void GetEIF____00_24_UV(CMLoad_24 Load, float fL, out float fA, out float fB, out float fMa, out float fMb)
{
// Temporary
fA = 0.0f;
fB = 0.0f;
fMa = 0.0f;
fMb = 0.0f;
}
void GetEIF_0__0__24_UV(CMLoad_24 Load, float fL, out float fA, out float fB, out float fMa, out float fMb)
{
// Partly in general position on member
// Fa - distance from start
// Fs - length of uniform load
float fb = fL - Load.Fa;
fA = (Load.Fq * Load.Fs / (8f * MathF.Pow3(fL))) * (4f * MathF.Pow2(fb) * (2f * fL + Load.Fa) + Load.Fa * MathF.Pow2(Load.Fs));
fB = (Load.Fq * Load.Fs * Load.Fa / (8f * MathF.Pow3(fL))) * (8f * MathF.Pow2(fL) + 4f * fb * (fL + Load.Fa) - MathF.Pow2(Load.Fs));
fMa = fMb = 0f;
float fx = 0.0f, fV_x;
if (fx < Load.Fa)
fV_x = fA;
else if (fx < (Load.Fa + Load.Fs))
fV_x = fA - Load.Fq * (fx - Load.Fa);
else
fV_x = -fB;
//float
}
void GetEIF_0__00_24_UV(CMLoad_24 Load, float fL, out float fA, out float fB, out float fMa, out float fMb)
{
float fb = fL - Load.Fa;
fA = (Load.Fq * Load.Fs / (8f*MathF.Pow3(fL))) * (4f * MathF.Pow2(fb) * (2f*fL+Load.Fa) + Load.Fa * MathF.Pow2(Load.Fs));
fB = (Load.Fq * Load.Fs * Load.Fa / (8f * MathF.Pow3(fL))) * (8f * MathF.Pow2(fL) + 4f * fb * (fL + Load.Fa) - MathF.Pow2(Load.Fs));
fMa = 0f;
fMb = (Load.Fq * Load.Fs * Load.Fa / (8f * MathF.Pow2(fL))) * (4f * fb * (fL + Load.Fa) - MathF.Pow2(Load.Fs));
}
void GetEIF_00_00_24_UV(CMLoad_24 Load, float fL, out float fA, out float fB, out float fMa, out float fMb)
{
fA = ((Load.Fq * Load.Fs) / (4f * (float)Math.Pow(fL, 3))) * (4f * ((float)Math.Pow(fL - Load.Fa, 2) * (3f * Load.Fa + (fL - Load.Fa)) + (float)Math.Pow(Load.Fs, 2) * (Load.Fa - (fL - Load.Fa))));
fB = ((Load.Fq * Load.Fs) / (4f * (float)Math.Pow(fL, 3))) * (4f * (float)Math.Pow(Load.Fa, 2) * (Load.Fa + 3f * (fL - Load.Fa)) + (float)Math.Pow(Load.Fs, 2) * ((fL - Load.Fa) - Load.Fa));
fMa = -(Load.Fq * Load.Fs / (12f * fL * fL)) * (12f * Load.Fa * (float)Math.Pow(fL - Load.Fa, 2) + (float)Math.Pow(Load.Fs, 2) * (Load.Fa - 2 * (fL - Load.Fa)));
fMb = (Load.Fq * Load.Fs / (12f * fL * fL)) * (12f * (float)Math.Pow(Load.Fa, 2) * (fL - Load.Fa) + (float)Math.Pow(Load.Fs, 2) * ((fL - Load.Fa) - 2 * Load.Fa));
}
void GetMLoadPart_24(CMLoad_24 Load, CE_1D_BASE Member, FEM_CALC_BASE.Enums.EElemSuppType2D eMType, out float fA, out float fB, out float fMa, out float fMb)
{
switch (eMType)
{
case Enums.EElemSuppType2D.eEl_00_00: // Both Side restrained
{
GetEIF_00_00_24_UV(Load, Member.FLength, out fA, out fB, out fMa, out fMb);
return;
}
case Enums.EElemSuppType2D.eEl_00_0_:
{
GetEIF_00_0__24_UV(Load, Member.FLength, out fA, out fB, out fMa, out fMb);
return;
}
case Enums.EElemSuppType2D.eEl_0__00:
{
GetEIF_0__00_24_UV(Load, Member.FLength, out fA, out fB, out fMa, out fMb);
return;
}
case Enums.EElemSuppType2D.eEl_0__0_:
{
GetEIF_0__0__24_UV(Load, Member.FLength, out fA, out fB, out fMa, out fMb);
return;
}
case Enums.EElemSuppType2D.eEl_00___:
{
GetEIF_00____24_UV(Load, Member.FLength, out fA, out fB, out fMa, out fMb);
return;
}
case Enums.EElemSuppType2D.eEl____00:
{
GetEIF____00_24_UV(Load, Member.FLength, out fA, out fB, out fMa, out fMb);
return;
}
default:
{
// Exception
fA = fB = fMa = fMb = 0.0f;
return;
}
}
}
void GetMLoadPart_24(CMLoad_24 Load, CE_1D_BASE Member, FEM_CALC_BASE.Enums.EElemSuppType2D eMType, out float fA, out float fB)
{
// Temporary
fA = fB = 0.0f;
}