Login Feature
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mohamedkaif356
@@ -1,94 +0,0 @@
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package com.example.hpostesting.domain
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import com.example.hpostesting.data.constant.Constants
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import com.example.hpostesting.data.model.test.TestRightCalculationData
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import com.example.hpostesting.data.model.test.TestRightResultType
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class ResultCalculationWithAvgImpl : TestRightResultCalculation {
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private val testRightCalculationData = TestRightCalculationData()
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override fun getResults(wavelengthToAbsorbance: ArrayList<ArrayList<Double>>): TestRightCalculationData {
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val startWavelengthOne =
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Constants.WAVELENGTH_OF_INTEREST_ONE - Constants.RANGE_IN_RESULT_CALCULATIONS
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val endWavelengthOne =
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Constants.WAVELENGTH_OF_INTEREST_ONE + Constants.RANGE_IN_RESULT_CALCULATIONS + 1
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var sumOfAbsorbanceAtOne = 0.0
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var noOfAbsorbanceRecordedOne = 0
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val startWavelengthTwo =
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Constants.WAVELENGTH_OF_INTEREST_TWO - Constants.RANGE_IN_RESULT_CALCULATIONS
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val endWavelengthTwo =
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Constants.WAVELENGTH_OF_INTEREST_TWO + Constants.RANGE_IN_RESULT_CALCULATIONS + 1
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var sumOfAbsorbanceAtTwo = 0.0
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var noOfAbsorbanceRecordedTwo = 0
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for (each in wavelengthToAbsorbance) {
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if (each[0] >= startWavelengthOne && each[0] < endWavelengthOne) {
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sumOfAbsorbanceAtOne += each[1]
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noOfAbsorbanceRecordedOne++
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}
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if (each[0] >= startWavelengthTwo && each[0] < endWavelengthTwo) {
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sumOfAbsorbanceAtTwo += each[1]
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noOfAbsorbanceRecordedTwo++
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}
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}
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val avgAbsorbanceOne = (sumOfAbsorbanceAtOne / noOfAbsorbanceRecordedOne)
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val avgAbsorbanceTwo = (sumOfAbsorbanceAtTwo / noOfAbsorbanceRecordedTwo)
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testRightCalculationData.absorbanceOne = avgAbsorbanceOne
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testRightCalculationData.absorbanceTwo = avgAbsorbanceTwo
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testRightCalculationData.result = calculateResultsAndRatio(avgAbsorbanceOne, avgAbsorbanceTwo)
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return testRightCalculationData
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}
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private fun calculateResultsAndRatio(
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absorbanceAtWaveOne: Double,
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absorbanceAtWaveTwo: Double
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): TestRightResultType {
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if (absorbanceAtWaveOne != Double.MIN_VALUE && absorbanceAtWaveTwo != Double.MIN_VALUE && absorbanceAtWaveOne != 0.0) {
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val value = absorbanceAtWaveTwo / absorbanceAtWaveOne
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testRightCalculationData.ratioValue = value
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if (value < 0.24 || value == 0.0) {
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testRightCalculationData.ratioMinRange = 0.0
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testRightCalculationData.ratioMaxRange = 0.24
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return TestRightResultType.NORMAL
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} else if (value >= 0.24 && value < 0.30) {
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testRightCalculationData.ratioMinRange = 0.24
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testRightCalculationData.ratioMaxRange = 0.30
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return TestRightResultType.SICKLECELLTRAIT
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} else if (value >= 0.30) {
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testRightCalculationData.ratioMinRange = 0.30
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testRightCalculationData.ratioMaxRange = 999.0
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return TestRightResultType.SICKLECELLDISEASE
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}
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}
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return TestRightResultType.UNDEFINED
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// if (absorbanceAtWaveOne != Double.MIN_VALUE && absorbanceAtWaveTwo != Double.MIN_VALUE && absorbanceAtWaveOne != 0.0) {
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// val value = absorbanceAtWaveTwo / absorbanceAtWaveOne
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//
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// if (value < 0.24 || value == 0.0) {
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// return TestRightResultType.NORMAL
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// } else if (value >= 0.24 && value < 0.30) {
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// return TestRightResultType.SICKLECELLTRAIT
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// } else if (value >= 0.30) {
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// return TestRightResultType.SICKLECELLDISEASE
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// }
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//
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// }
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// return TestRightResultType.UNDEFINED
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// Log.d(TAG, "value = $value")
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// println("value = $value")
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}
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}
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@@ -1,101 +0,0 @@
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package com.example.hpostesting.domain
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import android.util.Log
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import com.example.hpostesting.data.constant.Constants
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import com.example.hpostesting.data.model.test.TestRightResultType
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import kotlin.math.log10
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class ResultCalculationWithFirstImpl {
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private val TAG = "Testright"
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fun getResults(
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wavelengthToPixelArray: ArrayList<ArrayList<Double>>,
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intensityReferenceArray: ArrayList<ArrayList<Double>>,
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intensitySampleArray: ArrayList<ArrayList<Double>>
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) : TestRightResultType {
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var pixelNoWithWave_427 = 0
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var pixelNoWithWave_555 = 0
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Log.d(TAG, "wavelengthToPixelArray size = ${wavelengthToPixelArray.size}")
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// println("wavelengthToPixelArray size = ${wavelengthToPixelArray.size}")
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for (each in wavelengthToPixelArray) {
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var diff = each[0] - 427
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if (pixelNoWithWave_427 == 0 && diff >= 0 && diff < 1) {
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pixelNoWithWave_427 = each[1].toInt()
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}
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diff = each[0] - 555
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if (pixelNoWithWave_555 == 0 && diff >= 0 && diff < 1) {
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pixelNoWithWave_555 = each[1].toInt()
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}
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if (pixelNoWithWave_427 != 0 && pixelNoWithWave_555 != 0) {
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break
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}
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}
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Log.d(TAG, "pixelOfInterest_427 = ${pixelNoWithWave_427}")
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Log.d(TAG, "pixelOfInterest_555 = ${pixelNoWithWave_555}")
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// println("pixelOfInterest_427 = ${pixelNoWithWave_427}")
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// println("pixelOfInterest_555 = ${pixelNoWithWave_555}")
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val invertedPixel_427 = (Constants.TEST_RIGHT_TOTAL_PIXEL + 1) - pixelNoWithWave_427
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val invertedPixel_555 = (Constants.TEST_RIGHT_TOTAL_PIXEL + 1) - pixelNoWithWave_555
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var io_427 = 0.0
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var io_555 = 0.0
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for (each in intensityReferenceArray) {
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if (each[0].toInt() == invertedPixel_427) {
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io_427 = each[1]
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}
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if (each[0].toInt() == invertedPixel_555) {
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io_555 = each[1]
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}
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}
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Log.d(TAG, "I0 values are I0_427 = $io_427 , IO_555 = $io_555")
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// println("I0 values are I0_427 = $io_427 , IO_555 = $io_555")
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var i_427 = 0.0
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var i_555 = 0.0
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for (each in intensitySampleArray) {
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if (each[0].toInt() == invertedPixel_427) {
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i_427 = each[1]
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}
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if (each[0].toInt() == invertedPixel_555) {
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i_555 = each[1]
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}
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}
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Log.d(TAG, "I values are I_427 = $i_427 , I_555 = $i_555")
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// println("I values are I_427 = $i_427 , I_555 = $i_555")
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val absorbanceAtPixelWithWave_427 = log10(io_427 / i_427)
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val absorbanceAtPixelWithWave_555 = log10(io_555 / i_555)
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Log.d(
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TAG,
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"absorbance values are for 427 = $absorbanceAtPixelWithWave_427 , for 555 = $absorbanceAtPixelWithWave_555"
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)
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// println("absorbance values are for 427 = $absorbanceAtPixelWithWave_427 , for 555 = $absorbanceAtPixelWithWave_555")
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var value = 0.0
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if (absorbanceAtPixelWithWave_427 != 0.0 && absorbanceAtPixelWithWave_555 != 0.0) {
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value = absorbanceAtPixelWithWave_555 / absorbanceAtPixelWithWave_427
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}
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Log.d(TAG, "value = $value")
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// println("value = $value")
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if (value < 0.24 || value == 0.0) {
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return TestRightResultType.NORMAL
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} else if (value >= 0.24 && value < 0.30) {
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return TestRightResultType.SICKLECELLTRAIT
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} else if (value >= 0.30) {
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return TestRightResultType.SICKLECELLDISEASE
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}
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return TestRightResultType.UNDEFINED
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}
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}
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