Перебирать каждый многомерный массив и отображать один массив. ⇐ Php

[Anonymous]

Многомерный массив:

Array
(
[CalculateOverheadDoorSpringsResult] => Array
(
[SpringForce] => Array
(
[InputData] => Array
(
[CalculationMode] => Expert
[CalculationVersion] => V100_ProofOfConceptVersion
[TrackSystemCode] => 1
[TrackSystemTypeDescription] => Normal Lift
[DoorWidth_mm] => 5000
[DoorHeight_mm] => 5000
[LiftHeight_mm] => 0
[TrackPitch_deg] => 0
[DoorWeight_kg] => 300
[VerticalComponentWeight_kg] => 33.33
[BottomSectionHeight_mm] => 610
[TensionSet] => false
[SpringCount] => 2
[ShaftConnectorCount] => 1
[ShaftDiameterCode] => 1
[ShaftDiameterDescription] => Shaft 1" (25.4 mm)
[SurfaceFinishCode] => 3
[SurfaceFinishDescription] => Powder coated
[CycleCount] => 20000
[SolutionTypeCode] => 1
[SolutionTypeDescription] => Simplex Identical
[OptimalSolutionOnly] => false
[DrumSpecification] => Automatic
[DrumFlexiForceCode] => FFNL18
[DrumCustomCode] =>
[DrumCustomFlatMomentArm_mm] => 0
[DrumCustomHighMomentArm_mm] => 0
[DrumCustomFlatWindings] => 0
[DrumCustomSipralWindings] => 0
[DrumCustomSafetyWindings] => 0
[EnforceFlexiForceCableRuling] => True
[InputDataValid] => true
)

[OutputData] => Array
(
[CalculationVersionBaseData] => V1.3.113
[CalculationVersionSolver] => V1.0.1
[TorqueTotal_Nmm_turn] => 17123
[Turns] => 12.8
[EnforceFlexiForceCableRuling] => True
[CableDiameter_mm] => 4
)

[Solutions] => Array
(
[Solution] => Array
(
[0] => Array
(
[SolutionID] => 0604d089-e8cd-47e4-b331-e74373e23861
[SpringCount] => 2
[SpringWeightTotal_kg] => 69.77
[ActualCycleCount] => 35900
[SpringUnit] => Array
(
[0] => Array
(
[Type] => Simplex
[Qty] => 1
[Description] => 1 x Ass. Spring LHW 09,5x95x1810mm Pwdr. Plugged
[SpringWeightUnitTotal_kg] => 34.89
[Spring] => Array
(
[Wire_mm] => 9.5
[Length_mm] => 1810
[Diameter_mm] => 95.25
[Direction] => L
[ArticleId] => VL95-3-1810PP
[SpringWeight_kg] => 34.89
)

)

[1] => Array
(
[Type] => Simplex
[Qty] => 1
[Description] => 1 x Ass. Spring RHW 09,5x95x1810mm Pwdr. Plugged
[SpringWeightUnitTotal_kg] => 34.89
[Spring] => Array
(
[Wire_mm] => 9.5
[Length_mm] => 1810
[Diameter_mm] => 95.25
[Direction] => R
[ArticleId] => VR95-3-1810PP
[SpringWeight_kg] => 34.89
)

)

)

)

[1] => Array
(
[SolutionID] => f495d32f-567e-41a9-ad10-b5b35e1ba20f
[SpringCount] => 2
[SpringWeightTotal_kg] => 69.71
[ActualCycleCount] => 35000
[SpringUnit] => Array
(
[0] => Array
(
[Type] => Simplex
[Qty] => 1
[Description] => 1 x Ass. Spring LHW 09,5x152x1170mm Pwdr. Plugged
[SpringWeightUnitTotal_kg] => 34.86
[Spring] => Array
(
[Wire_mm] => 9.5
[Length_mm] => 1170
[Diameter_mm] => 152.4
[Direction] => L
[ArticleId] => VL95-6-1170PP
[SpringWeight_kg] => 34.86
)

)

[1] => Array
(
[Type] => Simplex
[Qty] => 1
[Description] => 1 x Ass. Spring RHW 09,5x152x1170mm Pwdr. Plugged
[SpringWeightUnitTotal_kg] => 34.86
[Spring] => Array
(
[Wire_mm] => 9.5
[Length_mm] => 1170
[Diameter_mm] => 152.4
[Direction] => R
[ArticleId] => VR95-6-1170PP
[SpringWeight_kg] => 34.86
)

)

)

)

[2] => Array
(
[SolutionID] => 6b97f4eb-1fa2-4885-a93d-63f24d108f1f
[SpringCount] => 2
[SpringWeightTotal_kg] => 93.74
[ActualCycleCount] => 98400
[SpringUnit] => Array
(
[0] => Array
(
[Type] => Simplex
[Qty] => 1
[Description] => 1 x Ass. Spring LHW 10,0x152x1490mm Pwdr. Plugged
[SpringWeightUnitTotal_kg] => 46.87
[Spring] => Array
(
[Wire_mm] => 10
[Length_mm] => 1490
[Diameter_mm] => 152.4
[Direction] => L
[ArticleId] => VL100-6-1490PP
[SpringWeight_kg] => 46.87
)

)

[1] => Array
(
[Type] => Simplex
[Qty] => 1
[Description] => 1 x Ass. Spring RHW 10,0x152x1490mm Pwdr. Plugged
[SpringWeightUnitTotal_kg] => 46.87
[Spring] => Array
(
[Wire_mm] => 10
[Length_mm] => 1490
[Diameter_mm] => 152.4
[Direction] => R
[ArticleId] => VR100-6-1490PP
[SpringWeight_kg] => 46.87
)

)

)

)

)

[!SolutionsFound] => true
[!SolutionCount] => 3
)

[!XMLVersion] => 1.0
[!CreateTimeStamp] => 2017-09-05T15:27:35Z
[!XMLID] => 0a1116c0-e140-47f2-acc5-6f8322d3d5f6
[!SystemError] => false
[!SystemErrorMessage] =>
)

)

)


Нужно перебрать каждый [Solutions] => Array, [OutputData] => Array и отобразить результаты в простой таблице, почти как на картинке:




Мой вопрос как перебирать многомерный массив [CalculateOverheadDoorSpringsResult] и отображать только массивы решений и выходных данных? Решения всегда будут чередоваться, это может быть 1 решение, 2, 3 или даже больше.

Я что-то думал, но по крайней мере это начало:











Подробнее здесь: https://stackoverflow.com/questions/460 ... -one-array