Inside access

[GwenelParticipant]

This got more lots more tricky than I thought it would, but how do you access x y z inside enemy?
I need to do it both xyz all at once as a combined (Vec3?), and z alone (int).

 

Monkey

Namespace myapp #Import "<std>" Using std.. Function Main() Local somearray2 := New enemy[10] For Local i:Int=0 Until 10 somearray2[i] = New enemy Next somearray2[3].px = 100 ' Works perfectly ' somearray2[3].position.x = 100 ' Why crash? Do you need to init something? ' somearray2[3].position = Vec3(1,2,3) ' How do you match types? (want to set .x .y .z at once) Is it possible for example to match the inbuild vector type and a handmade vector type? if not how can you access a hand made one like this inside enemy here? End Class vector Field x : Int Field y : Int Field z : Int End Class enemy Field px : Int Field py : Int Field name : String Field position:vector Field speed:vector Field acceleration:vector End

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Namespace myapp #Import "<std>" Using std..   Function Main()       Local somearray2 := New enemy[10] For Local i:Int=0 Until 10     somearray2[i] = New enemy Next   somearray2[3].px = 100 ' Works perfectly   ' somearray2[3].position.x = 100       ' Why crash? Do you need to init something?   ' somearray2[3].position = Vec3(1,2,3) ' How do you match types? (want to set .x .y .z at once) Is it possible for example to match the inbuild vector type and a handmade vector type? if not how can you access a hand made one like this inside enemy here?   End   Class vector Field x : Int Field y : Int Field z : Int End   Class enemy Field px : Int Field py : Int Field name : String Field position:vector Field speed:vector Field acceleration:vector End

[DruggedBunnyParticipant]

You want somearray2[3].position.x

Oh, wait, you also need to init the vector, so somearray2[3].position = New vector, follow by somearray2[3].positionx = whatever

Or, in your loop…

Monkey

[crayon-5cb9db817fd04164323077 inline="true" ] Local somearray2 := New enemy[10] For Local i:Int=0 Until 10 somearray2[i] = New enemy somearray2[i].position = New vector somearray2[i].position.x = 100 ' etc Next

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[crayon-5cb9db817fd04164323077 inline="true" ]   Local somearray2 := New enemy[10] For Local i:Int=0 Until 10       somearray2[i] = New enemy       somearray2[i].position = New vector     somearray2[i].position.x = 100 ' etc   Next

[/crayon]

[GwenelParticipant]

Thanks Okay got everything working except the last part now. How to make it possible to send x y z all at once in some way (using vector or vec3 altogether instead of using the vector class,  both solutions would be interesting to hear about

Monkey

Namespace myapp #Import "<std>" Using std.. Function Main() Local somearray2 := New enemy[10] For Local i:Int=0 Until 10 somearray2[i] = New enemy Next somearray2[3].px = 100 ' Works perfectly somearray2[3].position = New vector somearray2[3].position.x = 100 ' Works perfectly ' somearray2[3].position = Vec3(1,2,3) 'This one is still a mystery ' somearray3[3].position = Vector(100,100,100) ' Wishing for something that looks like one of these two End Class vector Field x : Int Field y : Int Field z : Int End Class enemy Field px : Int Field py : Int Field name : String Field position:vector Field speed:vector Field acceleration:vector End

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Namespace myapp #Import "<std>" Using std.. Function Main()     Local somearray2 := New enemy[10] For Local i:Int=0 Until 10     somearray2[i] = New enemy   Next somearray2[3].px = 100 ' Works perfectly somearray2[3].position = New vector somearray2[3].position.x = 100       ' Works perfectly ' somearray2[3].position = Vec3(1,2,3) 'This one is still a mystery ' somearray3[3].position = Vector(100,100,100) ' Wishing for something that looks like one of these two    End Class vector Field x : Int Field y : Int Field z : Int End Class enemy Field px : Int Field py : Int Field name : String Field position:vector Field speed:vector Field acceleration:vector End

[GwenelParticipant]

Getting there…

Monkey

Namespace myapp #Import "<std>" Using std.. Function Main() ' Create array of custom type Local somearray2 := New enemy[10] For Local i:Int=0 Until 10 somearray2[i] = New enemy Next ' Access it in different ways somearray2[3].px = 100 ' Works perfectly somearray2[3].position = New vector somearray2[3].position.x = 100 ' Works perfectly somearray2[3].position2 = New Vec3<Int>(-1,-1,-1) ' Works perfectly ' Still to do is to find some way to use a home-made vector and not access just x y z separate but as a group similar to the above ' ' somearray3[3].position = Vector(100,100,100) ' Is it possible to fill ALL fields of a class? And maybe use ,, to skip fields? End Class vector Field x : Int Field y : Int Field z : Int End Class enemy Field px : Int Field py : Int Field name : String ' Using home-made vector type (needs work) Field position:vector Field speed:vector Field acceleration:vector ' Using pre-made vector type Field position2:Vec3<Int> Field speed2:Vec3<Int> Field acceleration2:Vec3<Int> End

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Namespace myapp #Import "<std>" Using std.. Function Main() ' Create array of custom type     Local somearray2 := New enemy[10] For Local i:Int=0 Until 10     somearray2[i] = New enemy   Next ' Access it in different ways somearray2[3].px = 100 ' Works perfectly somearray2[3].position = New vector somearray2[3].position.x = 100 ' Works perfectly   somearray2[3].position2 = New Vec3<Int>(-1,-1,-1) ' Works perfectly ' Still to do is to find some way to use a home-made vector and not access just x y z separate but as a group similar to the above ' ' somearray3[3].position = Vector(100,100,100) ' Is it possible to fill ALL fields of a class? And maybe use ,, to skip fields?   End   Class vector Field x : Int Field y : Int Field z : Int End Class enemy Field px : Int Field py : Int Field name : String ' Using home-made vector type (needs work) Field position:vector Field speed:vector Field acceleration:vector ' Using pre-made vector type Field position2:Vec3<Int> Field speed2:Vec3<Int> Field acceleration2:Vec3<Int> End

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