# @name Anothertime
# @desc Always see time and other widgets
# @author toinux@gmail.com
# @version 1.3
# @config sc color "Seconds color" default=#FF00FF
# @config ta select "Time animation" options=scroll,fade default=fade
# @config tad slider "Time animation duration" min=100 max=2000 default=500 unit=ms
# @config dsty select "Date style" default=icon options=icon,calendar
# @config wsty select "Week style" default=dotted2 options=large,progress,dotted,dotted2
# @config wc color "Week days color" default=#00FFFF
# @config wdc color "Current day color" default=#FF00FF
# @config ssun bool "Week starts Sunday" default=false
# @config wa select "Widgets animation" options=scroll,fade default=fade
# @config wad slider "Widgets animation duration" min=100 max=2000 default=500 unit=ms
# @config btopic text "Battery topic" default=""
# @config wlist text "Widgets" default="date,temperature,humidity,battery" help="ex: date,temperature@5,humidity,date@4,battery" maxlen=200
import math
class a
var b,c,d,e,f,g,h,i,j,k,l,m,n,o,p,q,r,s,t,u,v,w,x,y,z,A,B,C,D,E,F,G,H,I,J,K,L,M,N,O
def parse_widgets()
var P=[]
var Q=store.get("wlist")
if Q!=nil
for R:re.matchall("[^,]+",Q)
var S=re.match("(date|temperature|humidity|battery)(@([0-9]+))?$",R)
if S!=nil
P.push({"name":S[1],
"duration":S[3]==nil?self.h:clamp(num(S[3],self.h),1,60)})
end
end
end
if size(P)==0
P.push({"name":"date","duration":self.h})
end
return P
end
def init()
self.update()
self.b=["0","0","0","0"]
self.c=["0","0","0","0"]
self.f=nil
self.h=3
self.g=self.parse_widgets()
self.i=0
self.k=self.g[0]["name"]
self.l=nil
self.j=self.g[0]["duration"]
self.m=nil
self.v=store.get("wa")
self.w=store.get("wad")
self.s=store.get("sc")
self.t=store.get("ta")
self.u=store.get("tad")
self.N=500
self.O=nil
self.o=store.get("wsty")
self.p=store.get("wc")
self.q=store.get("wdc")
self.r=store.get("ssun")
self.F=store.get("dsty")
self.A="?"
self.C=-1
var P=store.get("btopic")
if P!=nil&&size(P)>0
mqtt.subscribe(P,/Q,R->self.setbat(R))
self.B=true
else
self.B=false
end
end
def update()
var P=sensor.temperature()
self.y=P==nil?"?":str(round(settings.get("useCelsius")?P:(P*1.8+32)))
var Q=sensor.humidity()
self.z=Q==nil?"?":str(round(Q))
if!self.B
self.setbat(sensor.battery())
end
self.D=day()
self.E=str(self.D)
self.x=self.getcolor("timeColor")
self.G=self.getcolor("dateColor")
self.H=self.getcolor("temperatureColor")
self.I=self.getcolor("humidityColor")
self.J=self.getcolor("batteryColor")
self.K=self.getcolor("calendarHeaderColor")
self.L=self.getcolor("calendarBodyColor")
self.M=self.getcolor("calendarTextColor")
end
def getcolor(P)
var Q=settings.get(P)
return Q==nil?settings.get("textColor"):Q
end
def setbat(P)
self.C=P==nil?-1:num(P)
self.A=self.C<0?"?":str(self.C)
end
def loop()
if self.j<=0
if size(self.g)>1
self.l=self.k
self.i=(self.i+1)%size(self.g)
self.k=self.g[self.i]["name"]
self.j=self.g[self.i]["duration"]
self.m=epoch_ms()
else
self.j=self.g[0]["duration"]
end
end
self.j-=1
self.update()
end
def calculate_cur_prev()
var P=hour()
var Q=minute()
self.b=[str(P/10),str(P%10),str(Q/10),str(Q%10)]
self.d=self.b[0]+self.b[1]
self.e=self.b[2]+self.b[3]
var R=Q-1
var S=P
if R<0 R=59 S=(P-1<0)?23:P-1 end
self.c=[str(S/10),str(S%10),str(R/10),str(R%10)]
self.f=Q
end
def fade_color(P,Q)
if P==nil return self.fade_color(0xFFFFFF,Q)end
if Q>=1.0 return P end
var R=(P>>16)&0xFF
var S=(P>>8)&0xFF
var T=P&0xFF
return rgb(int(R*Q),int(S*Q),int(T*Q))
end
def draw_widget(P,Q,R)
var S=19
var T=self.fade_color(0xFFFFFF,Q)
var U=self.x
var V=""
if P=="date"
if self.F=="calendar"
U=self.M
S=21
rect_fill(S,R,11,2,self.fade_color(self.K,Q))
rect_fill(S,R+2,11,5,self.fade_color(self.L,Q))
S-=self.D<10?2:4
else
var W=self.fade_color(0x8B898C,Q)
var X=self.fade_color(0x0036FF,Q)
rect_fill(S,R+1,5,2,X)
rect_fill(S,R+3,5,3,T)
line(S+1,R,S+1,R+1,W)
line(S+3,R,S+3,R+1,W)
pixel(S+1,R+4,W)
pixel(S+3,R+4,W)
U=self.G
end
V=self.E
elif P=="temperature"
var Y=self.fade_color(0xFF4C50,Q)
pixel(S+2,R,T)
line(S+1,R+1,S+1,R+2,T)
line(S+3,R+1,S+3,R+2,T)
pixel(S+2,R+2,Y)
rect_fill(S,R+3,5,2,T)
rect_fill(S+1,R+3,3,2,Y)
rect_fill(S+1,R+5,3,1,T)
V=self.y
U=self.H
elif P=="battery"
var Z=self.fade_color(0x00FF00,Q)
rect(S,R,5,6,T)
pixel(S,R,0x000000)
pixel(S+4,R,0x000000)
for a0:1..4
if self.C>(100-25*a0)
line(S+1,R+a0,S+3,R+a0,Z)
end
end
pixel(S+1,R+1,T)
pixel(S+3,R+1,T)
V=self.A
U=self.J
elif P=="humidity"
var b0=self.fade_color(0xD5F6FF,Q)
var c0=self.fade_color(0xBDF3FF,Q)
var d0=self.fade_color(0x62E2FF,Q)
var e0=self.fade_color(0x40DAFE,Q)
var f0=self.fade_color(0x00AEFF,Q)
var g0=self.fade_color(0x0089CD,Q)
pixel(S+2,R,b0)
pixel(S+2,R+1,c0)
rect_fill(S+1,R+2,3,3,d0)
rect_fill(S+1,R+2,2,2,c0)
pixel(S+1,R+2,b0)
line(S,R+3,S,R+4,T)
pixel(S+4,R+3,f0)
pixel(S+1,R+2,T)
pixel(S+3,R+4,e0)
pixel(S+4,R+4,g0)
line(S+1,R+5,S+2,R+5,f0)pixel(S+3,R+5,g0)
V=self.z
U=self.I
end
var h0=self.fade_color(U,Q)
if size(V)>2
scroll_text(S+6,R+6,6,V,h0,{"mode":"bounce","speed":40})
else
text(S+6,R+6,V,h0)
end
end
def draw()
if minute()!=self.f
self.calculate_cur_prev()
end
clear()
var P=epoch_ms()
var Q=P%60000
var R=0
var S=6
if second()%2>0
var T=(P%1000)/1000.0
var U=(math.cos(2*math.pi*T+math.pi)+1)*0.5
text(R+8,S,":",self.fade_color(self.x,U))
end
if Q<self.u
var U=real(Q)/self.u
for V:0..3
if self.b[V]!=self.c[V]
if self.t=="scroll"
var W=int(U*8)
text(R,S+W-8,self.b[V],self.x)
text(R,S+W,self.c[V],self.x)
else
var X=(U<0.5)?self.c[V]:self.b[V]
text(R,S,X,self.fade_color(self.x,(math.cos(2*math.pi*U)+1)*0.5))
end
else
text(R,S,self.b[V],self.x)
end
R+=4
if V==1 R+=2 end
end
else
text(0,6,self.d,self.x)
text(10,6,self.e,self.x)
end
var Y=17
if Q>=60000-self.N&&self.O==nil
self.O=P
end
if Q<100
self.O=nil
end
var Z=0
var U=0.0
if self.O!=nil
var a0=P-self.O
var b0=clamp(a0*1.0/self.N,0.0,1.0)
var c0=Y*(1.0-b0)
Z=int(c0)
U=c0-Z
else
var d0=(Q*Y)/59000.0
Z=int(d0)
U=d0-Z
end
for V:0..Z-1
pixel(V,7,self.s)
end
if Z<Y
pixel(Z,7,self.fade_color(self.s,U))
end
if self.m!=nil
var a0=P-self.m
if a0>=self.w
self.m=nil
self.draw_widget(self.k,1.0,0)
else
var U=a0*1.0/self.w
if self.v=="scroll"
var W=int(U*8)
self.draw_widget(self.k,1,W-8)
self.draw_widget(self.l,1,W)
else
self.draw_widget((U<0.5)?self.l:self.k,(math.cos(2*math.pi*U)+1)*0.5,0)
end
end
else
self.draw_widget(self.k,1.0,0)
end
var e0=self.r?weekday():(weekday()+6)%7
R=18
if self.o=="large"
line(R,7,31,7,self.p)
line(R+e0*2,7,R+e0*2+1,7,self.q)
elif self.o=="progress"
line(R,7,31,7,self.p)
line(R,7,R+e0*2+1,7,self.q)
elif self.o=="dotted"
line(R,7,31,7,0x000000)
var V=0
while V<7
pixel(R+V*2,7,V==e0?self.q:self.p)
V+=1
end
elif self.o=="dotted2"
line(R,7,31,7,0x000000)
var V=0
var f0=R
while V<7
if V==e0
line(f0,7,f0+1,7,self.q)
f0+=3
else
pixel(f0,7,self.p)
f0+=2
end
V+=1
end
end
end
end
return a()