OwlCyberSecurity - MANAGER
Edit File: _layoutbox.cpython-38.pyc
U ��]�^ � @ s$ d Z ddlZddlZddlZddlZe�e�Z dd� Z G dd� de �Z d7dd �Z d8d d �Zd9d d �Zd:dd�Zd;dd�Zd<dd�Zd=dd�Zd>dd�Zd?dd�Zd@d d �ZdAd d �ZdBd d!�ZdCd"d#�ZdDd$d%�ZdEd&d'�ZdFd(d)�Z e� � a d*d+� Z d,d-� Z d.d/� Z!d0d1� Z"d2d3� Z#dGd5d6�Z$dS )HaX Conventions: "constrain_x" means to constrain the variable with either another kiwisolver variable, or a float. i.e. `constrain_width(0.2)` will set a constraint that the width has to be 0.2 and this constraint is permanent - i.e. it will not be removed if it becomes obsolete. "edit_x" means to set x to a value (just a float), and that this value can change. So `edit_width(0.2)` will set width to be 0.2, but `edit_width(0.3)` will allow it to change to 0.3 later. Note that these values are still just "suggestions" in `kiwisolver` parlance, and could be over-ridden by other constrains. � Nc C sV | j r| j }nD| j}|r,t|d�r,|�� }n&t�d� ddlm} || �}|�� }|S )N� get_rendererz1constrained_layout : falling back to Agg rendererr )�FigureCanvasAgg)Z_cachedRenderer�canvas�hasattrr �_log�infoZ matplotlib.backends.backend_aggr )�figZrendererr r � r �7/usr/lib/python3/dist-packages/matplotlib/_layoutbox.pyr s r c @ sT e Zd ZdZdPdd�Zd d � Zd d � Zd d� Zdd� Zdd� Z dd� Z dd� Z dd� Z dQdd�Z dRd d �ZdSd d �Zd d!� ZdTd"d#�Zd$d%� ZdUd&d'�Zd(d)� ZdVd*d+�Zd,d-� Zd.d/� Zd0d1� ZdWd2d3�ZdXd4d5�ZdYd6d7�ZdZd8d9�Z d[d:d;�Z d\d<d=�Z d]d>d?�Z d^d@dA�Z d_dBdC�Z!d`dDdE�Z"dFdG� Z#dHdI� Z$dJdK� Z%dadLdM�Z&dNdO� Z'dS )b� LayoutBoxzD Basic rectangle representation using kiwi solver variables N� F�r r �� r c C s t j} || _|| _| jd } |d kr6t �� | _d| _n|j| _d | _|�| � || _|| _ | | _ | t | d ��| _ | t | d ��| _ | t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _| t | d ��| _ | t | d ��| _ | t | d ��| _ | t | d ��| _ |\}}|\}}|| _ || _!| �"� g | _#d | _$| j �r| �%� | | _&| | _'d S )N�_r �top�bottom�left�right�width�height�h_center�v_center� min_width� min_height� pref_width� pref_height� left_margin� right_margin� bottom_margin� top_margin�left_margin_min�right_margin_min�bottom_margin_min�top_margin_min)(�kiwi�Variable�parent�nameZSolver�solverZconstrained_layout_called� add_child�artist�pos�subplot�strr r r r r r r r r r r r r r r r r! r" r# r$ � tightheight� tightwidth�add_constraints�childrenZ subplotspec�constrain_margins�h_pad�w_pad)�selfr' r( r0 r/ r+ Z lower_leftZ upper_rightr, r- r4 r5 r& Zsnr r r r r r r �__init__3 sX zLayoutBox.__init__c C s� | j }|�| j�s.|�| jd� |�| jd� | j| j| jj k}| j �|dB � | j| jk}| j �|dB � |�| j �s�|�| j d� |�| j d� | j | jj | j k}| j �|dB � | j | j k}| j �|dB � |�| j �s�|�| j d� |�| j d� | j | j| jj k}| j �|dB � | j | j k}| j �|dB � |�| j��sh|�| jd� |�| jd� | j| jj| j k}| j �|dB � | j| jk}| j �|dB � dS )a� Only do this for pos. This sets a variable distance margin between the position of the axes and the outer edge of the axes. Margins are variable because they change with the figure size. Margin minimums are set to make room for axes decorations. However, the margins can be larger if we are mathicng the position size to other axes. �strongg-C ��6?�requiredN)r) �hasEditVariabler! �addEditVariable� suggestValuer r r' � addConstraintr" r r r# r r r$ r r )r6 �sol�cr r r r3 r s: zLayoutBox.constrain_marginsc C s | j |g7 _ d S �N)r2 �r6 �childr r r r* � s zLayoutBox.add_childc C s4 z| j �|� W n tk r. t�d� Y nX d S )Nz3Tried to remove child that doesn't belong to parent)r2 �remove� ValueErrorr r rA r r r � remove_child� s zLayoutBox.remove_childc C sJ | j }| j| jfD ] }|�|d� |�|d� q| �� | jrF| �� d S )Ng e��A� )r) r r r; r< �hard_constraintsr' �parent_constrain)r6 r> �ir r r r1 � s zLayoutBox.add_constraintsc C sP | j }| j|jk| j|jk| j|jk| j|jkg}|D ]}| j�|dB � q6d S )Nr9 )r' r r r r r) r= )r6 r' �hcr? r r r rH � s �zLayoutBox.parent_constrainc C s~ | j | j| j k| j| j| j k| j| j| j d k| j| j| j d k| j | jk| j| j kg}|D ]}| j � |dB � qdd S )Ng �?r9 ) r r r r r r r r r r r) r= )r6 rJ r? r r r rG � s �zLayoutBox.hard_constraintsc C s� | j }| jrd}nd}| j|k}|D ]}|�|dB � q$| jrDd}nd}| j|k}|D ]}|�|dB � qV| j|k| j|kg}|D ]}|�|dB � q�d S )NrF g 4@r9 i�I )r) r0 r r= r/ r r r )r6 r> Zsuggestr? rI r r r �soft_constraints� s$ �zLayoutBox.soft_constraintsc C s || _ | �� dS )z8 replace the parent of this with the new parent N)r' rH )r6 r' r r r � set_parent� s zLayoutBox.set_parentr8 c C sB | j |k| j|k| j|k| j|kg}|D ]}| j�||B � q(d S r@ �r r r r r) r= )r6 r r r r �strengthrJ r? r r r �constrain_geometry� s �z LayoutBox.constrain_geometryc C sJ | j |j k| j|jk| j|jk| j|jkg}|D ]}| j�||B � q0dS )zJ Make the layoutbox have same position as other layoutbox NrM )r6 �otherrN rJ r? r r r �constrain_same� s �zLayoutBox.constrain_samec C s& | j | jj | k}| j�||B � d S r@ )r r' r) r= �r6 �marginrN r? r r r �constrain_left_margin� s z LayoutBox.constrain_left_marginc C s | j �| j|� d S r@ )r) r< r! �r6 rS r r r �edit_left_margin_min� s z LayoutBox.edit_left_margin_minc C s& | j | jj | k}| j�||B � d S r@ )r r' r) r= rR r r r �constrain_right_margin s z LayoutBox.constrain_right_marginc C s | j �| j|� d S r@ )r) r< r" rU r r r �edit_right_margin_min s z LayoutBox.edit_right_margin_minc C s& | j | jj | k}| j�||B � d S r@ )r r' r) r= rR r r r �constrain_bottom_margin s z!LayoutBox.constrain_bottom_marginc C s | j �| j|� d S r@ )r) r< r# rU r r r �edit_bottom_margin_min s z LayoutBox.edit_bottom_margin_minc C s& | j | jj | k}| j�||B � d S r@ )r r' r) r= rR r r r �constrain_top_margin s z LayoutBox.constrain_top_marginc C s | j �| j|� d S r@ )r) r< r$ rU r r r �edit_top_margin_min s z LayoutBox.edit_top_margin_minc C s$ | j �� | j�� | j�� | j�� fS r@ )r �valuer r r �r6 r r r �get_rect s �zLayoutBox.get_rectc C s | j �� dS )zo Update *all* the variables that are part of the solver this LayoutBox is created with N)r) ZupdateVariablesr^ r r r �update_variables s zLayoutBox.update_variablesc C s< | j }| jfD ]}|�|�s|�||� q|�| j|� dS )z� Set the height of the layout box. This is done as an editable variable so that the value can change due to resizing. N)r) r r: r; r< )r6 r rN r> rI r r r � edit_height" s zLayoutBox.edit_heightc C s | j |k}| j�||B � dS )zr Constrain the height of the layout box. height is either a float or a layoutbox.height. N�r r) r= �r6 r rN r? r r r �constrain_height/ s zLayoutBox.constrain_heightc C s | j |k}| j�||B � d S r@ rb rc r r r �constrain_height_min7 s z LayoutBox.constrain_height_minc C s< | j }| jfD ]}|�|�s|�||� q|�| j|� d S r@ )r) r r: r; r< )r6 r rN r> rI r r r � edit_width; s zLayoutBox.edit_widthc C s | j |k}| j�||B � dS )zq Constrain the width of the layout box. `width` is either a float or a layoutbox.width. N�r r) r= �r6 r rN r? r r r �constrain_widthB s zLayoutBox.constrain_widthc C s | j |k}| j�||B � d S r@ rg rh r r r �constrain_width_minJ s z LayoutBox.constrain_width_minc C s | j |k}| j�||B � d S r@ )r r) r= )r6 r rN r? r r r �constrain_leftN s zLayoutBox.constrain_leftc C s | j |k}| j�||B � d S r@ )r r) r= )r6 r rN r? r r r �constrain_bottomR s zLayoutBox.constrain_bottomc C s | j |k}| j�||B � d S r@ )r r) r= )r6 r rN r? r r r �constrain_rightV s zLayoutBox.constrain_rightc C s | j |k}| j�||B � d S r@ )r r) r= )r6 r rN r? r r r � constrain_topZ s zLayoutBox.constrain_topc C s | j �d�d }|dd� dkS )z] Helper to check if this layoutbox is the layoutbox of a subplotspec �.���N� Zss�r( �split�r6 r( r r r �_is_subplotspec_layoutbox^ s z#LayoutBox._is_subplotspec_layoutboxc C s | j �d�d }|dd� dkS )zZ Helper to check if this layoutbox is the layoutbox of a gridspec ro rp N� Zgridspecrr rt r r r �_is_gridspec_layoutboxf s z LayoutBox._is_gridspec_layoutboxc C s. | j r| g}ng }| jD ]}||�� 7 }q|S )z� Find children of this layout box that are subplots. We want to line poss up, and this is an easy way to find them all. )r- r2 �find_child_subplots)r6 ZsubplotsrB r r r rx n s z LayoutBox.find_child_subplotsc , s� t | |||d�}|�� }|�� \}}| j} d�d} d} d�| � } �| } d}d}| |||d }|| }|jdk r�|| �tt|j�����fdd�|jD �}n |g| }dg|g|d }tj� t� t t ||����� | |||d }|| }|j dk �r6|| �tt|j �����fd d�|j D �}n |g| }dg|g|d }tj� t� t t ||������ �fd d�t|�D �}� �fd d�t|�D �}��fd d�t|�D �}��fd d�t|�D �}t|j|�\} } || } || } || } || }!|jdk �rdt|j|�\}"}#||" }$||" }%||# }&||# }'t| |$�} t| |&�} t| |%�} t|!|'�}!|!| }(| | })| j} | j| j| j| k| j| j| j| k| j| j|( k| j| j|) kg}*|*D ]}+| j�|+dB � �q�|S )a� Make a layout box from a subplotspec. The layout box is constrained to be a fraction of the width/height of the parent, and be a fraction of the parent width/height from the left/bottom of the parent. Therefore the parent can move around and the layout for the subplot spec should move with it. The parent is *usually* the gridspec that made the subplotspec.?? )r' r( r+ r, rF � �?r Nc s g | ]}� | � �qS r r ��.0�r)� netHeight�trr r � <listcomp>� s z5LayoutBox.layout_from_subplotspec.<locals>.<listcomp>r c s g | ]}� | � �qS r r rz )�netWidthr~ r r r � s c s g | ]}�� d | �qS �rq r �r{ �rowNum��cellHsr r r r � s c s g | ]}�� d | d �qS �rq r r r� r� r r r � s c s g | ]}�� d | �qS r� r �r{ �colNum��cellWsr r r r � s c s g | ]}�� d | d �qS r� r r� r� r r r � s r9 )r Z get_gridspecZ get_geometryr' Z_row_height_ratios�float�sum�np�add� accumulateZravel�list�zipZ_col_width_ratios�range�divmodZnum1Znum2�min�maxr r r r r) r= ),r6 Zsubspecr( r+ r, �lbZgsZnrowsZncolsr' r r ZtotWidthZ totHeightZhspaceZwspaceZcellHZsepHZ cellHeightsZ sepHeightsZcellWZsepWZ cellWidthsZ sepWidthsZfigTopsZ figBottomsZfigLeftsZ figRightsr� r� Z figBottomZfigTopZfigLeftZfigRightZrowNum2ZcolNum2Z figBottom2ZfigTop2ZfigLeft2Z figRight2r r Zcsr? r )r� r� r r} r� r r~ r �layout_from_subplotspec{ s| � �z!LayoutBox.layout_from_subplotspecc C s0 | j | j�� | j�� | j�� | j�� f}d| S )NzILayoutBox: %25s, (left: %1.3f) (bot: %1.3f) (right: %1.3f) (top: %1.3f) )r( r r] r r r )r6 �argsr r r �__repr__� s ��zLayoutBox.__repr__) Nr FFNr r FFNN)r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r8 )r NF)(�__name__� __module__� __qualname__�__doc__r7 r3 r* rE r1 rH rG rK rL rO rQ rT rV rW rX rY rZ r[ r\ r_ r` ra rd re rf ri rj rk rl rm rn ru rw rx r� r� r r r r r . sb � ?0 � _r r8 c C sH t dt| ��D ]4}| |d j| | | jk}| | j�||B � qdS )zb Stack LayoutBox instances from left to right. `padding` is in figure-relative units. r N�r� �lenr r r) r= ��boxes�paddingrN rI r? r r r �hstack� s r� c C sH t dt| ��D ]4}| |d j| | | jk}| | j�||B � qdS )z7 Stack LayoutBox instances from left to right. r Nr� r� r r r �hpack� s r� c C sH t dt| ��D ]4}| |d j| | | jk}| | j�||B � qdS ��6 Stack LayoutBox instances from top to bottom r N�r� r� r r r) r= r� r r r �vstack� s r� c C sH t dt| ��D ]4}| |d j| | | jk}| | j�||B � qdS r� r� r� r r r �vpack s r� �mediumc C sn |dkrt �t| ��}tdt| ��D ]D}| |d j| | j||d || k}| | j�||B � q$dS �r� Nr )r� �onesr� r� r r) r= )r� � height_ratiosrN rI r? r r r � match_heights s �r� c C sn |dkrt �t| ��}tdt| ��D ]D}| |d j| | j||d || k}| | j�||B � q$dS r� )r� r� r� r� r r) r= )r� � width_ratiosrN rI r? r r r � match_widths s �r� c C s t | |d� t| |d� d S )N�r� )r� )r� r� )r� r� r� r r r �vstackeq% s r� c C s t | |d� t| |d� d S )Nr� )r� )r� r� )r� r� r� r r r �hstackeq* s r� c C sF g }| dd � D ]0}t | d |�t ||�k}| d j�||B � qd S )Nr r )�getattrr) r= )r� �attrrN Zcons�boxr r r �align/ s r� r c C sv | d }|}t |�D ] }|j}q| dd � D ]D}|}t |�D ] }|j}q<|j|j |j|j k}|j�|dB � q,d S �Nr r r8 )r� r' r r) r= �r� �levelsZbox0Ztop0�nr� Ztopbr? r r r �match_top_margins6 s r� c C sv | d }|}t |�D ] }|j}q| dd � D ]D}|}t |�D ] }|j}q<|j|j |j|j k}|j�|dB � q,d S r� )r� r' r r) r= r� r r r �match_bottom_marginsC s r� c C sv | d }|}t |�D ] }|j}q| dd � D ]D}|}t |�D ] }|j}q<|j|j |j|j k}|j�|dB � q,d S r� )r� r' r r) r= r� r r r �match_left_marginsP s r� c C sv | d }|}t |�D ] }|j}q| dd � D ]D}|}t |�D ] }|j}q<|j|j |j|j k}|j�|dB � q,d S r� )r� r' r r) r= r� r r r �match_right_margins] s r� c C s t | |d� t| |d� d S �N)r� )r� r� �r� r� r r r �match_width_marginsj s r� c C s t | |d� t| |d� d S r� )r� r� r� r r r �match_height_marginso s r� c C s t | |d� t| |d� d S r� )r� r� r� r r r � match_marginst s r� c C s dt t� S )zA Generate a short sequential id for layoutbox objects... z%06d)�next�_layoutboxobjnumr r r r �seq_id| s r� c C s t | � | jD ] }t|� qdS )z- Print the children of the layoutbox N)�printr2 �print_children�r� rB r r r r� � s r� c C s4 | dk r0| j dkr&| j�� t| � n t| j � dS )z] Make all elements in this tree none... This signals not to do any more layout. N)r' r) �reset� nonechildren�nonetree�r� r r r r� � s r� c C s$ | j D ] }t|� qd | j_d } d S r@ )r2 r� r+ Z _layoutboxr� r r r r� � s r� c C s: | j dkr,td� td� t| � td� n t| j � dS )z' Print the tree of layoutboxes NzLayoutBox Tree z============== � )r' r� r� � print_treer� r r r r� � s r� Tc C s| ddl }ddlm} t| |jj�rb| �ddddg�}|�ddddg� |�d� | � | j � � � n| }ddl m } |jd �� d }|r�td |� |jD ]�} |r�t| � |�|j| j�� | j�� f| j�� | j�� d d || d �� |dk�rb| j�d �d } |d dk�r6|j| j�� | j�� | d| || d� n,|j| j �� | j �� | ddd| || d� t || |d |d� q�dS )z1 Simple plotting to show where boxes are r NrF ry gffffff�?g333333�?zaxes.prop_cycle�colorzLevel:Znoneg�������?)ZfcZalphaZecro rp rq � )�sizer� r r )ZhaZvar� r� r )�level�printit) � matplotlibZmatplotlib.pyplotZpyplot� isinstanceZfigureZFigureZadd_axesZ set_facecolorZ set_alphaZdrawr r Zmatplotlib.patches�patchesZrcParamsZby_keyr� r2 Z add_patchZ Rectangler r] r r r r( rs �textr r � plot_children) r r� r� r� r� ZpltZaxr� ZcolorsrB r( r r r r� � sN �� � �r� )r r8 )r r8 )r r8 )r r8 )Nr� )Nr� )r N)r N)r8 )r )r )r )r )r )r )r )r T)%r� � itertoolsZ kiwisolverr% ZloggingZnumpyr� Z getLoggerr� r r �objectr r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� �countr� r� r� r� r� r� r� r r r r �<module> sB 7