Difference between revisions of "SCI/FreeSCI/Pathfinding/Specification"

Jump to navigation Jump to search
m
Fixing anchors
m (Added name anchors for linking)
m (Fixing anchors)
Line 32: Line 32:
:We proceed by formalizing the two assumptions from Section 3.1.
:We proceed by formalizing the two assumptions from Section 3.1.


:;<span id="anchor_name">Assumption 1</span> : All polygons in the polygon set are not self-intersecting.
:;<span id="anchor">Assumption 1</span> : All polygons in the polygon set are not self-intersecting.


:;<span id="anchor_name">Assumption 2</span> : Let <i>S</i> be the polygon set. For all points <i>p</i> there is at most one polygon <i>P</i> in <i>S</i> for which <i>p</i> is contained in the barred area of <i>P</i>.
:;<span id="anchor">Assumption 2</span> : Let <i>S</i> be the polygon set. For all points <i>p</i> there is at most one polygon <i>P</i> in <i>S</i> for which <i>p</i> is contained in the barred area of <i>P</i>.


::We now specify the sub-functions of <tt>AvoidPath</tt>. The first sub-function is Contained.
::We now specify the sub-functions of <tt>AvoidPath</tt>. The first sub-function is Contained.


::'''Specification 1''' CONTAINED(</iv, <i>P</i> )
::'''Specification 1''' CONTAINED(<i>v</i>, <i>P</i> )
::Input:
::Input:
::* Apointv,
::* Apointv
::* ApolygonP.
::* ApolygonP
::Output: true when <i>v</i> is contained in <i>P</i>, false otherwise.
::Output: true when <i>v</i> is contained in <i>P</i>, false otherwise.


236

edits

Navigation menu