Nodes/Comfyui-EzFlex-Presets/EzFlex-LoopStart
ComfyUI Node

EzFlex-LoopStart

Loop Start

By blackbossokok·Created about a month ago·Updated about 16 hours ago· 4
EzFlex-LoopStart
  • initial value1
  • initial value2
  • initial value3
  • initial value4
  • initial value5
  • initial value6
  • initial value7
  • initial value8
  • initial value9
  • initial value10
  • initial value11
  • initial value12
  • initial value13
  • initial value14
  • initial value15
  • initial value16
  • initial value17
  • initial value18
  • initial value19
  • initial value20
  • _ezfeed1
  • _ezfeed2
  • _ezfeed3
  • _ezfeed4
  • _ezfeed5
  • _ezfeed6
  • _ezfeed7
  • _ezfeed8
  • _ezfeed9
  • _ezfeed10
  • _ezfeed11
  • _ezfeed12
  • _ezfeed13
  • _ezfeed14
  • _ezfeed15
  • _ezfeed16
  • _ezfeed17
  • _ezfeed18
  • _ezfeed19
  • _ezfeed20
  • index
  • value1
  • value2
  • value3
  • value4
  • value5
  • value6
  • value7
  • value8
  • value9
  • value10
  • value11
  • value12
  • value13
  • value14
  • value15
  • value16
  • value17
  • value18
  • value19
  • value20
◄config{}►
◄index0►
CategoryEzFlex

Inputs (42)

NameTypeDefaultDescription
configSTRING{}Loop Start panel state (start round). Kept as a serialisable widget so the round counter survives save / load.
indexoptINT0Start round (0 = from the first). Also becomes the index output value of the first round. Leave unwired to use the panel value.
initial value1opt*Initial value 1. Used as value1 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value1 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value2opt*Initial value 2. Used as value2 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value2 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value3opt*Initial value 3. Used as value3 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value3 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value4opt*Initial value 4. Used as value4 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value4 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value5opt*Initial value 5. Used as value5 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value5 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value6opt*Initial value 6. Used as value6 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value6 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value7opt*Initial value 7. Used as value7 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value7 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value8opt*Initial value 8. Used as value8 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value8 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value9opt*Initial value 9. Used as value9 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value9 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value10opt*Initial value 10. Used as value10 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value10 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value11opt*Initial value 11. Used as value11 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value11 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value12opt*Initial value 12. Used as value12 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value12 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value13opt*Initial value 13. Used as value13 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value13 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value14opt*Initial value 14. Used as value14 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value14 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value15opt*Initial value 15. Used as value15 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value15 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value16opt*Initial value 16. Used as value16 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value16 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value17opt*Initial value 17. Used as value17 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value17 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value18opt*Initial value 18. Used as value18 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value18 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value19opt*Initial value 19. Used as value19 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value19 to carry back. Optional, but required if the downstream node cannot accept a missing value.
initial value20opt*Initial value 20. Used as value20 on the first round, before any feed-back arrives. Wire the same kind of data you expect LoopEnd value20 to carry back. Optional, but required if the downstream node cannot accept a missing value.
_ezfeed1opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed2opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed3opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed4opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed5opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed6opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed7opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed8opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed9opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed10opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed11opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed12opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed13opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed14opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed15opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed16opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed17opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed18opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed19opt*Internal feed-back slot written by the loop expander. Not a canvas port.
_ezfeed20opt*Internal feed-back slot written by the loop expander. Not a canvas port.

Outputs (21)

NameTypeDescription
indexINT—
value1*—
value2*—
value3*—
value4*—
value5*—
value6*—
value7*—
value8*—
value9*—
value10*—
value11*—
value12*—
value13*—
value14*—
value15*—
value16*—
value17*—
value18*—
value19*—
value20*—