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0.5.0
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Adds AC (small-signal) analysis and a Bode-plot probe. A second, complex-valued solver runs alongside the existing transient one, sharing the same wiring topology. Every passive element gains an AC case using its textbook impedance; independent voltage sources other than the new AC Source are stamped at 0V, the standard small-signal convention. New AC Source component (amplitude + swept frequency range, set through the shift-right-click value editor). New AC Probe item: right-click an AC Source to pin it, then right-click a signal point to run a 60-point log-spaced sweep and show a Bode plot (magnitude in dB, phase in degrees). The Ideal Op-Amp gets a two-pole open-loop gain model for AC purposes (100dB DC gain, poles at 20Hz and 3MHz), leaving its DC/transient behavior unchanged.
Projects on Modrinth are automatically available through a Maven repository for use with JVM build tools such as Gradle. To learn more about the Modrinth Maven API, click here.
Note: When available, you should use the creator's maven repo instead as it will have transitive dependency information that the Modrinth Maven API does not. You may also end up with duplicate dependencies if you use a mix of Modrinth and non-Modrinth Maven repositories for your dependencies, because the group identifier will be different when served through the Modrinth Maven API.
Maven coordinates:
Version ID:
build.gradle:
repositories {
exclusiveContent {
forRepository {
maven {
name = "Modrinth"
url = "https://api.modrinth.com/maven"
}
}
// forRepositories(fg.repository) // Uncomment when using ForgeGradle
filter {
includeGroup "maven.modrinth"
}
}
}
// Standard Gradle dependency
dependencies {
implementation "maven.modrinth:YzEXeQXS:esFhgN5s"
}
// Legacy Loom dependency
dependencies {
modImplementation "maven.modrinth:YzEXeQXS:esFhgN5s"
}

