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27 lines
1.3 KiB
C
27 lines
1.3 KiB
C
// setup for sensorCAM on an ESP32-CAM NUMDigitalPins <= 80
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// assume 700 is first vpin (set with ...CREATE(700,80,0x11)
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// the optional SETUP operations below initiate jmri monitoring of sensors for any change of state
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// Mostly only useful during debug of initial system but load up CS with extra work. Use judiciously
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// id vPin
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SETUP("<Z 100 700 0>"); // set up for control OUTPUT on vpin #00
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// start of up to 80 sensors numbered bsNo's 100 to 197 (OCT) (0/0 to 9/7)
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SETUP("<S 100 700 0>"); // first sensor (S00) (reference)
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SETUP("<S 101 701 0>");
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SETUP("<S 102 702 0>");
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// as many as you want. You can add later manually with CS native commands
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SETUP("<S 107 707 0>");
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SETUP("<S 110 708 0>"); // Note: suggested id is b/s format (~OCT); vpin is DEC.
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SETUP("<S 111 709 0>"); // myFilter.cpp REQUIRES this relationship for bsNo to vPin conversion
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SETUP("<S 112 710 0>");
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SETUP("<S 113 711 0>");
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SETUP("<S 114 712 0>");
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//etc. // can create a bulk set of sensors with c++ code so:
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//for(uint16_t b=2; b<=9;b++) for(uint16_t s=0;s<8;s++) Sensor::create(100+b*10+s,700+b*8+s,1);
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//SETUP("<S 120 716 0>");
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SETUP("<S 121 717 0>");
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SETUP("<S 122 718 0>");
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//SETUP("<S 123 719 0>");
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//
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SETUP("<S 181 765 0>");
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SETUP("<S 191 773 0>");
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