Clockaudio TIM-1000, Руководство пользователя

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V1.4 2019-09 Page 29 of 35
11.5 STS (Set TS State)
Definition The STS State command provides for setting the state of the Red, Green or Blue
LEDs on either all or a selected LED.
Syntax STS <Space> <PARAM 1> <Space> <PARAM 2> <CR>
PARAM 1 This parameter defines the port for which the status is required.
0 = All LEDs
1..15 = Specific LED
PARAM 2 This parameter defines the state of the LED for values of R, G or B
0 = OFF
1 = ON
Example(s) To set the state
Ex 1: STS 0 R=1<CR> ; sets RED LED ON for all LEDs
Ex 2: STS 1 R=0<CR> ; sets RED LED OFF for LED 1 only
Ex 3: STS 3 G=1<CR> ; sets GREEN LED ON for LED 3 only
Ex 4: STS 4 B=1<CR> ; sets Blue LED ON for LED 4 only
Device
response(s) The following response shall be received from the device
Res 1: ACK STS 0 R=1<CR> ; Red LED set to ON for all LEDs
Res 2: ACK STS 1 R=0<CR> ; Red LED set to OFF on LED 1 only
Res 3: ACK STS 3 G=1<CR> ; Green LED set to ON for LED 1 only
Res 4: ACK STS 4 B=1<CR> ; Blue LED set to ON for LED 4 only
11.6 GTS (Get TS Status)
Definition The Get TS status command is used to retrieve the logic input / output state of
either ALL or a selected LED. The data is formatted similarly for each channel
Syntax GTS <Space> <PARAM 1> <CR>
PARAM 1 This parameter defines the port for which the status is required.
0 = All LEDs
1..15 = Specific LED
PARAM 2 This parameter is not required. Carriage return shall follow immediately after
Parameter 1.
Example(s) To request LED status
Ex 1: GTS 0<CR> ; requests status for all LEDs
Ex 2: GTS 2<CR> ; requests status for LED 2 only
Device
response(s) The following response shall be received from the device
Res 1: ACK GTS 0 CH1R=0 CH1G=1 CH1B=1 CH1SC=0 ……
CH15R=1 CH15G=1 CH15B=1 CH15SC=1<CR>
Res 2: ACK GTS 2 CH2R=0 CH2G=1 CH2B=1 CH2SC=1<CR>

CHxR=y provides the current state for channel x Red LED, y = 0 for inactive, 1
for active

CHxG=y provides the current state for channel x Green LED, y = 0 for
inactive, 1 for active

CHxB=y provides the current state for channel x Blue LED, y = 0 for inactive,
1 for active

CHxSC=y For TIM-1000 y=0