Method compileRawCode

hi_scripting/scripting/api/ScriptingGraphics.cpp:797–875

}

void ScriptingObjects::ScriptShader::compileRawCode(const String& code)
{
	compiledCode = code;

	shaderCode = {};
	
	for (auto& p : preprocessors)
	{
		shaderCode << "#define " << p.name << " " << p.value.toString() << "\n";
	}

	shaderCode << getHeader();

	shaderCode << compiledCode;

	shader = new OpenGLGraphicsContextCustomShader(shaderCode);

	WeakReference<ScriptShader> safeShader(this);

	iTime = Time::getMillisecondCounterHiRes();

	shader->onShaderActivated = [safeShader](juce::OpenGLShaderProgram& pr)
	{
		if (safeShader == nullptr)
			return;

		auto thisTime = (float)(Time::getMillisecondCounterHiRes() - safeShader->iTime) * 0.001f;

		auto lr = safeShader->localRect;
		auto gr = safeShader->globalRect;

		auto scale = safeShader->scaleFactor;

		auto makeArray = [](var v1, var v2, var v3 = {})
		{
			Array<var> l;
			l.add(v1);
			l.add(v2);
			if (!v3.isVoid())
				l.add(v3);

			return var(l);
		};

		safeShader->uniformData.set("iTime", thisTime);
		safeShader->uniformData.set("uOffset", makeArray(gr.getX() - lr.getX() * scale, gr.getY() - lr.getY() * scale));
		safeShader->uniformData.set("iResolution", makeArray(lr.getWidth(), lr.getHeight(), 1.0f));
		safeShader->uniformData.set("uScale", scale);

		for (const auto& p : safeShader->uniformData)
		{
			const auto& v = p.value;

			auto name = p.name.toString().getCharPointer().getAddress();

			if (v.isArray())
			{
				if (v.getArray()->size() == 2) // vec2