Differences

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--- slice:dhv:api [2020/05/26 23:49] – Michael Radunsky
+++ slice:dhv:api [2020/05/27 00:47] – [Set Source of Modulation Signal for CH 2: MODEB] Michael Radunsky
@@ Line 363: / Line 363: @@
   * In the example, CHANNEL 1 will henceforth respond to Trigger In.
-  * To query Error Code, use [[slice:dhv:api#Query_Response_to_Trigger_In:_TRIGIN?|TRIGIN?]] command.
+  * To query response to trigger input, use [[slice:dhv:api#Query_Response_to_Trigger_In:_TRIGIN?|TRIGIN?]] command.
 ----
+==== Query Trigger Out Meaning: TRIGOUT? ====
-==== Query Response to Trigger In: TRIGIN? ====
+<function=ICEfunc|0=TRIGOUT?&1=I:CHANNEL:1&2=1&-1>
+Returns the meaning of the Trigger Out signal with respect to CHANNEL as seen in <tabref trigout?>.
-<function=ICEfunc|0=TRIGIN?&1=I:CHANNEL:1&2=1&-1>
+<WRAP center round box 60%><tabcaption trigout?|Possible return values & meaning for TTL high at the Trigger Out>
-Returns the effect of Trigger In signal on CHANNEL as seen in <tabref trigin?>.
+^  Response  ^  Meaning  ^
+| 0 |  No change in state of the Trigger Out based state of CHANNEL  |
+| 1 |  The signal at Trigger Out will go high in sync with the ramp on CHANNEL  |
+</tabcaption></WRAP>
+  * In the example, the signal at Trigger Out will go high in sync with the ramp on CH 1.
+  * To set the meaning of the Trigger Out signal, use [[slice:dhv:api#Set_Trigger_Out:_TRIGOUT|TRIGOUT]]
+----
+==== Set Trigger Out: TRIGOUT ====
+<function=ICEfunc|0=TRIGOUT&1=I:CHANNEL:1;I:Selection:1&2=1&-1>
+Returns TRIGOUT? for CHANNEL.
+<WRAP center round box 60%><tabcaption trigout|>
+^  Selection  ^  Meaning of Trigger Out with respect to CHANNEL  ^
+| 0 |  Trigger out is unresponsive to state of CHANNEL  |
+| 1 |  A TTL high signal at Trigger Out will be in sync with ramp of CHANNEL  |
+</tabcaption></WRAP>
+  * In the example, Trigger Out will go high in sync with ramp on CH 1
+  * To query Trigger Out meaning, use [[slice:dhv:api#Query_Trigger_Out_Meaning:_TRIGOUT?|TRIGOUT?]] command
+  * Setting the Trigger Out to be in sync with CH 1 removes Trigger Out's synchronicity with CH 2 & vice versa
+----
+==== Query Source of Modulation Signal for CH 1: MODEA? ====
+<function=ICEfunc|0=MODEA?&1&2=257&-1>
+Returns from where CH 1 receives modulation control as seen in <tabref modea?>.
-<WRAP center round box 60%><tabcaption trigin?|Possible return values & meaning for TRIGIN? command>
+<WRAP center round box 60%><tabcaption modea?|Possible return values & meaning MODEA? command>
 ^  Response  ^  Meaning  ^
-| 0 |  Trigger In status has no effect on CHANNEL  |
+| 0 |  CH 1 accepts its modulation signal from rear-panel SMA connector  |
-| 1 |  High signal on Trigger In enables CHANNEL. Low signal on Trigger In disables CHANNEL  |
+| 257 |  CH 1 accepts its modulation signal from front-panel Input A BNC connector  |
 </tabcaption></WRAP>
-  * In the example, CH 1 will respond to a Trigger In signal.
+  * In the example, CH 1 accepts its modulation signal from the front-panel Input A.
-  * To set the response to a Trigger In signal, use [[slice:dhv:api#Set_Response_to_Trigger_In:_TRIGIN|TRIGIN]]
+  * To set from where CH 1 accepts a modulation signal, use [[slice:dhv:api#Set_Source_of_Modulation_Signal_for_CH_1:_MODEA|MODEA]]
+  * Only one modulation source may be active at a time
 ----
-==== Set Response to Trigger In: TRIGIN ====
+==== Set Source of Modulation Signal for CH 1: MODEA ====
-<function=ICEfunc|0=TRIGIN&1=I:CHANNEL:1;I:Selection:1&2=1&-1>
+<function=ICEfunc|0=MODEA&1=I:MODE:1:1&2=257&-1>
-Returns TRIGIN? for CHANNEL.
+Returns MODEA?
-<WRAP center round box 60%><tabcaption trigin|>
+<WRAP center round box 60%><tabcaption modea|>
-^  Selection  ^  Programmed Response to Trigger In  ^
+^  Mode  ^  Location of modulation input for CH 1  ^
-| 0 |  CHANNEL will not respond to Trigger In  |
+| 0 |  CH 1 accepts modulation signal from rear-panel SMA connector  |
-| 1 |  High signal on Trigger In enables CHANNEL. Low signal on Trigger In disables CHANNEL  |
+| 1 |  CH 1 accepts modulation signal from front-panel Input A BNC connector  |
 </tabcaption></WRAP>
-  * In the example, CHANNEL 1 will henceforth respond to Trigger In.
+  * In the example, CH 1 will accept a modulation signal from the front-panel Input A BNC
-  * To query Error Code, use [[slice:dhv:api#Query_Response_to_Trigger_In:_TRIGIN?|TRIGIN?]] command.
+  * To query the modulation source for CH 1, use [[slice:dhv:api#Query_Source_of_Modulation_Signal_for_CH_1:_MODEA?|MODEA?]] command
 ----
+==== Query Source of Modulation Signal for CH 2: MODEB? ====
+<function=ICEfunc|0=MODEB?&1&2=257&-1>
+Returns from where CH 2 receives modulation control as seen in <tabref modeb?>.
+<WRAP center round box 60%><tabcaption modeb?|Possible return values & meaning MODEB? command>
+^  Response  ^  Meaning  ^
+| 0 |  CH 2 accepts its modulation signal from rear-panel SMA connector  |
+| 257 |  CH 2 accepts its modulation signal from front-panel Input B BNC connector  |
+</tabcaption></WRAP>
+  * In the example, CH 2 accepts its modulation signal from the front-panel Input B.
+  * To set from where CH B accepts a modulation signal, use [[slice:dhv:api#Set_Source_of_Modulation_Signal_for_CH_2:_MODEB|MODEB]]
+  * Only one modulation source may be active at a time
+----
+==== Set Source of Modulation Signal for CH 2: MODEB ====
+<function=ICEfunc|0=MODEB&1=I:MODE:1:1&2=257&-1>
+Returns MODEB?
+<WRAP center round box 60%><tabcaption modea|>
+^  Mode  ^  Location of modulation input for CH 2  ^
+| 0 |  CH 2 accepts modulation signal from rear-panel SMA connector  |
+| 1 |  CH 2 accepts modulation signal from front-panel Input B BNC connector  |
+</tabcaption></WRAP>
+  * In the example, CH 2 will henceforth accept a modulation signal from the front-panel Input B BNC
+  * To query the modulation source for CH 2, use [[slice:dhv:api#Query_Source_of_Modulation_Signal_for_CH_2:_MODEB?|MODEB?]] command
+----