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EOorg.EOeolang.EOmath.EOnegative_infinity$EOtimes Maven / Gradle / Ivy
/*
* This file was auto-generated by eolang-maven-plugin
* on 2022-07-25T15:16:28.486Z. Don't edit it,
* your changes will be discarded on the next build.
*
* The EO sources were compiled to XMIR on
* 2022-07-25T15:15:45.810985Z by the compiler v.0.24.0.
*/
package EOorg.EOeolang.EOmath;
import org.eolang.*;
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@XmirObject(name = "negative-infinity$times", oname = "times", source = "/home/r/repo/target/eo/04-pull/org/eolang/math/negative-infinity.eo")
public final class EOnegative_infinity$EOtimes extends PhDefault {
public EOnegative_infinity$EOtimes(final Phi sigma) {
super(sigma);
this.add("x", new AtFree(/* default */));
this.add("φ", new AtOnce(new AtComposite(this, rho -> {
Phi ret_base_base_base_base = new PhMethod(rho, "x");
ret_base_base_base_base = new PhLocated(ret_base_base_base_base, 68, 8);
Phi ret_base_base_base = new PhMethod(ret_base_base_base_base, "as-bytes");
ret_base_base_base = new PhLocated(ret_base_base_base, 68, 9);
Phi ret_base_base = new PhMethod(ret_base_base_base, "eq");
ret_base_base = new PhLocated(ret_base_base, 68, 18);
ret_base_base = new PhCopy(ret_base_base);
Phi ret_base_base_1_base = Phi.Φ.attr("org").get().attr("eolang").get().attr("math").get().attr("nan").get();
ret_base_base_1_base = new PhLocated(ret_base_base_1_base, 68, 23);
Phi ret_base_base_1 = new PhMethod(ret_base_base_1_base, "as-bytes");
ret_base_base_1 = new PhLocated(ret_base_base_1, 68, 26);
ret_base_base = new PhWith(ret_base_base, 0, ret_base_base_1);
Phi ret_base = new PhMethod(ret_base_base, "or");
ret_base = new PhLocated(ret_base, 67, 6);
ret_base = new PhCopy(ret_base);
Phi ret_base_1_base = new PhMethod(rho, "x");
ret_base_1_base = new PhLocated(ret_base_1_base, 69, 8);
Phi ret_base_1 = new PhMethod(ret_base_1_base, "eq");
ret_base_1 = new PhLocated(ret_base_1, 69, 9);
ret_base_1 = new PhCopy(ret_base_1);
Phi ret_base_1_1 = new EOorg.EOeolang.EOfloat(Phi.Φ);
ret_base_1_1 = new PhLocated(ret_base_1_1, 69, 13);
ret_base_1_1 = new PhWith(ret_base_1_1, "Δ", new Data.Value(0.0d));
ret_base_1 = new PhWith(ret_base_1, 0, ret_base_1_1);
ret_base = new PhWith(ret_base, 0, ret_base_1);
Phi ret = new PhMethod(ret_base, "if");
ret = new PhLocated(ret, 66, 4);
ret = new PhCopy(ret);
Phi ret_1 = Phi.Φ.attr("org").get().attr("eolang").get().attr("math").get().attr("nan").get();
ret_1 = new PhLocated(ret_1, 70, 6);
Phi ret_2_base_base = new PhMethod(rho, "x");
ret_2_base_base = new PhLocated(ret_2_base_base, 72, 8);
Phi ret_2_base = new PhMethod(ret_2_base_base, "eq");
ret_2_base = new PhLocated(ret_2_base, 72, 9);
ret_2_base = new PhCopy(ret_2_base);
Phi ret_2_base_1 = new PhMethod(rho, "ρ");
ret_2_base_1 = new PhLocated(ret_2_base_1, 72, 13);
ret_2_base = new PhWith(ret_2_base, 0, ret_2_base_1);
Phi ret_2 = new PhMethod(ret_2_base, "if");
ret_2 = new PhLocated(ret_2, 71, 6);
ret_2 = new PhCopy(ret_2);
Phi ret_2_1 = Phi.Φ.attr("org").get().attr("eolang").get().attr("math").get().attr("positive-infinity").get();
ret_2_1 = new PhLocated(ret_2_1, 73, 8);
Phi ret_2_2 = new PhMethod(rho, "ρ");
ret_2_2 = new PhLocated(ret_2_2, 74, 8);
ret_2 = new PhWith(ret_2, 0, ret_2_1);
ret_2 = new PhWith(ret_2, 1, ret_2_2);
ret = new PhWith(ret, 0, ret_1);
ret = new PhWith(ret, 1, ret_2);
return ret;
})));
}
}
