MergeNet3_image_prob_mergedarray_borderoverlap.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "Using gpu device 0: GeForce GTX TITAN (CNMeM is disabled, CuDNN 4007)\n",
      "/home/d/nolearn/local/lib/python2.7/site-packages/theano/tensor/signal/downsample.py:6: UserWarning: downsample module has been moved to the theano.tensor.signal.pool module.\n",
      "  \"downsample module has been moved to the theano.tensor.signal.pool module.\")\n"
     ]
    }
   ],
   "source": [
    "%load_ext autoreload\n",
    "%autoreload 2\n",
    "\n",
    "import mlproof as mlp\n",
    "import mlproof.nets as nets\n",
    "\n",
    "import numpy as np\n",
    "\n",
    "from nolearn.lasagne.visualize import plot_loss\n",
    "from nolearn.lasagne.visualize import plot_conv_weights\n",
    "from nolearn.lasagne.visualize import plot_conv_activity\n",
    "from nolearn.lasagne.visualize import plot_occlusion\n",
    "\n",
    "from matplotlib.pyplot import imshow\n",
    "import matplotlib.pyplot as plt\n",
    "%matplotlib inline"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "CNN configuration: \n",
      "    Our CNN with different \"legs\" for image, prob, merged_array, border_overlap.\n",
      "\n",
      "    And with 3 layers.\n",
      "    \n"
     ]
    }
   ],
   "source": [
    "cnn = nets.MergeNet3()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Loaded /home/d/patches//cylinder_small1/ in 0.000711917877197 seconds.\n"
     ]
    }
   ],
   "source": [
    "X_train, y_train, X_test, y_test = mlp.Patch.load('cylinder_small1')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {
    "collapsed": false,
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
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      "Early stopping.\n",
      "Best valid loss was 0.115523 at epoch 85.\n",
      "Loaded parameters to layer 'image_conv1' (shape 16x1x13x13).\n",
      "Loaded parameters to layer 'image_conv1' (shape 16).\n",
      "Loaded parameters to layer 'image_conv2' (shape 16x16x13x13).\n",
      "Loaded parameters to layer 'image_conv2' (shape 16).\n",
      "Loaded parameters to layer 'image_conv3' (shape 16x16x7x7).\n",
      "Loaded parameters to layer 'image_conv3' (shape 16).\n",
      "Loaded parameters to layer 'prob_conv1' (shape 16x1x13x13).\n",
      "Loaded parameters to layer 'prob_conv1' (shape 16).\n",
      "Loaded parameters to layer 'prob_conv2' (shape 16x16x13x13).\n",
      "Loaded parameters to layer 'prob_conv2' (shape 16).\n",
      "Loaded parameters to layer 'prob_conv3' (shape 16x16x7x7).\n",
      "Loaded parameters to layer 'prob_conv3' (shape 16).\n",
      "Loaded parameters to layer 'binary_conv1' (shape 16x1x13x13).\n",
      "Loaded parameters to layer 'binary_conv1' (shape 16).\n",
      "Loaded parameters to layer 'binary_conv2' (shape 16x16x13x13).\n",
      "Loaded parameters to layer 'binary_conv2' (shape 16).\n",
      "Loaded parameters to layer 'binary_conv3' (shape 16x16x7x7).\n",
      "Loaded parameters to layer 'binary_conv3' (shape 16).\n",
      "Loaded parameters to layer 'border_conv1' (shape 16x1x13x13).\n",
      "Loaded parameters to layer 'border_conv1' (shape 16).\n",
      "Loaded parameters to layer 'border_conv2' (shape 16x16x13x13).\n",
      "Loaded parameters to layer 'border_conv2' (shape 16).\n",
      "Loaded parameters to layer 'border_conv3' (shape 16x16x7x7).\n",
      "Loaded parameters to layer 'border_conv3' (shape 16).\n",
      "Loaded parameters to layer 'hidden3' (shape 64x256).\n",
      "Loaded parameters to layer 'hidden3' (shape 256).\n",
      "Loaded parameters to layer 'output' (shape 256x2).\n",
      "Loaded parameters to layer 'output' (shape 2).\n"
     ]
    }
   ],
   "source": [
    "cnn = cnn.fit({'image_input': X_train['image'],\n",
    "               'prob_input': X_train['prob'],\n",
    "               'binary_input': X_train['merged_array'],\n",
    "               'border_input': X_train['border_overlap']},\n",
    "               y_train)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.807707055214724"
      ]
     },
     "execution_count": 11,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# this is the score on cylinder_small1 with regularization and patience counter 50 and data augmentation\n",
    "cnn.score({'image_input': X_test['image'],\n",
    "           'prob_input': X_test['prob'],\n",
    "           'binary_input': X_test['merged_array'],\n",
    "           'border_input': X_test['border_overlap']},\n",
    "           y_test)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<module 'matplotlib.pyplot' from '/home/d/nolearn/local/lib/python2.7/site-packages/matplotlib/pyplot.pyc'>"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
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o8Vy5SVAQNGsGa9dCwvX6/P37EQZu7czXm79mbc+1hF8OZ9/5fTjYOXAl8QqF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\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f647c777bd0>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "# this is the plot on cylinder_small1 with regularization and patience counter 50 and data augmentation\n",
    "plot_loss(cnn)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.8312883435582822"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# this is the score on cylinder_small1 with regularization and patience counter 50\n",
    "cnn.score({'image_input': X_test['image'],\n",
    "           'prob_input': X_test['prob'],\n",
    "           'binary_input': X_test['merged_array'],\n",
    "           'border_input': X_test['border_overlap']},\n",
    "           y_test)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<module 'matplotlib.pyplot' from '/home/d/nolearn/local/lib/python2.7/site-packages/matplotlib/pyplot.pyc'>"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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cpJeAd4GpAJK+ApwMPCfpv4AAfhgRv86lM2Zm1qxcT511Fp86MzNru+5y6szMzLo5B42Z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\njZmZJeWgMTOzpBw0ZmaWlIPGzMyS+v8UZnQTkAH73QAAAABJRU5ErkJggg==\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f2f4c320d90>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "# this is the plot on cylinder_small1 with regularization and patience counter 50\n",
    "plot_loss(cnn)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.8224693251533742"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# this is the score on cylinder_small1 with regularization\n",
    "cnn.score({'image_input': X_test['image'],\n",
    "           'prob_input': X_test['prob'],\n",
    "           'binary_input': X_test['merged_array'],\n",
    "           'border_input': X_test['border_overlap']},\n",
    "           y_test)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<module 'matplotlib.pyplot' from '/home/d/nolearn/local/lib/python2.7/site-packages/matplotlib/pyplot.pyc'>"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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Cn4vIXyKy2ZExuZr8+WHOHBgzBl55BS5d+ue9IfWGMGbVGE7Fn0q5ZjM2fjzw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\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7fb61c5e4850>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "# this is the plot on cylinder_small1 with regularization\n",
    "plot_loss(cnn)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.8017638036809815"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# this is the score on cylinder_small1 without regularization\n",
    "cnn.score({'image_input': X_test['image'],\n",
    "           'prob_input': X_test['prob'],\n",
    "           'binary_input': X_test['merged_array'],\n",
    "           'border_input': X_test['border_overlap']},\n",
    "           y_test)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<module 'matplotlib.pyplot' from '/home/d/nolearn/local/lib/python2.7/site-packages/matplotlib/pyplot.pyc'>"
      ]
     },
     "execution_count": 7,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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/HgGIiLx7WbmGwPdAhIjszeVeUhj/kk5Lg5YtrY2KBg26dPxY0jHqfVqP+Jfi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\npZRSufp/5VSZxzSRg+oAAAAASUVORK5CYII=\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f42bc456b10>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "# this is the plot on cylinder_small1 without regularization\n",
    "plot_loss(cnn)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 2",
   "language": "python",
   "name": "python2"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 2
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython2",
   "version": "2.7.6"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 0
}