Stefanie Peer

 

Comments and Ratings by Stefanie		1 - 1 of 1
Updated	File	Comments	Rating
16 Nov 2009	txt2mat fast and versatile ascii data import capable of handling large text files Author: Andres

Files Matching Stefanie's Watch List					View all 1 - 3 of 3
Updated		File	Tags	Downloads (last 30 days)	Comments	Rating
13 Nov 2009		mtit: a pedestrian major title creator MTIT creates a major title in a figure with many axes Author: us	annotation, title, figure, graphics, axis, subplot	270	13	4.625 4.6 | 16 ratings
03 Dec 2007		Fast points-in-polygon test Fast test to determine points located inside general polygon regions. Should be significantly faster Author: Darren Engwirda	points inside polygon, inpolygon, image processing, polygon	106	17	4.23077 4.2 | 14 ratings
17 Sep 2004		Quartile & Percentile Calculation Demonstrates a method for computing percentiles and other basic statistics. Author: Chris D. Larson	statistics quartile p..., probability, statistics	75	11	4.76923 4.8 | 14 ratings

Comments and Ratings Matching Stefanie's Watch List			1-5 of 51
Date	File	Comment by	Comments	Rating
06 Feb 2012	mtit: a pedestrian major title creator MTIT creates a major title in a figure with many axes	Vahid	works nicely!	5
23 Nov 2011	mtit: a pedestrian major title creator MTIT creates a major title in a figure with many axes	Lakshmi Kolluru	its really nice and helped me do what i wanted.	Comment only
01 Jul 2011	Fast points-in-polygon test Fast test to determine points located inside general polygon regions. Should be significantly faster	Luke	Great and fast little tool. Much faster than matlab inpolygon. My only issue is that I wish it natively understood the typical "GIS" format for polygons which includes a NaN separated list of polygons (NaNs separate the major outline from the 'islands'). Of course you can just handle this with the edges field though, so for future reference, here's my simple create edges code for NaN separated GIS objects. 'shp' variable is n Nx2 matrix of latitudes and longitudes. shpEnd = find(isnan(shp(:,1))); shpEnd = vertcat(0,shpEnd); edges = nan(length(shp(:,1))-length(shpEnd),2); count = 1; for j=1:length(shpEnd)-1 endCount = count+length((shpEnd(j)+1:shpEnd(j+1)-2)); edges(count:endCount,:) = [(shpEnd(j)+1:shpEnd(j+1)-2)' ... (shpEnd(j)+2:shpEnd(j+1)-1)';shpEnd(j+1)-1 shpEnd(j)+1]; count = endCount+1; end	4
13 May 2011	Quartile & Percentile Calculation Demonstrates a method for computing percentiles and other basic statistics.	Ela Fire	Excellent work ! Matlab should implement in this in future	5
12 Apr 2011	mtit: a pedestrian major title creator MTIT creates a major title in a figure with many axes	Yoichi		5