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.PS
# EVplugs.m4
# https://en.wikipedia.org/wiki/CHAdeMO
# https://en.wikipedia.org/wiki/North_American_Charging_Standard
# https://tesla-cdn.thron.com/static/HXVNIC_North_American_Charging_Standard_Technical_Specification_TS-0023666_HFTPKZ.pdf?xseo=&response-content-disposition=inline%3Bfilename%3D%22North-American-Charging-Standard-Technical-Specification-TS-0023666.pdf%22
gen_init
divert(-1)
`EV_J1772(keys)
EV charging plug in a [] block
keys: wdth=expr; # plug width
diamLNP=expr; # diam of L1, N, PE
twdth=expr; # tab width
thgt=expr; # tab hght
thick=expr; # outer line thickness (pt)
thickin=expr; # inner line thickness (pt)
BG=attributes; # shaded gray etc
L1=attributes; # L1 attributes ...
N=attributes;
PE=attributes;
PP=attributes;
CP=attributes; '
define(`pEVskale',25.4) dnl default plug size (20 mm)
define(`EV_J1772',`[ pushkeys_(`$1', `wdth:20/pEVskale;
twdth:3.5/20*m4`'wdth; thgt:1.5/20*m4`'wdth; diamLNP:6/20*m4`'wdth;
thick:2; thickin:1.5; BG::N; L1::N; N::N; PE::N; PP::N; CP::N; ')
tang = atan2(m4twdth/2,m4wdth/2)*rtod_
TS: (Rect_(m4wdth/2,-90-tang)); TE: (Rect_(m4wdth/2,-90+tang))
Tab: line thick m4thick from TS down_ m4thgt \
then to TE-(0,m4thgt) then to TE m4BG
Arc: arc thick m4thick to TS with .c at (0,0) m4BG
round(at TS,last arc.thick); round(at TE,last arc.thick)
L1: circle diam m4diamLNP thick m4thickin at (Rect_(m4wdth/4,150)) m4L1
N: circle diam m4diamLNP thick m4thickin at (Rect_(m4wdth/4, 30)) m4N
PE: circle diam m4diamLNP thick m4thickin at (0,-m4wdth/4) m4PE
PP: circle diam m4diamLNP*0.55 thick m4thickin at (Rect_(m4wdth/3,210)) m4PP
CP: circle diam m4diamLNP*0.55 thick m4thickin at (Rect_(m4wdth/3,-30)) m4CP
`$2' popdef(`m4CP',`m4PP',`m4PE',`m4N',`m4L1',`m4BG',
`m4wdth',`m4diamLNP',`m4twdth',`m4thgt',`m4thick',`m4thickin') ]')
`EV_J3068(keys,shade)
EV charging plug in a [] block
keys: wdth=expr; # plug width
diamLNP=expr; # diam of L1, N, PE
twdth=expr; # tab width
thgt=expr; # tab hght
thick=expr; # outer line thickness (pt)
thickin=expr; # inner line thickness (pt)
BG=attributes; # shaded gray etc
L1|L2|L3=attributes; # pin attributes ...
N=attributes;
PE=attributes;
PP=attributes;
CP=attributes;
arg2= R:G:B background fill color '
define(`EV_J3068',`[ pushkeys_(`$1',
`wdth:25/pEVskale; diamLNP:m4`'wdth*0.25; thick:2; thickin:1.5;
BG::N; L1::N; L2::N; L3::N; N::N; PE::N; PP::N; CP::N; ')
C: Here
NE: C+(Rect_(m4wdth/2,45)); NW: C+(Rect_(m4wdth/2,135))
Ac: NE-(1,1)/sqrt(2)*m4diamLNP/2
Arc: arc thick m4thick from NW to NE with .c at C m4BG ifelse(`$2',,,
`shaded rgbstring(patsubst(`$2',:,`,'))
line invis from NE to Ac+(0,m4diamLNP/2) \
then to NW+(1,-1)/sqrt(2)*m4diamLNP/2 + (0,m4diamLNP/2) \
then to NW then to NE shaded rgbstring(patsubst(`$2',:,`,'))')
arc thick m4thick to Ac+(0,m4diamLNP/2) with .c at Ac m4BG
Top: line thick m4thick to (NW+NE-Ac, Here) m4BG
arc thick m4thick to NW with .c at Here+(0,-m4diamLNP/2) m4BG
PE: circle diam m4diamLNP thick m4thickin at C m4PE
PP: circle diam m4diamLNP*0.55 thick m4thickin at C+(Rect_(m4wdth/3,45)) m4PP
CP: circle diam m4diamLNP*0.55 thick m4thickin at C+(Rect_(m4wdth/3,135)) m4CP
L1: circle diam m4diamLNP thick m4thickin at C+(m4wdth*.3,0) m4L1
L2: circle diam m4diamLNP thick m4thickin at C+(Rect_(m4wdth*.3,-60)) m4L2
L3: circle diam m4diamLNP thick m4thickin at C+(Rect_(m4wdth*.3,-120)) m4L3
N: circle diam m4diamLNP thick m4thickin at C-(m4wdth*.3,0) m4N
`$3' popdef(`m4wdth',`m4diamLNP',`m4thick',`m4thickin',
`m4BG',`m4L1',`m4L2',`m4L3',`m4N',`m4PE',`m4PP',`m4CP') ]')
`EV_CCS1(J1772 keys,DC keys)
DC keys: wdth=expr; # DC socket width
hght=expr; # DC socket height
diamPM=expr; # diam of DC+, DC- circles
sep=expr; # separation of Jack and DC
thick=expr; # outer line thickness (pt)
thickin=expr; # inner line thickness (pt)
BG=attributes; # shaded gray etc
DCplus=attributes;
DCminus=attributes; '
define(`EV_CCS1',`[
J: EV_J1772(`$1')
pushkeys_(`$2',`wdth:J.wid:23.5/20; hght:J.wid*11/20; diamPM:m4`'hght*7/11;
sep:J.wid*3/30; thick:J.Arc.thick; thickin:J.PE.thick;
BG::N; DCplus::N; DCminus::N;')
DC: [ Box: box thick m4thick wid m4wdth ht m4hght rad m4hght/2 m4BG
DCplus: circle thick m4thickin diam m4diamPM at Box.w+(m4hght/2,0) m4DCplus
DCminus:circle thick m4thickin diam m4diamPM at Box.e-(m4hght/2,0) m4DCminus
] with .n at J.s+(0,-m4sep)
popdef(`m4wdth',`m4hght',`m4diamPM',`m4sep',`m4thick',`m4thickin',`m4BG',
`m4DCplus',`m4DCminus')
]')
`EV_CCS2(J3068 keys,shade,DC keys)
DC keys: wdth=expr; # DC socket width
hght=expr; # DC socket height
diamPM=expr; # diam of DC+, DC- circles
sep=expr; # separation of Jack and DC
thick=expr; # outer line thickness (pt)
thickin=expr; # inner line thickness (pt)
BG=attributes; # shaded gray etc
DCplus=attributes;
DCminus=attributes;
arg2= R:G:B background fill color '
define(`EV_CCS2',`[
J: EV_J3068(`$1',`$2')
pushkeys_(`$3',`wdth:J.wid:23.5/20; hght:J.wid*11/20; diamPM:m4`'hght*7/11;
sep:J.wid*3/30; thick:J.Arc.thick; thickin:J.PE.thick;
BG::N; DCplus::N; DCminus::N;')
DC: [ Box: box thick m4thick wid m4wdth ht m4hght rad m4hght/2 dnl
m4BG ifelse(`$2',,,`shaded rgbstring(patsubst(`$2',:,`,'))')
DCplus: circle thick m4thickin diam m4diamPM at Box.w+(m4hght/2,0) m4DCplus
DCminus:circle thick m4thickin diam m4diamPM at Box.e-(m4hght/2,0) m4DCminus
] with .n at J.s+(0,-m4sep)
popdef(`m4wdth',`m4hght',`m4diamPM',`m4sep',`m4thick',`m4thickin',`m4BG',
`m4DCplus',`m4DCminus')
]')
`EV_CHAdeMO(keys,shade)
EV charging plug in a [] block
keys: wdth=expr; # plug width
thick=expr; # outer line thickness (pt)
thickin=expr; # inner line thickness (pt)
BG=attributes; # background shaded gray etc
DCplus=|DCminusNS=|FG=|NC=|SS1=|DCP=|PP=|
CL=|CH=|SS2=attributes # pin attributes ...'
define(`EV_CHAdeMO',`[ pushdef(`m4sk',33/140/pEVskale) pushkeys_(`$1',
`wdth:140*m4sk; thick:m4`'wdth*9/140/(1bp__); thickin:m4`'thick*1.5/9;
BG::N; DCplus::N; DCminus::N;N::N;S::N;
FG::N; NC::N; SS1::N; DCP::N; PP::N; CL::N; CH::N; SS2::N')
C: circle thick m4thick diam m4wdth-m4thick bp__ m4BG
line thick m4thick*0.6 from C+(Rect_(C.rad+m4thick bp__*3/4,42)) \
to C+(Rect_(C.rad+m4thick bp__*3/4,50)) then left m4thick bp__ m4BG
line thick m4thick*0.6 from C+(Rect_(C.rad+m4thick bp__*3/4,138)) \
to C+(Rect_(C.rad+m4thick bp__*3/4,130)) then right m4thick bp__ m4BG
idiam = (m4wdth-m4thick bp__*2)*47/(27+47*2)
N: circle diam idiam thick m4thickin with .n at C.n-(0,m4thick bp__/2) m4N
S: circle diam idiam thick m4thickin with .s at C.s+(0,m4thick bp__/2) m4S
E: circle diam idiam thick m4thickin at Cintersect(N,N.diam,S,S.diam) m4DCminus
W: circle diam idiam thick m4thickin at Cintersect(S,S.diam,N,N.diam) m4DCplus
foreach_(`Z',
`line thick m4thickin up Z.diam*0.6 right Z.diam*0.6 with .c at Z
line thick m4thickin up Z.diam*0.6 left Z.diam*0.6 with .c at Z',N,S)
foreach_(`L',`L: circle diam idiam/4 thick linethick/2 \
at N+(Rect_(idiam/4,90*m4Lx)) m4xpand(m4`'L)',FG,NC,DCP,SS1)
foreach_(`L',`L: circle diam idiam/4 thick linethick/2 \
at S+(Rect_(idiam/4,90*m4Lx)) m4xpand(m4`'L)',PP,CL,SS2,CH)
`$3' popdef(`m4sk',`m4wdth',`m4thick',`m4thickin',`m4BG',
`m4DCplus',`m4DCminus',`m4N',`m4S',
`m4FG',`m4NC',`m4SS1',`m4DCP',`m4PP',`m4CL',`m4CH',`m4SS2') ]')
`EV_NAC(keys)
NAC (Tesla) charging plug in a [] block
keys: wdth=expr; # plug width
diamL=expr; # diam of L1, L2
BG=background attributes; # shaded "gray"
L1=attributes; # L1 attributes ...
L1inner=attributes; # inner circle...
L2=attributes; # L2 attributes ...
L2inner=attributes; # inner circle...
inner=attributes; # central object
Gnd=attributes;
Gndinner=attributes;
PP=attributes;
CP=attributes; '
define(`EV_NAC',`[ pushkeys_(`$1', `wdth:1.6; diamL:m4`'wdth*0.28; BG::N;
L1::N; L1inner::N; L2::N; L2inner::N; Gndinner::N; inner::N;
Gnd::N; PP::N; CP::N; ')
sN = 1/pEVskale*m4wdth/1.6 # drawing coord scale factor
tt = 8.5/160*m4wdth; # outer width
rt = (4^2+43^2)/(2*4)/4*sN; rb = (23^2+56.5^2)/(2*23)/4*sN # arc radii
Ct: (0,0.83*m4wdth-rt); Cb: (0,rb) # arc centres
ra = rb*0.45; ri = ra/4 # radii
NAC_fillet(Ct,-rt,Cb,-rb,ra,NW,Wt,Wb) # draw outer boundary
NE: (-NW.x,NW.y); Eb: (-Wb.x,Wb.y); Et: (-Wt.x,Wt.y)
m = 9; n = 0; P[n]: (0,0)
NAC_arc(m,Cb,rb,-pi_/2,langle(Cb,Eb))
NAC_arc(m,NE,ra,langle(NE,Eb),langle(NE,Et))
NAC_arc(m,Ct,rt,langle(Ct,Et),pi_/2)
fitcurve(P,n,shaded "lightgray" m4BG,-n)
pushdef(`m4EVs',`shaded graystring(1)')dnl # inner circles
L1: circle diam m4diamL at ( 21.5/2,23.75)*sN m4EVs m4L1
inLt = L1.rad/4/(1bp__)
L1i: circle thick inLt rad L1.rad-(inLt+L1.thick)/2 bp__ outlined "yellow" \
at L1 m4L1inner
L2: circle diam m4diamL at (-21.5/2,23.75)*sN m4EVs m4L2
L2i: circle thick inLt rad L2.rad-(inLt+L2.thick)/2 bp__ outlined "yellow" \
at L2 m4L2inner
Gnd: circle diam m4wdth/7 at (0,L1.y-15.92*sN) m4EVs m4Gnd
Gndi: circle thick Gnd.rad/4/(1bp__) rad Gnd.rad-(Gnd.rad/4/(1bp__)+ \
Gnd.thick)/2 bp__ outlined "green" at Gnd m4Gndinner
PP: circle diam Gnd.diam/2 at (-17/2*sN,L1.y-16.52*sN) m4EVs m4PP
CP: circle diam Gnd.diam/2 at ( 17/2*sN,L1.y-16.52*sN) m4EVs m4CP
rs = (15^2+50^2)/(2*15)/4*sN; Cs: (0,0.3*m4wdth-rs) # inner tri-shape
m = 9; n = 0; P[0]: Ct+(0,rt-tt)
NAC_fillet(L2,L2.rad+tt,Ct,-(rt-tt),ri,FW,Fb,Ft)
NAC_fillet(Cb,-(rb-tt),L2,L2.rad+tt,ri,GW,Gt,Gb)
NAC_fillet(Cs,rs,Cb,-(rb-tt),ri,SW,St,Sb)
NAC_arc(3,Ct,rt-tt,pi_/2,langle(Ct,Ft))
NAC_arc(m,FW,ri,langle(FW,Ft),NAC_ang(FW,Fb))
NAC_arc(m,L2,L2.rad+tt,langle(L2,Fb),langle(L2,Gb))
NAC_arc(m,GW,ri,NAC_ang(GW,Gb),NAC_ang(GW,Gt))
NAC_arc(m,Cb,rb-tt,NAC_ang(Cb,Gt),NAC_ang(Cb,Sb))
NAC_arc(m,SW,ri,NAC_ang(SW,Sb),NAC_ang(SW,St))
NAC_arc(m,Cs,rs,langle(Cs,St),pi_/2)
fitcurve(P,n,fill_(1) m4inner,-n)
popdef(`m4EVs',`m4CP',`m4PP',`m4Gnd',`m4inner',
`m4L2',`m4L2inner',`m4L1',`m4L1inner',`m4Gndinner',
`m4BG',`m4diamL',`m4wdth') `$2' ]')
define(`NAC_fillet', #( C1, r1, C2, r2, frad, Cf, T1, T2 )
``$6': Cintersect(`$1',(abs(`$2')+sign(`$2')*(`$5')),
`$3',(abs(`$4')+sign(`$4')*(`$5')))
`$7': LCintersect(,`$6',`$5',ifelse(index(`$2',-),0,R),`$1',`$6')
`$8': LCintersect(,`$6',`$5',ifelse(index(`$4',-),0,R),`$3',`$6')')
define(`NAC_arc', #( m, C, rad, a0, af )
`m4a0 = `$4'; m4af = `$5'; for i=1 to `$1' do { n+=1
P[n]: `$2'+(rect_(`$3',(1-i/`$1')*m4a0+i/`$1'*m4af))
P[-n]: (-P[n].x,P[n].y) }')
define(`NAC_ang',`pmod(langle(`$1',`$2'),twopi_)')
divert(0)dnl
ifsvg(svg_font(sans-serif,6bp__))
iflatex(command "{\sf\scriptsize")
define(`EVsmall',`ifsvg(svg_small(`$1'),{\tiny `$1'})')
define(`EVtxt',`ifsvg(``$1'',`{patsubst(`$1',_,\\_)}')')
define(`EVk',`ifsvg(+(0,0.75bp__))')
[
P1: EV_J1772(BG=fill_(0.75); PE=fill_(1) "PE";L1=fill_(1) "L1";N=fill_(1) "N";
PP=fill_(1); CP=fill_(1);)
"EVsmall(PP)" at P1.PP EVk
"EVsmall(CP)" at P1.CP EVk
P2: EV_J3068(PE=shaded "green" "PE";\
L1=shaded "yellow" "L1";L2=shaded "yellow" "L2";L3=shaded "yellow" "L3";
N=fill_(1) "N";",
0.85:0.85:0.85) at P1+(15bp__,0) \
with .w at P1.e+(P1.wid/5,0)
"EVsmall(PP)" at P2.PP EVk
"EVsmall(CP)" at P2.CP EVk
P3: EV_CCS1(L1="L1";N="N";PE="PE",
DCplus="DC+";DCminus="DC-") with .w at P2.e+(P1.wid/5,0)
"EVsmall(PP)" at P3.J.PP EVk
"EVsmall(CP)" at P3.J.CP EVk
P4: EV_CCS2(L1="L1";L2="L2";L3="L3";N="N";PE="PE",0.85:0.85:0.85,
DCplus="DC+";DCminus="DC-") with .w at P3.e+(P1.wid/5,0)
"EVsmall(PP)" at P4.J.PP EVk
"EVsmall(CP)" at P4.J.CP EVk
P5: EV_CHAdeMO( BG=outlined "blue" fill_(0.8);
DCplus=shaded "red" "DC+";
DCminus=shaded "red" "DC-";
foreach_(`L',`L=fill_(1);',N,S)
FG=shaded "green";
foreach_(`L',`L=shaded "orange";',SS1,DCP,NC,PP,CH,SS2,CL)) \
with .w at P4.e+(P4.w.x-P3.e.x,0)
foreach_(`L',`"EVsmall(L)" at P5.L EVk',FG,NC,DCP,SS1,PP,CL,CH,SS2)
P6: EV_NAC(wdth=1) with .w at P5.e+(P5.wid/5,0)
foreach_(`L',`"EVtxt(`L'm4Lx)" at P6.L',L1,L2)
thinlines_
arrow <- from P6.Gnd.s down P6.ht/5; "EVtxt(Gnd)" below
arrow <- from P6.PP.sw down P6.ht/8 left P6.ht/8; "EVtxt(`PP')" rjust
arrow <- from P6.CP.se down P6.ht/8 right P6.ht/8; "EVtxt(`CP')" ljust
thicklines_
"EVtxt(`EV_CCS2')" at P4.s+(0,-10bp__)
"EVtxt(`EV_NAC')" at (P6,last "")
"EVtxt(`EV_CHAdeMO')" at (P5,last "")
"EVtxt(`EV_CCS1')" at (P3,last "")
"EVtxt(`EV_J3068')" at (P2,last "")
"EVtxt(`EV_J1772')" at (P1,last "")
]
iflatex(command "}%")
ifsvg(command "</g>")
.PE
|
