Support CudaGraph and torch.compile

.readthedocs.yaml

@@ -2,7 +2,7 @@ version: 2
 build:
   os: ubuntu-22.04
   tools:
-    python: "3.8"
+    python: "3.10"
 sphinx:
   builder: html
   configuration: docs/conf.py

README.md

@@ -54,7 +54,7 @@ d3rlpy supports Linux, macOS and Windows.
 
 ### Dependencies
 Installing d3rlpy package will install or upgrade the following packages to satisfy requirements:
-- torch>=2.0.0
+- torch>=2.5.0
 - tqdm>=4.66.3
 - gym>=0.26.0
 - gymnasium>=1.0.0

d3rlpy/__init__.py

@@ -1,3 +1,4 @@
+# pylint: disable=protected-access
 import random
 
 import gymnasium
@@ -68,6 +69,10 @@
 # run healthcheck
 run_healthcheck()
 
+if torch.cuda.is_available():
+    # enable autograd compilation
+    torch._dynamo.config.compiled_autograd = True
+    torch.set_float32_matmul_precision("high")
 
 # register Shimmy if available
 try:

d3rlpy/algos/qlearning/awac.py

@@ -70,6 +70,7 @@ class AWACConfig(LearnableConfig):
         n_action_samples (int): Number of sampled actions to calculate
             :math:`A^\pi(s_t, a_t)`.
         n_critics (int): Number of Q functions for ensemble.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     actor_learning_rate: float = 3e-4
@@ -130,10 +131,14 @@ def inner_create_impl(
         )
 
         actor_optim = self._config.actor_optim_factory.create(
-            policy.named_modules(), lr=self._config.actor_learning_rate
+            policy.named_modules(),
+            lr=self._config.actor_learning_rate,
+            compiled=self.compiled,
         )
         critic_optim = self._config.critic_optim_factory.create(
-            q_funcs.named_modules(), lr=self._config.critic_learning_rate
+            q_funcs.named_modules(),
+            lr=self._config.critic_learning_rate,
+            compiled=self.compiled,
         )
 
         dummy_log_temp = Parameter(torch.zeros(1, 1))
@@ -158,6 +163,7 @@ def inner_create_impl(
             tau=self._config.tau,
             lam=self._config.lam,
             n_action_samples=self._config.n_action_samples,
+            compiled=self.compiled,
             device=self._device,
         )
 

d3rlpy/algos/qlearning/bc.py

@@ -49,6 +49,7 @@ class BCConfig(LearnableConfig):
         observation_scaler (d3rlpy.preprocessing.ObservationScaler):
             Observation preprocessor.
         action_scaler (d3rlpy.preprocessing.ActionScaler): Action preprocessor.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     batch_size: int = 100
@@ -93,7 +94,9 @@ def inner_create_impl(
             raise ValueError(f"invalid policy_type: {self._config.policy_type}")
 
         optim = self._config.optim_factory.create(
-            imitator.named_modules(), lr=self._config.learning_rate
+            imitator.named_modules(),
+            lr=self._config.learning_rate,
+            compiled=self.compiled,
         )
 
         modules = BCModules(optim=optim, imitator=imitator)
@@ -103,6 +106,7 @@ def inner_create_impl(
             action_size=action_size,
             modules=modules,
             policy_type=self._config.policy_type,
+            compiled=self.compiled,
             device=self._device,
         )
 
@@ -137,6 +141,7 @@ class DiscreteBCConfig(LearnableConfig):
         beta (float): Reguralization factor.
         observation_scaler (d3rlpy.preprocessing.ObservationScaler):
             Observation preprocessor.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     batch_size: int = 100
@@ -168,7 +173,9 @@ def inner_create_impl(
         )
 
         optim = self._config.optim_factory.create(
-            imitator.named_modules(), lr=self._config.learning_rate
+            imitator.named_modules(),
+            lr=self._config.learning_rate,
+            compiled=self.compiled,
         )
 
         modules = DiscreteBCModules(optim=optim, imitator=imitator)
@@ -178,6 +185,7 @@ def inner_create_impl(
             action_size=action_size,
             modules=modules,
             beta=self._config.beta,
+            compiled=self.compiled,
             device=self._device,
         )
 

d3rlpy/algos/qlearning/bcq.py

@@ -137,6 +137,7 @@ class BCQConfig(LearnableConfig):
         rl_start_step (int): Steps to start to update policy function and Q
             functions. If this is large, RL training would be more stabilized.
         beta (float): KL reguralization term for Conditional VAE.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     actor_learning_rate: float = 1e-3
@@ -228,15 +229,20 @@ def inner_create_impl(
         )
 
         actor_optim = self._config.actor_optim_factory.create(
-            policy.named_modules(), lr=self._config.actor_learning_rate
+            policy.named_modules(),
+            lr=self._config.actor_learning_rate,
+            compiled=self.compiled,
         )
         critic_optim = self._config.critic_optim_factory.create(
-            q_funcs.named_modules(), lr=self._config.critic_learning_rate
+            q_funcs.named_modules(),
+            lr=self._config.critic_learning_rate,
+            compiled=self.compiled,
         )
         vae_optim = self._config.imitator_optim_factory.create(
             list(vae_encoder.named_modules())
             + list(vae_decoder.named_modules()),
             lr=self._config.imitator_learning_rate,
+            compiled=self.compiled,
         )
 
         modules = BCQModules(
@@ -264,6 +270,7 @@ def inner_create_impl(
             action_flexibility=self._config.action_flexibility,
             beta=self._config.beta,
             rl_start_step=self._config.rl_start_step,
+            compiled=self.compiled,
             device=self._device,
         )
 
@@ -331,6 +338,7 @@ class DiscreteBCQConfig(LearnableConfig):
         target_update_interval (int): Interval to update the target network.
         share_encoder (bool): Flag to share encoder between Q-function and
             imitation models.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     learning_rate: float = 6.25e-5
@@ -402,7 +410,9 @@ def inner_create_impl(
         q_func_params = list(q_funcs.named_modules())
         imitator_params = list(imitator.named_modules())
         optim = self._config.optim_factory.create(
-            q_func_params + imitator_params, lr=self._config.learning_rate
+            q_func_params + imitator_params,
+            lr=self._config.learning_rate,
+            compiled=self.compiled,
         )
 
         modules = DiscreteBCQModules(
@@ -422,6 +432,7 @@ def inner_create_impl(
             gamma=self._config.gamma,
             action_flexibility=self._config.action_flexibility,
             beta=self._config.beta,
+            compiled=self.compiled,
             device=self._device,
         )
 

d3rlpy/algos/qlearning/bear.py

@@ -114,6 +114,7 @@ class BEARConfig(LearnableConfig):
             policy training.
         warmup_steps (int): Number of steps to warmup the policy
             function.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     actor_learning_rate: float = 1e-4
@@ -217,21 +218,30 @@ def inner_create_impl(
         )
 
         actor_optim = self._config.actor_optim_factory.create(
-            policy.named_modules(), lr=self._config.actor_learning_rate
+            policy.named_modules(),
+            lr=self._config.actor_learning_rate,
+            compiled=self.compiled,
         )
         critic_optim = self._config.critic_optim_factory.create(
-            q_funcs.named_modules(), lr=self._config.critic_learning_rate
+            q_funcs.named_modules(),
+            lr=self._config.critic_learning_rate,
+            compiled=self.compiled,
         )
         vae_optim = self._config.imitator_optim_factory.create(
             list(vae_encoder.named_modules())
             + list(vae_decoder.named_modules()),
             lr=self._config.imitator_learning_rate,
+            compiled=self.compiled,
         )
         temp_optim = self._config.temp_optim_factory.create(
-            log_temp.named_modules(), lr=self._config.temp_learning_rate
+            log_temp.named_modules(),
+            lr=self._config.temp_learning_rate,
+            compiled=self.compiled,
         )
         alpha_optim = self._config.alpha_optim_factory.create(
-            log_alpha.named_modules(), lr=self._config.actor_learning_rate
+            log_alpha.named_modules(),
+            lr=self._config.actor_learning_rate,
+            compiled=self.compiled,
         )
 
         modules = BEARModules(
@@ -266,6 +276,7 @@ def inner_create_impl(
             mmd_sigma=self._config.mmd_sigma,
             vae_kl_weight=self._config.vae_kl_weight,
             warmup_steps=self._config.warmup_steps,
+            compiled=self.compiled,
             device=self._device,
         )
 

d3rlpy/algos/qlearning/cal_ql.py

@@ -69,6 +69,7 @@ class CalQLConfig(CQLConfig):
             :math:`\log{\sum_a \exp{Q(s, a)}}`.
         soft_q_backup (bool): Flag to use SAC-style backup.
         max_q_backup (bool): Flag to sample max Q-values for target.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     def create(
@@ -88,7 +89,6 @@ def inner_create_impl(
         assert not (
             self._config.soft_q_backup and self._config.max_q_backup
         ), "soft_q_backup and max_q_backup are mutually exclusive."
-
         policy = create_normal_policy(
             observation_shape,
             action_size,
@@ -128,20 +128,28 @@ def inner_create_impl(
         )
 
         actor_optim = self._config.actor_optim_factory.create(
-            policy.named_modules(), lr=self._config.actor_learning_rate
+            policy.named_modules(),
+            lr=self._config.actor_learning_rate,
+            compiled=self.compiled,
         )
         critic_optim = self._config.critic_optim_factory.create(
-            q_funcs.named_modules(), lr=self._config.critic_learning_rate
+            q_funcs.named_modules(),
+            lr=self._config.critic_learning_rate,
+            compiled=self.compiled,
         )
         if self._config.temp_learning_rate > 0:
             temp_optim = self._config.temp_optim_factory.create(
-                log_temp.named_modules(), lr=self._config.temp_learning_rate
+                log_temp.named_modules(),
+                lr=self._config.temp_learning_rate,
+                compiled=self.compiled,
             )
         else:
             temp_optim = None
         if self._config.alpha_learning_rate > 0:
             alpha_optim = self._config.alpha_optim_factory.create(
-                log_alpha.named_modules(), lr=self._config.alpha_learning_rate
+                log_alpha.named_modules(),
+                lr=self._config.alpha_learning_rate,
+                compiled=self.compiled,
             )
         else:
             alpha_optim = None
@@ -171,6 +179,7 @@ def inner_create_impl(
             n_action_samples=self._config.n_action_samples,
             soft_q_backup=self._config.soft_q_backup,
             max_q_backup=self._config.max_q_backup,
+            compiled=self.compiled,
             device=self._device,
         )
 

d3rlpy/algos/qlearning/cql.py

@@ -100,6 +100,7 @@ class CQLConfig(LearnableConfig):
             :math:`\log{\sum_a \exp{Q(s, a)}}`.
         soft_q_backup (bool): Flag to use SAC-style backup.
         max_q_backup (bool): Flag to sample max Q-values for target.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     actor_learning_rate: float = 1e-4
@@ -142,7 +143,6 @@ def inner_create_impl(
         assert not (
             self._config.soft_q_backup and self._config.max_q_backup
         ), "soft_q_backup and max_q_backup are mutually exclusive."
-
         policy = create_normal_policy(
             observation_shape,
             action_size,
@@ -182,20 +182,28 @@ def inner_create_impl(
         )
 
         actor_optim = self._config.actor_optim_factory.create(
-            policy.named_modules(), lr=self._config.actor_learning_rate
+            policy.named_modules(),
+            lr=self._config.actor_learning_rate,
+            compiled=self.compiled,
         )
         critic_optim = self._config.critic_optim_factory.create(
-            q_funcs.named_modules(), lr=self._config.critic_learning_rate
+            q_funcs.named_modules(),
+            lr=self._config.critic_learning_rate,
+            compiled=self.compiled,
         )
         if self._config.temp_learning_rate > 0:
             temp_optim = self._config.temp_optim_factory.create(
-                log_temp.named_modules(), lr=self._config.temp_learning_rate
+                log_temp.named_modules(),
+                lr=self._config.temp_learning_rate,
+                compiled=self.compiled,
             )
         else:
             temp_optim = None
         if self._config.alpha_learning_rate > 0:
             alpha_optim = self._config.alpha_optim_factory.create(
-                log_alpha.named_modules(), lr=self._config.alpha_learning_rate
+                log_alpha.named_modules(),
+                lr=self._config.alpha_learning_rate,
+                compiled=self.compiled,
             )
         else:
             alpha_optim = None
@@ -225,6 +233,7 @@ def inner_create_impl(
             n_action_samples=self._config.n_action_samples,
             soft_q_backup=self._config.soft_q_backup,
             max_q_backup=self._config.max_q_backup,
+            compiled=self.compiled,
             device=self._device,
         )
 
@@ -272,6 +281,7 @@ class DiscreteCQLConfig(LearnableConfig):
         target_update_interval (int): Interval to synchronize the target
             network.
         alpha (float): math:`\alpha` value above.
+        compile_graph (bool): Flag to enable JIT compilation and CUDAGraph.
     """
 
     learning_rate: float = 6.25e-5
@@ -318,7 +328,9 @@ def inner_create_impl(
         )
 
         optim = self._config.optim_factory.create(
-            q_funcs.named_modules(), lr=self._config.learning_rate
+            q_funcs.named_modules(),
+            lr=self._config.learning_rate,
+            compiled=self.compiled,
         )
 
         modules = DQNModules(
@@ -336,6 +348,7 @@ def inner_create_impl(
             target_update_interval=self._config.target_update_interval,
             gamma=self._config.gamma,
             alpha=self._config.alpha,
+            compiled=self.compiled,
             device=self._device,
         )