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deleted 114 characters in body; edited title
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flinty
flinty
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How to Makemake a Density Plot in whichDensityPlot where parameters are dependent on each other?

I want to plot a variable function \theta_sh=2*\theta_infy[b,\Gamma]$\theta_sh=2*\theta_\infty(b,\Gamma)$, where q$q$ and \aplha$\alpha$ are parameterparameters such the bthat $b$ is given by L[\gamma] so i$L(\gamma)$. But I am not able to set the range of parameters. I tiredtried to make Tablea Table of the valuevalues but it didn't workedwork. canCan anyone help me how i could? How can I find the range of both of the parameters.?

L[γ_] := b /. NSolve[{A[x, b, γ] == 0 && A'[x, b, γ] == 0 &&  x > b && γ < 0 && b > 0},{x, b}, Reals] // Quiet;

θsh[b_, γ_] := 2*θm[b, γ];

Table[θsh[b, γ], {γ, 0, -1, -0.1}, {b, 0, L[γ], 0.1}]

DensityPlot[θsh[b, γ], {γ, 0, -1}, {Lγ, .01, 1}]

enter image description here

How to Make a Density Plot in which parameters are dependent on each other

I want to plot a variable function \theta_sh=2*\theta_infy[b,\Gamma], where q and \aplha are parameter such the b is given by L[\gamma] so i not able to set the range of parameters. I tired to make Table of the value but it didn't worked. can anyone help me how i could find the range of both the parameters.

L[γ_] := b /. NSolve[{A[x, b, γ] == 0 && A'[x, b, γ] == 0 &&  x > b && γ < 0 && b > 0},{x, b}, Reals] // Quiet;

θsh[b_, γ_] := 2*θm[b, γ];

Table[θsh[b, γ], {γ, 0, -1, -0.1}, {b, 0, L[γ], 0.1}]

DensityPlot[θsh[b, γ], {γ, 0, -1}, {Lγ, .01, 1}]

enter image description here

How to make a DensityPlot where parameters are dependent on each other?

I want to plot a variable function $\theta_sh=2*\theta_\infty(b,\Gamma)$, where $q$ and $\alpha$ are parameters such that $b$ is given by $L(\gamma)$. But I am not able to set the range of parameters. I tried to make a Table of values but it didn't work. Can anyone help me? How can I find the range of both of the parameters?

L[γ_] := b /. NSolve[{A[x, b, γ] == 0 && A'[x, b, γ] == 0 &&  x > b && γ < 0 && b > 0},{x, b}, Reals] // Quiet;

θsh[b_, γ_] := 2*θm[b, γ];

Table[θsh[b, γ], {γ, 0, -1, -0.1}, {b, 0, L[γ], 0.1}]

DensityPlot[θsh[b, γ], {γ, 0, -1}, {Lγ, .01, 1}]

enter image description here

deleted 114 characters in body; edited title
Source Link
flinty
flinty
  • 25.9k
  • 2
  • 22
  • 92

How to Make a DensiyDensity Plot in which parameters are dependent on each other

I want to plot a variable function \theta_sh=2*\theta_infy[b,\Gamma], where q and \aplha are parameter such the b is given by L[\gamma] so i not able to set the range of parameters. I tired to make Table of the value but it didn't worked. can anyone help me how i could find the range of both the parameters.

L[\[Gamma]_] := b /. NSolve[{A[x, b, \[Gamma]] == 0 && A'[x, b, \[Gamma]] == 0 && x > b && \[Gamma] < 0 && b > 0},{x, b}, Reals] // Quiet;

\[Theta]sh[b_L[γ_] := b /. NSolve[{A[x, \[Gamma]_]b, γ] == 0 && A'[x, b, γ] == 0 &&  x > b && γ < 0 && b > 0},{x, b}, Reals] // Quiet;

θsh[b_, γ_] := 2*\[Theta]m[b2*θm[b, \[Gamma]];γ];

Table[\[Theta]sh[b, \[Gamma]], {\[Gamma], 0, -1, -0.1}, {b, 0, L[\[Gamma]], 0.1}]

DensityPlot[\[Theta]sh[b
Table[θsh[b, \[Gamma]]γ], {\[Gamma]γ, 0, -1, -0.1}, {L[\Gamma]b, 0, L[γ], 0.1}]

DensityPlot[θsh[b, γ], {γ, 0, -1}, {Lγ, .01, 1}]

enter image description here

How to Make a Densiy Plot in which parameters are dependent on each other

I want to plot a variable function \theta_sh=2*\theta_infy[b,\Gamma], where q and \aplha are parameter such the b is given by L[\gamma] so i not able to set the range of parameters. I tired to make Table of the value but it didn't worked. can anyone help me how i could find the range of both the parameters.

L[\[Gamma]_] := b /. NSolve[{A[x, b, \[Gamma]] == 0 && A'[x, b, \[Gamma]] == 0 && x > b && \[Gamma] < 0 && b > 0},{x, b}, Reals] // Quiet;

\[Theta]sh[b_, \[Gamma]_] := 2*\[Theta]m[b, \[Gamma]];

Table[\[Theta]sh[b, \[Gamma]], {\[Gamma], 0, -1, -0.1}, {b, 0, L[\[Gamma]], 0.1}]

DensityPlot[\[Theta]sh[b, \[Gamma]], {\[Gamma], 0, -1}, {L[\Gamma], .01, 1}]

enter image description here

How to Make a Density Plot in which parameters are dependent on each other

I want to plot a variable function \theta_sh=2*\theta_infy[b,\Gamma], where q and \aplha are parameter such the b is given by L[\gamma] so i not able to set the range of parameters. I tired to make Table of the value but it didn't worked. can anyone help me how i could find the range of both the parameters.

L[γ_] := b /. NSolve[{A[x, b, γ] == 0 && A'[x, b, γ] == 0 &&  x > b && γ < 0 && b > 0},{x, b}, Reals] // Quiet;

θsh[b_, γ_] := 2*θm[b, γ];

Table[θsh[b, γ], {γ, 0, -1, -0.1}, {b, 0, L[γ], 0.1}]

DensityPlot[θsh[b, γ], {γ, 0, -1}, {Lγ, .01, 1}]

enter image description here

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Amnish
Amnish
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How to Make a Densiy Plot in which parameters are dependent on each other

I want to plot a variable function \theta_sh=2*\theta_infy[b,\Gamma], where q and \aplha are parameter such the b is given by L[\gamma] so i not able to set the range of parameters. I tired to make Table of the value but it didn't worked. can anyone help me how i could find the range of both the parameters.

L[\[Gamma]_] := b /. NSolve[{A[x, b, \[Gamma]] == 0 && A'[x, b, \[Gamma]] == 0 && x > b && \[Gamma] < 0 && b > 0},{x, b}, Reals] // Quiet;

\[Theta]sh[b_, \[Gamma]_] := 2*\[Theta]m[b, \[Gamma]];

Table[\[Theta]sh[b, \[Gamma]], {\[Gamma], 0, -1, -0.1}, {b, 0, L[\[Gamma]], 0.1}]

DensityPlot[\[Theta]sh[b, \[Gamma]], {\[Gamma], 0, -1}, {L[\Gamma], .01, 1}]

enter image description here