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Demo: Tweak descriptions

This commit is contained in:
Serhii Snitsaruk 2024-02-14 15:48:07 +01:00
parent e09928f87f
commit 8a226a1160
2 changed files with 2 additions and 2 deletions
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2
demo/demo/ai/tutorial_trees/tutorial_04_sequence.tres
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@ -54,7 +54,7 @@ duration = 888.0
children = [SubResource("BTPlayAnimation_rsejo"), SubResource("BTWait_dl31p"), SubResource("BTPlayAnimation_wsspf"), SubResource("BTAction_fc1oo"), SubResource("BTAction_djl5v"), SubResource("BTFail_i2f36"), SubResource("BTComment_4i06i"), SubResource("BTWait_yxpnx")] children = [SubResource("BTPlayAnimation_rsejo"), SubResource("BTWait_dl31p"), SubResource("BTPlayAnimation_wsspf"), SubResource("BTAction_fc1oo"), SubResource("BTAction_djl5v"), SubResource("BTFail_i2f36"), SubResource("BTComment_4i06i"), SubResource("BTWait_yxpnx")]
[resource] [resource]
description = "The [comp]Sequence[/comp] is one of the core composite tasks. It executes its children sequentially, from first to last, until one of them returns [FAILURE], or all of them result in [SUCCESS]. In other words, if any child task results in [FAILURE], the Sequence execution will be aborted, and the Sequence itself will return [FAILURE]. description = "The [comp]Sequence[/comp] is one of the core composite tasks. It executes its child tasks sequentially, from first to last, until one of them returns [FAILURE], or all of them result in [SUCCESS]. In other words, if any child task results in [FAILURE], the Sequence execution will be aborted, and the Sequence itself will return [FAILURE].
In our example, you can observe a simple [comp]Sequence[/comp] in action. Notice how it fails when it reaches the [act]Fail[/act] action and never proceeds to the [act]Wait 888 sec[/act] action afterward. By the way, the simple [act]Fail[/act] task is quite useful for troubleshooting. Its sole function is to return [FAILURE]. In our example, you can observe a simple [comp]Sequence[/comp] in action. Notice how it fails when it reaches the [act]Fail[/act] action and never proceeds to the [act]Wait 888 sec[/act] action afterward. By the way, the simple [act]Fail[/act] task is quite useful for troubleshooting. Its sole function is to return [FAILURE].
" "

2
demo/demo/ai/tutorial_trees/tutorial_05_selector.tres
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@ -97,7 +97,7 @@ output_var = "target"
children = [SubResource("BTSequence_cgwor"), SubResource("BTSequence_vx4uy"), SubResource("BTAction_2murg")] children = [SubResource("BTSequence_cgwor"), SubResource("BTSequence_vx4uy"), SubResource("BTAction_2murg")]
[resource] [resource]
description = "The [comp]Selector[/comp] is another essential composite task. It executes its children sequentially, from first to last, until one of them returns [SUCCESS] or all of them result in [FAILURE]. In other words, when a child task results in [FAILURE], it moves on to the next one until it finds the one that returns [SUCCESS]. Once a child task results in [SUCCESS], the Selector stops and also returns [SUCCESS]. description = "The [comp]Selector[/comp] is another essential composite task. It executes its child tasks sequentially, from first to last, until one of them returns [SUCCESS] or all of them result in [FAILURE]. In other words, when a child task results in [FAILURE], it moves on to the next one until it finds the one that returns [SUCCESS]. Once a child task results in [SUCCESS], the Selector stops and also returns [SUCCESS].
To understand the [comp]Selector[/comp], it helps to see it as the opposite of the [comp]Sequence[/comp]. While the Sequence continues iterating over children as long as they return [SUCCESS], the Selector does the same but as long as they return [FAILURE]. The purpose of the Selector is to find a child that succeeds. It's often useful to place higher priority tasks at the top so that the Selector attempts them first. To understand the [comp]Selector[/comp], it helps to see it as the opposite of the [comp]Sequence[/comp]. While the Sequence continues iterating over children as long as they return [SUCCESS], the Selector does the same but as long as they return [FAILURE]. The purpose of the Selector is to find a child that succeeds. It's often useful to place higher priority tasks at the top so that the Selector attempts them first.