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Xi'an
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Once one observes the realisation $$X_1 = x_1, ..., X_o=x_p$$$$X_1 = x_1, ..., X_o=x_o$$ the values $x_1,\ldots,x_o$ are fixed and known. Hence the conditional cdf (I assume this is a cdf) $$F(y_1, y_2 |X_1 = x_1, ..., X_p=x_p)$$$$F(y_1, y_2 |X_1 = x_1, ..., X_o=x_o)$$ is a function of $(y_1,y_2)$ only and a regular cdf, for which standard simulation techniques apply.

Once one observes the realisation $$X_1 = x_1, ..., X_o=x_p$$ the values $x_1,\ldots,x_o$ are fixed and known. Hence the conditional cdf (I assume this is a cdf) $$F(y_1, y_2 |X_1 = x_1, ..., X_p=x_p)$$ is a function of $(y_1,y_2)$ only and a regular cdf, for which standard simulation techniques apply.

Once one observes the realisation $$X_1 = x_1, ..., X_o=x_o$$ the values $x_1,\ldots,x_o$ are fixed and known. Hence the conditional cdf (I assume this is a cdf) $$F(y_1, y_2 |X_1 = x_1, ..., X_o=x_o)$$ is a function of $(y_1,y_2)$ only and a regular cdf, for which standard simulation techniques apply.

Source Link
Xi'an
  • 107.7k
  • 13
  • 190
  • 676

Once one observes the realisation $$X_1 = x_1, ..., X_o=x_p$$ the values $x_1,\ldots,x_o$ are fixed and known. Hence the conditional cdf (I assume this is a cdf) $$F(y_1, y_2 |X_1 = x_1, ..., X_p=x_p)$$ is a function of $(y_1,y_2)$ only and a regular cdf, for which standard simulation techniques apply.