About tc

tc · ‎08-12-2024

@ChrisNZ: Good idea, too! While I think that would work fine for plots of scores, the problem with displaying the scores themselves is that new ones can come in near each other or even at the same time, e.g., free-throws and a 2- or 3-pointer can occur at the same time with the clock stopped. ODS Graphics' jitter option takes care of that nicely here with the scatter plot markers in the chart (without me even having to lift a finger! 😀). While ODS Graphics also offers neat collision-avoidance for data labels in scatter plots, I'm not sure how well that would work for this particular data and layout (everything is plotted on horizontal lines, increasing the likelihood of collisions). Suppose I could try it and find out! Not sure if there's an option to only display labels that would not cause overlapping (hard to keep track of which dataviz software offers which features!), but I suppose one could always DIY something to ty to prevent collisions (even if I'm too lazy to do so and would likely settle for a "good-enough" every-two-minutes display! 😀). UPDATE: Now that I think about it, if I created an HTML version of this chart, I could do exactly what you're suggesting by providing hover-over tooltips that would display the scores for every marker!

tc · ‎08-12-2024

@PaigeMiller: Good suggestion! I was struggling with the question of how to show who was leading and by how much throughout the game. I was considering adding a step chart of the scores, a waterfall, or some kind of a +/- lead chart but wasn't sure how well I could align the axes of the two charts. In retrospect, just displaying the scores on the x-axis at 2-minute intervals on the existing chart would do the trick!

tc · ‎08-11-2024

An ODS Graphics scoring chart of the USA's victory over France Saturday in the 2024 Paris Olympics Men's Basketball Final that illustrates how the amazing Steph Curry's end-of-game 3-pointers helped Team USA clinch the Gold. Enjoy the Closing Ceremony, all! * Fun With SAS ODS Graphics: Paris Olympics 2024 Men's Basketball Final - USA vs France Play-by-Play Data from usab.com/boxscore/2016; proc import file="~/FranceUSA.xlsx" out=scoring dbms=xlsx replace; * Get scoring data; data scoring2; * Tweak data for charting; length country $ 6; format country $6.; set scoring end=eof; time=hms(0,hour(time),minute(time)); * Fix Excel times (hh:mm -> mm:ss); time='0:10:00't-time+(quarter-1)*'0:10:00't; * Convert quarter times to game times; format time mmss5.; if country='FRA' then do; country='FRANCE'; countrysort=2; end; * Get country names and force sort order; if country='USA' then do; country='USA'; countrysort=1; end; if points=3 then points3=points; * Categorize points by shot type; if points=2 then points2=points; if points=1 then points1=points; pointsort=points; output; player=country; countrysort=0; output; * Generate team-level scoring rows; if eof; * Generate team separators; pointsort=999; time='0:00:00't; points=.; points3=.; points2=.; points1=.; country='USA'; player='TEAM USA'; countrysort=1; output; country='FRANCE'; player='TEAM FRANCE'; countrysort=2; pointsort=999; output; proc sql; * Append total scores for sorting; create table scoring3 as select s.*, p.totpoints, p.totpoints3, p.totpoints2, p.totpoints1 from scoring2 s left join (select player, country, sum(points) as totpoints, sum(points3) as totpoints3, sum(points2) as totpoints2, sum(points1) as totpoints1 from scoring2 group by 1, 2) p on s.player=p.player and s.country=p.country order by countrysort, pointsort desc, totpoints desc, country, player; data attrmapPoints; * Distinguish shot types by color and size; input id $ value $ fillcolor $ markersize; datalines; point 1 red 12 point 2 blue 18 point 3 green 24 ; options missing=' '; ods graphics / width=14in height=8.5in noborder; proc sgplot data=scoring3 dattrmap=attrmapPoints; * Scatter plot of team/player scoring, highest scorers first; title height=16pt "2024 PARIS OLYMPICS MEN'S BASKETBALL FINAL - USA VS FRANCE"; scatter x=time y=player / attrid=point group=points jitter FILLEDOUTLINEDMARKERS markeroutlineattrs=(color=black) markerattrs=(symbol=circlefilled) transparency=.6; * Jitter scores for shots occuring at same clock time (e.g., free throws); xaxis display=(nolabel noline noticks) values=('00:00:00't to'00:40:00't by '00:02:00't); yaxis display=(nolabel noline noticks) valueattrs=(size=10pt) grid discreteorder=data reverse; yaxistable totpoints / stat=mean label='PTS' labelattrs=(size=8pt weight=bold) valueattrs=(size=10pt) location=outside; * Show total points by categories; yaxistable totpoints3 / stat=mean label='3' labelattrs=(size=8pt weight=bold) valueattrs=(size=10pt) location=outside; yaxistable totpoints2 / stat=mean label='2' labelattrs=(size=8pt weight=bold) valueattrs=(size=10pt) location=outside; yaxistable totpoints1 / stat=mean label='1' labelattrs=(size=8pt weight=bold) valueattrs=(size=10pt) location=outside; keylegend / exclude=(".") SORTORDER=ASCENDING noborder location=outside title="POINTS" position=top; refline '0:00:00't '0:10:00't '0:20:00't '0:30:00't '0:40:00't / axis=x; * Draw reference lines to show start/end of quarters; refline 'TEAM USA' 'TEAM FRANCE' / axis=y lineattrs=(thickness=6pt); * Draw separator lines between teams; run; SAMPLE DATA Quarter Time Play FRA USA COUNTRY PLAYER EVENT POINTS 1 9:22 USA: LeBron James: 2 Pointer 0 2 USA LeBron James 2 Pointer 2 1 9:12 FRA: Victor Wembanyama: 3 Pointer 3 2 FRA Victor Wembanyama 3 Pointer 3 1 9:01 USA: Devin Booker: 3 Pointer 3 5 USA Devin Booker 3 Pointer 3 1 8:50 FRA: Nicolas Batum: 2 Pointer 5 5 FRA Nicolas Batum 2 Pointer 2 1 8:28 FRA: Victor Wembanyama: 2 Pointer 7 5 FRA Victor Wembanyama 2 Pointer 2 1 7:21 USA: Kevin Durant: 3 Pointer 7 8 USA Kevin Durant 3 Pointer 3 1 6:52 USA: Devin Booker: 2 Pointer 7 10 USA Devin Booker 2 Pointer 2

tc · ‎08-04-2024

Btw, at Paris in 2024, Ledecky's winning time of 8:11.04 was 1.25 seconds faster than the silver medalist. Ledecky won gold at the Tokyo 2020 Olympics by a similar margin (1.25 seconds) with her 8:12.57 time. At the Rio 2016 games, Ledecky's winning time of 8:04.79 - a world record that still stands today - was an incredible 11.38 seconds faster than the silver medalist. And at London in 2012, Ledecky bested the silver medalist by a margin of 4.13 seconds with an 8:14.63 performance. Wikipedia has much more on Ledecky and the world record progression in the 800 metres freestyle.

tc · ‎08-04-2024

A short ODS Graphics program that produces a series plot showing how the amazing Katie Ledecky led all at every split from start to finish enroute to winning a gold medal Saturday in the 800m freestyle for the fourth consecutive Olympics! Btw, here's an old ODS Graphics vector + scatter + xaxistable plot take on Ledecky's 2016 victory in the 800m freestyle. * Fun With SAS ODS Graphics: Katie Ledecky Wins 9th Gold With Four-Peat in 800m Freestyle Data: olympics.com/en/paris-2024/results/swimming/women-s-800m-freestyle/fnl-000100--; proc import file="~/WomensSwimming800mFreestyle.xlsx" out=swimmers dbms=xlsx replace; * Get data; proc sql; * Prep data for charting; create table swimmers2 as select s.*, put(rank,1.)||'. '||trim(s.swimmer)||' ('||trim(country)||'), '||put(maxtime,mmss7.2) as name, ifn(distance='Finish',800,input(compress(distance,'m'),3.)) as meters from swimmers s join (select swimmer, max(time) as maxtime from swimmers group by 1) s2 on s.swimmer=s2.swimmer; * Calc time behind leader at splits; create table swimmers3 as select s.name, s.meters, mintime-time as time_behind from swimmers2 s join (select meters, min(time) as mintime from swimmers2 group by 1) s2 on s.meters=s2.meters union all /* Add a starting point for all swimmers (t=0) */ select distinct name, 0 as meters, 0 as time_behind from swimmers2 order by name, meters, time_behind; ods graphics / noborder height=6in width=8in; * Let's chart the swimmers' times!; proc sgplot nowall noborder noautolegend; * Series plot of time behind leader at each split for all swimmers; title justify=left "PARIS 2024 OLYMPICS WOMEN'S 800M FREESTYLE"; series x=meters y=time_behind / group=name curvelabel curvelabelloc=outside; scatter x=meters y=time_behind / markerattrs=(size=0pt) x2axis y2axis; * Make distance also display at top of chart (x2axis); xaxis display=(noline noticks nolabel) grid type=discrete values=(0 to 800 by 50) valueattrs=(size=8pt); x2axis display=(noline noticks nolabel) type=discrete values=(0 to 800 by 50) valueattrs=(size=8pt); yaxis display=(noline noticks) label="SECONDS BEHIND" valueattrs=(size=8pt); y2axis display=none; run; DATA SAMPLE RANK SWIMMER COUNTRY DISTANCE TIME PLACE SPLIT 1 LEDECKY Katie USA 50m 00:27.6 1 1 LEDECKY Katie USA 100m 00:57.4 1 29.8 1 LEDECKY Katie USA 150m 01:27.9 1 30.44 1 LEDECKY Katie USA 200m 01:58.7 1 30.84 1 LEDECKY Katie USA 250m 02:29.7 1 30.97 1 LEDECKY Katie USA 300m 03:00.9 1 31.19 1 LEDECKY Katie USA 350m 03:32.1 1 31.18 1 LEDECKY Katie USA 400m 04:03.2 1 31.15 1 LEDECKY Katie USA 450m 04:34.4 1 31.24 1 LEDECKY Katie USA 500m 05:05.8 1 31.34 1 LEDECKY Katie USA 550m 05:37.0 1 31.2 1 LEDECKY Katie USA 600m 06:08.0 1 31.03 1 LEDECKY Katie USA 650m 06:38.9 1 30.9 1 LEDECKY Katie USA 700m 07:09.8 1 30.88 1 LEDECKY Katie USA 750m 07:40.7 1 30.9 1 LEDECKY Katie USA Finish 08:11.0 1 30.35

tc · ‎07-28-2024

First gold medal for Team USA! Enjoy the Olympics, all! * Fun With SAS ODS Graphics: USA Men's 4x100m Freestyle Relay Stacked Bar Chart Source: olympics.com/en/paris-2024/results/swimming/men-s-4-x-100m-freestyle-relay/fnl-000100--; proc import file="~/UsaMen4x100FreeRelay.xlsx" out=usa dbms=xlsx replace; * Get data; data usaswimmers; * Reshape data; set usa; split='1st 50m'; splittime='50m'n; output; * 50M split; split='2nd 50m'; splittime='100m'n-'50m'n; output; * 100M split; * Calc split times; %SGANNO; * Add photos using SAS macros; data swimmerpics; %SGIMAGE (image="/home/ted.conway/JackAlexy.png",drawspace="DATAVALUE",xc1="Jack Alexy",y1=0,height=9,heightunit="DATA",anchor="BOTTOM"); %SGIMAGE (image="/home/ted.conway/ChrisGuiliano.png",drawspace="DATAVALUE",xc1="Chris Guiliano",y1=0,height=9,heightunit="DATA",anchor="BOTTOM"); %SGIMAGE (image="/home/ted.conway/HunterArmstrong.png",drawspace="DATAVALUE",xc1="Hunter Armstrong",y1=0,height=9,heightunit="DATA",anchor="BOTTOM"); %SGIMAGE (image="/home/ted.conway/CaelebDressel.png",drawspace="DATAVALUE",xc1="Caeleb Dressel",y1=0,height=9,heightunit="DATA",anchor="BOTTOM"); ods graphics / noborder; * Stacked bar charts of each swimmer's times; proc sgplot data=usaswimmers nowall noborder sganno=swimmerpics; * Annotate each bar with swimmer's pic; styleattrs datacolors=(cx05C3DD cx05D0EB) backcolor=gold; * Aqua bars, gold background; inset "USA Men's 4x100M Freestyle Relay Gold Medal-Winning Team (3:09.28)" / position=top textattrs=(size=12.75pt); vbar swimmer / response=splittime group=split datalabel datalabelattrs=(size=10.5pt) seglabel seglabelformat=mmss7.2 seglabelattrs=(size=10.5pt); xaxis display=(nolabel) discreteorder=data; yaxis display=none tickvalueformat=mmss. offsetmax=.125; keylegend / title="" noborder noopaque; format splittime mmss7.2; run; Input Data Swimmer Reaction Time 50m 100m Total Time Jack Alexy 0:00.69 0:22.70 0:47.67 0:47.67 Chris Guiliano 0:00.11 0:21.70 0:47.33 1:35.00 Hunter Armstrong 0:00.37 0:22.35 0:46.75 2:21.75 Caeleb Dressel 0:00.27 0:22.39 0:47.53 3:09.28

tc · ‎07-02-2024

I did my share of popsicle stick craft projects as a kid, including "switch blades" and "bombs." 😀 So, with Independence Day approaching, here's a quick SAS ODS Graphics take on a Popsicle Stick American Flag craft project. Happy 4th of July, all! * Fun With SAS ODS Graphics: Stars and Popsicle Stick Stripes Forever See craft projoect at: gingersnapcrafts.com/blast-from-past-popsicle-stick-flags; data stripes; * Generate rectangles for 5 popsicle stick stripes; do id=1 to 5; color=mod(id,2); * Assign color codes 0=Red 1=White 2=Blue; x=.33; y=(id-1)*.72; output; x=6-.33; output; y=(id-1)*.72+.66; output; x=.33; output; end; data canton; * Generate 3 shorter blue rectangles for canton; do id=3 to 5; csx=.33; csy=(id-1)*.72; output; csx=3; output; csy=(id-1)*.72+.66; output; csx=.33; output; end; data circles(keep=colorc xc yc); * Generate circles for rounded ends of popsicle stick stripes; do id=1 to 5; if id<=2 then colorc=mod(id,2); else colorc=2; xc=.33; yc=(id-1)*.72+.33; output; colorc=mod(id,2); xc=6-.33; output; end; data stars(keep=xs ys); * Generate 3 rows of stars (5 in each row); do id=3 to 5; ys=(id-1)*.72+.37; do s=1 to 5; xs=s*3/6; output; end; end; data flag; * Pull all the pieces together; set stripes circles canton stars; * Make a flag with polygon + ellipseparm + scatter plots!; ods graphics / noborder height=3.54in width=6in; proc sgplot data=flag noautolegend nowall noborder; styleattrs backcolor=cxb1e5ff datacolors=(CXB22234 white CX3C3B6E); * "Old Glory Red/Blue"; symbolchar name=uniStar char='2605'x; * Unicode value for 5-pointed star; polygon x=x y=y id=id / nooutline fill colormodel=(white CXB22234) colorresponse=color nomissinggroup; * Plot rectangular part of stripes; ellipseparm semimajor=.33 semiminor=.33 / slope=1 xorigin=xc yorigin=yc fill nooutline group=colorc nomissinggroup; * Plot rounded ends of stripes; polygon x=csx y=csy id=id / nooutline fill fillattrs=(color=CX3C3B6E); * Plot canton; scatter x=xS y=yS / markerattrs=(symbol=unistar color=White size=48pt); * Plot stars; xaxis display=none values=(0 6) offsetmin=.06 offsetmax=.06; * Hide axes; yaxis display=none values=(0 3.6) offsetmin=.0625 offsetmax=.06; run; PRE-COLORING

tc · ‎06-17-2024

@PaigeMiller: SYMBOLCHAR is just a programmer-assigned name that will be associated with a Unicode character (see the SAS SGPLOT SYMBOLCHAR doc for the full story!). Here, I chose "unistar" as my name for the Unicode "Black Star" character, which I subsequently use to tell the SCATTER statement that the symbol represented by "unistar" is to be used as a marker for the plot (as opposed to a circle, square, diamond, etc.). Which Unicode characters you'll have access to depends on which fonts you have access to and in turn what Unicode support they provide. The free SAS OnDemand for Academics service includes the Arial Unicode MS font, which includes the Black Star character (x'2605') I used here. Check out this nice 2014 blog post by Lelia McConnell, which introduced the availability of SYMBOLCHAR for SGPLOT.

tc · ‎06-16-2024

Thanks to a little math help from StackExchange, here's a SAS ODS Graphics Happy Father's Day greeting! * Fun w/SAS ODS Graphics: Happy Father's Day! (Scatter + Polygon + Text Plots) Star vertices algorithm from math.stackexchange.com/questions/3582342/coordinates-of-the-vertices-of-a-five-pointed-star; data star; * Generate points for stars; retain id 0 r1 6 r2 2.5 dad "DAD" xT 0 yT 0; * Star outer radius is 6, inner radius is 2.5; pi=constant("pi"); do pt=1 to 600; * Points for 600 little Unicode stars; xS=-6.25+12.5*ranuni(123); yS=-5.75+12.5*ranuni(456); output; end; xS=.; yS=.; do k=0 to 4; * Points for 1 big polygon star; x=r1*cos(2*pi*k/5+pi/2); y=r1*sin(2*pi*k/5+pi/2); output; x=r2*cos(2*pi*k/5+pi/2+2*pi/10); y=r2*sin(2*pi*k/5+pi/2+2*pi/10); output; end; ods graphics / reset width=5in height=5in noborder; * Make Dad a star!; proc sgplot noautolegend aspect=1 noborder nowall pad=0; styleattrs backcolor=navy; symbolchar name=uniStar char='2605'x; * Unicode value for 5-pointed star; scatter x=xS y=yS / markerattrs=(symbol=unistar color=White size=24pt); * Plot little unicode stars; polygon x=x y=y id=id / fill fillattrs=(color=cxd9d9d9) dataskin=crisp; * Plot big polygon star; text x=xT y=yT text=dad / contributeoffsets=none textattrs=(size=48pt color=navy weight=bold) contributeoffsets=none; * "DAD"; xaxis display=none values=(-6.25 6.25) offsetmin=.01 offsetmax=.01; * Hide axes; yaxis display=none values=(-5.75 6.75) offsetmin=.01 offsetmax=.01; run;

tc · ‎05-12-2024

Happy Mother's Day, all! * Fun w/SAS ODS Graphics: Mom Bracelet; data beads; * Create "beads" for Mom bracelet; retain size 1; * All beads same size; pi=constant("pi"); * 3.414...; do i=1 to 20; * Plot 20 points around circle (see blogs.sas.com/content/graphicallyspeaking/2018/11/01/text-plot-can-do-that/); angle=90-i*18; x=cos(angle*pi/180); y=sin(angle*pi/180); angle=angle+90; * Add 90 to angle to rotate letter labels at bottom back upright; if i in (9, 11) then txt="M"; * Add letters 'M' in beads 9 and 11 for 'MOM' (counting from top and going clockwise); if i=10 then yH=y; * Need a point to plot a heart in bead 10 (instead of the 'O' in 'MOM'); output; yh=.; txt=""; * Reset variables; end; * Let's plot the bracelet! (Ellipse + Bubble + Text Plots); ods graphics / width=5.5in height=5.5in antialias noborder; proc sgplot data=beads noautolegend noborder pad=0 aspect=1 nowall subpixel noborder pad=0; styleattrs backcolor=cxfff9ff; * Very light pink background; symbolimage name=heart image='/home/ted.conway/heart.png'; * Use white heart image for the 'O' in 'MOM'; ellipseparm semimajor=1 semiminor=1 / slope=0 xorigin=0 yorigin=0 outline lineattrs=(color=vipk thickness=3pt); * 'Elastic' to string beads; bubble x=x y=y size=size / fill fillattrs=(color=stpk) nooutline bradiusmin=30 bradiusmax=31 dataskin=gloss; * Beads; text x=x y=y text=txt / rotate=angle contributeoffsets=none strip textattrs=(color=white size=26pt weight=bold); * Plot 'M' letters in 'MOM' at an angle; scatter x=x y=yH / markerattrs=(symbol=heart size=32pt); * Plot heart image (takes place of 'O' in 'MOM'); xaxis display=none offsetmin=0 offsetmax=0 values=(-1.3 1.3); * Suppress labels/ticks on axes, set bounds; yaxis display=none offsetmin=0 offsetmax=0 values=(-1.3 1.3); run;

tc · ‎04-06-2024

That is a pretty epic blog post! Beyond the eclipse, that last code snippet looks like it could help families and friends solve the what's-the-closest-restaurant-to-all-of-us problem! 😊

tc · ‎04-06-2024

In advance of Monday's solar eclipse, a SAS ODS Graphics map of the locations in Architectural Digest's Where to See the Solar Eclipse: The 13 Best Cities to Watch the Event. Happy viewing, all! * Fun With SAS ODS Graphics: Mr. Sun, Mr. Moon (Best Cities for Eclipse Viewing) Data source: Gecoded cities from architecturaldigest.com/story/solar-eclipse-2024-best-cities; * Get cities + latitude + longitude from Google Sheets; FILENAME cities url 'https://docs.google.com/spreadsheets/d/1uu9zHLpaKteksCFKnvQw-HWS7czdW1nY8IzGPpq-TSQ/export?format=csv&gid=0'; proc import datafile=cities out=cities DBMS=CSV REPLACE; GETNAMES=Yes; DATAROW=2; ods graphics / antialias height=7in width=7in; proc sgmap plotdata=cities noautolegend; * Use SGMAP + OpenStreetMap to plot cities; title height=14pt font=arial "Architectural Digest's 13 Best Cities for Seeing the Solar Eclipse"; openstreetmap; * Overlay multiple markers in attempt at black-on-yellow 'eclipse-look' markers; scatter x=long y=lat / datalabel=city datalabelattrs=(family=arial size=14pt color=black) markerattrs=(symbol=circlefilled size=13pt); scatter x=long y=lat / markerattrs=(symbol=circlefilled size=12pt color=yellow); * Stadium points; scatter x=long y=lat / markerattrs=(symbol=circlefilled size=8pt color=black); * Stadium points; run; DATA (Google Sheets)

tc · ‎03-31-2024

A SAS ODS Graphics take on a cute Easter Bunny Basket icon - Happy Easter, all! * Fun With SAS ODS Graphics: Easter Bunny Basket A SAS ODS Graphics take on an icon found at stockio.com/free-icon/easterly-icons-easter-bunny; *==> 1. Generate points for Easter Bunny's eyes and Easter basket; data easter; dash='-'; ty=89; tx=93; output; tx=132; output; dash=""; tx=0; ty=0; * Generate points for eyes (dashes/hyphens(; do id=1 to 2; * Generate points for Easter basket (two polygons); input; do w= 1 to countw(_infile_) by 2; px=input(scan(_infile_,w),best3.); py=input(scan(_infile_,w+1),best3.); output; end; end; datalines; 0 121 0 153 225 153 225 121 10 153 33 231 192 231 215 153 ; *==> 2. Plot Easter Basket/Bunny (Polygon+Ellipse+Text Plots); ods graphics / antialias width=6in height=6in noborder; proc sgplot aspect=1 noautolegend nowall noborder pad=0; styleattrs backcolor=cxfdf0d7; * Pastel yellow background; * Easter Basket Handle (black outline) + pastel green overlay; ellipseparm semimajor=103.5 semiminor=103.5 / slope=0 xorigin=112.5 yorigin=121 nofill lineattrs=(color=black thickness=18pt); * Black outline; ellipseparm semimajor=103.5 semiminor=103.5 / slope=0 xorigin=112.5 yorigin=121 nofill lineattrs=(color=cxc5ebd5 thickness=6pt); * Pastel green; * Easter Bunny Head (black outline); ellipseparm semimajor=70 semiminor=70 / slope=0 xorigin=112.5 yorigin=121 nofill lineattrs=(color=black thickness=6pt); * Easter Bunny Left Ear (white + pink overlay); ellipseparm semimajor=17 semiminor=47 / slope=0 xorigin=80.5 yorigin=45 fill fillattrs=(color=white) outline lineattrs=(color=black thickness=6pt); ellipseparm semimajor=11 semiminor=40 / slope=0 xorigin=80.5 yorigin=45 fill fillattrs=(color=cxe8a9d0); * Easter Bunny Right Ear (white + pink overlay); ellipseparm semimajor=17 semiminor=47 / slope=0 xorigin=144.5 yorigin=45 fill fillattrs=(color=white) outline lineattrs=(color=black thickness=6pt); ellipseparm semimajor=11 semiminor=40 / slope=0 xorigin=144.5 yorigin=45 fill fillattrs=(color=cxe8a9d0); * Easter Bunny - Face (white fill color to cover unwanted lines); ellipseparm semimajor=68semiminor=68 / slope=0 xorigin=112.5 yorigin=121 fill fillattrs=(color=white); * Easter Bunny Eyes (black hyphen/dash); text x=tx y=ty text=dash / contributeoffsets=none textattrs=(color=black weight=bold size=72pt); * Easter Basket (pastel green); polygon x=px y=py id=id / lineattrs=(color=black thickness=6pt) fill outline fillattrs=(color=cxc5ebd5); * Pastel green; xaxis display=none values=(-5 230) offsetmin=.01 offsetmax=.01; * Suppress axes, tweak positionl; yaxis display=none values=(-5 230) reverse offsetmin=.01 offsetmax=.03; run; Chart without code changes to color/tweak output.

tc · ‎03-18-2024

@ChrisHemedinger Thanks, submitted! No HTML5 Listing Output Returned and Errors Encountered With IOM Connection · Issue #898 · sassoftware/vscode-sas-extension (github.com)

tc · ‎03-16-2024

Happy St. Patrick's Day (and a belated Happy Pi Day), all! * Fun w/SAS ODS Graphics: I'm Dreaming of a Green St. Patrick's Day; data shamrocks; * Plot Shamrock icons in a circle to create a St. Patrick's day 'wreath'; retain msg "HAPPY*ST. PATRICK'S*DAY!" msgX 0 MsgY 0; pi=constant("pi"); do i=1 to 12; * Plot 12 points around circle (From blogs.sas.com/content/graphicallyspeaking/2018/11/01/text-plot-can-do-that/); angle=90-i*30; x=cos(angle*pi/180); y=sin(angle*pi/180); output; end; ods graphics / width=5in height=5in antialias noborder; * St. Patrick's Day 'Wreath' (Scatter + Text Plot); proc sgplot data=shamrocks noautolegend noborder pad=0 aspect=1 nowall subpixel noborder pad=0; symbolimage name=shamrock image='/home/ted.conway/shamrock.png'; * MS-Word shamrock icon saved as .png file; styleattrs backcolor=VPAG; * Very pale green background; scatter x=x y=y / markerattrs=(color=cx009a49 size=80pt symbol=shamrock); * Plot 'shamrocks'; text x=msgY y=msgY text=msg / textattrs=(size=22pt color=cx224d17 weight=bold) position=center splitchar='*' splitpolicy=splitalways contributeoffsets=none strip;; * Message; xaxis display=none offsetmin=0 offsetmax=0 values=(-1.4 1.4); * Suppress labels/ticks on axes, set bounds; yaxis display=none offsetmin=0 offsetmax=0 values=(-1.4 1.4); run; MS-Word Shamrock Icon (saved as .png)

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