Rename readme.me to readme.md

readme.md

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+Argument list:
+
+* ```model_path``` Path to the TF SavedModel
+* ```save_path``` Path to save the PyTorch state dict
+* ```--statedict``` Export to state dict instead of TorchScript
+* ```--fp32``` Save weights at full precision
+* ```--skiptest``` Skip testing and save model immediately instead
+* ```--gpu``` Whether to attempt to use GPU for testing
+
+# Testing exported model
+The following script creates an MP4 video of interpolated frames between 2 input images:
+```
+python inference.py "model_path" "img1" "img2" [--save_path SAVE_PATH] [--gpu] [--fp16] [--frames FRAMES] [--fps FPS]
+```
+* ```model_path``` Path to the exported TorchScript checkpoint
+* ```img1``` Path to the first image
+* ```img2``` Path to the second image
+* ```--save_path SAVE_PATH``` Path to save the interpolated frames as a video, if absent it will be saved in the same directory as ```img1``` is located and named ```output.mp4```
+* ```--gpu``` Whether to attempt to use GPU for predictions
+* ```--fp16``` Whether to use fp16 for calculations, speeds inference up on GPUs with tensor cores
+* ```--frames FRAMES``` Number of frames to interpolate between the input images
+* ```--fps FPS``` FPS of the output video

readme.me

@@ -1,22 +0,0 @@
-Argument list:
-
-* `model_path` Path to the TF SavedModel
-* `save_path` Path to save the PyTorch state dict
-* `--statedict` Export to state dict instead of TorchScript
-* `--fp32` Save weights at full precision
-* `--skiptest` Skip testing and save model immediately instead
-* `--gpu` Whether to attempt to use GPU for testing
-
-# Testing exported model
-The following script creates an MP4 video of interpolated frames between 2 input images:
-```
-python inference.py "model_path" "img1" "img2" [--save_path SAVE_PATH] [--gpu] [--fp16] [--frames FRAMES] [--fps FPS]
-```
-* `model_path` Path to the exported TorchScript checkpoint
-* `img1` Path to the first image
-* `img2` Path to the second image
-* `--save_path SAVE_PATH` Path to save the interpolated frames as a video, if absent it will be saved in the same directory as ```img1``` is located and named ```output.mp4```
-* `--gpu` Whether to attempt to use GPU for predictions
-* `--fp16` Whether to use fp16 for calculations, speeds inference up on GPUs with tensor cores
-* `--frames FRAMES` Number of frames to interpolate between the input images
-* `--fps FPS` FPS of the output video