Update README.rst

kimonmatara · Jun 22, 2022 · 2f9e3b2 · 2f9e3b2
1 parent e475a19
commit 2f9e3b2
Showing 1 changed file with 1 addition and 124 deletions.
diff --git a/README.rst b/README.rst
@@ -24,128 +24,5 @@ for attribute (including subtype), component and data types with true inheritanc
 
     *   Improvements to name management and plug setting
 
-    See here  for the full list.
-
-Example: Rigging a Radial Repulsor
-----------------------------------
-
-.. image:: repulsor.gif
-
-.. tabs::
-
-    .. tab:: Paya
-
-        .. code-block:: python
-
-            from random import uniform
-            import paya.runtime as r
-            from paya.util import pad
-
-            def createRadialRepulsor(
-                    repulseRadius=3.5,
-                    swarmRadius=5,
-                    numBees=60,
-                    beeRadius=0.2
-            ):
-                repLoc = r.spaceLocator(n='repulsion_centre_LOCT')
-                repLoc.addAttr('repulseRadius', min=0, dv=repulseRadius, k=True)
-                repulseRadius = repLoc.attr('repulseRadius')
-                repCentre = repLoc.attr('worldPosition')
-
-                for i in range(numBees):
-                    sphere = r.polySphere(
-                        ch=False,
-                        radius=beeRadius,
-                        n='collider_{}_NRSF'.format(pad(i+1, 3))
-                    )[0]
-
-                    initPosition = r.data.Point([
-                        uniform(-1, 1),
-                        uniform(-1, 1),
-                        uniform(-1, 1)
-                    ]).normal() * uniform(0, swarmRadius)
-
-                    vector = initPosition - repCentre
-                    vector = vector.normal() * vector.length().max(repulseRadius)
-                    (repCentre + vector) >> sphere.attr('t')
-
-    .. tab:: PyMEL
-
-        .. code-block:: python
-
-            from random import uniform
-            import pymel.core as p
-
-            def createRadialRepulsor(
-                    repulseRadius=3.5,
-                    swarmRadius=5,
-                    numBees=60,
-                    beeRadius=0.2
-            ):
-                repLoc = p.spaceLocator(n='repulsion_centre_LOCT')
-                repLoc.addAttr('repulseRadius', min=0, dv=repulseRadius, k=True)
-                repulseRadius = repLoc.attr('repulseRadius')
-                repCentre = repLoc.attr('worldPosition')
-
-                for i in range(numBees):
-                    num = str(i+1)
-                    num = '0'*(3-len(num)) + num
-
-                    sphere = r.polySphere(
-                        ch=False,
-                        radius=beeRadius,
-                        n='collider_{}_NRSF'.format(num)
-                    )[0]
-
-                    initPosition = p.datatypes.Point([
-                        uniform(-1, 1),
-                        uniform(-1, 1),
-                        uniform(-1, 1)
-                    ]).normal() * uniform(0, swarmRadius)
-
-                    pma = p.createNode('plusMinusAverage')
-                    pma.attr('operation').set(2)
-
-                    pma.attr('input3D')[0].set(initPosition)
-                    repCentre >> pma.attr('input3D')[1]
-
-                    vector = pma.attr('output3D')
-
-                    db = p.createNode('distanceBetween')
-                    vector >> db.attr('point2')
-                    mag = db.attr('distance')
-
-                    mdv = p.createNode('multiplyDivide')
-                    mdv.attr('operation').set(2)
-
-                    vector >> mdv.attr('input1')
-
-                    for child in mdv.attr('input2').getChildren():
-                        mag >> child
-
-                    vector = mdv.attr('output')
-
-                    cond = p.createNode('condition')
-                    mag >> cond.attr('firstTerm')
-                    repulseRadius >> cond.attr('secondTerm')
-                    cond.attr('operation').set(2)
-
-                    mag >> cond.attr('colorIfTrueR')
-                    repulseRadius >> cond.attr('colorIfFalseR')
-                    mag = cond.attr('outColorR')
-
-                    mdv = p.createNode('multiplyDivide')
-                    vector >> mdv.attr('input1')
-
-                    for child in mdv.attr('input2').getChildren():
-                        mag >> child
-
-                    vector = mdv.attr('output')
-
-                    pma = p.createNode('plusMinusAverage')
-                    repCentre >> pma.attr('input3D')[0]
-                    vector >> pma.attr('input3D')[1]
-
-                    pma.attr('output3D') >> sphere.attr('t')
-
 
+See `here <https://kimonmatara.github.io/paya/>`_ for full documentation.