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  # Instruction from Wanwan Feng
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- # 🚀 VCC Processing Workflow
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  ## **Step 1 — Generate Embeddings for All Input Files**
 
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  ```python
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  import os
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  os.environ['MPLBACKEND'] = 'Agg'
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  ---
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  ## **Step 2 — Train Model**
 
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  ```bash
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  state tx train data.kwargs.toml_config_path="vci_pretrain/starter.toml" data.kwargs.embed_key="X_state" data.kwargs.num_workers=4 data.kwargs.batch_col="batch_var" data.kwargs.pert_col="target_gene" data.kwargs.cell_type_key="cell_type" data.kwargs.control_pert="non-targeting" data.kwargs.perturbation_features_file="vci_pretrain/ESM2_pert_features.pt" training.max_steps=8000 training.ckpt_every_n_steps=1000 model=tahoe_sm wandb.tags="[first_run]" output_dir="competition_state" name="first_run"
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  ```
 
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  # Instruction from Wanwan Feng
 
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  ## **Step 1 — Generate Embeddings for All Input Files**
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+ ## This step shows the creation of this SE600M-embedding dataset from the existing training dataset provided by the Arc Institute for the Virtual Cell Challenge.
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  ```python
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  import os
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  os.environ['MPLBACKEND'] = 'Agg'
 
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  ---
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  ## **Step 2 — Train Model**
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+ ## This step shows how to use the generated SE600M embedding dataset to train a State Transition (ST) model.
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  ```bash
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  state tx train data.kwargs.toml_config_path="vci_pretrain/starter.toml" data.kwargs.embed_key="X_state" data.kwargs.num_workers=4 data.kwargs.batch_col="batch_var" data.kwargs.pert_col="target_gene" data.kwargs.cell_type_key="cell_type" data.kwargs.control_pert="non-targeting" data.kwargs.perturbation_features_file="vci_pretrain/ESM2_pert_features.pt" training.max_steps=8000 training.ckpt_every_n_steps=1000 model=tahoe_sm wandb.tags="[first_run]" output_dir="competition_state" name="first_run"
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  ```