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Temperaturanzeige mit ws2812 und Tasmota
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Temperatursensor wäre der BME280, DHT 11 oder DHT 22.
Kannste in Tasmota einbinden. -
Danke.
Die Sensoren und auch den WS2812 kann ich in Tasmota einbinden. Das ist nicht das Problem.
Ich bin an rätseln wie ich den WS2812 Strip ansteuern kann um die Ausgabe zu erreichen. -
Per Http Request und Command geht das.
So kannst du jede Led ansteuern und die Farbe wechseln.Beispiel:
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Ui,
da kommt dann einiges auf mich zu.
Das bedeutet das ich das Ganze auf 144 LEDs umsetzen muss.Ok, Danke vorerst. Zumindest weiß ich jetzt das es funktioniert und ich werde mich dann mal im Urlaub an die Umsetzung machen.
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Jo kommt was auf dich zu, obwohl man das per Hochzähler ( Led X ) im Request verkleinern kann.
Eventuell hilft der Uhr Modus habe ich aber noch nicht getestet.
Lesestoff:
https://forum.creationx.de/lexicon/index.php?entry/17-commands-10-licht-pwm-led-ws281x-rgb-led/ -
Gibt es hier Erkenntnis?
Habe so etwas ähnliches vor! Mein Hochbeet hat ein Fass mit 40liter Wasser im Boden das ich mit einem sr04 ultraschallsensor auf füllstand überprüfe. Obenrum am Hochbeet habe ich eine 4meter ws2812b Strip.
Jetzt wäre es nicht schlecht, dass wenn ich das Fass mit Wasser fülle (Entfernung wird ja dann kleiner vom sr04 Sensor) er mir über die Leds den Füllstand anzeigt.
Ist sowas mit einer rule möglich oder brauch ich da schon ein script im iobroker? -
@bishop Ich habe das Thermometer jetzt über ein Script und die WLED Firmware mit zugehörigen ioBroker Adapter gemacht. Das war etwas einfacher umzusetzen.
Wenn du nur immer eine LED Ansteuern willst würde ich das aber dann doch über ein Script und Tasmota machen.
Wenn du eine Farbig wechselnde Balkenanzeige möchtest kann ich dir mal ein Export von einem Blockly bzw. den Javaexport zurVerfügung stellen wenn du möchtest. -
@Chaot
Sehr gerne würde ich mir das mal gerne anschauen! -
on({id: "sonoff.0.Eingang.BME280_Temperature"/*Eingang BME280 Temperature*/, change: "any"}, function (obj) { var value = obj.state.val; var oldValue = obj.oldState.val; if (getState("sonoff.0.Eingang.BME280_Temperature").val <= -23) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 16); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '102,0,204'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -22 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -21) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 18); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '127,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -20 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -19) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 20); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '127,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -18 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -17) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 22); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '127,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -16 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -15) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 24); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -14 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -13) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 26); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -12 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -11) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 28); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -10 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -9) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 30); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,0,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -8 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -7) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 32); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,128,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -6 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -5) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 34); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,128,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val >= -4 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -3) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 36); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,128,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > -2 && getState("sonoff.0.Eingang.BME280_Temperature").val <= -1) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 38); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,128,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 0 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 1) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 40); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 2 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 3) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 42); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 4 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 5) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 44); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 6 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 7) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 46); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 8 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 9) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 48); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,255'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 10 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 11) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 50); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,128'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 12 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 13) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 52); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,128'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 14 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 15) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 54); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,128'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 16 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 17) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 56); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,128'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 18 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 19) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 58); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,128'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 20 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 21) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 60); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 22 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 23) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 62); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 24 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 25) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 64); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '0,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 26 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 27) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 66); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '128,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 28 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 29) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 68); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '128,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 30 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 31) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 70); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '128,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 32 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 33) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 72); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '255,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 34 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 35) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 74); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '255,255,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 36 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 37) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 76); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '255,128,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 38 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 39) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 78); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '255,128,0'); } else if (getState("sonoff.0.Eingang.BME280_Temperature").val > 40 && getState("sonoff.0.Eingang.BME280_Temperature").val <= 42) { setState("wled.0.cc50e304f753.seg.0.ix"/*Effect intensity*/, 80); setState("wled.0.cc50e304f753.seg.0.col.0"/*Primary Color RGB*/, '255,0,0'); } });<xml xmlns="http://www.w3.org/1999/xhtml"> <block type="on" id="P,hBK85~7M^+Q#_94w03" x="-262" y="-162"> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> <field name="CONDITION">any</field> <field name="ACK_CONDITION"></field> <statement name="STATEMENT"> <block type="controls_if" id="=TT:kQoZQZ~m623`vl^J"> <mutation elseif="32"></mutation> <value name="IF0"> <block type="logic_compare" id=";8aq/},pNkJ@uFoI(+JF"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="!Z`1kl)T3u9{VV7YaNj)"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="Nph@)U.8KmOz)UPvx7)g"> <field name="NUM">-23</field> </block> </value> </block> </value> <statement name="DO0"> <block type="control" id="=akDVOMoU%~%W_7NPJvy"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="]N=-XE#T][T^AKVMWZh1"> <field name="NUM">16</field> </block> </value> <next> <block type="control" id="FE@}/T!-hq]VPu0!iO8S"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="gd=Gc[3SR@u,ReH~e3+:"> <field name="TEXT">102,0,204</field> </block> </value> </block> </next> </block> </statement> <value name="IF1"> <block 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<value name="B"> <block type="math_number" id=",#Fd_[nC4:Fl]CbnebJt"> <field name="NUM">-20</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="sZjKA*]f4=u4#vF7F((!"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="?n^pb@;w!74%nSJ79fR("> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="#LsOuaP.}l-Dw|~h2xM8"> <field name="NUM">-19</field> </block> </value> </block> </value> </block> </value> <statement name="DO2"> <block type="control" id="iP5MqfLET6]S@Bjw{`,e"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="DLQhYSHpQ9WH;IB719xM"> <field name="NUM">20</field> </block> </value> <next> <block type="control" id="J![*Q)q]y{0uP2ID/a/`"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id=";Tpe1bg337%[jt;-olY7"> <field name="TEXT">127,0,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF3"> <block type="logic_operation" id="HRtepnw%|G]y-,{uVP;1"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="M1+XSnVeY=P$_Pw+C6O="> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="j?UNDiGorqlK+KN:ydD_"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="xa5^3~Rl-Ij2!B`3@fSp"> <field name="NUM">-18</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id=";a9?]/53z.M|3h^ru=f7"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="3`yE]1zb|oa38ma}RU@o"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="6$xVKS1BFqCMV+WH|WgL"> <field name="NUM">-17</field> </block> </value> </block> </value> </block> </value> <statement name="DO3"> <block type="control" id="e{RZo_rdBjR:g~f63{W1"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="yEYIl1nubH2HQ53y%JM="> <field name="NUM">22</field> </block> </value> <next> <block type="control" id="$U]bAm~w42$kKe!t9R%M"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="a!B{A-xWC)dYv=3FTn-V"> <field name="TEXT">127,0,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF4"> <block type="logic_operation" id="w{Y{N[kINe.KG;ALBlm["> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="fevT7}g-+HqXr.?]UPPJ"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="70},qpa5Y]k/ltt4`Gnc"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="CwPzboZ9{]^{5mg1[rJn"> <field name="NUM">-16</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="Z67.=Z@Gm_m*3MTeCy}g"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="jGm],C2Ek9RX4LT};Gx7"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="O2np8}~f@;/B}#qp+C2I"> <field name="NUM">-15</field> </block> </value> </block> </value> </block> </value> <statement name="DO4"> <block type="control" id="ubqRchJ-COQ/o0-g(Nb,"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="8Mpbb4m;${zBDh_TFr(]"> <field name="NUM">24</field> </block> </value> <next> <block type="control" id="#U#QgaCn9z9V5UP{ViCp"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="KHXX=?5_x}/.;8{}yZ_,"> <field name="TEXT">0,0,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF5"> <block type="logic_operation" id="aSc}0*$[Uzo@i+/(i4m;"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="-03GCz$D=/mWHD+oSDMm"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="391FJ)8I8`Pyj)V;S9Oa"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="%4+8XhH4}Oqi^5]%o=4l"> <field name="NUM">-14</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="-W#WxMM2Cc4g[kTOLy~@"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="Ui[^-hmU/}aLsU(f9,lL"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="I8W!4hTe~r[;m?yOqle/"> <field name="NUM">-13</field> </block> </value> </block> </value> </block> </value> <statement name="DO5"> <block type="control" id="nkg7e.UTJmzxq-^M%#08"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="VeLb7g]eNn]}1C(Th~tn"> <field name="NUM">26</field> </block> </value> <next> <block type="control" id="bxA;lm1KgEcL]Kkg6Ulk"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="]V}mo/2Ou8-{_E[@nx{/"> <field name="TEXT">0,0,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF6"> <block type="logic_operation" id="#u,#H`M}^(0b`w*FUUX/"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="7TV)v|dqiuWz$i7IHMOV"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="gv5YM{7IfTncQ}zxJf9["> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="OYpID-O-B7WS1J9w5rt6"> <field name="NUM">-12</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="=,}C66A?[@]nG|x;ROto"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="U0wGUtw4k)H~-M^pM*t~"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id=".hD3.MM`nqFtTbqtc9ss"> <field name="NUM">-11</field> </block> </value> </block> </value> </block> </value> <statement name="DO6"> <block type="control" id="dE7_.0rh}EV{kbiY]*)C"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="4eq(^BbaqsuTd=S:3|-K"> <field name="NUM">28</field> </block> </value> <next> <block type="control" id=":gq$}/ky|M{FQD0G/lGD"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="I/6}]cZTnF,vrRCOCQ,z"> <field name="TEXT">0,0,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF7"> <block type="logic_operation" id="]G.Bq|,1+y_s5S9*Qx4N"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="pLZ@Mhf42i[9[JML)rhB"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="HUSXVD2g59{CU.rM4[%("> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="$nk;*7kjEK`WO$jjR[KD"> <field name="NUM">-10</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="i7RJX7@E-K//dj,6|{ig"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="g))+j_1%KFzV!%Acio7V"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="@*9i9o,Y5RuYKjl9b?iC"> <field name="NUM">-9</field> </block> </value> </block> </value> </block> </value> <statement name="DO7"> <block type="control" id="5Op}0_iG**djOA~Dx1v)"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="FtW!h[}lT)gHvr`IfZk)"> <field name="NUM">30</field> </block> </value> <next> <block type="control" id="e$j+cZ*^#Ri;,x[=,oY{"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="r_~(e#hc+rjKaW8f|KZL"> <field name="TEXT">0,0,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF8"> <block type="logic_operation" id="gVayIc+wb[0N|_.gE}Ck"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="ck_PA[zQT6B*CK=%1*Y9"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="FD/2FIk9xj]O3U`$bv[#"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="/kKcQ8t$f7tv]@h]2I0*"> <field name="NUM">-8</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="Y_0s8vwcx~R9pH?3Z6G_"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="nA7)q5`O0|289Ar8:-A;"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="5QuuwO%Q6Y[b$},`=AQY"> <field name="NUM">-7</field> </block> </value> </block> </value> </block> </value> <statement name="DO8"> <block type="control" id="#q!|O+Ozbvqb`{b.4K]$"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="o@Ycs:elOjE(0$(AiXe2"> <field name="NUM">32</field> </block> </value> <next> <block type="control" id="1?h%VpTOrozbWUXlddNi"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="hbrr1}T=K#ntFz;5J:ea"> <field name="TEXT">0,128,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF9"> <block type="logic_operation" id="O2Z719y@)a|Ls3f9If2H"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="u]P0)B6ai?u,Ot?jR5s-"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="DIPn[_JxB6!5UyKpSLc|"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="zD}~8zmdn47cK?2oh=~k"> <field name="NUM">-6</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="Itz91vfk?9w,})z6v-}h"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="fy$neEO6t.J91-!uQ$YR"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="LEW*cN8,.1vj%Yrq+KdU"> <field name="NUM">-5</field> </block> </value> </block> </value> </block> </value> <statement name="DO9"> <block type="control" id="Y?~J!I2(vlG[)@$vYHY,"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="gZI#U]*`7CmDi@R/)f7l"> <field name="NUM">34</field> </block> </value> <next> <block type="control" id=";q,+_/2qM`{Wt[Rc9IjY"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="HV=D?Z0t=]8bv-tDmWiE"> <field name="TEXT">0,128,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF10"> <block type="logic_operation" id="Y:(20|6A+emZx`c9DDM-"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="~A?vcMVDwEbpP8F6;fWG"> <field name="OP">GTE</field> <value name="A"> <block type="get_value" id="(x1WyrF|yb7L%YoZ!L[7"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="PPvIaFhU6u~j1UzP|!^E"> <field name="NUM">-4</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="A5fT+rh5Qw|7@ntT,hv)"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id=",E]jTz2/;U$HzCHmEnSU"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="bd@dy22)cs;y)8mVfHgD"> <field name="NUM">-3</field> </block> </value> </block> </value> </block> </value> <statement name="DO10"> <block type="control" id="iS*[__Ye((v`O?7A/I`e"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="o-Vx#~^FH/17@lgVTY*#"> <field name="NUM">36</field> </block> </value> <next> <block type="control" id="/9+)C6_FTMB?s-%xN7MD"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="3T_q=jlEdM{#TV6G8#$Y"> <field name="TEXT">0,128,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF11"> <block type="logic_operation" id="4J2-~M=pPBC*Ke~QBuAi"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="6tOAcov@!b^(]}!)N!hf"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="#6rH@YWjf$KvuSr~cMg?"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="ZmDA9*?`dQ@l|cm`/Q40"> <field name="NUM">-2</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="@69@;T}y*ldxUFXUVZ)c"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="pd6]qB{iG13+!j@;*r|8"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="a`S274tA-SYpKa_KisZ)"> <field name="NUM">-1</field> </block> </value> </block> </value> </block> </value> <statement name="DO11"> <block type="control" id="x=waNzSSz/55(Zf,strP"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="Axu7)7!}4;AeN)~CL-nu"> <field name="NUM">38</field> </block> </value> <next> <block type="control" id="C=k*ryapRW*XH2y?kb=("> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="9%Z4KpG]6y](0T3cv`t["> <field name="TEXT">0,128,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF12"> <block type="logic_operation" id="T-8-}[ITOi]DM^420,AF"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="~h]!/DS8@Q3`b0ahl?!:"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="eo=CFZO^68~O~pwSy;]~"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="[L=cTol$h(v$2Y64CI;U"> <field name="NUM">0</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="AY.cUq#w3z{t/Fjde7!-"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="5us2*lSx9u0DZP@}CPe:"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="`QL)J:`!Z}%P;q80z^b*"> <field name="NUM">1</field> </block> </value> </block> </value> </block> </value> <statement name="DO12"> <block type="control" id="SgXdPXuso1M9svcBRJU@"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="G(8#UEgx/fX/^F0r3~Td"> <field name="NUM">40</field> </block> </value> <next> <block type="control" id="vr)U5FOBrH]n:Zu`=0+L"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="S%R_VX-=Rq=i,Fk1kYut"> <field name="TEXT">0,255,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF13"> <block type="logic_operation" id="_-InXK:86$ad-Ce;zp!y"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="Sj=[[$U:/PtfOldYJV*Z"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="`nB8sSG@s,S*ZAz;t?J["> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="46yRb7~r=lO1_Zm+pFQs"> <field name="NUM">2</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="o7V@wX=qzpbZN|pr4;bn"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="Rf}Ls.f,lSjX9Qq.EoK{"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="87$V%$zHx9pQ#.h1|!$|"> <field name="NUM">3</field> </block> </value> </block> </value> </block> </value> <statement name="DO13"> <block type="control" id="d+zg{[g{ZHSnbHq@vSB`"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="2|m+Ax3^,La0F^ipZ0)["> <field name="NUM">42</field> </block> </value> <next> <block type="control" id="_?^DJMm.qP.5K6WNY1C;"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="}lF8xF`XhL^9)UvYNuQ^"> <field name="TEXT">0,255,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF14"> <block type="logic_operation" id="X/Yk~EsdKuOwOHJQ+|N]"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="7|MonDbR,DVWdO-pdjY("> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="Ic?|jiYhu_q.Jq2$wx18"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="}HR/b;af4}_d^QDS[)2R"> <field name="NUM">4</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="2zQyhD_PkxJH$0iLh%zl"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="6a$nuW;ybqXN@;7ghj_C"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="@p(7s1IZ!pW$mndOsxp*"> <field name="NUM">5</field> </block> </value> </block> </value> </block> </value> <statement name="DO14"> <block type="control" id="/S=3#tF{,a=DuIZ,ZvBD"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="tyE+kI-fr-sbo1{h57m+"> <field name="NUM">44</field> </block> </value> <next> <block type="control" id="75dDYF3?{RS-*tbI)s2A"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="HEcHB2?yrn}md00qVEbi"> <field name="TEXT">0,255,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF15"> <block type="logic_operation" id="[FHW3uGJ65c^*z.D#Vmc"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="Gt-p@,WwQ8:mh[P`;N^x"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id=";4EVrhhh1Gb)0Gibr1Ws"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="]kJJat6`Tmk5=1WNZ2$^"> <field name="NUM">6</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="29{!;GxK1S5JpMMqn3O$"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="YDtXTVr,R-kD$9QqH2un"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="`Gxf;5{X$R2uia.m^HNj"> <field name="NUM">7</field> </block> </value> </block> </value> </block> </value> <statement name="DO15"> <block type="control" id="(OD4^E75W~JTB?#HPOsk"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="f]QC+SZiHB/)Qddz|qEm"> <field name="NUM">46</field> </block> </value> <next> <block type="control" id="war.30_`vR7b;4_Ma`Gd"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="P!ZQFvtm##Zig]l2R9/1"> <field name="TEXT">0,255,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF16"> <block type="logic_operation" id="!e0/Nbcdr|/SDvscLA*]"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="JV1Qu2!y?;}5^Cy`iwyX"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="mzx{3`rWIirQQ,^@=LB="> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="Gdhf@^h2X!`[fs5Nc(YC"> <field name="NUM">8</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="dAHSND@h[)~6u_@Z{Q3I"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="h6ilX.k0;U/fnj^oZCJA"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="wuN=@=:gbM|R4?9EGEH4"> <field name="NUM">9</field> </block> </value> </block> </value> </block> </value> <statement name="DO16"> <block type="control" id="3Ii=i;4awr243=^a{;Tx"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="7X@i|Tt6Qba3JPMdM725"> <field name="NUM">48</field> </block> </value> <next> <block type="control" id="!3O)j@25u)5ihM-MLJxb"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="[$RoQn@N{8sXwRWv5ZI*"> <field name="TEXT">0,255,255</field> </block> </value> </block> </next> </block> </statement> <value name="IF17"> <block type="logic_operation" id="o[dlPPouGCRoy$S0B#r^"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="E@QsKn{Ta+d~xH[GK|tW"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="{lp+;M^=fje,#zCDgX$K"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="~xPxb?_!w10.Bb!spOCs"> <field name="NUM">10</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="hIr`*Q^}#ln.oBcl};vB"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="{LtQzYM3B^c/Bg[s,ga}"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="=qJSj1iR+uYZpauBjcla"> <field name="NUM">11</field> </block> </value> </block> </value> </block> </value> <statement name="DO17"> <block type="control" id="_{inb?7gMlVnBY2kBA[%"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="H%?l#jK_3GTXe%(41V0o"> <field name="NUM">50</field> </block> </value> <next> <block type="control" id=":|{GBchlXU@DEUDfS)Io"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="Qa-5r76!XZ]$LXga*xvw"> <field name="TEXT">0,255,128</field> </block> </value> </block> </next> </block> </statement> <value name="IF18"> <block type="logic_operation" id="pr.~-nDnyj0NC#awd}x`"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="18~M35]136#J0jHLIu.I"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="H3v)_3!{WN^wry9ESU$I"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id=".TS179ijR3+QE(B+xz-a"> <field name="NUM">12</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="W8NjeUZHs%/KGO#Uv2t^"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="`Y}yuUk_!o4(yv5Y*_U3"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="Y.0tPzroKKADz-07b21~"> <field name="NUM">13</field> </block> </value> </block> </value> </block> </value> <statement name="DO18"> <block type="control" id="-C7$55-pjH~HR?mZ8f|-"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="(?}eK%~6*BMJrtjvce!]"> <field name="NUM">52</field> </block> </value> <next> <block type="control" id="U8G5C^JK2{B!N@|!OD+A"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="f)EdpqaVC|YQle.O2A-5"> <field name="TEXT">0,255,128</field> </block> </value> </block> </next> </block> </statement> <value name="IF19"> <block type="logic_operation" id="%6o$mE5c9b8]FfdSwbuO"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="B3*QD(Z#}MgZ1ikk@5Zi"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="FsfSY{hspS%HM?e~vSwV"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="#_DD^TAUw$`+*kE=wl/@"> <field name="NUM">14</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="_,4Om0C8(^[GW;$uriyE"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="dmYal~#cBp|^nnpqBC8."> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="oI:[yOUuMrq}gW+_];ss"> <field name="NUM">15</field> </block> </value> </block> </value> </block> </value> <statement name="DO19"> <block type="control" id="Ie[m+9Gu$JN6BAm|:e@%"> <mutation delay_input="false"></mutation> <field 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id="eH:a?C{QY/S+Che)JI~:"> <field name="NUM">16</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="S]3R1g`V5?,;Poka`eYH"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="VXk=Y!6@R5F4}4PP?:!H"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="##,G)$B_x6}t^;.;r$zq"> <field name="NUM">17</field> </block> </value> </block> </value> </block> </value> <statement name="DO20"> <block type="control" id="=XbRC`Y_`np@y7u4^:w`"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="v*#^wk|JSpCb12(3YZms"> <field name="NUM">56</field> </block> </value> <next> <block type="control" id="6}[a9#LKrR/@!60(/8yc"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="b:YOq.egc*iR_e8y@M{l"> <field name="TEXT">0,255,128</field> </block> </value> </block> </next> </block> </statement> <value name="IF21"> <block type="logic_operation" id="kymv:_Z0K1IdTzlJvDm:"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="fq7?a7WzR,Wu,#/tW7.,"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="lPod+IRd=E6%JBCWcs,W"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="QA2u|*aLUQ7x*`862@HS"> <field name="NUM">18</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="*bY$(_n)(`[P;oxc13f5"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="/JwvJ;[igk,$VLnaCU28"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="#dK7hG1X5(=^?II8++|q"> <field name="NUM">19</field> </block> </value> </block> </value> </block> </value> <statement name="DO21"> <block type="control" id="5KbbO[D5-NPHwLvmq}Fv"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="u4y/VrkCH^Co:PzkHsv("> <field name="NUM">58</field> </block> </value> <next> <block type="control" id="j%D-,4G:ng^xdVbg:Dka"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="?V+#f4hW!VZbZ^nL;3KZ"> <field name="TEXT">0,255,128</field> </block> </value> </block> </next> </block> </statement> <value name="IF22"> <block type="logic_operation" id="y#NQV}wk]lr2Lp!/R#|5"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="$a(|/%@-@ti1LF]^E0xD"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="9!XYVB|Fg]@u^2EJiG4q"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="tuAL,!{vpgQtq)F-vH!!"> <field name="NUM">20</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="DAL|qNh*KGBr,E#YVV6@"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="saB.S/)0:SgMM;Xhz6)C"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="9c?YA_imJMngTp?_cMcm"> <field name="NUM">21</field> </block> </value> </block> </value> </block> </value> <statement name="DO22"> <block type="control" id="W}|f.C^TP~pl%XdfeKX/"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="z;M#OU@!*GsRHn-X|Y~,"> <field name="NUM">60</field> </block> </value> <next> <block type="control" id="xCJ61b}f5s.@lG0BAuCM"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="#BnSU0WrIpL{lE/:r!8*"> <field name="TEXT">0,255,0</field> </block> </value> </block> </next> </block> </statement> <value name="IF23"> <block type="logic_operation" id="xS.zlM1vvD1-I3A-uCOK"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="GX$G8qM=fRoXS./W-M}!"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="7*wP_@`-9n4f}e`H;ddQ"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="2~_4;@19W_AFCQY),qN%"> <field name="NUM">22</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="drMGe_34}+=|=}kZ.g6X"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="HqbY~*pPMW_k4sQC@gv4"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="X;38WR.Y+/sM)Jm$ao2O"> <field name="NUM">23</field> </block> </value> </block> </value> </block> </value> <statement name="DO23"> <block type="control" id="fDD}1xzdlQb[AHUB./K-"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="hC8oin)-7jNZS$7(5b3x"> <field name="NUM">62</field> </block> </value> <next> <block type="control" id="PAsBX$%@S?lKeITViJ-O"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="c@8C.P3{U#rjU|fxB2u-"> <field name="TEXT">0,255,0</field> </block> </value> </block> </next> </block> </statement> <value name="IF24"> <block type="logic_operation" id="nCv^ihKeh.Vcbv*T^Yuk"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="O#4h9yU+UMih|.{9*3mn"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="Ez=W6k~7TC=@Nn_uBuj%"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="j9DT5b~TVj_A$+~#33@G"> <field name="NUM">24</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="sK`Rg_r]sv;7`(EF*7b("> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="3St?#XI=:,YgH9j|P2oB"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="TjOzyhPUeR?TIrB#[T+w"> <field name="NUM">25</field> </block> </value> </block> </value> </block> </value> <statement name="DO24"> <block type="control" id="b9iDvZuvB;dU]g)`z|}O"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="o6xLhHVn(Q5_7_(h=fAX"> <field name="NUM">64</field> </block> </value> <next> <block type="control" id="#/IA+BiSo!j,E,Uv%MOR"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="Nf#@tN09yB8Pe!kU?3@#"> <field name="TEXT">0,255,0</field> </block> </value> </block> </next> </block> </statement> <value name="IF25"> <block type="logic_operation" id="l99mQkdE8b?umj5#-`If"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="0ix+n^/k(z*Ww,G5gkxb"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="JZ.Omx.vho/ys5%N|yhi"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id=";jf3Gg+E0A3!#Z-[df+L"> <field name="NUM">26</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="lX(;#X47^AlI+aQrEQy7"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="|JpL~,9sB|Y@4-#Y{NqI"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="4i}W(#`h^_aBT$*=Z6x3"> <field name="NUM">27</field> </block> </value> </block> </value> </block> </value> <statement name="DO25"> <block type="control" id="R]}6h$x@pTb}_.JlfU,t"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="XTNvu.8$Zv(}Jhg?h=9m"> <field name="NUM">66</field> </block> </value> <next> <block type="control" id="j*~E6)Fs?_oX}#xk-tzg"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="8W0?C~URlChR^ORUrnv%"> <field name="TEXT">128,255,0</field> </block> </value> </block> </next> </block> </statement> <value name="IF26"> <block type="logic_operation" id="KK*ORw~D]8ZF_Y]!u?D6"> <field name="OP">AND</field> <value name="A"> <block type="logic_compare" id="}!TpCW+SQ.,hFSwb{X*K"> <field name="OP">GT</field> <value name="A"> <block type="get_value" id="unFJ#%@l9ukPayY1}Io8"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="(9euA+x).jQ/%zuK_jZj"> <field name="NUM">28</field> </block> </value> </block> </value> <value name="B"> <block type="logic_compare" id="yydOc,wk)SJngp$!B[/U"> <field name="OP">LTE</field> <value name="A"> <block type="get_value" id="a]|Na1o1?aha1D6#U;YK"> <field name="ATTR">val</field> <field name="OID">sonoff.0.Eingang.BME280_Temperature</field> </block> </value> <value name="B"> <block type="math_number" id="MYmqUnTZl(7XYZq)#mRN"> <field name="NUM">29</field> </block> </value> </block> </value> </block> </value> <statement name="DO26"> <block type="control" id="Xs1J*)2__k{bD-?tlQ^p"> <mutation delay_input="false"></mutation> <field name="OID">wled.0.cc50e304f753.seg.0.ix</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="math_number" id="oFf:fJ}erJ6kaKBnLy?)"> <field name="NUM">68</field> </block> </value> <next> <block type="control" id="E]i8$X61JCBKWb%!,Vi$"> <mutation delay_input="false"></mutation> <field 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name="OID">wled.0.cc50e304f753.seg.0.col.0</field> <field name="WITH_DELAY">FALSE</field> <value name="VALUE"> <block type="text" id="}]II%sM}%!^@%d!9QcFc"> <field name="TEXT">255,0,0</field> </block> </value> </block> </next> </block> </statement> </block> </statement> </block> </xml> -
@bishop kannst auch gerne mal darauf schauen
sind 35 leds mit tasmota (auf wemos d1)
- eine temperaturanzeige mit verschiedenen farben für verschiedene temperatur-bereiche - es leuchten immer 3 leds, welche die temp anzeigt / die bereiche sind in einem anderen script definiert
- ein block darin zeigt den batterie-stand meines handys an ( in abwechslung mit außen-temp )
- ein block zeigt mir an - ob die heizung im raum aktiv ist ( im winter ist oben platz dafür - im sommer brauche ich den wert nicht
bei der temp anzeige:
- zuerst werden alle leds gesetzt ( in einer farbe)
- dann wird jede 5 led abgeschalten (macht das ablesen einfacher)
- dann werden die 3 leds für die temp gesetzt
um den füllstand anzuzeigen ist vielleicht der handy batterie-block für dich interessanter (ist ganz rechts im blockly script) - da werden einfach 20 led's genutzt , welche je nach prozentbereich des akkus eine bestimmte farbe haben
handy hat gerade 50 % akku
temp außen - 15°C
(script könnte sicher besser gemacht werden - war viel trial and error dabei
)
-
-
hab auch mal gebastelt, geht alles wahrscheinlich einfacher aber so läuft es mal für mich! Ich verwende es zum befüllen des eingegrabenen Fasses im Hochbeet.
Wenn jemand Verbesserungsvorschläge hat, immer her damit
WasserstandHochbeet2.0.txt
