.”h'Kh(]”h8X  Low level function to produce mosaic charts of signals and annotations.
This function plots several subplots in the same figure in order to do a
mosaic with the different leads available in ECG. Annotations can be
provided individually or for all the mosaics.”…”}”’”}”(h%h¥h>hubah>hubh)}”’”}”(h}”(h]”Œ	prototype”ah]”h
]”Œ	prototype”ah]”h]”uh#hh$hhhh%h&h'Kh(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%Œ	Prototype”h'Kh(]”h8Œ	Prototype”…”}”’”}”(h%hÁh>h¹ubah>h­ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œ(The function prototype is the following.”h'Kh(]”h8Œ(The function prototype is the following.”…”}”’”}”(h%hÑh>hÉubah>h­ubh Œliteral_block”“”)}”’”}”(h}”(h]”h
]”h]”Œcode”ah]”h]”Œ	xml:space”Œpreserve”uh#hØh$hhhh%ŒK[ ECG_hdl axes_hdl fig_hdl all_yranges ] = plot_ecg_mosaic( ECG, varargin )”h'Kh(]”h8ŒK[ ECG_hdl axes_hdl fig_hdl all_yranges ] = plot_ecg_mosaic( ECG, varargin )”…”}”’”}”(h%hæh>hÛubah>h­ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒOThis function accepts as arguments the arg_name/arg_val method described below.”h'Kh(]”h8ŒOThis function accepts as arguments the arg_name/arg_val method described below.”…”}”’”}”(h%höh>hîubah>h­ubeh>hubh)}”’”}”(h}”(h]”Œ	arguments”ah]”h
]”Œ	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	Arguments”h'Kh(]”h8Œ	Arguments”…”}”’”}”(h%j  h>j
  ubah>hþubh Œbullet_list”“”)}”’”}”(h}”(h]”h
]”h]”h]”Œbullet”Œ-”h]”uh#j  h$hhhh%h&h'Kh(]”(h Œ	list_item”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%X  ECG: [numeric or cell] REQUIRED

 - [numeric]: signal matrix of dimension ``[sig_length sig_size repetitions_size]`` where:

       - sig_length: time length in samples

       - sig_size: number of ECG leads or number of signals.

       - repetitions_size: number of repetitions of the same
         signals. Typically used when time-synchronized events, like
         heartbeats.

 - [cell]: cell array of length repetitions_size, where each cell
   is (probably a time alligned event) a signal of dimension
   ``[sig_length sig_size]``
”h'Nh(]”(hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒECG: [numeric or cell] REQUIRED”h'Kh(]”h8ŒECG: [numeric or cell] REQUIRED”…”}”’”}”(h%j=  h>j5  ubah>j*  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h%h&h(]”j  )}”’”}”(h}”(h]”h
]”h]”h]”j#  j$  h]”uh#j  h%h&h(]”(j(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h%XL  [numeric]: signal matrix of dimension ``[sig_length sig_size repetitions_size]`` where:

    - sig_length: time length in samples

    - sig_size: number of ECG leads or number of signals.

    - repetitions_size: number of repetitions of the same
      signals. Typically used when time-synchronized events, like
      heartbeats.
”h(]”(hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒW[numeric]: signal matrix of dimension ``[sig_length sig_size repetitions_size]`` where:”h'Kh(]”(h8Œ&[numeric]: signal matrix of dimension ”…”}”’”}”(h%Œ&[numeric]: signal matrix of dimension ”h>jd  ubho)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hnh%Œ*``[sig_length sig_size repetitions_size]``”h(]”h8Œ&[sig_length sig_size repetitions_size]”…”}”’”}”(h%h&h>ju  ubah>jd  ubh8Œ where:”…”}”’”}”(h%Œ where:”h>jd  ubeh>jY  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h%h&h(]”j  )}”’”}”(h}”(h]”h
]”h]”h]”j#  j$  h]”uh#j  h%h&h(]”(j(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h%Œ#sig_length: time length in samples
”h(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ"sig_length: time length in samples”h'Kh(]”h8Œ"sig_length: time length in samples”…”}”’”}”(h%j²  h>jª  ubah>jŸ  ubah>j•  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h%Œ4sig_size: number of ECG leads or number of signals.
”h(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ3sig_size: number of ECG leads or number of signals.”h'Kh(]”h8Œ3sig_size: number of ECG leads or number of signals.”…”}”’”}”(h%jÍ  h>jÅ  ubah>jº  ubah>j•  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h%Œ|repetitions_size: number of repetitions of the same
signals. Typically used when time-synchronized events, like
heartbeats.
”h(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ{repetitions_size: number of repetitions of the same
signals. Typically used when time-synchronized events, like
heartbeats.”h'K!h(]”h8Œ{repetitions_size: number of repetitions of the same
signals. Typically used when time-synchronized events, like
heartbeats.”…”}”’”}”(h%jè  h>jà  ubah>jÕ  ubah>j•  ubeh>j‹  ubah>jY  ubeh>jO  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h%Œ“[cell]: cell array of length repetitions_size, where each cell
is (probably a time alligned event) a signal of dimension
``[sig_length sig_size]``
”h(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ’[cell]: cell array of length repetitions_size, where each cell
is (probably a time alligned event) a signal of dimension
``[sig_length sig_size]``”h'K%h(]”(h8Œy[cell]: cell array of length repetitions_size, where each cell
is (probably a time alligned event) a signal of dimension
”…”}”’”}”(h%Œy[cell]: cell array of length repetitions_size, where each cell
is (probably a time alligned event) a signal of dimension
”h>jû  ubho)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hnh%Œ``[sig_length sig_size]``”h(]”h8Œ[sig_length sig_size]”…”}”’”}”(h%h&h>j  ubah>jû  ubeh>jð  ubah>jO  ubeh>jE  ubah>j*  ubeh>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%Œ„QRS_locations: [numeric] OPTIONAL. Synchronization sample. In ECG context, this values are
the QRS fiducial point. ``[] (default)``
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒƒQRS_locations: [numeric] OPTIONAL. Synchronization sample. In ECG context, this values are
the QRS fiducial point. ``[] (default)``”h'K)h(]”(h8ŒsQRS_locations: [numeric] OPTIONAL. Synchronization sample. In ECG context, this values are
the QRS fiducial point. ”…”}”’”}”(h%ŒsQRS_locations: [numeric] OPTIONAL. Synchronization sample. In ECG context, this values are
the QRS fiducial point. ”h>j'  ubho)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hnh%Œ``[] (default)``”h(]”h8Œ[] (default)”…”}”’”}”(h%h&h>j8  ubah>j'  ubeh>j  ubah>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%ŒxWinSize: [numeric] OPTIONAL. Width of the window around each fiducial point provided in
QRS_locations. ``[] (default)``
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒwWinSize: [numeric] OPTIONAL. Width of the window around each fiducial point provided in
QRS_locations. ``[] (default)``”h'K,h(]”(h8ŒgWinSize: [numeric] OPTIONAL. Width of the window around each fiducial point provided in
QRS_locations. ”…”}”’”}”(h%ŒgWinSize: [numeric] OPTIONAL. Width of the window around each fiducial point provided in
QRS_locations. ”h>jS  ubho)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hnh%Œ``[] (default)``”h(]”h8Œ[] (default)”…”}”’”}”(h%h&h>jd  ubah>jS  ubeh>jH  ubah>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%ŒŽECG_header: [struct] OPTIONAL. Description of the ECG typically available in the
ECG_header as described :ref:`here<ECG_header_description>`.
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒECG_header: [struct] OPTIONAL. Description of the ECG typically available in the
ECG_header as described :ref:`here<ECG_header_description>`.”h'K/h(]”(h8ŒiECG_header: [struct] OPTIONAL. Description of the ECG typically available in the
ECG_header as described ”…”}”’”}”(h%ŒiECG_header: [struct] OPTIONAL. Description of the ECG typically available in the
ECG_header as described ”h>j  ubhZ)}”’”}”(h}”(h]”h`ˆh
]”h]”Œreftype”Œref”hehfh]”Œrefexplicit”ˆh]”Œ	refdomain”Œstd”hkŒecg_header_description”uh#hYh$hh%Œ#:ref:`here<ECG_header_description>`”h'K/h(]”h Œinline”“”)}”’”}”(h}”(h]”h]”h
]”h]”(hxjœ  Œstd-ref”eh]”uh#j   h%jž  h(]”h8Œhere”…”}”’”}”(h%h&h>j£  ubah>j  ubah>j  ubh8Œ.”…”}”’”}”(h%Œ.”h>j  ubeh>jt  ubah>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%XR  MaxECGrange: [numeric or string] OPTIONAL. Force a vertial range in order to ease visual
comparison of signals in the mosaic.

[string]

      'max': force the maximum range to be the range
                 for all mosaics.

  'min', 'mean', 'median': are also available options.

  'none': Each mosaic with a different range. (Default).
”h'Nh(]”(hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ}MaxECGrange: [numeric or string] OPTIONAL. Force a vertial range in order to ease visual
comparison of signals in the mosaic.”h'K2h(]”h8Œ}MaxECGrange: [numeric or string] OPTIONAL. Force a vertial range in order to ease visual
comparison of signals in the mosaic.”…”}”’”}”(h%jÌ  h>jÄ  ubah>j¹  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ[string]”h'K5h(]”h8Œ[string]”…”}”’”}”(h%jÜ  h>jÔ  ubah>j¹  ubh@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h%h&h(]”(h@)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h?h%h&h(]”h Œdefinition_list”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j÷  h%h&h(]”h Œdefinition_list_item”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j  h$hh%Œ@'max': force the maximum range to be the range
for all mosaics.
”h'K8h(]”(h Œterm”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j  h$hh%Œ.'max': force the maximum range to be the range”h'K8h(]”h8Œ.'max': force the maximum range to be the range”…”}”’”}”(h%j  h>j  ubah>j  ubh Œ
definition”“”)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j"  h%h&h(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œfor all mosaics.”h'K8h(]”h8Œfor all mosaics.”…”}”’”}”(h%j7  h>j/  ubah>j%  ubah>j  ubeh>jú  ubah>jî  ubah>jä  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ4'min', 'mean', 'median': are also available options.”h'K:h(]”h8Œ4'min', 'mean', 'median': are also available options.”…”}”’”}”(h%jG  h>j?  ubah>jä  ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ6'none': Each mosaic with a different range. (Default).”h'K<h(]”h8Œ6'none': Each mosaic with a different range. (Default).”…”}”’”}”(h%jW  h>jO  ubah>jä  ubeh>j¹  ubeh>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%ŒêRowsCols: [numeric] OPTIONAL. Number of rows and columns of the mosaic. If ommited or if
``rows * cols ~= ECG_header.nsig``, these values are automatically adapted to the best fit
mosaic in relation to the aspect ratio of the screen.
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒéRowsCols: [numeric] OPTIONAL. Number of rows and columns of the mosaic. If ommited or if
``rows * cols ~= ECG_header.nsig``, these values are automatically adapted to the best fit
mosaic in relation to the aspect ratio of the screen.”h'K>h(]”(h8ŒYRowsCols: [numeric] OPTIONAL. Number of rows and columns of the mosaic. If ommited or if
”…”}”’”}”(h%ŒYRowsCols: [numeric] OPTIONAL. Number of rows and columns of the mosaic. If ommited or if
”h>jj  ubho)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hnh%Œ"``rows * cols ~= ECG_header.nsig``”h(]”h8Œrows * cols ~= ECG_header.nsig”…”}”’”}”(h%h&h>j{  ubah>jj  ubh8Œn, these values are automatically adapted to the best fit
mosaic in relation to the aspect ratio of the screen.”…”}”’”}”(h%Œn, these values are automatically adapted to the best fit
mosaic in relation to the aspect ratio of the screen.”h>jj  ubeh>j_  ubah>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%ŒdFigureHdl: [figure handle] OPTIONAL. Choose the figure to be produced the mosaic. ``gcf (default)``
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒcFigureHdl: [figure handle] OPTIONAL. Choose the figure to be produced the mosaic. ``gcf (default)``”h'KBh(]”(h8ŒRFigureHdl: [figure handle] OPTIONAL. Choose the figure to be produced the mosaic. ”…”}”’”}”(h%ŒRFigureHdl: [figure handle] OPTIONAL. Choose the figure to be produced the mosaic. ”h>jœ  ubho)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hnh%Œ``gcf (default)``”h(]”h8Œgcf (default)”…”}”’”}”(h%h&h>j­  ubah>jœ  ubeh>j‘  ubah>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%ŒaECG_delineation: [struct] OPTIONAL. Annotation struct described :ref:`here<delineation_struct>`.
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ`ECG_delineation: [struct] OPTIONAL. Annotation struct described :ref:`here<delineation_struct>`.”h'KDh(]”(h8Œ@ECG_delineation: [struct] OPTIONAL. Annotation struct described ”…”}”’”}”(h%Œ@ECG_delineation: [struct] OPTIONAL. Annotation struct described ”h>jÈ  ubhZ)}”’”}”(h}”(h]”h`ˆh
]”h]”Œreftype”Œref”hehfh]”Œrefexplicit”ˆh]”Œ	refdomain”Œstd”hkŒdelineation_struct”uh#hYh$hh%Œ:ref:`here<delineation_struct>`”h'KDh(]”j¡  )}”’”}”(h}”(h]”h]”h
]”h]”(hxjå  Œstd-ref”eh]”uh#j   h%jç  h(]”h8Œhere”…”}”’”}”(h%h&h>jê  ubah>jÙ  ubah>jÈ  ubh8Œ.”…”}”’”}”(h%j·  h>jÈ  ubeh>j½  ubah>j  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%ŒÂECG_annotations: [cell] OPTIONAL. Annotations to be included in the mosaic. The function accepts 2
type of annotations: points and lines. An example below shows how to define both annotations.

”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%ŒÀECG_annotations: [cell] OPTIONAL. Annotations to be included in the mosaic. The function accepts 2
type of annotations: points and lines. An example below shows how to define both annotations.”h'KFh(]”h8ŒÀECG_annotations: [cell] OPTIONAL. Annotations to be included in the mosaic. The function accepts 2
type of annotations: points and lines. An example below shows how to define both annotations.”…”}”’”}”(h%j  h>j
  ubah>jÿ  ubah>j  ubeh>hþubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒOutput:”h'KJh(]”h8ŒOutput:”…”}”’”}”(h%j"  h>j  ubah>hþubj  )}”’”}”(h}”(h]”h
]”h]”h]”j#  j$  h]”uh#j  h$hhhh%h&h'KMh(]”(j(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%Œ(ECG_hdl: handle to the plotted signals.
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ'ECG_hdl: handle to the plotted signals.”h'KMh(]”h8Œ'ECG_hdl: handle to the plotted signals.”…”}”’”}”(h%jG  h>j?  ubah>j4  ubah>j*  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%Œaxes_hdl: handle to the axes.
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œaxes_hdl: handle to the axes.”h'KOh(]”h8Œaxes_hdl: handle to the axes.”…”}”’”}”(h%jb  h>jZ  ubah>jO  ubah>j*  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%Œfig_hdl: handle to fig.
”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œfig_hdl: handle to fig.”h'KQh(]”h8Œfig_hdl: handle to fig.”…”}”’”}”(h%j}  h>ju  ubah>jj  ubah>j*  ubj(  )}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#j'  h$hhhh%Œ6all_yranges: vertical ranges of the plotted signals.

”h'Nh(]”hL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hh%Œ4all_yranges: vertical ranges of the plotted signals.”h'KSh(]”h8Œ4all_yranges: vertical ranges of the plotted signals.”…”}”’”}”(h%j˜  h>j  ubah>j…  ubah>j*  ubeh>hþubeh>hubh)}”’”}”(h}”(h]”Œexample”ah]”h
]”Œexample”ah]”h]”uh#hh$hhhh%h&h'KWh(]”(h+)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#h*h$hhhh%ŒExample”h'KWh(]”h8ŒExample”…”}”’”}”(h%j´  h>j¬  ubah>j   ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%Œ<The following example shows some typical use of the function”h'KYh(]”h8Œ<The following example shows some typical use of the function”…”}”’”}”(h%jÄ  h>j¼  ubah>j   ubhÙ)}”’”}”(h}”(h]”h
]”h]”háah]”h]”hähåuh#hØh$hhhh%X£  win_size = 100;
sig_samp = 10000;
sig_size = 12;
event_size = 50;
x = 0.1*randn(sig_samp,sig_size);
event_locations = randsample(win_size:sig_samp-win_size, event_size);
x(event_locations-1,:) = x(event_locations-1,:) + 1;
x(event_locations+1,:) = x(event_locations+1,:) - 1;
x_packed = pack_signal(x, event_locations, win_size);

figure(1)
% estimation of the signal averaged event
plot_ecg_mosaic( mean(x_packed,3) );”h'Kkh(]”h8X£  win_size = 100;
sig_samp = 10000;
sig_size = 12;
event_size = 50;
x = 0.1*randn(sig_samp,sig_size);
event_locations = randsample(win_size:sig_samp-win_size, event_size);
x(event_locations-1,:) = x(event_locations-1,:) + 1;
x(event_locations+1,:) = x(event_locations+1,:) - 1;
x_packed = pack_signal(x, event_locations, win_size);

figure(1)
% estimation of the signal averaged event
plot_ecg_mosaic( mean(x_packed,3) );”…”}”’”}”(h%X£  win_size = 100;
sig_samp = 10000;
sig_size = 12;
event_size = 50;
x = 0.1*randn(sig_samp,sig_size);
event_locations = randsample(win_size:sig_samp-win_size, event_size);
x(event_locations-1,:) = x(event_locations-1,:) + 1;
x(event_locations+1,:) = x(event_locations+1,:) - 1;
x_packed = pack_signal(x, event_locations, win_size);

figure(1)
% estimation of the signal averaged event
plot_ecg_mosaic( mean(x_packed,3) );”h>jÌ  ubah>j   ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒHere ,,,”h'Klh(]”h8ŒHere ,,,”…”}”’”}”(h%jå  h>jÝ  ubah>j   ubh Œimage”“”)}”’”}”(h}”(h]”h
]”h]”Œuri”Œmosaic1.png”Œ
candidates”}”Œ*”jö  sh]”h]”uh#jì  h$hhhh%Œ.. image:: mosaic1.png
”h'Koh(]”h>j   ubhÙ)}”’”}”(h}”(h]”h
]”h]”háah]”h]”hähåuh#hØh$hhhh%Œ«figure(2)
% visualization of all events. In this case previous pack_signal call is
% not needed.
plot_ecg_mosaic(x, 'QRS_locations', event_locations, 'WinSize', win_size);”h'Kvh(]”h8Œ«figure(2)
% visualization of all events. In this case previous pack_signal call is
% not needed.
plot_ecg_mosaic(x, 'QRS_locations', event_locations, 'WinSize', win_size);”…”}”’”}”(h%Œ«figure(2)
% visualization of all events. In this case previous pack_signal call is
% not needed.
plot_ecg_mosaic(x, 'QRS_locations', event_locations, 'WinSize', win_size);”h>jÿ  ubah>j   ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒHere ,,,”h'Kwh(]”h8ŒHere ,,,”…”}”’”}”(h%j  h>j  ubah>j   ubjí  )}”’”}”(h}”(h]”h
]”h]”Œuri”Œmosaic2.png”j÷  }”jù  j'  sh]”h]”uh#jì  h$hhhh%Œ.. image:: mosaic2.png
”h'Kzh(]”h>j   ubhÙ)}”’”}”(h}”(h]”h
]”h]”háah]”h]”hähåuh#hØh$hhhh%X  figure(3)
% introducing several kind of marks to the plot

h_line = cell(sig_size,7);
h2_line = cell(sig_size,7);
v_line = cell(sig_size,7);
v2_line = cell(sig_size,7);
point = cell(sig_size,7);
a_line = cell(sig_size,7);

h_line(:,1) = {'line'};
h_line(:,2) = { [ { 'String'                     'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'horizontal line text'       '--'         1.5         'r'     'r'        } ]'};
h_line(1:sig_size, [6 7]) = num2cell( repmat(-0.5,sig_size,2) );

h2_line(:,1) = {'line'};
h2_line(:,2) = { [ { 'String'           'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'other h-line'      '--'         1.5         'm'     'm'        } ]'};
h2_line(1:sig_size, 4:7) = num2cell( [ repmat(60,sig_size,1) repmat(70,sig_size,1) repmat(0.5,sig_size,2) ] );

v_line(:,1) = {'line'};
v_line(:,2) = { [ { 'String'             'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'vertical line text' '--'         1.5         'g'     'g'        } ]'};
v_line(1:sig_size, [4 5]) = num2cell( repmat(20,sig_size,2) );

v2_line(:,1) = {'line'};
v2_line(:,2) = { [ { 'String'      'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'other v-line' '--'         1.5         'b'     'b'        } ]'};
v2_line(1:sig_size, 4:7) = num2cell( [ repmat(80,sig_size,2) repmat(-0.8,sig_size,1) repmat(-0.3,sig_size,1) ] );

point(:,1) = {'point'};
point(:,2) = { [ { 'String'    'Color'       'TextColor'   }; ...
                                 { 'one-point' [0.2 0.3 0.4] [0.2 0.3 0.4] } ]'};
point(1:sig_size,4) = num2cell( repmat(50,sig_size,1) );

a_line(:,1) = {'line'};
a_line(:,2) = { [ { 'String'    'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'line text' '--'         1.5         'k'     'k'        } ]'};
a_line(1:sig_size,4:7) = num2cell( [ repmat(30,sig_size,1) repmat(40,sig_size,1) repmat(0.5,sig_size,1) repmat(-0.5,sig_size,1) ] );

aux_anns = cat(3,h_line,v_line,h2_line,v2_line,point,a_line);

plot_ecg_mosaic(mean(x_packed,3), 'ECG_annotations', aux_anns );”h'K©h(]”h8X  figure(3)
% introducing several kind of marks to the plot

h_line = cell(sig_size,7);
h2_line = cell(sig_size,7);
v_line = cell(sig_size,7);
v2_line = cell(sig_size,7);
point = cell(sig_size,7);
a_line = cell(sig_size,7);

h_line(:,1) = {'line'};
h_line(:,2) = { [ { 'String'                     'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'horizontal line text'       '--'         1.5         'r'     'r'        } ]'};
h_line(1:sig_size, [6 7]) = num2cell( repmat(-0.5,sig_size,2) );

h2_line(:,1) = {'line'};
h2_line(:,2) = { [ { 'String'           'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'other h-line'      '--'         1.5         'm'     'm'        } ]'};
h2_line(1:sig_size, 4:7) = num2cell( [ repmat(60,sig_size,1) repmat(70,sig_size,1) repmat(0.5,sig_size,2) ] );

v_line(:,1) = {'line'};
v_line(:,2) = { [ { 'String'             'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'vertical line text' '--'         1.5         'g'     'g'        } ]'};
v_line(1:sig_size, [4 5]) = num2cell( repmat(20,sig_size,2) );

v2_line(:,1) = {'line'};
v2_line(:,2) = { [ { 'String'      'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'other v-line' '--'         1.5         'b'     'b'        } ]'};
v2_line(1:sig_size, 4:7) = num2cell( [ repmat(80,sig_size,2) repmat(-0.8,sig_size,1) repmat(-0.3,sig_size,1) ] );

point(:,1) = {'point'};
point(:,2) = { [ { 'String'    'Color'       'TextColor'   }; ...
                                 { 'one-point' [0.2 0.3 0.4] [0.2 0.3 0.4] } ]'};
point(1:sig_size,4) = num2cell( repmat(50,sig_size,1) );

a_line(:,1) = {'line'};
a_line(:,2) = { [ { 'String'    'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'line text' '--'         1.5         'k'     'k'        } ]'};
a_line(1:sig_size,4:7) = num2cell( [ repmat(30,sig_size,1) repmat(40,sig_size,1) repmat(0.5,sig_size,1) repmat(-0.5,sig_size,1) ] );

aux_anns = cat(3,h_line,v_line,h2_line,v2_line,point,a_line);

plot_ecg_mosaic(mean(x_packed,3), 'ECG_annotations', aux_anns );”…”}”’”}”(h%X  figure(3)
% introducing several kind of marks to the plot

h_line = cell(sig_size,7);
h2_line = cell(sig_size,7);
v_line = cell(sig_size,7);
v2_line = cell(sig_size,7);
point = cell(sig_size,7);
a_line = cell(sig_size,7);

h_line(:,1) = {'line'};
h_line(:,2) = { [ { 'String'                     'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'horizontal line text'       '--'         1.5         'r'     'r'        } ]'};
h_line(1:sig_size, [6 7]) = num2cell( repmat(-0.5,sig_size,2) );

h2_line(:,1) = {'line'};
h2_line(:,2) = { [ { 'String'           'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'other h-line'      '--'         1.5         'm'     'm'        } ]'};
h2_line(1:sig_size, 4:7) = num2cell( [ repmat(60,sig_size,1) repmat(70,sig_size,1) repmat(0.5,sig_size,2) ] );

v_line(:,1) = {'line'};
v_line(:,2) = { [ { 'String'             'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'vertical line text' '--'         1.5         'g'     'g'        } ]'};
v_line(1:sig_size, [4 5]) = num2cell( repmat(20,sig_size,2) );

v2_line(:,1) = {'line'};
v2_line(:,2) = { [ { 'String'      'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'other v-line' '--'         1.5         'b'     'b'        } ]'};
v2_line(1:sig_size, 4:7) = num2cell( [ repmat(80,sig_size,2) repmat(-0.8,sig_size,1) repmat(-0.3,sig_size,1) ] );

point(:,1) = {'point'};
point(:,2) = { [ { 'String'    'Color'       'TextColor'   }; ...
                                 { 'one-point' [0.2 0.3 0.4] [0.2 0.3 0.4] } ]'};
point(1:sig_size,4) = num2cell( repmat(50,sig_size,1) );

a_line(:,1) = {'line'};
a_line(:,2) = { [ { 'String'    'LineStyle' 'LineWidth' 'Color' 'TextColor' }; ...
                                  { 'line text' '--'         1.5         'k'     'k'        } ]'};
a_line(1:sig_size,4:7) = num2cell( [ repmat(30,sig_size,1) repmat(40,sig_size,1) repmat(0.5,sig_size,1) repmat(-0.5,sig_size,1) ] );

aux_anns = cat(3,h_line,v_line,h2_line,v2_line,point,a_line);

plot_ecg_mosaic(mean(x_packed,3), 'ECG_annotations', aux_anns );”h>j.  ubah>j   ubhL)}”’”}”(h}”(h]”h]”h
]”h]”h]”uh#hKh$hhhh%ŒHere ,,,”h'Kªh(]”h8ŒHere ,,,”…”}”’”}”(h%jG  h>j?  ubah>j   ubjí  )}”’”}”(h}”(h]”h
]”h]”Œuri”Œmosaic3.png”j÷  }”jù  jV  sh]”h]”uh#jì  h$hhhh%Œ.. image:: mosaic3.png

”h'K®h(]”h>j   ubeh>hubheh>hububhˆhj§  j   h´h­j  hþuŒautofootnote_refs”]”Œcurrent_source”NŒrefnames”}”Œid_start”KŒtransform_messages”]”Œsettings”Œdocutils.frontend”ŒValues”“”)}”’”}”(Œpep_base_url”Œ https://www.python.org/dev/peps/”Œembed_stylesheet”‰Œexpose_internals”NŒinput_encoding_error_handler”Œstrict”Œdebug”NŒstrip_comments”NŒ_disable_config”NŒpep_references”NŒsource_link”NŒfootnote_backlinks”KŒrfc_references”NŒsyntax_highlight”Œlong”Œstrict_visitor”NŒfile_insertion_enabled”ˆŒ_config_files”]”Œinput_encoding”Œ	utf-8-sig”Œlanguage_code”Œen”Œdump_internals”NŒ_source”hŒwarning_stream”NŒoutput_encoding_error_handler”jp  Œstrip_classes”NŒ	datestamp”NŒraw_enabled”KŒ	generator”NŒrecord_dependencies”NŒsectnum_xform”KŒgettext_compact”ˆŒcloak_email_addresses”ˆŒsmart_quotes”‰Œrfc_base_url”Œhttps://tools.ietf.org/html/”Œdocinfo_xform”KŒerror_encoding_error_handler”Œbackslashreplace”Œpep_file_url_template”Œpep-%04d”Œerror_encoding”Œcp850”Œconfig”NŒ
halt_level”KŒdump_settings”NŒdump_transforms”NŒ_destination”NŒauto_id_prefix”Œid”Œtoc_backlinks”Œentry”Œsectsubtitle_xform”‰Œ	id_prefix”h&Œoutput_encoding”Œutf-8”Œ	tab_width”KŒtrim_footnote_reference_space”‰Œexit_status_level”KŒstrip_elements_with_classes”NŒ
source_url”Nh*NŒ	traceback”ˆŒdump_pseudo_xml”NŒreport_level”KŒdoctitle_xform”‰Œenv”NubŒfootnote_refs”}”Œsubstitution_names”}”Œ	nametypes”}”(h…NhNj¤  Nh±Nj  NuŒsymbol_footnote_refs”]”Œcurrent_line”NŒindirect_targets”]”hhŒsubstitution_defs”}”Œnameids”}”(h…hˆhhj¤  j§  h±h´j  j  uŒsymbol_footnotes”]”h#hŒparse_messages”]”Œrefids”}”Œreporter”Nh%h&Œsymbol_footnote_start”K Œtransformer”NŒ	footnotes”]”Œcitation_refs”}”Œ	citations”]”Œautofootnotes”]”Œautofootnote_start”KŒ
decoration”Nh(]”haub.