U
    R/Bf                     @   sz   d dl Zd dlmZ d dlT d dlT d dlZd dlZd dl	m
Z
 dd Zdd Zd	d
 Zdd Zdd Zedkrve  dS )    N)	euclidean)*)argvc                 C   s@   t dt| D ],}| |d  d }| | d }||kstqdS )zS
    Checks that the root points are sorted in ascending order by y-coordinate
       N)rangelenAssertionError)root_pointsiZy0Zy1 r   w/home/dh_an3skk/arjun-chandrasekhar-teaching.com/tomato/backend/backend_plant_architecture/read_arbor_reconstruction.pycheck_root_points
   s    r   c           
      C   s   |D ]}|  |sttd}d}|d }d}|D ]4}t| ||rLd} qht||}	|	|k r2|	}|}q2|rnq|dkszt|  |st| j| d dkst| ||rt| || || | | d< qdS )	aW  
    Method for connecting the start of each lateral root to the closest main root point.


    G - the network consisting of disconnected main and lateral roots

    root_points - the (x, y) coordinates for the points on the main root tracing

    lateral_starts - the (x, y) coordinates for the points at the start of every lateral root
    infNr   FTlabel)	main rootmain root baselength)	has_noder   floatnxZhas_pathr   nodesZhas_edgeadd_edge)
Gr	   lateral_startsZlateral_startZclosest_distZclosest_pointZ	y_lateralZis_connectedZ
root_pointdistr   r   r   connect_lateral_roots   s,    
r   c              	   C   sh  t  }| d|jd< d}d}g }g }td|t | f }|D ]}|d}|d}t|dkrt|d }d}qBtt	t
|}	|dkr||	s||	 |d	kr||	 n,||	krqB|||	 t||	|| |	 d
< |d	krd	|j|	 d< ||	 nd|j|	 d< |	}qBW 5 Q R X |d }
d|j|
 d< |
|jd< t||| t| t |sdt|S )z
    Read the arbor reconstruction corresponding to a full arbor tracing. First, this
    method individually reconstructs the main root and lateral roots separately. Afterwards,
    each lateral root is connected to the closest main root point
    .csv
arbor nameN%s/%s
,r   r   r   r   r   zlateral rootr   )r   GraphstripgraphopenRECONSTRUCTIONS_DIRsplitr   tuplemapr   r   add_nodeappendr   r   r   r   Zrelabel_lateral_root_tipsZis_treer   )fname
pathPrefixr   Z
prev_pointZ	curr_rootr	   r   flineZpointZmain_root_baser   r   r   read_arbor_fullM   sF    





r/   c                 C   s   t jd|t | f dd}|d }|d }|d }|d }t }| d|jd	< t||||D ]\}}	}
}|	|
f}d
|f}|d
kr|| d|j	| d< ||jd< q`|dkr`|
|| d|j	| d< d|j	| d< t|||| | d< q`t| |S )Nr   T)skipinitialspacez
root orderzx coordinatezy coordinatezinsertion pointr   r   r   r   r   r   zlateral root tipr   r   )pdread_csvr%   r   r!   r"   r#   zipr)   r   r   r   Zconnect_main_root)r+   r,   dfZ
root_orderZx_coordZy_coordZinsertion_pointr   orderxyZ	insertionp1p2r   r   r   read_arbor_condensed   s*    
r:   c                  C   sL   t ttd  d t D ],} ttdkrtd | krt|  t| }qd S )Nr   /)oslistdir	BASE_PATHr   r%   r   printr/   )arborr   r   r   r   main   s    rA   __main__)Znetworkxr   Zscipy.spatial.distancer   utilsnew_constantsr<   pandasr1   sysr   r   r   r/   r:   rA   __name__r   r   r   r   <module>   s   	:B