/graph-generation-vi

This repository contains PyTorch implementation of the following paper: "Order Matters: Probabilistic Modeling of Node Sequence for Graph Generation"

Primary LanguagePython

Order Matters: Probabilistic Modeling of Node Sequencefor Graph Generation

This repository contains PyTorch implementation of the following paper: "Order Matters: Probabilistic Modeling of Node Sequence for Graph Generation"

0. Environment Setup

enviroment setup: "run conda install -f enviroment.yml"

installation of Graph automorphism library: https://web.cs.dal.ca/~peter/software/pynauty/html/install.html

1. Experiment

#DGMG
sh experiments/DGMG_caveman_small.sh
sh experiments/DGMG_ENZYMES.sh
#GraphRNN
sh experiments/GraphRNN_caveman_small.sh
sh experiments/GraphRNN_Lung.sh
#Graphgen
sh experiments/Graphgen_citeseer_small.sh
sh experiments/Graphgen_ENZYMES.sh

2. Training

To list the arguments, run the following command:

python main.py -h

To train the given model on Lung dataset, run the following:

python main.py \
    --graph_tyep Lung                                  \
    --note <GraphRNN, DGMG, Graphgen>                  \
    --sample_size 16                                   \
    --gcn_type <gat, gcn, appnp>                       \
    --max_cr_iteration 5                               \
    --enable_gcn

To train the given model on ENZYMES dataset, run the following:

python main.py \
    --graph_tyep ENZYMES                               \
    --note <GraphRNN, DGMG, Graphgen>                  \
    --sample_size 16                                   \
    --gcn_type <gat, gcn, appnp>                       \
    --max_cr_iteration 5                               \
    --enable_gcn

To train the given model on caveman_small dataset, run the following:

python main.py \
    --graph_tyep caveman_small                         \
    --note <GraphRNN, DGMG, Graphgen>                  \
    --sample_size 16                                   \
    --gcn_type <gat, gcn, appnp>                       \
    --max_cr_iteration 5                               \
    --enable_gcn

To train the given model on citeseer_small dataset, run the following:

python main.py \
    --graph_tyep citeseer_small                        \
    --note <GraphRNN, DGMG, Graphgen>                  \
    --sample_size 16                                   \
    --gcn_type <gat, gcn, appnp>                       \
    --max_cr_iteration 5                               \
    --enable_gcn