| @@ -79,193 +79,210 @@ |
| stationName = stationName.replace(",", ""); |
| |
| //Initialize the summary result table |
| - int summarySize = 60; |
| - if(showMonthlyTF) summarySize = 180; |
| + int summarySize = 65; |
| + if(showMonthlyTF) summarySize = 197; |
| |
| String[][] statsSummaryTable = new String[summarySize][1]; |
| statsSummaryTable[0][0] = "Flow Statistics for " + stationID + "; " + stationName + "; created on " + today; |
| statsSummaryTable[1][0] = "Analysis Period (calendar year)"; |
| - statsSummaryTable[2][0] = "Maximum [cfs]"; |
| - statsSummaryTable[3][0] = "Minimum [cfs]"; |
| - statsSummaryTable[4][0] = "Upper Quartile [cfs]"; |
| - statsSummaryTable[5][0] = "Lower Quartile [cfs]"; |
| - statsSummaryTable[6][0] = "Median [cfs]"; |
| - statsSummaryTable[7][0] = "Average [cfs]"; |
| - statsSummaryTable[8][0] = "Standard Deviation [cfs]"; |
| - statsSummaryTable[9][0] = "Variance"; |
| - statsSummaryTable[10][0] = "Skewness"; |
| - statsSummaryTable[11][0] = "Coefficient of Variation"; |
| - statsSummaryTable[12][0] = "Maximum (1-day) [cfs]"; |
| - statsSummaryTable[13][0] = "Date of Maximum (1-day)"; |
| - statsSummaryTable[14][0] = "Minimum (1-day) [cfs]"; |
| - statsSummaryTable[15][0] = "Date of Minimum (1-day)"; |
| - statsSummaryTable[16][0] = "Maximum (3-day) [cfs]"; |
| - statsSummaryTable[17][0] = "Dates of Maximum (3-day)"; |
| - statsSummaryTable[18][0] = "Minimum (3-day) [cfs]"; |
| - statsSummaryTable[19][0] = "Dates of Minimum (3-day)"; |
| - statsSummaryTable[20][0] = "Maximum (7-day) [cfs]"; |
| - statsSummaryTable[21][0] = "Dates of Maximum (7-day)"; |
| - statsSummaryTable[22][0] = "Minimum (7-day) [cfs]"; |
| - statsSummaryTable[23][0] = "Dates of Minimum (7-day)"; |
| - statsSummaryTable[24][0] = "Minimum (7-day) / Annual Average [cfs]"; |
| - statsSummaryTable[25][0] = "Maximum (30-day) [cfs]"; |
| - statsSummaryTable[26][0] = "Dates of Maximum (30-day)"; |
| - statsSummaryTable[27][0] = "Minimum (30-day) [cfs]"; |
| - statsSummaryTable[28][0] = "Dates of Minimum (30-day)"; |
| - statsSummaryTable[29][0] = "Maximum (90-day) [cfs]"; |
| - statsSummaryTable[30][0] = "Dates of Maximum (90-day)"; |
| - statsSummaryTable[31][0] = "Minimum (90-day) [cfs]"; |
| - statsSummaryTable[32][0] = "Dates of Minimum (90-day)"; |
| - statsSummaryTable[33][0] = "Number of Zero Flow Days"; |
| - statsSummaryTable[34][0] = "Number of Flow Reversals"; |
| - statsSummaryTable[35][0] = "Number of Flow Rises"; |
| - statsSummaryTable[36][0] = "Number of Flow Falls"; |
| - statsSummaryTable[37][0] = "Number of High Pulses (> " + highPercentile + " percentile)"; |
| - statsSummaryTable[38][0] = "Threshold for High Pulses (> " + highPercentile + " percentile) [cfs]"; |
| - statsSummaryTable[39][0] = "Average Duration of High Pulses (> " + highPercentile + " percentile) [days]"; |
| - statsSummaryTable[40][0] = "Number of Low Pulses (< " + lowPercentile + " percentile)"; |
| - statsSummaryTable[41][0] = "Threshold for Low Pulses (< " + lowPercentile + " percentile) [cfs]"; |
| - statsSummaryTable[42][0] = "Average Duration of Low Pulses (< " + lowPercentile + " percentile) [days]"; |
| - statsSummaryTable[43][0] = "Average Positive Difference Between Consecutive Days [cfs]"; |
| - statsSummaryTable[44][0] = "Average Negative Difference Between Consecutive Days [cfs]"; |
| - statsSummaryTable[45][0] = "Temporal Centriod of Discharge [Day of Calendary Year]"; |
| - statsSummaryTable[46][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Maximum) [cfs]"; |
| - statsSummaryTable[47][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Minimum) [cfs]"; |
| - statsSummaryTable[48][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Upper Quartile) [cfs]"; |
| - statsSummaryTable[49][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Lower Quartile) [cfs]"; |
| - statsSummaryTable[50][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Median) [cfs]"; |
| - statsSummaryTable[51][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Average) [cfs]"; |
| - statsSummaryTable[52][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Standard Deviation) [cfs]"; |
| - statsSummaryTable[53][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Variance)"; |
| - statsSummaryTable[54][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Skewness)"; |
| - statsSummaryTable[55][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Coefficient of Variation)"; |
| + statsSummaryTable[2][0] = "Count"; |
| + statsSummaryTable[3][0] = "Maximum [cfs]"; |
| + statsSummaryTable[4][0] = "Minimum [cfs]"; |
| + statsSummaryTable[5][0] = "Upper Quartile [cfs]"; |
| + statsSummaryTable[6][0] = "Lower Quartile [cfs]"; |
| + statsSummaryTable[7][0] = "Median [cfs]"; |
| + statsSummaryTable[8][0] = "Average [cfs]"; |
| + statsSummaryTable[9][0] = "Standard Deviation [cfs]"; |
| + statsSummaryTable[10][0] = "Variance"; |
| + statsSummaryTable[11][0] = "Skewness"; |
| + statsSummaryTable[12][0] = "Coefficient of Variation"; |
| + statsSummaryTable[13][0] = "Maximum (1-day) [cfs]"; |
| + statsSummaryTable[14][0] = "Date of Maximum (1-day)"; |
| + statsSummaryTable[15][0] = "Minimum (1-day) [cfs]"; |
| + statsSummaryTable[16][0] = "Date of Minimum (1-day)"; |
| + statsSummaryTable[17][0] = "Maximum (3-day) [cfs]"; |
| + statsSummaryTable[18][0] = "Dates of Maximum (3-day)"; |
| + statsSummaryTable[19][0] = "Minimum (3-day) [cfs]"; |
| + statsSummaryTable[20][0] = "Dates of Minimum (3-day)"; |
| + statsSummaryTable[21][0] = "Maximum (7-day) [cfs]"; |
| + statsSummaryTable[22][0] = "Dates of Maximum (7-day)"; |
| + statsSummaryTable[23][0] = "Minimum (7-day) [cfs]"; |
| + statsSummaryTable[24][0] = "Dates of Minimum (7-day)"; |
| + statsSummaryTable[25][0] = "Minimum (7-day) / Annual Average [cfs]"; |
| + statsSummaryTable[26][0] = "Maximum (30-day) [cfs]"; |
| + statsSummaryTable[27][0] = "Dates of Maximum (30-day)"; |
| + statsSummaryTable[28][0] = "Minimum (30-day) [cfs]"; |
| + statsSummaryTable[29][0] = "Dates of Minimum (30-day)"; |
| + statsSummaryTable[30][0] = "Maximum (90-day) [cfs]"; |
| + statsSummaryTable[31][0] = "Dates of Maximum (90-day)"; |
| + statsSummaryTable[32][0] = "Minimum (90-day) [cfs]"; |
| + statsSummaryTable[33][0] = "Dates of Minimum (90-day)"; |
| + statsSummaryTable[34][0] = "Number of Zero Flow Days"; |
| + statsSummaryTable[35][0] = "Number of Flow Reversals"; |
| + statsSummaryTable[36][0] = "Number of Flow Rises"; |
| + statsSummaryTable[37][0] = "Number of Flow Falls"; |
| + statsSummaryTable[38][0] = "Number of High Pulses (> " + highPercentile + " percentile)"; |
| + statsSummaryTable[39][0] = "Threshold for High Pulses (> " + highPercentile + " percentile) [cfs]"; |
| + statsSummaryTable[40][0] = "Average Duration of High Pulses (> " + highPercentile + " percentile) [days]"; |
| + statsSummaryTable[41][0] = "Number of Low Pulses (< " + lowPercentile + " percentile)"; |
| + statsSummaryTable[42][0] = "Threshold for Low Pulses (< " + lowPercentile + " percentile) [cfs]"; |
| + statsSummaryTable[43][0] = "Average Duration of Low Pulses (< " + lowPercentile + " percentile) [days]"; |
| + statsSummaryTable[44][0] = "Average Positive Difference Between Consecutive Days [cfs]"; |
| + statsSummaryTable[45][0] = "Average Negative Difference Between Consecutive Days [cfs]"; |
| + statsSummaryTable[46][0] = "Temporal Centriod of Discharge [Day of Calendary Year]"; |
| + statsSummaryTable[47][0] = "Richards-Baker Flow 'Flashiness' Index"; |
| + statsSummaryTable[48][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Count)"; |
| + statsSummaryTable[49][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Maximum) [cfs]"; |
| + statsSummaryTable[50][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Minimum) [cfs]"; |
| + statsSummaryTable[51][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Upper Quartile) [cfs]"; |
| + statsSummaryTable[52][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Lower Quartile) [cfs]"; |
| + statsSummaryTable[53][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Median) [cfs]"; |
| + statsSummaryTable[54][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Average) [cfs]"; |
| + statsSummaryTable[55][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Standard Deviation) [cfs]"; |
| + statsSummaryTable[56][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Variance)"; |
| + statsSummaryTable[57][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Skewness)"; |
| + statsSummaryTable[58][0] = "Season " + seasonBegin + " to " + seasonEnd + " (Coefficient of Variation)"; |
| |
| if(showMonthlyTF){ |
| - statsSummaryTable[56][0] = "January (Maximum) [cfs]"; |
| - statsSummaryTable[57][0] = "January (Minimum) [cfs]"; |
| - statsSummaryTable[58][0] = "January (Upper Quartile) [cfs]"; |
| - statsSummaryTable[59][0] = "January (Lower Quartile) [cfs]"; |
| - statsSummaryTable[60][0] = "January (Median) [cfs]"; |
| - statsSummaryTable[61][0] = "January (Average) [cfs]"; |
| - statsSummaryTable[62][0] = "January (Standard Deviation) [cfs]"; |
| - statsSummaryTable[63][0] = "January (Variance)"; |
| - statsSummaryTable[64][0] = "January (Skewness)"; |
| - statsSummaryTable[65][0] = "January (Coefficient of Variation)"; |
| - statsSummaryTable[66][0] = "February (Maximum) [cfs]"; |
| - statsSummaryTable[67][0] = "February (Minimum) [cfs]"; |
| - statsSummaryTable[68][0] = "February (Upper Quartile) [cfs]"; |
| - statsSummaryTable[69][0] = "February (Lower Quartile) [cfs]"; |
| - statsSummaryTable[70][0] = "February (Median) [cfs]"; |
| - statsSummaryTable[71][0] = "February (Average) [cfs]"; |
| - statsSummaryTable[72][0] = "February (Standard Deviation) [cfs]"; |
| - statsSummaryTable[73][0] = "February (Variance)"; |
| - statsSummaryTable[74][0] = "February (Skewness)"; |
| - statsSummaryTable[75][0] = "February (Coefficient of Variation)"; |
| - statsSummaryTable[76][0] = "March (Maximum) [cfs]"; |
| - statsSummaryTable[77][0] = "March (Minimum) [cfs]"; |
| - statsSummaryTable[78][0] = "March (Upper Quartile) [cfs]"; |
| - statsSummaryTable[79][0] = "March (Lower Quartile) [cfs]"; |
| - statsSummaryTable[80][0] = "March (Median) [cfs]"; |
| - statsSummaryTable[81][0] = "March (Average) [cfs]"; |
| - statsSummaryTable[82][0] = "March (Standard Deviation) [cfs]"; |
| - statsSummaryTable[83][0] = "March (Variance)"; |
| - statsSummaryTable[84][0] = "March (Skewness)"; |
| - statsSummaryTable[85][0] = "March (Coefficient of Variation)"; |
| - statsSummaryTable[86][0] = "April (Maximum) [cfs]"; |
| - statsSummaryTable[87][0] = "April (Minimum) [cfs]"; |
| - statsSummaryTable[88][0] = "April (Upper Quartile) [cfs]"; |
| - statsSummaryTable[89][0] = "April (Lower Quartile) [cfs]"; |
| - statsSummaryTable[90][0] = "April (Median) [cfs]"; |
| - statsSummaryTable[91][0] = "April (Average) [cfs]"; |
| - statsSummaryTable[92][0] = "April (Standard Deviation) [cfs]"; |
| - statsSummaryTable[93][0] = "April (Variance)"; |
| - statsSummaryTable[94][0] = "April (Skewness)"; |
| - statsSummaryTable[95][0] = "April (Coefficient of Variation)"; |
| - statsSummaryTable[96][0] = "May (Maximum) [cfs]"; |
| - statsSummaryTable[97][0] = "May (Minimum) [cfs]"; |
| - statsSummaryTable[98][0] = "May (Upper Quartile) [cfs]"; |
| - statsSummaryTable[99][0] = "May (Lower Quartile) [cfs]"; |
| - statsSummaryTable[100][0] = "May (Median) [cfs]"; |
| - statsSummaryTable[101][0] = "May (Average) [cfs]"; |
| - statsSummaryTable[102][0] = "May (Standard Deviation) [cfs]"; |
| - statsSummaryTable[103][0] = "May (Variance)"; |
| - statsSummaryTable[104][0] = "May (Skewness)"; |
| - statsSummaryTable[105][0] = "May (Coefficient of Variation)"; |
| - statsSummaryTable[106][0] = "June (Maximum) [cfs]"; |
| - statsSummaryTable[107][0] = "June (Minimum) [cfs]"; |
| - statsSummaryTable[108][0] = "June (Upper Quartile) [cfs]"; |
| - statsSummaryTable[109][0] = "June (Lower Quartile) [cfs]"; |
| - statsSummaryTable[100][0] = "June (Median) [cfs]"; |
| - statsSummaryTable[111][0] = "June (Average) [cfs]"; |
| - statsSummaryTable[112][0] = "June (Standard Deviation) [cfs]"; |
| - statsSummaryTable[113][0] = "June (Variance)"; |
| - statsSummaryTable[114][0] = "June (Skewness)"; |
| - statsSummaryTable[115][0] = "June (Coefficient of Variation)"; |
| - statsSummaryTable[116][0] = "July (Maximum) [cfs]"; |
| - statsSummaryTable[117][0] = "July (Minimum) [cfs]"; |
| - statsSummaryTable[118][0] = "July (Upper Quartile) [cfs]"; |
| - statsSummaryTable[119][0] = "July (Lower Quartile) [cfs]"; |
| - statsSummaryTable[120][0] = "July (Median) [cfs]"; |
| - statsSummaryTable[121][0] = "July (Average) [cfs]"; |
| - statsSummaryTable[122][0] = "July (Standard Deviation) [cfs]"; |
| - statsSummaryTable[123][0] = "July (Variance)"; |
| - statsSummaryTable[124][0] = "July (Skewness)"; |
| - statsSummaryTable[125][0] = "July (Coefficient of Variation)"; |
| - statsSummaryTable[126][0] = "August (Maximum) [cfs]"; |
| - statsSummaryTable[127][0] = "August (Minimum) [cfs]"; |
| - statsSummaryTable[128][0] = "August (Upper Quartile) [cfs]"; |
| - statsSummaryTable[129][0] = "August (Lower Quartile) [cfs]"; |
| - statsSummaryTable[130][0] = "August (Median) [cfs]"; |
| - statsSummaryTable[131][0] = "August (Average) [cfs]"; |
| - statsSummaryTable[132][0] = "August (Standard Deviation) [cfs]"; |
| - statsSummaryTable[133][0] = "August (Variance)"; |
| - statsSummaryTable[134][0] = "August (Skewness)"; |
| - statsSummaryTable[135][0] = "August (Coefficient of Variation)"; |
| - statsSummaryTable[136][0] = "September (Maximum) [cfs]"; |
| - statsSummaryTable[137][0] = "September (Minimum) [cfs]"; |
| - statsSummaryTable[138][0] = "September (Upper Quartile) [cfs]"; |
| - statsSummaryTable[139][0] = "September (Lower Quartile) [cfs]"; |
| - statsSummaryTable[140][0] = "September (Median) [cfs]"; |
| - statsSummaryTable[141][0] = "September (Average) [cfs]"; |
| - statsSummaryTable[142][0] = "September (Standard Deviation) [cfs]"; |
| - statsSummaryTable[143][0] = "September (Variance)"; |
| - statsSummaryTable[144][0] = "September (Skewness)"; |
| - statsSummaryTable[145][0] = "September (Coefficient of Variation)"; |
| - statsSummaryTable[146][0] = "October (Maximum) [cfs]"; |
| - statsSummaryTable[147][0] = "October (Minimum) [cfs]"; |
| - statsSummaryTable[148][0] = "October (Upper Quartile) [cfs]"; |
| - statsSummaryTable[149][0] = "October (Lower Quartile) [cfs]"; |
| - statsSummaryTable[150][0] = "October (Median) [cfs]"; |
| - statsSummaryTable[151][0] = "October (Average) [cfs]"; |
| - statsSummaryTable[152][0] = "October (Standard Deviation) [cfs]"; |
| - statsSummaryTable[153][0] = "October (Variance)"; |
| - statsSummaryTable[154][0] = "October (Skewness)"; |
| - statsSummaryTable[155][0] = "October (Coefficient of Variation)"; |
| - statsSummaryTable[156][0] = "November (Maximum) [cfs]"; |
| - statsSummaryTable[157][0] = "November (Minimum) [cfs]"; |
| - statsSummaryTable[158][0] = "November (Upper Quartile) [cfs]"; |
| - statsSummaryTable[159][0] = "November (Lower Quartile) [cfs]"; |
| - statsSummaryTable[160][0] = "November (Median) [cfs]"; |
| - statsSummaryTable[161][0] = "November (Average) [cfs]"; |
| - statsSummaryTable[162][0] = "November (Standard Deviation) [cfs]"; |
| - statsSummaryTable[163][0] = "November (Variance)"; |
| - statsSummaryTable[164][0] = "November (Skewness)"; |
| - statsSummaryTable[165][0] = "November (Coefficient of Variation)"; |
| - statsSummaryTable[166][0] = "December (Maximum) [cfs]"; |
| - statsSummaryTable[167][0] = "December (Minimum) [cfs]"; |
| - statsSummaryTable[168][0] = "December (Upper Quartile) [cfs]"; |
| - statsSummaryTable[169][0] = "December (Lower Quartile) [cfs]"; |
| - statsSummaryTable[170][0] = "December (Median) [cfs]"; |
| - statsSummaryTable[171][0] = "December (Average) [cfs]"; |
| - statsSummaryTable[172][0] = "December (Standard Deviation) [cfs]"; |
| - statsSummaryTable[173][0] = "December (Variance)"; |
| - statsSummaryTable[174][0] = "December (Skewness)"; |
| - statsSummaryTable[175][0] = "December (Coefficient of Variation)"; |
| + statsSummaryTable[59][0] = "January (Count)"; |
| + statsSummaryTable[60][0] = "January (Maximum) [cfs]"; |
| + statsSummaryTable[61][0] = "January (Minimum) [cfs]"; |
| + statsSummaryTable[62][0] = "January (Upper Quartile) [cfs]"; |
| + statsSummaryTable[63][0] = "January (Lower Quartile) [cfs]"; |
| + statsSummaryTable[64][0] = "January (Median) [cfs]"; |
| + statsSummaryTable[65][0] = "January (Average) [cfs]"; |
| + statsSummaryTable[66][0] = "January (Standard Deviation) [cfs]"; |
| + statsSummaryTable[67][0] = "January (Variance)"; |
| + statsSummaryTable[68][0] = "January (Skewness)"; |
| + statsSummaryTable[69][0] = "January (Coefficient of Variation)"; |
| + statsSummaryTable[70][0] = "February (Count)"; |
| + statsSummaryTable[71][0] = "February (Maximum) [cfs]"; |
| + statsSummaryTable[72][0] = "February (Minimum) [cfs]"; |
| + statsSummaryTable[73][0] = "February (Upper Quartile) [cfs]"; |
| + statsSummaryTable[74][0] = "February (Lower Quartile) [cfs]"; |
| + statsSummaryTable[75][0] = "February (Median) [cfs]"; |
| + statsSummaryTable[76][0] = "February (Average) [cfs]"; |
| + statsSummaryTable[77][0] = "February (Standard Deviation) [cfs]"; |
| + statsSummaryTable[78][0] = "February (Variance)"; |
| + statsSummaryTable[79][0] = "February (Skewness)"; |
| + statsSummaryTable[80][0] = "February (Coefficient of Variation)"; |
| + statsSummaryTable[81][0] = "March (Count)"; |
| + statsSummaryTable[82][0] = "March (Maximum) [cfs]"; |
| + statsSummaryTable[83][0] = "March (Minimum) [cfs]"; |
| + statsSummaryTable[84][0] = "March (Upper Quartile) [cfs]"; |
| + statsSummaryTable[85][0] = "March (Lower Quartile) [cfs]"; |
| + statsSummaryTable[86][0] = "March (Median) [cfs]"; |
| + statsSummaryTable[87][0] = "March (Average) [cfs]"; |
| + statsSummaryTable[88][0] = "March (Standard Deviation) [cfs]"; |
| + statsSummaryTable[89][0] = "March (Variance)"; |
| + statsSummaryTable[90][0] = "March (Skewness)"; |
| + statsSummaryTable[91][0] = "March (Coefficient of Variation)"; |
| + statsSummaryTable[92][0] = "April (Count)"; |
| + statsSummaryTable[93][0] = "April (Maximum) [cfs]"; |
| + statsSummaryTable[94][0] = "April (Minimum) [cfs]"; |
| + statsSummaryTable[95][0] = "April (Upper Quartile) [cfs]"; |
| + statsSummaryTable[96][0] = "April (Lower Quartile) [cfs]"; |
| + statsSummaryTable[97][0] = "April (Median) [cfs]"; |
| + statsSummaryTable[98][0] = "April (Average) [cfs]"; |
| + statsSummaryTable[99][0] = "April (Standard Deviation) [cfs]"; |
| + statsSummaryTable[100][0] = "April (Variance)"; |
| + statsSummaryTable[101][0] = "April (Skewness)"; |
| + statsSummaryTable[102][0] = "April (Coefficient of Variation)"; |
| + statsSummaryTable[103][0] = "May (Count)"; |
| + statsSummaryTable[104][0] = "May (Maximum) [cfs]"; |
| + statsSummaryTable[105][0] = "May (Minimum) [cfs]"; |
| + statsSummaryTable[106][0] = "May (Upper Quartile) [cfs]"; |
| + statsSummaryTable[107][0] = "May (Lower Quartile) [cfs]"; |
| + statsSummaryTable[108][0] = "May (Median) [cfs]"; |
| + statsSummaryTable[109][0] = "May (Average) [cfs]"; |
| + statsSummaryTable[110][0] = "May (Standard Deviation) [cfs]"; |
| + statsSummaryTable[111][0] = "May (Variance)"; |
| + statsSummaryTable[112][0] = "May (Skewness)"; |
| + statsSummaryTable[113][0] = "May (Coefficient of Variation)"; |
| + statsSummaryTable[114][0] = "June (Count)"; |
| + statsSummaryTable[115][0] = "June (Maximum) [cfs]"; |
| + statsSummaryTable[116][0] = "June (Minimum) [cfs]"; |
| + statsSummaryTable[117][0] = "June (Upper Quartile) [cfs]"; |
| + statsSummaryTable[118][0] = "June (Lower Quartile) [cfs]"; |
| + statsSummaryTable[119][0] = "June (Median) [cfs]"; |
| + statsSummaryTable[120][0] = "June (Average) [cfs]"; |
| + statsSummaryTable[121][0] = "June (Standard Deviation) [cfs]"; |
| + statsSummaryTable[122][0] = "June (Variance)"; |
| + statsSummaryTable[123][0] = "June (Skewness)"; |
| + statsSummaryTable[124][0] = "June (Coefficient of Variation)"; |
| + statsSummaryTable[125][0] = "July (Count)"; |
| + statsSummaryTable[126][0] = "July (Maximum) [cfs]"; |
| + statsSummaryTable[127][0] = "July (Minimum) [cfs]"; |
| + statsSummaryTable[128][0] = "July (Upper Quartile) [cfs]"; |
| + statsSummaryTable[129][0] = "July (Lower Quartile) [cfs]"; |
| + statsSummaryTable[130][0] = "July (Median) [cfs]"; |
| + statsSummaryTable[131][0] = "July (Average) [cfs]"; |
| + statsSummaryTable[132][0] = "July (Standard Deviation) [cfs]"; |
| + statsSummaryTable[133][0] = "July (Variance)"; |
| + statsSummaryTable[134][0] = "July (Skewness)"; |
| + statsSummaryTable[135][0] = "July (Coefficient of Variation)"; |
| + statsSummaryTable[136][0] = "August (Count)"; |
| + statsSummaryTable[137][0] = "August (Maximum) [cfs]"; |
| + statsSummaryTable[138][0] = "August (Minimum) [cfs]"; |
| + statsSummaryTable[139][0] = "August (Upper Quartile) [cfs]"; |
| + statsSummaryTable[140][0] = "August (Lower Quartile) [cfs]"; |
| + statsSummaryTable[141][0] = "August (Median) [cfs]"; |
| + statsSummaryTable[142][0] = "August (Average) [cfs]"; |
| + statsSummaryTable[143][0] = "August (Standard Deviation) [cfs]"; |
| + statsSummaryTable[144][0] = "August (Variance)"; |
| + statsSummaryTable[145][0] = "August (Skewness)"; |
| + statsSummaryTable[146][0] = "August (Coefficient of Variation)"; |
| + statsSummaryTable[147][0] = "September (Count)"; |
| + statsSummaryTable[148][0] = "September (Maximum) [cfs]"; |
| + statsSummaryTable[149][0] = "September (Minimum) [cfs]"; |
| + statsSummaryTable[150][0] = "September (Upper Quartile) [cfs]"; |
| + statsSummaryTable[151][0] = "September (Lower Quartile) [cfs]"; |
| + statsSummaryTable[152][0] = "September (Median) [cfs]"; |
| + statsSummaryTable[153][0] = "September (Average) [cfs]"; |
| + statsSummaryTable[154][0] = "September (Standard Deviation) [cfs]"; |
| + statsSummaryTable[155][0] = "September (Variance)"; |
| + statsSummaryTable[156][0] = "September (Skewness)"; |
| + statsSummaryTable[157][0] = "September (Coefficient of Variation)"; |
| + statsSummaryTable[158][0] = "October (Count)"; |
| + statsSummaryTable[159][0] = "October (Maximum) [cfs]"; |
| + statsSummaryTable[160][0] = "October (Minimum) [cfs]"; |
| + statsSummaryTable[161][0] = "October (Upper Quartile) [cfs]"; |
| + statsSummaryTable[162][0] = "October (Lower Quartile) [cfs]"; |
| + statsSummaryTable[163][0] = "October (Median) [cfs]"; |
| + statsSummaryTable[164][0] = "October (Average) [cfs]"; |
| + statsSummaryTable[165][0] = "October (Standard Deviation) [cfs]"; |
| + statsSummaryTable[166][0] = "October (Variance)"; |
| + statsSummaryTable[167][0] = "October (Skewness)"; |
| + statsSummaryTable[168][0] = "October (Coefficient of Variation)"; |
| + statsSummaryTable[169][0] = "November (Count)"; |
| + statsSummaryTable[170][0] = "November (Maximum) [cfs]"; |
| + statsSummaryTable[171][0] = "November (Minimum) [cfs]"; |
| + statsSummaryTable[172][0] = "November (Upper Quartile) [cfs]"; |
| + statsSummaryTable[173][0] = "November (Lower Quartile) [cfs]"; |
| + statsSummaryTable[174][0] = "November (Median) [cfs]"; |
| + statsSummaryTable[175][0] = "November (Average) [cfs]"; |
| + statsSummaryTable[176][0] = "November (Standard Deviation) [cfs]"; |
| + statsSummaryTable[177][0] = "November (Variance)"; |
| + statsSummaryTable[178][0] = "November (Skewness)"; |
| + statsSummaryTable[179][0] = "November (Coefficient of Variation)"; |
| + statsSummaryTable[180][0] = "December (Count)"; |
| + statsSummaryTable[181][0] = "December (Maximum) [cfs]"; |
| + statsSummaryTable[182][0] = "December (Minimum) [cfs]"; |
| + statsSummaryTable[183][0] = "December (Upper Quartile) [cfs]"; |
| + statsSummaryTable[184][0] = "December (Lower Quartile) [cfs]"; |
| + statsSummaryTable[185][0] = "December (Median) [cfs]"; |
| + statsSummaryTable[186][0] = "December (Average) [cfs]"; |
| + statsSummaryTable[187][0] = "December (Standard Deviation) [cfs]"; |
| + statsSummaryTable[188][0] = "December (Variance)"; |
| + statsSummaryTable[189][0] = "December (Skewness)"; |
| + statsSummaryTable[190][0] = "December (Coefficient of Variation)"; |
| } |
| - statsSummaryTable[statsSummaryTable.length - 4][0] = "Flow Statistics based on Indicators of Hydrologic Alteration from:"; |
| - statsSummaryTable[statsSummaryTable.length - 3][0] = "B.D. Richter; J.V. Baumgartner; J. Powell; D.P. Braun. 1996. 'A Method For Assessing Hydrologic Aleration Within Ecosystems.' Conservation Biology 10(4): 1163-1174."; |
| - statsSummaryTable[statsSummaryTable.length - 2][0] = "B.D. Richter; J.V. Baumgartner; R. Wigington; D.P Braun. 1997. 'How Much Water Does A River Need?' Freshwater Biology. 37: 231-249."; |
| - statsSummaryTable[statsSummaryTable.length - 1][0] = "B.D. Richter; J.V. Baumgartner; D.P. Braun; J. Powell. 1998. 'A Spatial Assessment Of Hydrologic Alteration Within A River Network.' Regul. Rivers: Res. Mgmt. 14: 329-340."; |
| + statsSummaryTable[statsSummaryTable.length - 6][0] = "Flow Statistics based on Indicators of Hydrologic Alteration from:"; |
| + statsSummaryTable[statsSummaryTable.length - 5][0] = "B.D. Richter; J.V. Baumgartner; J. Powell; D.P. Braun. 1996. 'A Method For Assessing Hydrologic Aleration Within Ecosystems.' Conservation Biology 10(4): 1163-1174."; |
| + statsSummaryTable[statsSummaryTable.length - 4][0] = "B.D. Richter; J.V. Baumgartner; R. Wigington; D.P Braun. 1997. 'How Much Water Does A River Need?' Freshwater Biology. 37: 231-249."; |
| + statsSummaryTable[statsSummaryTable.length - 3][0] = "B.D. Richter; J.V. Baumgartner; D.P. Braun; J. Powell. 1998. 'A Spatial Assessment Of Hydrologic Alteration Within A River Network.' Regul. Rivers: Res. Mgmt. 14: 329-340."; |
| + statsSummaryTable[statsSummaryTable.length - 2][0] = "Richards-Baker Flashiness Index from:"; |
| + statsSummaryTable[statsSummaryTable.length - 1][0] = "D.B. Baker; R.P. Richards; T.T. Loftus; J.W. Kramer. 2004. 'A New Flashiness Index: Characteristics and Applications to Midwestern Rivers and Streams.' Journal of the Americal Water Resources Association (JAWRA) April 2004: 503-522."; |
| |
| //Calculate all data statistics |
| //These are not annual statistics because the data can include more than 1 year |
| @@ -490,15 +507,12 @@ |
| ArrayList<Double> allData = new ArrayList<Double>(); |
| ArrayList<Double> diffPositive = new ArrayList<Double>(); |
| ArrayList<Double> diffNegative = new ArrayList<Double>(); |
| - double max_1day = -9999; |
| - double min_1day = 9999; |
| - double oldValue = 0; |
| - String max_1day_date = "-1"; |
| - String min_1day_date = "-1"; |
| + double max_1day = -9999, min_1day = 9999; |
| + String max_1day_date = "-1", min_1day_date = "-1"; |
| boolean increasing = false; |
| int ctr_zero = 0, ctr_rises = 0, ctr_falls = 0, ctr_reversals = 0; |
| String date1 = "1900-01-01"; |
| - double centroidSum = 0, sum = 0; |
| + double centroidSum = 0, sum = 0, RBI_numerator = 0, oldValue = 0; |
| for(int i=0; i<flowData.length; i++){ |
| String date2 = flowData[i][0]; |
| double month = Double.parseDouble(flowData[i][0].substring(5,7)); |
| @@ -548,6 +562,7 @@ |
| }else if(diff < 0){ |
| diffNegative.add(diff); |
| } |
| + RBI_numerator = RBI_numerator + Math.abs(diff); |
| |
| //Calculate flow reversals for consecutive days only |
| if(value > oldValue){ |
| @@ -583,6 +598,7 @@ |
| } |
| double mean_all = doubleMath.meanArithmetic(allData); |
| double centroid = centroidSum / sum; |
| + double flashinessIndex = RBI_numerator / sum; |
| |
| //Calculate 3-day statistics |
| Object[] resultArray = doubleArray.getMdayData(flowData, 3, "arithmetic"); |
| @@ -701,58 +717,60 @@ |
| |
| |
| //Build Flow Statistics Summary for output |
| - int summarySize = 60; |
| - if(showMonthlyTF) summarySize = 180; |
| + int summarySize = 65; |
| + if(showMonthlyTF) summarySize = 197; |
| String[] additionalSummary = new String[summarySize]; |
| additionalSummary[0] = "";//blank |
| additionalSummary[1] = dataHeader;//Method |
| - additionalSummary[2] = String.valueOf(doubleMath.round(doubleMath.max(allData), 3));//Maximum, overall |
| - additionalSummary[3] = String.valueOf(doubleMath.round(doubleMath.min(allData), 3));//Minimum, overall |
| - additionalSummary[4] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(allData,0.75), 3));//Upper Quartile, overall |
| - additionalSummary[5] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(allData,0.25), 3));//Lower Quartile, overall |
| - additionalSummary[6] = String.valueOf(doubleMath.round(doubleMath.Median(allData), 3));//Median, overall |
| - additionalSummary[7] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(allData), 3));//Average, overall |
| - additionalSummary[8] = String.valueOf(doubleMath.round(doubleMath.StandardDeviationSample(allData), 3));//Standard Deviation, overall |
| - additionalSummary[9] = String.valueOf(doubleMath.round(doubleMath.VarianceSample(allData), 3));//Variance, overall |
| - additionalSummary[10] = String.valueOf(doubleMath.round(doubleMath.SkewnessSample(allData), 3));//Skewness, overall |
| - additionalSummary[11] = String.valueOf(doubleMath.round(doubleMath.CoefficientOfVariation(allData), 3));//Coefficient of Variation, overall |
| - additionalSummary[12] = String.valueOf(doubleMath.round(max_1day,3));//Maximum (1-day) |
| - additionalSummary[13] = max_1day_date;//Date of Maximum (1-day) |
| - additionalSummary[14] = String.valueOf(doubleMath.round(min_1day,3));//Minimum (1-day) |
| - additionalSummary[15] = min_1day_date;//Date of Minimum (1-day) |
| - additionalSummary[16] = String.valueOf(doubleMath.round(max_3day,3));//Maximum (3-day) |
| - additionalSummary[17] = max_3day_date;//Dates of Maximum (3-day) |
| - additionalSummary[18] = String.valueOf(doubleMath.round(min_3day,3));//Minimum (3-day) |
| - additionalSummary[19] = min_3day_date;//Dates of Minimum (3-day) |
| - additionalSummary[20] = String.valueOf(doubleMath.round(max_7day,3));//Maximum (7-day) |
| - additionalSummary[21] = max_7day_date;//Dates of Maximum (7-day) |
| - additionalSummary[22] = String.valueOf(doubleMath.round(min_7day,3));//Minimum (7-day) |
| - additionalSummary[23] = min_7day_date;//Dates of Minimum (7-day) |
| - additionalSummary[24] = String.valueOf(doubleMath.round(min_7day_ave,3));//Minimum (7-day) |
| - additionalSummary[25] = String.valueOf(doubleMath.round(max_30day,3));//Maximum (30-day) |
| - additionalSummary[26] = max_30day_date;//Dates of Maximum (30-day) |
| - additionalSummary[27] = String.valueOf(doubleMath.round(min_30day,3));//Minimum (30-day) |
| - additionalSummary[28] = min_30day_date;//Dates of Minimum (30-day) |
| - additionalSummary[29] = String.valueOf(doubleMath.round(max_90day,3));//Maximum (90-day) |
| - additionalSummary[30] = max_90day_date;//Dates of Maximum (90-day) |
| - additionalSummary[31] = String.valueOf(doubleMath.round(min_90day,3));//Minimum (90-day) |
| - additionalSummary[32] = min_90day_date;//Dates of Minimum (90-day) |
| - additionalSummary[33] = String.valueOf(ctr_zero);//Number of Zero Flow Days |
| - additionalSummary[34] = String.valueOf(ctr_reversals);//Number of Flow Reversals |
| - additionalSummary[35] = String.valueOf(ctr_rises);//Number of Flow Rises |
| - additionalSummary[36] = String.valueOf(ctr_falls);//Number of Flow Falls |
| - additionalSummary[37] = String.valueOf(ctr_highPulse);//Number of High Pulses |
| - additionalSummary[38] = String.valueOf(doubleMath.round(highLimit,1));//Threshold for High Pulses |
| - additionalSummary[39] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(highPulses), 3));//Average Duration of High Pulses |
| - additionalSummary[40] = String.valueOf(ctr_lowPulse);//Number of Low Pulses |
| - additionalSummary[41] = String.valueOf(doubleMath.round(lowLimit,1));//Threshold for Low Pulses |
| - additionalSummary[42] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(lowPulses), 3));//Average Duration of Low Pulses |
| - additionalSummary[43] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(diffPositive),3));//Average Positive Difference Between Consecutive Days |
| - additionalSummary[44] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(diffNegative),3));//Average Negative Difference Between Consecutive Days |
| - additionalSummary[45] = String.valueOf(doubleMath.round(centroid,2));//Temporal centroid of annual discharge (Julian day, not water-year day) |
| + additionalSummary[2] = String.valueOf(allData.size());//Count, overall |
| + additionalSummary[3] = String.valueOf(doubleMath.round(doubleMath.max(allData), 3));//Maximum, overall |
| + additionalSummary[4] = String.valueOf(doubleMath.round(doubleMath.min(allData), 3));//Minimum, overall |
| + additionalSummary[5] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(allData,0.75), 3));//Upper Quartile, overall |
| + additionalSummary[6] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(allData,0.25), 3));//Lower Quartile, overall |
| + additionalSummary[7] = String.valueOf(doubleMath.round(doubleMath.Median(allData), 3));//Median, overall |
| + additionalSummary[8] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(allData), 3));//Average, overall |
| + additionalSummary[9] = String.valueOf(doubleMath.round(doubleMath.StandardDeviationSample(allData), 3));//Standard Deviation, overall |
| + additionalSummary[10] = String.valueOf(doubleMath.round(doubleMath.VarianceSample(allData), 3));//Variance, overall |
| + additionalSummary[11] = String.valueOf(doubleMath.round(doubleMath.SkewnessSample(allData), 3));//Skewness, overall |
| + additionalSummary[12] = String.valueOf(doubleMath.round(doubleMath.CoefficientOfVariation(allData), 3));//Coefficient of Variation, overall |
| + additionalSummary[13] = String.valueOf(doubleMath.round(max_1day,3));//Maximum (1-day) |
| + additionalSummary[14] = max_1day_date;//Date of Maximum (1-day) |
| + additionalSummary[15] = String.valueOf(doubleMath.round(min_1day,3));//Minimum (1-day) |
| + additionalSummary[16] = min_1day_date;//Date of Minimum (1-day) |
| + additionalSummary[17] = String.valueOf(doubleMath.round(max_3day,3));//Maximum (3-day) |
| + additionalSummary[18] = max_3day_date;//Dates of Maximum (3-day) |
| + additionalSummary[19] = String.valueOf(doubleMath.round(min_3day,3));//Minimum (3-day) |
| + additionalSummary[20] = min_3day_date;//Dates of Minimum (3-day) |
| + additionalSummary[21] = String.valueOf(doubleMath.round(max_7day,3));//Maximum (7-day) |
| + additionalSummary[22] = max_7day_date;//Dates of Maximum (7-day) |
| + additionalSummary[23] = String.valueOf(doubleMath.round(min_7day,3));//Minimum (7-day) |
| + additionalSummary[24] = min_7day_date;//Dates of Minimum (7-day) |
| + additionalSummary[25] = String.valueOf(doubleMath.round(min_7day_ave,3));//Minimum (7-day) |
| + additionalSummary[26] = String.valueOf(doubleMath.round(max_30day,3));//Maximum (30-day) |
| + additionalSummary[27] = max_30day_date;//Dates of Maximum (30-day) |
| + additionalSummary[28] = String.valueOf(doubleMath.round(min_30day,3));//Minimum (30-day) |
| + additionalSummary[29] = min_30day_date;//Dates of Minimum (30-day) |
| + additionalSummary[30] = String.valueOf(doubleMath.round(max_90day,3));//Maximum (90-day) |
| + additionalSummary[31] = max_90day_date;//Dates of Maximum (90-day) |
| + additionalSummary[32] = String.valueOf(doubleMath.round(min_90day,3));//Minimum (90-day) |
| + additionalSummary[33] = min_90day_date;//Dates of Minimum (90-day) |
| + additionalSummary[34] = String.valueOf(ctr_zero);//Number of Zero Flow Days |
| + additionalSummary[35] = String.valueOf(ctr_reversals);//Number of Flow Reversals |
| + additionalSummary[36] = String.valueOf(ctr_rises);//Number of Flow Rises |
| + additionalSummary[37] = String.valueOf(ctr_falls);//Number of Flow Falls |
| + additionalSummary[38] = String.valueOf(ctr_highPulse);//Number of High Pulses |
| + additionalSummary[39] = String.valueOf(doubleMath.round(highLimit,1));//Threshold for High Pulses |
| + additionalSummary[40] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(highPulses), 3));//Average Duration of High Pulses |
| + additionalSummary[41] = String.valueOf(ctr_lowPulse);//Number of Low Pulses |
| + additionalSummary[42] = String.valueOf(doubleMath.round(lowLimit,1));//Threshold for Low Pulses |
| + additionalSummary[43] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(lowPulses), 3));//Average Duration of Low Pulses |
| + additionalSummary[44] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(diffPositive),3));//Average Positive Difference Between Consecutive Days |
| + additionalSummary[45] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(diffNegative),3));//Average Negative Difference Between Consecutive Days |
| + additionalSummary[46] = String.valueOf(doubleMath.round(centroid,2));//Temporal centroid of annual discharge (Julian day, not water-year day) |
| + additionalSummary[47] = String.valueOf(doubleMath.round(flashinessIndex,4));//Richards-Baker Index for flow 'flashiness' |
| |
| //Add seasonal stats summary |
| - int index = 46; |
| + int index = 48; |
| resultArray = addSimpleStatsSummary(additionalSummary, seasonal_data, index); |
| additionalSummary = (String[]) resultArray[0]; |
| index = (int) resultArray[1]; |
| @@ -806,20 +824,15 @@ |
| resultArray = addSimpleStatsSummary(additionalSummary, dec_data, index); |
| additionalSummary = (String[]) resultArray[0]; |
| index = (int) resultArray[1]; |
| - |
| - //References section blanks |
| - additionalSummary[index] = "";//blank |
| - additionalSummary[index + 1] = "";//blank |
| - additionalSummary[index + 2] = "";//blank |
| - additionalSummary[index + 3] = "";//blank |
| - }else{ |
| - //References section blanks |
| - additionalSummary[index] = "";//blank |
| - additionalSummary[index + 1] = "";//blank |
| - additionalSummary[index + 2] = "";//blank |
| - additionalSummary[index + 3] = "";//blank |
| } |
| - |
| + //References section blanks |
| + additionalSummary[index] = "";//blank |
| + additionalSummary[index + 1] = "";//blank |
| + additionalSummary[index + 2] = "";//blank |
| + additionalSummary[index + 3] = "";//blank |
| + additionalSummary[index + 4] = "";//blank |
| + additionalSummary[index + 5] = "";//blank |
| + |
| //Add these statistics to the existing results |
| statsSummaryTable = doubleArray.appendcolumn_Matrix(statsSummaryTable, additionalSummary); |
| |
| @@ -827,7 +840,10 @@ |
| return returnArray; |
| } |
| /** |
| + * Calculates a statistics summary of the provided data and appends it |
| + * (beginning at 'index') to the provided statsSummaryTable. |
| * |
| + * This calculates 11 parameters |
| * @param statsSummaryTable |
| * @param data |
| * @param index |
| @@ -836,18 +852,19 @@ |
| private Object[] addSimpleStatsSummary(String[] statsSummaryTable, ArrayList<Double> data, int index){ |
| DoubleMath doubleMath = new DoubleMath(); |
| |
| - statsSummaryTable[index] = String.valueOf(doubleMath.round(doubleMath.max(data), 3));//Maximum |
| - statsSummaryTable[index + 1] = String.valueOf(doubleMath.round(doubleMath.min(data), 3));//Minimum |
| - statsSummaryTable[index + 2] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(data, 0.75), 3));//Upper Quartile |
| - statsSummaryTable[index + 3] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(data,0.25), 3));//Lower Quartile |
| - statsSummaryTable[index + 4] = String.valueOf(doubleMath.round(doubleMath.Median(data), 3));//Median |
| - statsSummaryTable[index + 5] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(data), 3));//Average |
| - statsSummaryTable[index + 6] = String.valueOf(doubleMath.round(doubleMath.StandardDeviationSample(data), 3));//Standard Deviation |
| - statsSummaryTable[index + 7] = String.valueOf(doubleMath.round(doubleMath.VarianceSample(data), 3));//Variance |
| - statsSummaryTable[index + 8] = String.valueOf(doubleMath.round(doubleMath.SkewnessSample(data), 3));//Skewness |
| - statsSummaryTable[index + 9] = String.valueOf(doubleMath.round(doubleMath.CoefficientOfVariation(data), 3));//January (Coefficient of Variation |
| + statsSummaryTable[index] = String.valueOf(data.size());//count |
| + statsSummaryTable[index + 1] = String.valueOf(doubleMath.round(doubleMath.max(data), 3));//Maximum |
| + statsSummaryTable[index + 2] = String.valueOf(doubleMath.round(doubleMath.min(data), 3));//Minimum |
| + statsSummaryTable[index + 3] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(data, 0.75), 3));//Upper Quartile |
| + statsSummaryTable[index + 4] = String.valueOf(doubleMath.round(doubleMath.Percentile_function(data,0.25), 3));//Lower Quartile |
| + statsSummaryTable[index + 5] = String.valueOf(doubleMath.round(doubleMath.Median(data), 3));//Median |
| + statsSummaryTable[index + 6] = String.valueOf(doubleMath.round(doubleMath.meanArithmetic(data), 3));//Average |
| + statsSummaryTable[index + 7] = String.valueOf(doubleMath.round(doubleMath.StandardDeviationSample(data), 3));//Standard Deviation |
| + statsSummaryTable[index + 8] = String.valueOf(doubleMath.round(doubleMath.VarianceSample(data), 3));//Variance |
| + statsSummaryTable[index + 9] = String.valueOf(doubleMath.round(doubleMath.SkewnessSample(data), 3));//Skewness |
| + statsSummaryTable[index + 10] = String.valueOf(doubleMath.round(doubleMath.CoefficientOfVariation(data), 3));//Coefficient of Variation |
| |
| - index = index + 10; |
| + index = index + 11; |
| Object[] returnArray = {statsSummaryTable, index}; |
| return returnArray; |
| } |