1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
|
.PS
# AntiqueClock.m4
gen_init
NeedDpicTools
# https://tex.stackexchange.com/questions/236923/generate-analog-clock-with-numbered-face-add-seconds-roman-numerals
# `hms2deg(hr,min,sec) hr:min:sec to degrees
# blank arg1: degrees for minute hand
# blank arg1 and arg2: degrees for second hand'
define(`hms2deg',`ifelse(`$1',,
`ifelse(`$2',,
`(90-pmod(ifelse(`$3',,0,`$3'),60)/60*360)',
`(90-(pmod(`$2',60)/60 + pmod(ifelse(`$3',,0,`$3'),60)/60/60)*360)')',
`(90-(pmod(`$1',12) + pmod(ifelse(`$2',,0,`$2'),60)/60 + dnl
pmod(ifelse(`$3',,0,`$3'),60)/3600)/12*360)')')
# `SecondHand(length,hr,min,sec)'
define(`SecondHand',`[ shsf = (`$1')/3.2
C: Here
{ L: rpoint_(to (Rect_(`$1',hms2deg(,,`$4')))) }
line thick 8*shsf to rvec_(`$1',0)
]')
# `AntiqueMinuteHand(length,hr,min,sec)'
define(`AntiqueMinuteHand',`[ mhsf = (`$1')/2.84
L: rpoint_(to (Rect_(`$1',hms2deg(,`$3',`$4'))))
C: circle fill_(0) diam 0.47*mhsf at L.start
move to C
spline from rvec_(0,0.047*mhsf) \
to rvec_(1.65*mhsf,0.11*mhsf) \
then to rvec_(`$1',0.018*mhsf) \
then to rvec_(`$1',-0.018*mhsf) \
then to rvec_(1.65*mhsf,-0.11*mhsf) \
then to rvec_(0,-0.047*mhsf) \
shaded rgbstring(0,0,0)
]')
# `AntiqueHourHand(length,hr,min,sec)'
define(`AntiqueHourHand',`[ hhsf = (`$1')/2.2
L: rpoint_(to (Rect_(`$1',hms2deg(`$2',`$3',`$4'))))
C: circle fill_(0) diam 0.6*hhsf at L.start
move to C
v = 0.25*hhsf
{ line to rvec_(1.1*hhsf,0) thick 0.15/(1bp__)*hhsf }
{ C1: circle rad v at rvec_(1.25*hhsf,0) fill_(0) }
d = `$1'-1.25*hhsf
q = 1bp__*hhsf
r1 = (d^2 + q^2 - v^2)/(v-q)/2
h = r1+v
shade(0,
arc ccw from C1+vec_(d/h*v,(r1+q)/h*v) to \
C1+vec_(d,q) rad r1 with .c at C1+vec_(d,r1+q)
arc ccw from C1+vec_(d,-q) to C1+vec_(d/h*v,-(r1+q)/h*v) rad r1 \
with .c at C1+vec_(d,-r1-q))
]')
define(`AntiqueClock',`[ # h,m,s,diam
# Clock size parameters
# outer radius
hour = ifelse(`$1',,3,`$1')
minute = ifelse(`$2',,41,`$2')
second = ifelse(`$3',,51,`$3')
ifelse(`$4',,`skale=0.5; r1=2',`r1=(`$4')/2; skale=r1/4')
r2 = r1-0.5*skale
r3 = r2-0.14*skale
r4 = r3 - 0.35*skale
r5 = r4 - 0.17*skale
r6 = r5 - 0.63*skale
r7 = r6 - 0.17*skale
shadethick = 1.0
C: circle thick 0.2 rad r1
define shadeline {
s = 1-($`'1)*2
v = r*s
h = sqrt(r^2-v^2)
t = 1-abs(s)
line from (vrot_(-h,v,cost,sint)) to (vrot_(h,v,cost,sint)) \
thick shadethick outlined rgbstring(t,t,t)
}
r = r1 # Bezel outer
nlines = int(2*r/(shadethick pt__)*1.1)
cost = cosd(10); sint = sind(10);
ShadeObject(shadeline,nlines, 0, 0,0,0,
0.5, 1,1,1,
1, 0,0,0 ) at C
r = r2 # Bezel inner
nlines = int(2*r/(shadethick pt__)*1.1)
cost = cosd(-10); sint = sind(-10);
ShadeObject(shadeline,nlines, 0, 0,0,0,
0.25, 0.8,0.8,0.8,
0.5, 1,1,1,
0.75, 0.8,0.8,0.8,
1, 0,0,0 ) at C
# Clock face
Face: circle thick 0 fill_(1) rad r3 at C
circle rad r4 at C
circle rad r5 at C
circle rad r6 at C
circle rad r7 at C
define rotext {
sprintf("`$'1 ifpstricks(\rput[C]{%g}(0,0){%g},
ifpgf(\rotatebox{%g}{%g}))",`$'2,`$'3) }
# Outer numbers
command sprintf("\font\outerfont=cmss12 at %4.2fin",r3-r4)
for mn = -15 to 15 by 5 do { rotext(\outerfont,-mn/60*360,pmod(mn,60)) \
at C+(Rect_((r3+r4)/2,90-mn/60*360)) }
for mn = 20 to 40 by 5 do { rotext(\outerfont,180-mn/60*360,mn) \
at C+(Rect_((r3+r4)/2,90-mn/60*360)) }
# Outer tics
for mn = 1 to 60 do { t = 90-mn/60*360
line from C+(Rect_(r5,t)) to C+(Rect_(r4,t)) }
# Inner numbers
command sprintf("\font\innerfont=cmss12 at %4.2fin",r5-r6)
Loopover_(`mx',`t = (m4Lx-4)/12*360;
sprintf("\innerfont`'ifpstricks(`\rput[C]{%g}(0,0)',
`\rotatebox{%g}'){\scalebox{0.7}[1.0]{mx}}",-t) \
at C+(Rect_((r5+r6)/2,90-t))', IX,X,XI,XII,I,II,III)
Loopover_(`mx',`t = (m4Lx+3)/12*360;
sprintf("\innerfont`'ifpstricks(`\rput[C]{%g}(0,0)',
`\rotatebox{%g}'){\scalebox{.7}[1.0]{mx}}",-t+180) \
at C+(Rect_((r5+r6)/2,90-t))', IV,V,VI,VII,VIII)
# Inner tics
for mn = 5 to 60 by 5 do { t = 90-mn/60*360
line from C+(Rect_(r7,t)) to C+(Rect_(r6,t)) }
# Hands
AntiqueHourHand(r6,hour,minute,second) with .C at C
AntiqueMinuteHand(r5,hour,minute,second) with .C at C
SecondHand((r3+r4)/2,hour,minute,second) with .C at C
# Center
dot(at C,0.1/4*r1,1)
]')
Clock1: AntiqueClock
# Clock2: AntiqueClock(4,50,07,2) at Clock1.e+(1.5,0)
Clock2: AntiqueClock(4,50,07,2) with .nw at Clock1.ne+(0.5,0)
Clock3: [
linethick = 1.5
arrowwid = 5 pt__
rgbfill(255/255,250/255,205/255,
Clock: circle rad 0.75 at (0,0) )
command "\newcounter{hour}"
for time=1 to 12 do {
sprintf("\setcounter{hour}{%g}\Roman{hour}",time) \
at Rect_(Clock.rad*0.85,90-time*30)
}
line <-> from Rect_(Clock.rad*0.95,90-8.5*30) to Clock \
then to Rect_(Clock.rad*0.7,90-3.5*30)
line thick 1 outline "red" from Clock to Rect_(Clock.rad*0.95,90-0.75*30)
] with .s at (Clock2,Clock1.s)
define(`htod',`(90-(`$1')/12*360)')
# clock1(h:m[:s],diam,color)
define(`ClockA',`[
clockdiam = ifelse(`$2',,`40 mm__',`$2')
clockrad = clockdiam/2
stacksplit_(`HMS',ifelse(`$1',,10:10,`$1'),:)
s = HMS; popdef(`HMS')
m = HMS; popdef(`HMS')
ifdef(`HMS',`h = HMS',`h = m; m = s')
C: circle rad clockrad thick 2 shaded ifelse(`$3',,"cyan",`$3') at (0,0)
for t = 1 to 12 do {
if pmod(t,3)==0 then { ticlen = clockrad/5; ticthk = 2 } \
else { ticlen = clockrad/10; ticthk = 1 }
line thick ticthk from Rect_(clockrad,htod(t)) \
to Rect_(clockrad-ticlen,htod(t))
sprintf("\large\sf %g",t) at Rect_(clockrad*3.5/5,htod(t))
}
line thick 3 from C to Rect_(clockrad*2/5,htod(h+m/60))
line thick 3 from C to Rect_(clockrad*3/5,htod(m/60*12))
round(at C, 3)
ifdef(`HMS',`line thick 0.7 outlined "red" from C \
to Rect_(clockrad*3.5/5,htod(s/60*12)) chop -5bp__ chop 0')
popdef(`HMS') ]')
[
CA: ClockA(11:10:35,,"blue!20")
ClockA(10:10,,"blue!20!black!30")
ClockA(10:10:23,,"blue!20!black!30!green!40")
ClockA(10:10,,rgbstring(0.2,0.2,0.7))
# calls DrawRoutineName(frac,r,g,b)
# clock2(h:m[:s],diam,color,rim thickness)
define(`ClockB',`[
clockdiam = ifelse(`$2',,`60 mm__',`$2')
clockrad = clockdiam/2
stacksplit_(`HMS',ifelse(`$1',,10:10,`$1'),:)
s = HMS; popdef(`HMS')
m = HMS; popdef(`HMS')
ifdef(`HMS',`h = HMS',`h = m; m = s')
rimwd = ifelse(`$4',,9 pt__,`$4')
rimwid = rimwd/(1 pt__)
n = 4
C: (0,0)
ClockA(`$1',clockdiam-rimwd*2,"green!20") at C
Q:circle diam clockdiam-rimwd thick rimwid \
outlined rgbstring(0.7,0.7,0.7) at C
Nx: Q.n+(0,Q.thick pt__/2)
define rimcirc {
#print sprintf("%g: %g,%g,%g",$`'1,$`'2,$`'3,$`'4)
circle diam clockdiam-rimwd thick rimwid/(n+1) \
outlined rgbstring($`'2,$`'3,$`'4) with .n at Nx-(0,rimwd/(n+1)/2)
Nx : last circle.n+(0,last circle.thick pt__/2) }
v = 0.1
ShadeObject(rimcirc, n,
0,v,v,v,
1/(n-1),v,v,v,
1,1,1,1) at C
popdef(`HMS') ]')
# ClockA(10:10:35,,"green!20")
w = last [].wid
ClockB(10:10:35,w,) with .nw at CA.sw+(10bp__,-0.2)
] with .nw at 1st [].sw+(0,-0.2)
.PE
|
