[Boyan]

Hi,

I was trying to interpret an UDF file for inlet velocity and outlet pressure.

When I tried to interpret it, it shows error saying "line 5: 1 too many array initializers".

How do I solve this error?

Thank you very much.

The UDF I wrote is shown below.

#include"udf.h"
DEFINE_PROFILE(normal_pre,t,i)
{
real da[300]={7642.4889,7670.7485,7738.9981,7937.4818,8345.513 1,8956.1604,9634.924,10189.3187,10528.3006,10748.9 121,10942.7303,11096.9584,11246.6543,11394.2174,11 536.8484,11715.2038,11871.8313,12025.6595,12123.36 84,12212.4128,12309.9884,12358.9095,12394.9005,124 38.4896,12442.0887,12472.3478,12492.6094,12488.610 4,12489.6768,12486.0777,12497.8081,12460.7507,1243 5.1571,12388.5021,12287.8606,12192.1512,12041.1223 ,11887.9606,11691.6097,11463.9333,11238.6563,11097 .6249,10986.7193,10882.3454,10804.8981,10716.5202, 10610.5467,10535.7654,10430.4584,10344.08,10263.70 01,10177.3217,10109.7386,10023.0936,9935.6488,9867 .5325,9779.4212,9701.7073,9630.7917,9545.3464,9462 .5671,9383.9201,9302.2072,9218.3615,9162.1089,9051 .4699,9021.744,8959.8928,8890.1769,8827.5259,8782. 2039,8732.2164,8658.6348,8619.7112,8563.7252,8509. 0722,8457.3518,8402.5655,8359.243,8309.3888,8260.7 343,8222.4772,8166.3579,8152.2281,8121.7024,8094.2 426,8067.4493,8015.9955,7960.1428,7920.4194,7864.8 333,7840.4394,7795.9172,7760.3261,7726.3346,7681.1 459,7637.2902,7608.4974,7587.3027,7542.5139,7642.4 889,7670.7485,7738.9981,7937.4818,8345.5131,8956.1 604,9634.924,10189.3187,10528.3006,10748.9121,1094 2.7303,11096.9584,11246.6543,11394.2174,11536.8484 ,11715.2038,11871.8313,12025.6595,12123.3684,12212 .4128,12309.9884,12358.9095,12394.9005,12438.4896, 12442.0887,12472.3478,12492.6094,12488.6104,12489. 6768,12486.0777,12497.8081,12460.7507,12435.1571,1 2388.5021,12287.8606,12192.1512,12041.1223,11887.9 606,11691.6097,11463.9333,11238.6563,11097.6249,10 986.7193,10882.3454,10804.8981,10716.5202,10610.54 67,10535.7654,10430.4584,10344.08,10263.7001,10177 .3217,10109.7386,10023.0936,9935.6488,9867.5325,97 79.4212,9701.7073,9630.7917,9545.3464,9462.5671,93 83.9201,9302.2072,9218.3615,9162.1089,9051.4699,90 21.744,8959.8928,8890.1769,8827.5259,8782.2039,873 2.2164,8658.6348,8619.7112,8563.7252,8509.0722,845 7.3518,8402.5655,8359.243,8309.3888,8260.7343,8222 .4772,8166.3579,8152.2281,8121.7024,8094.2426,8067 .4493,8015.9955,7960.1428,7920.4194,7864.8333,7840 .4394,7795.9172,7760.3261,7726.3346,7681.1459,7637 .2902,7608.4974,7587.3027,7542.5139,7642.4889,7670 .7485,7738.9981,7937.4818,8345.5131,8956.1604,9634 .924,10189.3187,10528.3006,10748.9121,10942.7303,1 1096.9584,11246.6543,11394.2174,11536.8484,11715.2 038,11871.8313,12025.6595,12123.3684,12212.4128,12 309.9884,12358.9095,12394.9005,12438.4896,12442.08 87,12472.3478,12492.6094,12488.6104,12489.6768,124 86.0777,12497.8081,12460.7507,12435.1571,12388.502 1,12287.8606,12192.1512,12041.1223,11887.9606,1169 1.6097,11463.9333,11238.6563,11097.6249,10986.7193 ,10882.3454,10804.8981,10716.5202,10610.5467,10535 .7654,10430.4584,10344.08,10263.7001,10177.3217,10 109.7386,10023.0936,9935.6488,9867.5325,9779.4212, 9701.7073,9630.7917,9545.3464,9462.5671,9383.9201, 9302.2072,9218.3615,9162.1089,9051.4699,9021.744,8 959.8928,8890.1769,8827.5259,8782.2039,8732.2164,8 658.6348,8619.7112,8563.7252,8509.0722,8457.3518,8 402.5655,8359.243,8309.3888,8260.7343,8222.4772,81 66.3579,8152.2281,8121.7024,8094.2426,8067.4493,80 15.9955,7960.1428,7920.4194,7864.8333,7840.4394,77 95.9172,7760.3261,7726.3346,7681.1459,7637.2902,76 08.4974,7587.3027,7542.5139,7642.4889
};

int k;

face_t f;
begin_f_loop(f,t)
{
real flow_time=RP_Get_Real("flow-time");
k=flow_time/0.008;
F_PROFILE(f,t,i) = da[k];
}
end_f_loop(f,t)

}

DEFINE_PROFILE(diseased_pre,t,i)
{
real da[300]={6842.6889,6919.3364,7159.9429,7535.7156,7712.071 5,7753.5278,7784.9866,7878.9631,8019.328,8189.5521 ,8330.7168,8476.2804,8598.1166,8720.486,8834.7241, 8917.9033,9000.5493,9069.4654,9157.4434,9223.6935, 9264.8832,9320.6026,9363.7918,9397.3834,9416.5786, 9424.9765,9454.969,9453.2361,9437.9066,9391.9181,9 350.3285,9301.2741,9244.4883,9169.1738,9129.5837,9 097.1918,9086.5278,9056.8019,9021.0775,8983.7535,8 934.2992,8905.5064,8857.3851,8826.9927,8785.1365,8 740.2144,8746.2129,8700.491,8581.5874,8595.0507,85 48.7956,8467.7492,8429.892,8363.6419,8363.1087,830 4.0568,8262.8671,8212.7463,8140.631,8094.7758,8045 .5881,8007.331,7958.8098,7926.9511,7885.6281,7832. 8413,7806.4479,7763.392,7717.9367,7680.8793,7640.0 895,7625.1599,7585.5698,7558.7765,7505.0566,7475.1 974,7434.4076,7397.2169,7367.491,7331.6333,7323.10 21,7281.9124,7260.851,7236.0572,7204.3318,7175.539 ,7135.0158,7103.2904,7065.8331,7053.8361,7021.9774 ,7003.3154,6965.5915,6939.1981,6917.2036,6872.2815 ,6854.286,6837.3569,6808.4308,6798.3,6842.6889,691 9.3364,7159.9429,7535.7156,7712.0715,7753.5278,778 4.9866,7878.9631,8019.328,8189.5521,8330.7168,8476 .2804,8598.1166,8720.486,8834.7241,8917.9033,9000. 5493,9069.4654,9157.4434,9223.6935,9264.8832,9320. 6026,9363.7918,9397.3834,9416.5786,9424.9765,9454. 969,9453.2361,9437.9066,9391.9181,9350.3285,9301.2 741,9244.4883,9169.1738,9129.5837,9097.1918,9086.5 278,9056.8019,9021.0775,8983.7535,8934.2992,8905.5 064,8857.3851,8826.9927,8785.1365,8740.2144,8746.2 129,8700.491,8581.5874,8595.0507,8548.7956,8467.74 92,8429.892,8363.6419,8363.1087,8304.0568,8262.867 1,8212.7463,8140.631,8094.7758,8045.5881,8007.331, 7958.8098,7926.9511,7885.6281,7832.8413,7806.4479, 7763.392,7717.9367,7680.8793,7640.0895,7625.1599,7 585.5698,7558.7765,7505.0566,7475.1974,7434.4076,7 397.2169,7367.491,7331.6333,7323.1021,7281.9124,72 60.851,7236.0572,7204.3318,7175.539,7135.0158,7103 .2904,7065.8331,7053.8361,7021.9774,7003.3154,6965 .5915,6939.1981,6917.2036,6872.2815,6854.286,6837. 3569,6808.4308,6798.3,6842.6889,6919.3364,7159.942 9,7535.7156,7712.0715,7753.5278,7784.9866,7878.963 1,8019.328,8189.5521,8330.7168,8476.2804,8598.1166 ,8720.486,8834.7241,8917.9033,9000.5493,9069.4654, 9157.4434,9223.6935,9264.8832,9320.6026,9363.7918, 9397.3834,9416.5786,9424.9765,9454.969,9453.2361,9 437.9066,9391.9181,9350.3285,9301.2741,9244.4883,9 169.1738,9129.5837,9097.1918,9086.5278,9056.8019,9 021.0775,8983.7535,8934.2992,8905.5064,8857.3851,8 826.9927,8785.1365,8740.2144,8746.2129,8700.491,85 81.5874,8595.0507,8548.7956,8467.7492,8429.892,836 3.6419,8363.1087,8304.0568,8262.8671,8212.7463,814 0.631,8094.7758,8045.5881,8007.331,7958.8098,7926. 9511,7885.6281,7832.8413,7806.4479,7763.392,7717.9 367,7680.8793,7640.0895,7625.1599,7585.5698,7558.7 765,7505.0566,7475.1974,7434.4076,7397.2169,7367.4 91,7331.6333,7323.1021,7281.9124,7260.851,7236.057 2,7204.3318,7175.539,7135.0158,7103.2904,7065.8331 ,7053.8361,7021.9774,7003.3154,6965.5915,6939.1981 ,6917.2036,6872.2815,6854.286,6837.3569,6808.4308, 6798.3,6842.6889
};

int k;

face_t f;
begin_f_loop(f,t)
{
real flow_time=RP_Get_Real("flow-time");
k=flow_time/0.008;
F_PROFILE(f,t,i) = da[k];
}
end_f_loop(f,t)

}

DEFINE_PROFILE(unsteady_vel,t,i)
{
real da[300]={0.11022,0.11399,0.12762,0.1551,0.1988,0.25453,0. 31645,0.37872,0.43561,0.48366,0.52168,0.54858,0.56 327,0.56537,0.55737,0.54249,0.52394,0.50485,0.4868 8,0.47016,0.45478,0.44082,0.42819,0.41622,0.40407, 0.3909,0.37593,0.35956,0.34341,0.32913,0.31837,0.3 12,0.30771,0.30239,0.29295,0.27643,0.25315,0.22674 ,0.20096,0.17959,0.16529,0.15633,0.14989,0.14315,0 .13338,0.12054,0.10719,0.096048,0.089796,0.090255, 0.095718,0.1036,0.1113,0.11631,0.11738,0.1146,0.10 808,0.097959,0.084868,0.07145,0.060856,0.056232,0. 060576,0.073401,0.090737,0.10846,0.12245,0.12961,0 .13097,0.12858,0.12449,0.12071,0.11809,0.11637,0.1 1521,0.11429,0.11338,0.11271,0.11261,0.11343,0.115 48,0.11868,0.12259,0.12672,0.13061,0.13385,0.13631 ,0.13796,0.13873,0.13859,0.13757,0.13581,0.13344,0 .13061,0.12743,0.12396,0.12024,0.11632,0.1123,0.11 022,0.11022,0.11399,0.12762,0.1551,0.1988,0.25453, 0.31645,0.37872,0.43561,0.48366,0.52168,0.54858,0. 56327,0.56537,0.55737,0.54249,0.52394,0.50485,0.48 688,0.47016,0.45478,0.44082,0.42819,0.41622,0.4040 7,0.3909,0.37593,0.35956,0.34341,0.32913,0.31837,0 .312,0.30771,0.30239,0.29295,0.27643,0.25315,0.226 74,0.20096,0.17959,0.16529,0.15633,0.14989,0.14315 ,0.13338,0.12054,0.10719,0.096048,0.089796,0.09025 5,0.095718,0.1036,0.1113,0.11631,0.11738,0.1146,0. 10808,0.097959,0.084868,0.07145,0.060856,0.056232, 0.060576,0.073401,0.090737,0.10846,0.12245,0.12961 ,0.13097,0.12858,0.12449,0.12071,0.11809,0.11637,0 .11521,0.11429,0.11338,0.11271,0.11261,0.11343,0.1 1548,0.11868,0.12259,0.12672,0.13061,0.13385,0.136 31,0.13796,0.13873,0.13859,0.13757,0.13581,0.13344 ,0.13061,0.12743,0.12396,0.12024,0.11632,0.1123,0. 11022,0.11022,0.11399,0.12762,0.1551,0.1988,0.2545 3,0.31645,0.37872,0.43561,0.48366,0.52168,0.54858, 0.56327,0.56537,0.55737,0.54249,0.52394,0.50485,0. 48688,0.47016,0.45478,0.44082,0.42819,0.41622,0.40 407,0.3909,0.37593,0.35956,0.34341,0.32913,0.31837 ,0.312,0.30771,0.30239,0.29295,0.27643,0.25315,0.2 2674,0.20096,0.17959,0.16529,0.15633,0.14989,0.143 15,0.13338,0.12054,0.10719,0.096048,0.089796,0.090 255,0.095718,0.1036,0.1113,0.11631,0.11738,0.1146, 0.10808,0.097959,0.084868,0.07145,0.060856,0.05623 2,0.060576,0.073401,0.090737,0.10846,0.12245,0.129 61,0.13097,0.12858,0.12449,0.12071,0.11809,0.11637 ,0.11521,0.11429,0.11338,0.11271,0.11261,0.11343,0 .11548,0.11868,0.12259,0.12672,0.13061,0.13385,0.1 3631,0.13796,0.13873,0.13859,0.13757,0.13581,0.133 44,0.13061,0.12743,0.12396,0.12024,0.11632,0.1123, 0.11022,0.11022
};

int k;

face_t f;
begin_f_loop(f,t)
{
real flow_time=RP_Get_Real("flow-time");
k=flow_time/0.008;
F_PROFILE(f,t,i) = da[k];
}
end_f_loop(f,t)

}

[AlexanderZ]

compile your code

btw,
this line must return integer isn't it?

k=(int)(flow_time/0.008);