readme.md

Skeleton Bone Viewer

This is a small script that will graph out the tree structure showing how bones in a model are ordered, showing children. I found it useful for finding a bug in how my bones were ordered.

Installation

You must have the following things installed

• Python 3
• The Pyvis library (can be installed with pip install pyvis)

Usage

1. Copy the skeletonBones[] array across to the bonesRaw variable array. Comments / preprocessor commands etc. aren't allowed, it just has to be basic strings. The skeleton for the apache mod is there as an example.
2. Run the program, the graph should have popped up in the browser and if not it is in the autogenerated file out.html

bonegraph.py

import pyvis

bonesRaw = ["velka vrtule","","blade1", "velka vrtule", "blade1_rise1","blade1", "velka vrtule", "blade1","blade1_rise2","blade1","blade1_rise3","blade1","blade1_rise4","blade1","blade1_rise5","blade1","blade2","velka vrtule","blade2_rise1","blade2","blade2_rise2","blade2","blade2_rise3","blade2","blade2_rise4","blade2","blade2_rise5","blade2","blade3","velka vrtule","blade3_rise1","blade3","blade3_rise2","blade3","blade3_rise3","blade3","blade3_rise4","blade3","blade3_rise5","blade3","blade4","velka vrtule","blade4_rise1","blade4","blade4_rise2","blade4","blade4_rise3","blade4","blade4_rise4","blade4","blade4_rise5","blade4","swashplate_up","","swup_arm1","swashplate_up","swup_arm2","velka vrtule","swup_arm3","swashplate_up","swup_arm4","velka vrtule","swashplate_dn","","mr_act","","skin_fcr","","longbow","skin_fcr","mala vrtule","","tr_blade1","mala vrtule","tr_blade2","mala vrtule","tr_blade3","mala vrtule","tr_blade4","mala vrtule","tr_swashplate","mala vrtule","otocvez","","otochlaven","otocvez","gun_rec","otochlaven","pylon_pivot_1","","pylon_pivot_2","","pylon_pivot_3","","pylon_pivot_4","","tads_tur","","tads","tads_tur","pnvs","","pnvs_vert","pnvs","maingear","","mg_piston","","twsus","","tw_castor","twsus","tailwheel","tw_castor","hstab","","mainwheels","maingear","pdoor","","gdoor","","l_ads","","r_ads","","plt_compass_1","","plt_horizon_1","","plt_horbank_1","","plt_spd_1","","plt_baroalt_1","","plt_baroalt_tens","","plt_baroalt_huns","","plt_baroalt_thsn","","plt_baroalt_tths","","plt_rtrbrake","","plt_anticollision","","plt_firesw","","cpg_firesw","","plt_eng1_start","","plt_eng2_start","","plt_eng1_throttle","","plt_eng2_throttle","","mpd_pl_obj1","","mpd_pl_obj2","","mpd_pl_obj3","","mpd_pl_obj4","","mpd_pl_obj5","","mpd_pl_obj6","","mpd_pl_obj7","","mpd_pl_obj8","","mpd_pl_obj9","","mpd_pl_obj10","","mpd_pl_obj11","","mpd_pl_obj12","","mpd_pl_obj13","","mpd_pl_obj14","","mpd_pl_obj15","","mpd_pl_obj16","","mpd_pl_obj17","","mpd_pl_obj18","","mpd_pl_obj19","","mpd_pl_obj20","","mpd_pl_obj21","","mpd_pl_obj22","","mpd_pl_obj23","","mpd_pl_obj24","","mpd_pl_obj25","","mpd_pl_obj26","","mpd_pl_obj27","","mpd_pl_obj28","","mpd_pl_obj29","","mpd_pl_obj30","","mpd_pl_obj31","","mpd_pl_obj32","","mpd_pr_tsd_mmap","","mpd_pr_tsd_mmap_s1","mpd_pr_tsd_mmap","mpd_pr_tsd_mmap_s2","mpd_pr_tsd_mmap_s1","mpd_pr_tsd_mmap_s3","mpd_pr_tsd_mmap","mpd_pr_flt_raltm","","mpd_pr_flt_vsi","","mpd_pr_flt_bank","","mpd_pr_flt_hor","","mpd_pr_flt_hdg","","mpd_pr_flt_hdg2","","mpd_pr_flt_rdr","","mpd_pr_flt_wbear","","mpd_pr_flt_wp","","mpd_pr_flt_slip","","mpd_pr_flt_turn","","mpd_pr_flt_vvi","","mpd_pr_eng_ltrqbar","","mpd_pr_eng_1tgt","","mpd_pr_eng_e1trq","","mpd_pr_eng_e1np","","mpd_pr_eng_2tgt","","mpd_pr_eng_e2trq","","mpd_pr_eng_e2np","","mpd_pr_eng_rtrrpm","","mpd_pl_flt_raltm","","mpd_pl_flt_vsi","","mpd_pl_flt_bank","","mpd_pl_flt_hor","","mpd_pl_flt_hdg","","mpd_pl_flt_hdg2","","mpd_pl_flt_rdr","","mpd_pl_flt_wbear","","mpd_pl_flt_wp","","mpd_pl_flt_slip","","mpd_pl_flt_turn","","mpd_pl_flt_vvi","","mpd_gr_obj1","","mpd_gr_obj2","","mpd_gr_obj3","","mpd_gr_obj4","","mpd_gr_obj5","","mpd_gr_obj6","","mpd_gr_obj7","","mpd_gr_obj8","","mpd_gr_obj9","","mpd_gr_obj10","","mpd_gr_obj11","","mpd_gr_obj12","","mpd_gr_obj13","","mpd_gr_obj14","","mpd_gr_obj15","","mpd_gr_obj16","","mpd_gr_obj17","","mpd_gr_obj18","","mpd_gr_obj19","","mpd_gr_obj20","","mpd_gr_obj21","","mpd_gr_obj22","","mpd_gr_obj23","","mpd_gr_obj24","","mpd_gr_obj25","","mpd_gr_obj26","","mpd_gr_obj27","","mpd_gr_obj28","","mpd_gr_obj29","","mpd_gr_obj30","","mpd_gr_obj31","","mpd_gr_obj32","","mpd_gr_tsd_mmap","","mpd_gr_tsd_mmap_s1","mpd_gr_tsd_mmap","mpd_gr_tsd_mmap_s2","mpd_gr_tsd_mmap_s1","mpd_gr_tsd_mmap_s3","mpd_gr_tsd_mmap","mpd_pr_fcraa_wiper","","mpd_pr_fcrag_wiper","","mpd_pr_mpd_had_apos","","mpd_pr_mpd_had_apos2","","p_cyclic","","p_collective","","plt_nvsmode","","cpg_nvsmode","","plt_batt","","plt_apu","","cpg_ihadss_brt","","hydra_m261_001","pylon_pivot_1","hydra_m261_002","pylon_pivot_2","hydra_m261_003","pylon_pivot_3","hydra_m261_004","pylon_pivot_4","rail_m299_001","pylon_pivot_1","rail_m299_002","pylon_pivot_2","rail_m299_003","pylon_pivot_3","rail_m299_004","pylon_pivot_4"]

def chunk(xs, n):
    n = max(1, n)
    return (xs[i:i+n] for i in range(0, len(xs), n))

nt = pyvis.network.Network(directed=True, height="100%", width="100%");
nt.show_buttons()
for bone in set(bonesRaw):
    nt.add_node(bone, mass=3, size=10, label=bone)

for relation in chunk(bonesRaw, 2):
    print(len(relation))
    assert(len(relation) == 2)
    newBone = relation[0]
    parentBone = relation[1]
    nt.add_edge(parentBone, newBone)

nt.show("out.html")