Add v5.5 example to assets and make downloadable links

content/example/create_model.rst

@@ -5,7 +5,7 @@ Create Model
 
 Here, the code **blk3cell.exe** is used to create both a conductivity and an intrinsic chargeability model on the tensor mesh provided. Files relevant to this part of the example are in the sub-folder *tensor_model*. Before running this example, you may want to do the following:
 
-	- `Download and open the zip folder containing the entire DCIP octree example <https://github.com/ubcgif/DCIPoctree/raw/master/assets/dcipoctree_example.zip>`__ (if not done already)
+	- `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
 	- Learn how to run :ref:`blk3cell<dcip_model>`
 	- Learn the format of the input files :ref:`blk3cell.inp<dcip_input_model>`
 

content/example/dcfwd.rst

@@ -5,7 +5,7 @@ DC Forward Modeling
 
 Here, the code **dcipf3d.exe** and the input file **dc_fwd.inp** (:ref:`see format <dcip_input_fwd>`) are used to forward model DC data along 9 pole-dipole profile lines oriented West to East. Files relevant to this part of the example are in the sub-folder *dc_fwd*. For this example, we use the conductivity model that was created in the example ":ref:`create model<example_model>`". Before running this example, you may want to do the following:
 
-	- `Download and open the zip folder containing the entire DCIP octree example <https://github.com/ubcgif/DCIPoctree/raw/master/assets/dcipoctree_example.zip>`__ (if not done already)
+	- `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
 	- :ref:`Learn how to run code from command line <dcip_fwd>`
 	- :ref:`Learn the format of the input file <dcip_input_fwd>`
 

content/example/dcinv.rst

@@ -7,7 +7,7 @@ Here, we use the code **dcinv3d.exe** and the input file **dc_inv.inp** to recov
 
 Before running the example, you may want to:
 
-    - `Download and open the zip folder containing the entire DCIP octree example <https://github.com/ubcgif/DCIPoctree/raw/master/assets/dcipoctree_example.zip>`__ (if not done already)
+    - `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
     - :ref:`Learn how to run code from command line <dc_inv>`
     - :ref:`Learn the format of the input file <dcip_input_dcinv>`
 

content/example/interface_weights.rst

@@ -5,7 +5,7 @@ Interface Weights
 
 Here, the code **make_wdat.exe** is used to create create near surface interface weights. Near surface interface weights can be used to reduce near-surface artifacts attributed to the high sensitivity of cells near electrodes. Before running this example, you may want to do the following:
 
-	- `Download and open the zip folder containing the entire DCIP octree example <https://github.com/ubcgif/DCIPoctree/raw/master/assets/dcipoctree_example.zip>`__ (if not done already)
+	- `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
 	- Learn how to run :ref:`make_wdat<dcip_model>`
 	- Learn the format of the input file :ref:`interface_weights.inp<dcip_input_model>`
 

content/example/ipfwd.rst

@@ -5,7 +5,7 @@ IP Forward Modeling
 
 Here, the code **dcipf3d.exe** and the input file **ip_fwd.inp** (:ref:`see format <dcip_input_fwd>`) are used to forward model IP data along 9 pole-dipole profile lines oriented West to East. Files relevant to this part of the example are in the sub-folder *ip_fwd*. For this example, we use the chargeability model that was created in the example ":ref:`create model<example_model>`". Before running this example, you may want to do the following:
 
-	- `Download and open the zip folder containing the entire DCIP octree example <https://github.com/ubcgif/DCIPoctree/raw/master/assets/dcipoctree_example.zip>`__ (if not done already)
+	- `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
 	- :ref:`Learn how to run code from command line <dcip_fwd>`
 	- :ref:`Learn the format of the input file <dcip_input_fwd>`
 

content/example/ipinv.rst

@@ -12,7 +12,7 @@ Sensitivity Matrix
 Here, the code **ipsens3d.exe** and the input file **ip_sens.inp** (:ref:`see format <dcip_input_sens>`) are used to approximate the sensitivity matrix for the linearized IP problem. Files relevant to this part of the example are in the sub-folder *ip_sens* . Before running this example, you may want to do the following:
 
 
-     - `Download and open the zip folder containing the entire DCIP octree example <https://github.com/ubcgif/DCIPoctree/raw/master/assets/dcipoctree_example.zip>`__ (if not done already)
+     - `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
      - :ref:`Learn how to run code from command line <dcip_weights>`
      - :ref:`Learn the format of the input file <dcip_input_sens>`
 

content/example_legacy/introduction.rst

@@ -26,4 +26,4 @@ website (without the exe files). The example is synthetic and is a :math:`10 \Om
         :align: center
         :figwidth: 75%
 
-- `Download zip file for example <https://github.com/ubcgif/dcip3d/raw/master/example/dcip3dv5_example.zip>`__, which contains all the files necessary to run the forward and inverse problems.
+- `Download zip file for example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p0_example.zip>`__, which contains all the files necessary to run the forward and inverse problems.

content/examples.rst

@@ -15,7 +15,7 @@ Here, the program libraries for DCIP3D v5.5 will be used to:
 
 Zip folders containing all necessary files can be downloaded here:
 
-    - `Download and open the zip folder containing the entire DCIP3D example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcipoctree_example.zip>`__
+    - - `Download and open the zip folder containing the entire DCIP3D v5.0 example <https://github.com/ubcgif/dcip3d/raw/master/assets/dcip3d_v5p5_example.zip>`__ (if not done already)
 
 The full example is parsed into 6 sections: